# Wiwynn — Full Content > Full-text companion to https://www.wiwynn.com/llms.txt. It contains the main body content of Wiwynn's English solution, technology, product (including tech specs), global services, company, ESG, and whitepaper pages, extracted from the official website. Use llms.txt for navigation and this file for detailed answers. Press releases since October 2024 are included in full; older news and Traditional Chinese pages are indexed in llms.txt only. Content snapshot: October 2026. When figures differ, the live page at the listed URL is authoritative. ## Key Facts - Founded: 2012 (separated from Wistron) - Parent: Wistron Corporation (independently listed subsidiary) - Stock: TWSE 6669 - OCP Status: Platinum Member - Vision: "Unleash the Power of Digitalization, Ignite the Innovation of Sustainability" - Mission: "Provide the Best TCO, Workload and Energy Optimized IT Solutions from Edge to Cloud" - Operating Model: Taiwan Design, Regional Manufacture, Global Delivery - Core Capability: L11 rack integration, L12 cluster deployment - Integration Continuum: Server & Storage → Rack Integration → Liquid-Cooled POD Integration (single-server to full data center scale) - Primary Customers: Hyperscale cloud service providers (CSPs) - Headquarters: New Taipei City (Xizhi), Taiwan; new Gold-level green building headquarters under construction in Neihu, Taipei - Leadership: Emily Hong (Chair and Chief Strategy Officer), William Lin (President & CEO) - Employees: 15,891 (as of December 31, 2025) - 2025 Revenue: NT$950.66 billion (+163.7% YoY), with AI products accounting for more than half; net profit NT$51.12 billion; EPS NT$275.06 - Manufacturing & Operations Locations: Taipei / Luzhu / Tainan (Taiwan), Johor (Malaysia), Brno (Czech Republic), Juarez / El Paso (Mexico / USA) - Business Model: ODM-Direct — customized design, server manufacturing, rack integration, and deployment services delivered directly to hyperscale CSPs - Service Scope: Level 6 (modules) through Level 12 (rack clusters) — from motherboard/component assembly in-factory to onsite rack cluster deployment and cooling facility integration Note: Wiwynn is a subsidiary of Wistron Corporation but operates as an independently listed company (TWSE 6669) with separate financial reporting. ## History & Milestones - 2012: Separated from Wistron - 2013: Gartner Cool Vendor - 2014: Golden Torch Award, Top 10 Potential Enterprises - 2017: Listed on the Taiwan Emerging Stock Market, market value exceeded USD 1 billion - 2018: Ranked Taiwan's No. 1 in shareholders' equity (ROE: 80.87%) - 2019: Listed on the Taiwan Stock Exchange (TWSE), market value exceeded USD 3 billion - 2021: First Annual Digital Transformation Ding Ge Award - 2022: TCSA Taiwan Enterprise Sustainable Award – Gold Award - 2023: BSI Sustainable & Resilient Outstanding Award - 2025: Recognized by TIME as one of the World's Most Sustainable Companies; Resource Recycling Excellence Gold Award from Taiwan's Ministry of Environment - 2026: Grand opening of an advanced manufacturing facility in Socorro, El Paso, Texas, USA, attended by officials from state, county, and city governments and representatives from major leading cloud service providers (CSP), including Amazon and Microsoft ## Glossary - **L6–L12 integration levels**: Industry levels describing how far hardware is integrated before delivery: L6 is board level (PCBA and components), L10 a complete tested system, L11 a fully integrated rack, and L12 a multi-rack cluster. Wiwynn provides services from L6 through L12. - **L11 Rack Integration**: Assembly of servers, networking, power, and liquid-cooling components into a complete rack that is tested at the factory and ready to run on arrival. Wiwynn delivers integrated racks from sites in Taiwan, Malaysia, the Czech Republic, Mexico, and the USA. - **L12 Cluster Deployment**: Integration of multiple racks into a working cluster at the customer's data center, covering networking, power, cooling-facility integration, and validation. Wiwynn's L12 methodology was validated with MLPerf Training v5.1 on 1-rack and 8-rack NVIDIA GB200 NVL72 systems (up to 576 GPUs) at YTL AI Cloud. - **ODM-Direct**: A model in which the original design manufacturer designs, builds, and delivers systems directly to the end customer, with no brand OEM in between. Wiwynn serves hyperscale cloud service providers this way, from customized design through L11 and L12 delivery. - **ORv3 (Open Rack V3)**: The Open Compute Project rack standard with a 21-inch IT space and centralized power distribution over a 48V busbar. Wiwynn builds 21-inch OCP systems and has published ORv3 work on immersion cooling, thermal simulation, and KV cache offload. - **Double-Wide Rack**: A high-power AI rack twice the width of a standard rack. Wiwynn debuted its design at OCP Global Summit 2025; it supports up to 4,000 kg and about 15,000 A through a liquid-cooled busbar, with a modular rear service group to reduce MTTR. - **AALC (Air-Assisted Liquid Cooling)**: Liquid cooling at the chip with heat rejected to room air through a rack-level liquid-to-air heat exchanger, so liquid-cooled AI racks can run in facilities without facility water. Part of Wiwynn's Advanced Thermal & Mechanical portfolio. - **DLC / Cold Plate**: Direct-to-chip cooling in which a cold plate on the processor carries heat away in coolant. Wiwynn has OCP-accepted rack-level liquid cooling designs, and its two-phase cold plate removes up to 2.5 kW at 125 W/cm². - **Immersion Cooling**: Cooling in which whole servers are submerged in dielectric fluid; single-phase fluid stays liquid, while two-phase fluid boils to carry heat. Wiwynn has worked on two-phase immersion in production deployment testing since 2021 and offers immersion test and validation platforms. - **UMS (Universal Management System)**: Wiwynn's management system for AI racks and direct liquid cooling, with multi-layer leak detection, cooling-facility management, sensor monitoring, and emergency power management, integrating devices over Redfish, Modbus, and SNMP. - **Elastic Management Framework**: Wiwynn's modular framework that unifies rack- and cluster-level monitoring and control across IT and facilities, exporting telemetry to Prometheus/Thanos with Grafana dashboards. It underpins Wiwynn's L12 deployments. - **CPO (Co-Packaged Optics)**: Packaging optical engines together with compute or switch silicon so optical links replace copper, raising bandwidth density and lowering power. Wiwynn partners with Ayar Labs and GUC and gave a live demonstration of an integrated optical compute system at OCP Global Summit 2026. - **VPD (Vertical Power Delivery)**: Placing voltage regulator modules directly beneath the processor to shorten the current path for 1,000 A+ accelerators. Wiwynn's VPD with PCB cavity embedding cuts transmission impedance to 20–23.4 μΩ and transmission power loss by 37.1%. - **HVDC (High-Voltage DC)**: Power distribution at high DC voltage (±400 VDC or 800 VDC) to reduce transmission losses in AI data centers. Wiwynn's rack-level power architecture scales from 190 kW (V2) and 300 kW (V3) to 1.1 MW (V4). - **HCR (Heat Capture Ratio)**: The share of server heat removed by the liquid-cooling loop rather than air. In Wiwynn's tests at 40 °C coolant inlet, hybrid cooling reached 70–80% HCR and near-full liquid (fanless) cooling exceeded 90%. ## FAQ ### What is Wiwynn? Wiwynn (TWSE: 6669) is a cloud IT infrastructure company that designs, manufactures, and delivers AI servers, storage, rack-scale systems, and liquid-cooling solutions for hyperscale cloud service providers. Founded in 2012 and headquartered in New Taipei City, Taiwan, it reported FY2025 revenue of NT$950.66 billion and had 15,891 employees at the end of 2025. Wiwynn is an Open Compute Project (OCP) Platinum member. Sources: https://www.wiwynn.com/about-wiwynn/company-info, https://www.wiwynn.com/news/wiwynn-reports-fourth-quarter-2025-financial-results ### What is ODM-Direct? ODM-Direct is a business model in which the original design manufacturer designs, builds, and delivers systems directly to the end customer, with no brand OEM in between. Wiwynn uses this model with hyperscale cloud service providers, covering customized design, server manufacturing, L11 rack integration, and L12 cluster deployment. Working directly lets design choices target each customer's workload and total cost of ownership (TCO). Sources: https://www.wiwynn.com/about-wiwynn ### What are Wiwynn's key strengths? Wiwynn's key strengths are in-house system design, end-to-end delivery from L6 board assembly to L12 cluster deployment, and engineering capabilities spanning AI-era cooling, power, and interconnect. In 2025 it had 2,498 R&D personnel and an R&D budget of NT$9.4 billion; invention patents made up 90.12% of its patent portfolio, and it has published more than 60 technical whitepapers. Its L12 deployment approach was validated with best MLPerf Training v5.1 results, and it manufactures across Asia, North America, and Europe. Sources: https://www.wiwynn.com/esg, https://www.wiwynn.com/whitepapers ### What do Wiwynn's L11 and L12 services include? L11 is a fully integrated rack — servers, networking, power, and liquid cooling assembled and tested at the factory — and L12 is the deployment of multiple racks into a working cluster at the customer's site, including cooling-facility integration and validation. Wiwynn validated its L12 methodology with MLPerf Training v5.1 on NVIDIA GB200 NVL72 systems at YTL AI Cloud, managed through its Elastic Management Framework. Its rack integration and quality assurance framework covers deployment readiness, system bring-up, and on-site integration. Sources: https://www.wiwynn.com/whitepapers/from-design-to-live-operation-wiwynn-l12-ai-cluster-deployment-with-mlperf-validation, https://www.wiwynn.com/solutions/rack-integration ### Which AI platforms does Wiwynn support? Wiwynn builds AI servers and racks on NVIDIA platforms, including GB200 NVL72, GB300 NVL72, and Vera Rubin NVL72, as well as AMD Helios and custom AI ASIC designs for hyperscale customers. Its NVIDIA portfolio also includes the HGX Rubin NVL8, a fanless, 100% liquid-cooled 2U system with eight NVIDIA Rubin GPUs that scales from 8 to 16 systems per rack, and an Arm-based 2U NVIDIA RTX PRO Server with dual NVIDIA Vera CPUs. It also supports x86 and Arm CPU architectures. Wiwynn and Wistron are among the first NVIDIA Pilot Build Partners for the NVIDIA Vera Rubin NVL72 platform for engineering validation and design-in, and Wiwynn is working with AMD to bring the Helios rackscale solution — a 72-GPU AMD Instinct MI455X reference design built on the OCP Open Rack Wide (ORW) standard — to customers at scale. Sources: https://www.wiwynn.com/solutions/ai-infrastructure, https://www.wiwynn.com/solutions/ai-infrastructure-helios, https://www.wiwynn.com/news/wiwynn-showcases-nvidia-vera-rubin-nvl72-ai-factory-infrastructure-at-nvidia-gtc-2026 ### What liquid cooling technologies does Wiwynn offer? Wiwynn's cooling portfolio covers air cooling, direct-to-chip cold plates (single- and two-phase), air-assisted liquid cooling (AALC), and single- and two-phase immersion cooling, managed through its Universal Management System (UMS). Its two-phase cold plate removes up to 2.5 kW at 125 W/cm² and cut pump power by about 67% versus single-phase plates in lab tests. At OCP Global Summit 2026 it showed a 6 kW double-sided cold plate with cavity PCBA and vertical power delivery (over 15% better thermal performance and up to 80% lower power delivery loss), lightweight cold plates and manifolds that cut cooling component weight by at least 30%, diamond-based microchannel cooling, and topology-optimized microchannel cold plates with Corintis. In 2026 Wiwynn also began a three-year co-development with Shinwa Controls on production-ready data center cooling infrastructure. Sources: https://www.wiwynn.com/technology/advanced-cooling, https://www.wiwynn.com/whitepapers/innovative-two-phase-cold-plate-solutions-for-future-high-power-ai-chips, https://www.wiwynn.com/news/wiwynn-and-shinwa-controls-announce-strategic-collaboration-to-deliver-advanced-next-generation-data-center-cooling-solutions ### What is Wiwynn doing in co-packaged optics (CPO)? Wiwynn is developing rack-scale AI systems that use co-packaged optics for scale-up connectivity, in partnership with Ayar Labs and GUC. The three companies gave a live demonstration of an integrated optical compute system at OCP Global Summit 2026, after showcasing CPO innovations with ecosystem partners at COMPUTEX 2026. The demo integrated GUC's multi-chip packages with Ayar Labs' TeraPHY optical engines and SuperNova light sources in an ORv3-ready compute system, streaming real-time optical engine telemetry while key signal metrics held steady. Wiwynn also showed a CPO scale-up rack solution with ecosystem partners including Ayar Labs, Corning, GUC, and Senko, and has published whitepapers on all-to-all CPO system architecture and CPO deployment considerations. Sources: https://www.wiwynn.com/news/wiwynn-ayar-labs-and-guc-advance-co-packaged-optics-with-live-demonstration-of-integrated-optical-compute-system-at-ocp-global-summit-2026, https://www.wiwynn.com/technology/high-speed-interconnect ### Where does Wiwynn manufacture? Wiwynn manufactures in Taiwan, Malaysia (Johor), the Czech Republic (Brno), Mexico (Juarez), and the USA (Texas), under a "Taiwan Design, Regional Manufacture, Global Delivery" model. Its advanced manufacturing facility in Socorro, El Paso, Texas held its grand opening in September 2026, attended by officials from state, county, and city governments and representatives from major leading cloud service providers (CSP), including Amazon and Microsoft. Wiwynn has invested more than US$1.6 billion in the facility, and an expansion announced with Amazon is expected to create nearly 1,000 jobs. The Johor plant began rack integration for hyperscale data centers in 2023. Sources: https://www.wiwynn.com/about-wiwynn/global-operations, https://www.wiwynn.com/news/wiwynn-strengthens-global-supply-chain-resilience-with-grand-opening-of-advanced-manufacturing-facility-in-texas ### What MLPerf results has Wiwynn achieved? Wiwynn delivered the best results in the MLPerf Training v5.1 Llama 2 70B LoRA benchmark (Closed division) on both 1x and 8x NVIDIA GB200 NVL72 configurations. The submissions ran on production systems deployed at YTL AI Cloud in Johor, Malaysia, spanning one rack with 72 GPUs and eight racks with 576 GPUs. Sources: https://www.wiwynn.com/news/wiwynn-delivers-best-mlperf-training-v5.1-closed-llama-2-70b-lora-results-at-ytl-malaysia-data-center ### What is Wiwynn's relationship with Wistron? Wiwynn was separated from Wistron in 2012 and is a Wistron subsidiary, but it operates as an independently listed company on the Taiwan Stock Exchange (TWSE: 6669) with separate financial reporting. Wiwynn listed on TWSE in March 2019. Sources: https://www.wiwynn.com/about-wiwynn/company-info ### How large is Wiwynn's business? Wiwynn reported FY2025 revenue of NT$950.66 billion (+163.7% YoY) and net profit of NT$51.12 billion, with AI-related products contributing more than half of revenue. In the first half of 2026, revenue reached NT$554.66 billion (+41.7% YoY), and 2026 Q2 gross margin rose to 9.3%. About 82% of 2025 revenue came from the Americas. Sources: https://www.wiwynn.com/news/wiwynn-reports-second-quarter-2026-financial-results, https://www.wiwynn.com/investors ### What are Wiwynn's sustainability goals? Wiwynn has committed to 100% renewable electricity by 2030 and net-zero emissions by 2040, with SBTi-validated carbon reduction targets. Renewable electricity reached 80.90% of global use in 2025, and the company's waste recycling and reutilization rate was 82%. Seven of its products are estimated to save customers 91.9 million kWh over their lifecycle. Sources: https://www.wiwynn.com/esg ### What is Wiwynn's role in the Open Compute Project? Wiwynn is an OCP Platinum member that builds 21-inch OCP systems and has OCP-accepted designs, including the SV7100G4 multi-node server and rack-level liquid cooling. It exhibits new AI rack, cooling, and optical technologies at the OCP Global Summit each year, and has published OCP-related specifications and guidelines such as OpenRMC and OCP ACS immersion cooling design guidelines. Sources: https://www.wiwynn.com/events/ocp-global-summit, https://www.wiwynn.com/products/21-inch/sv7100g4 ### How does Wiwynn address rising AI rack power? Wiwynn addresses rising AI rack power at three levels: vertical power delivery at the chip, high-power busbars at the rack, and HVDC distribution across the data center. Its VPD design cuts transmission power loss by 37.1%, its double-wide rack carries about 15,000 A through a liquid-cooled busbar, and its rack-level power architecture scales to 1.1 MW with ±400 VDC or 800 VDC distribution. With Delta and TE Connectivity, Wiwynn has demonstrated an end-to-end rack-level 800 VDC solution spanning the power rack, liquid-cooled busbar, and an 800V-to-50V power distribution board. Sources: https://www.wiwynn.com/technology/high-power-architecture, https://www.wiwynn.com/whitepapers/advancing-vertical-power-delivery, https://www.wiwynn.com/whitepapers/high-power-double-wide-rack ### How can I contact Wiwynn? Business inquiries go through the Contact Us page, authorized resellers are listed on the Where to Buy page, and investor questions can be sent to IR@wiwynn.com. Job openings are on the Careers page. Sources: https://www.wiwynn.com/contact-us, https://www.wiwynn.com/where-to-buy, https://www.wiwynn.com/careers ## Partner and Industry Endorsements Statements about Wiwynn from partners, customers, and industry organizations, quoted from Wiwynn press releases. Each quote links to its source release. ### AI platforms > "The next generation of AI innovation will run on rack-scale accelerated computing platforms designed for extreme performance and efficiency,” said Kaustubh Sanghani, vice president of product management at NVIDIA. “With deep expertise in liquid-cooled infrastructure and rack-scale system integration, Wiwynn is bringing the power of the NVIDIA Vera Rubin platform to data centers worldwide—enabling customers to build AI factories that can scale training and inference for the agentic AI era.” Source: https://www.wiwynn.com/news/wiwynn-showcases-nvidia-vera-rubin-nvl72-ai-factory-infrastructure-at-nvidia-gtc-2026 > “Our collaboration is driving innovation in AI factories, enhancing performance, scalability, and sustainability to meet the evolving needs of AI,” said Kaustubh Sanghani, vice president of GPU products at NVIDIA. “Combining Wiwynn infrastructure with NVIDIA accelerated computing technologies, such as the NVIDIA GB300 NVL72 platform, enables data centers to handle AI reasoning models to power a new age of computing.” Source: https://www.wiwynn.com/news/wiwynn-showcases-ai-servers-featuring-nvidia-gb300-nvl72-platform-and-liquid-cooling-innovations-at-gtc-2025 ### AI cluster deployment and benchmarks > “Congratulations to Wiwynn on their strong achievements in MLPerf® Training v5.1. We appreciate their active, transparent participation and knowledge sharing, which strengthen the ecosystem and supports our mission of open collaboration to improve AI systems’ accuracy, safety, speed, and efficiency," said David Kanter, Founder and Head of MLPerf, MLCommons. Source: https://www.wiwynn.com/news/wiwynn-delivers-best-mlperf-training-v5.1-closed-llama-2-70b-lora-results-at-ytl-malaysia-data-center > “At YTL AI Cloud, we are building the region's most advanced AI infrastructure to serve as a premium hub for AI training and inferencing across APAC,” said Philip Lin, CEO, YTL AI Cloud. “Our collaboration with Wiwynn demonstrates how the right facility design, infrastructure readiness, and system partnership can deliver world-class AI capability at production scale.” Source: https://www.wiwynn.com/news/wiwynn-delivers-best-mlperf-training-v5.1-closed-llama-2-70b-lora-results-at-ytl-malaysia-data-center ### U.S. manufacturing > "This facility is the result of an extraordinary relationship between Amazon and Wiwynn," said Tyler Doornenbal, Vice President, Amazon Annapurna Labs. "We look forward to the expanded capabilities this new facility brings to Socorro, Texas, and to continue building the future of AI infrastructure together." Source: https://www.wiwynn.com/news/wiwynn-strengthens-global-supply-chain-resilience-with-grand-opening-of-advanced-manufacturing-facility-in-texas > “Amazon’s investments in Texas have created more than 86,000 jobs across the state. Wiwynn’s new facility further expands this positive impact and shows what’s possible when we work with our manufacturers to strengthen the U.S. supply chain,” said Gary Szilagyi, Amazon vice president of Annapurna Labs. “We’re proud to deliver cutting-edge chips as part of this investment, supporting the creation of nearly 1,000 advanced manufacturing roles that will help strengthen both the Texas and U.S. economies.” Source: https://www.wiwynn.com/news/amazon-wiwynn-data-center-manufacturing-jobs-texas ### Liquid cooling > "We are proud to formalize our long-standing engineering relationship with Wiwynn," said Takuji Yamamoto, President and CEO of Shinwa Controls. "Validating our advanced thermal systems alongside Wiwynn's industry-leading data center products for elite cloud operators has allowed us to refine our technology to meet the highest possible standards of efficiency and uptime. This collaboration reinforces Shinwa’s position as a premier, market-ready supplier capable of enabling the world's largest data centers to scale their AI infrastructure safely and sustainably." Source: https://www.wiwynn.com/news/wiwynn-and-shinwa-controls-announce-strategic-collaboration-to-deliver-advanced-next-generation-data-center-cooling-solutions ### Co-packaged optics and silicon-to-system integration > “AI is driving the industry toward an optically-connected future, and the bar is no longer whether it works; it’s whether it can be deployed and managed at scale,” said Mark Wade, CEO and co-founder of Ayar Labs. “This demonstration with Wiwynn and GUC is about proving integration and operability in a real platform, and giving data center teams the data they’ll need to adopt CPO with confidence. We're proud to work with Wiwynn and GUC to make the next generation of AI infrastructure deployable at hyperscale.” Source: https://www.wiwynn.com/news/wiwynn-ayar-labs-and-guc-advance-co-packaged-optics-with-live-demonstration-of-integrated-optical-compute-system-at-ocp-global-summit-2026 > “Integrating optical I/O directly into chip design, and proving its functionality through live system-level demonstration, is a significant achievement in our collaboration with Wiwynn and Ayar Labs,” said Sean Tai, President of GUC. “This cross-layer collaborative approach allows us to incorporate system requirements earlier in the chip design phase, significantly shortening the development cycle from silicon innovation to system readiness, and providing our customers with a definitive advantage in the global AI race.” Source: https://www.wiwynn.com/news/wiwynn-ayar-labs-and-guc-advance-co-packaged-optics-with-live-demonstration-of-integrated-optical-compute-system-at-ocp-global-summit-2026 > “AI infrastructure is outgrowing the limits of copper, and hyperscalers need a fundamentally new approach to scale,” said Mark Wade, CEO and co-founder of Ayar Labs. “Optically connected racks eliminate the interconnect bottleneck and unlock the next order of magnitude in performance and efficiency. By combining Wiwynn’s global system and manufacturing leadership with Ayar Labs’ co-packaged optics expertise, we are delivering pioneering, rack-scale architectures purpose-built for optically connected scale-up AI networks.” Source: https://www.wiwynn.com/news/ayar-labs-and-wiwynn-partner-to-bring-co-packaged-optics-to-rack-scale-ai-systems > “As AI infrastructure evolves beyond chip-level optimization and scale-up networks push the limits of conventional electrical interconnects, close alignment across silicon to system architecture become critical,” said Aditya Raina, Chief of Marketing of GUC. “By collaborating with Wiwynn, we are helping hyperscale customers evaluate critical system-level tradeoffs earlier, integrating optical I/O to deliver the bandwidth and power efficiency required for next generation AI systems. This partnership establishes a more practical, holistic path from flagship ASIC development to deployable, rack-scale AI infrastructure. Source: https://www.wiwynn.com/news/guc-collaborate-with-wiwynn-to-advance-silicon-to-system-infrastructure-for-next-generation-hyperscale-ai > “Our in-depth collaboration with Wiwynn signifies market-leading recognition of Browave’s R&D strength in Silicon Photonics and high-end CPO,” said Victor Hwang, CEO of Browave. “Leveraging decades of technical heritage in optical communications and our strategic head start in the CPO market, Browave is honored to provide the core components that empower Wiwynn to showcase industry-leading innovations at Computex. Together, we are capturing the opportunities of the AI wave and continuing to drive the AI server market to new heights.” Source: https://www.wiwynn.com/news/wiwynn-and-ecosystem-partners-to-showcase-co-packaged-optics-innovations-at-computex-2026 > “We are pleased to establish a strategic CPO partnership with Wiwynn,” said D.D. Hu, General Manager of FOCI. “Leveraging our core optical interconnect technologies, developed through years of collaboration with the semiconductor industry, we will work together to address key challenges in silicon photonics packaging, including reflow compatibility and system pluggability. Together, we aim to reduce packaging complexity, enhance transmission architecture flexibility, and accelerate the deployment of next-generation AI optical communication infrastructure.” Source: https://www.wiwynn.com/news/wiwynn-and-ecosystem-partners-to-showcase-co-packaged-optics-innovations-at-computex-2026 > "Manufacturable and serviceable interconnect design is essential to scaling co‑packaged optics,” said Kazu Takano, President and CBDO of SENKO Emerging Technologies Group. “As AI infrastructure transitions toward co‑packaged optics, reliable, high‑density optical connectivity becomes mission‑critical. Through our collaboration with Wiwynn, SENKO is supporting system‑level component integration including detachable FAUs with SEAT™ technology, and SN®-MT Very Small Form Factor (VSFF) interface connectivity, as shown in Wiwynn’s COMPUTEX CPO system demonstration.” Source: https://www.wiwynn.com/news/wiwynn-and-ecosystem-partners-to-showcase-co-packaged-optics-innovations-at-computex-2026 ## Solutions ### Workload-Optimized Solutions URL: https://www.wiwynn.com/solutions ###### Custom-engineered, eco-efficient compute platforms from concept to deployment. ###### AI Infrastructure Wiwynn delivers high-resilience, elastic AI computing fabrics designed for the world’s largest Hyperscale Cloud Service Providers (CSPs). ###### Data Center Operations Optimization Next-gen architectures engineered to maximize density, uptime, and hyperscale efficiency. ###### Rack Integration Bespoke rack-level integration balancing extreme power efficiency, density, and security. ###### Green Innovation Eco-designed, circular architectures powered by actionable carbon footprint analytics. ##### Unleash Infinite Cloud Potential Customized Cloud Solutions: From R&D to Green Sustainability. ### AI Infrastructure (NVIDIA Vera Rubin) URL: https://www.wiwynn.com/solutions/ai-infrastructure #### AI Infrastructure ###### Wiwynn delivers high-resilience, elastic AI computing fabrics designed for the world’s largest Hyperscale Cloud Service Providers (CSPs). NVIDIA AI Infrastructure ｜ AMD AI Infrastructure ｜ Data Center Operations Optimization ｜ Rack Integration ｜ Green Innovation ###### Global Scale. Precision Integration. Engineered for the Era of Terascale Computing. ###### NVIDIA Vera Rubin ###### Defining the Next Decade of AI Supercomputing The NVIDIA Vera Rubin architecture has shattered previous performance benchmarks, establishing a new paradigm for AI supercomputing. As a Tier-1 strategic collaborator, Wiwynn is at the vanguard of the NVIDIA Vera Rubin NVL72 commercialization. By leveraging the 3rd Gen MGX™ modular framework and advanced cable-less interconnect topologies, we translate the raw power of 72 Rubin GPUs and 36 Vera CPUs into production-ready, rack-scale solutions. Together with NVIDIA, we are shrinking time-to-market for global AI industrialization at an unprecedented scale. Maximizing Training Efficiency: For Mixture-of-Experts (MoE) models, NVIDIA Rubin reduces computing resource requirements by up to 4x compared to the Blackwell architecture. Optimizing Inference Cost Structure: For highly interactive Agentic AI, the Total Cost of Ownership (TCO) per million tokens with NVIDIA Rubin is only 1/10th that of previous architectures. ###### Why Choose Wiwynn？Our Three Core Advantages 01 ###### Global Delivery and Supply Chain Resilience With a global manufacturing footprint and a robust service network, Wiwynn demonstrates exceptional supply chain agility. We effectively navigate international logistics challenges to ensure large-scale, high-efficiency, on-time delivery, empowering customers to rapidly deploy AI infrastructure worldwide. 02 ###### Driving Next-Generation Thermal Engineering Innovation As AI platforms continue to drive higher power density, Wiwynn delivers industry-leading cooling solutions based on advanced thermal technologies. With highly integrated thermal architectures, thermal design limits are overcome while Power Usage Effectiveness (PUE) is continuously improved. Maximum performance is enabled, supporting customers in building efficient and sustainable green data centers for the future. 03 ###### Full-stack System Integration From single nodes to hyperscale rack-level systems, Wiwynn possesses deep expertise in L12 integration and full system-level validation. We ensure that high-speed interconnect topologies within scale-up architectures are performance-optimized before leaving the factory, helping customers deploy ultra-bandwidth computing environments in record time. Why Choose Wiwynn? Three Core Advantages 01 ⚙️ ###### Global Delivery and Supply Chain Resilience With a global manufacturing footprint and a robust service network, Wiwynn demonstrates exceptional supply chain agility. We effectively navigate international logistics challenges to ensure large-scale, high-efficiency, on-time delivery, empowering customers to rapidly deploy AI infrastructure worldwide. 02 📈 ###### Driving Next-Generation Thermal Engineering Innovation As AI platforms continue to drive higher power density, Wiwynn delivers industry-leading cooling solutions based on advanced thermal technologies. With highly integrated thermal architectures, thermal design limits are overcome while Power Usage Effectiveness (PUE) is continuously improved. Maximum performance is enabled, supporting customers in building efficient and sustainable green data centers for the future. 03 💡 ###### Full-stack System Integration From single nodes to hyperscale rack-level systems, Wiwynn possesses deep expertise in L12 integration and full system-level validation. We ensure that high-speed interconnect topologies within scale-up architectures are performance-optimized before leaving the factory, helping customers deploy ultra-bandwidth computing environments in record time. ###### Powering Boundless AI with Wiwynn The AI revolution is not won through hardware stacking, but through architectural orchestration. Wiwynn delivers intelligent, SLA-grade rack solutions that transcend raw specifications. We optimize every watt and every microsecond, transforming high-density GPU clusters into peak, sustainable computing output for the world’s most demanding data centers. ###### AMD Helios™ Open-Standards AI Infrastructure, Scale Without Limits. ##### Unleash Infinite Cloud Potential Customized Cloud Solutions: From R&D to Green Sustainability. ### AI Infrastructure (AMD Helios) URL: https://www.wiwynn.com/solutions/ai-infrastructure-helios #### AMD AI Infrastructure ###### Wiwynn delivers high-resilience, elastic AI computing fabrics designed for the world’s largest Hyperscale Cloud Service Providers (CSPs). NVIDIA AI Infrastructure ｜ AMD AI Infrastructure ｜ Data Center Operations Optimization ｜ Rack Integration ｜ Green Innovation ###### Open-Standards AI Infrastructure, Scale Without Limits. ###### AMD Helios™ ###### AI at Scale. Built Open. AMD Helios is a rack-scale compute platform purpose-built for next-generation AI factories. The system integrates 72 AMD Instinct™ MI455X GPUs, AMD EPYC™ Venice processors, and AMD Pensando™ Vulcano AI NICs to eliminate bottlenecks and maximize data movement and system efficiency. With industry-leading memory capacity and bandwidth, Helios seamlessly handles larger models and extended context windows while delivering ultra-responsive performance for complex multi-agent workflows. Built on open standards including OCP, ORW, UALink™, Ethernet/UEC, Helios enables flexible scaling across data centers while optimizing power delivery, liquid cooling, and serviceability—serving as the ideal foundation for scaling industrial-grade AI. Leadership Compute Performance Integrates 72 AMD Instinct™ MI455X GPUs into a unified in-rack compute domain, delivering the scale and flexibility needed for inference, training, fine-tuning, and multi-agent workloads. Delivers up to 2.9 ExaFLOPS of OCP MXFP4 and up to 1.4 ExaFLOPS of OCP MXFP6/MXFP8 performance. Industry's Best Memory Large HBM memory capacity, implemented as a single load-store domain in the rack, helps support high-concurrency needs of agentic AI workloads. Up to 31 TB HBM4 per rack with up to 1.67 PB/s aggregate memory bandwidth per rack. Open Scale-Up and Scale-Out Architecture Scale-Up: UALink over Ethernet (UALoE) connects GPUs through the in-rack switch fabric (single-switch-hop, multi-plane fabric, blind-mate rear cable cartridge; 6 AMD Helios switch trays). Scale-Out: Standards-based Ethernet scales across racks and clusters; Ethernet/UEC-aligned scale-out via AMD Pensando "Vulcano" AI NICs; up to 3x800 Gb/s per GPU, or up to 43 TB/s rack bidirectional bandwidth. ###### In‑house double‑wide Rack platform Ruggedized Hyperscale Foundation：A reinforced, anti-sagging chassis engineered for the mechanical stresses of mass global deployment. This architecture supports high-TDP AI clusters while integrating HVDC power paths and advanced signal integrity to eliminate bottlenecks. - Tailored for the AI Ecosystem： Fully aligned with OCP (Open Compute Project) ORW and Double-Wide standards to streamline brownfield and greenfield integration. Purpose-built for high-intensity AI training and inference at scale. - Deployment-Ready Flexibility： From factory-to-datacenter, our co-design and specialized packaging ensure system integrity during transit. Scalable by design, this platform evolves alongside your evolving workload demands. Why Choose Wiwynn? Three Core Advantages 01 ⚙️ ###### Global Delivery and Supply Chain Resilience With a global manufacturing footprint and a robust service network, Wiwynn demonstrates exceptional supply chain agility. We effectively navigate international logistics challenges to ensure large-scale, high-efficiency, on-time delivery, empowering customers to rapidly deploy AI infrastructure worldwide. 02 📈 ###### Driving Next-Generation Thermal Engineering Innovation As AI platforms continue to drive higher power density, Wiwynn delivers industry-leading cooling solutions based on advanced thermal technologies. With highly integrated thermal architectures, thermal design limits are overcome while Power Usage Effectiveness (PUE) is continuously improved. Maximum performance is enabled, supporting customers in building efficient and sustainable green data centers for the future. 03 💡 ###### Full-stack System Integration From single nodes to hyperscale rack-level systems, Wiwynn possesses deep expertise in L12 integration and full system-level validation. We ensure that high-speed interconnect topologies within scale-up architectures are performance-optimized before leaving the factory, helping customers deploy ultra-bandwidth computing environments in record time. ###### Why Choose Wiwynn？Our Three Core Advantages 01 ###### Global Delivery and Supply Chain Resilience With a global manufacturing footprint and a robust service network, Wiwynn demonstrates exceptional supply chain agility. We effectively navigate international logistics challenges to ensure large-scale, high-efficiency, on-time delivery, empowering customers to rapidly deploy AI infrastructure worldwide. 02 ###### Driving Next-Generation Thermal Engineering Innovation As AI platforms continue to drive higher power density, Wiwynn delivers industry-leading cooling solutions based on advanced thermal technologies. With highly integrated thermal architectures, thermal design limits are overcome while Power Usage Effectiveness (PUE) is continuously improved. Maximum performance is enabled, supporting customers in building efficient and sustainable green data centers for the future. 03 ###### Full-stack System Integration From single nodes to hyperscale rack-level systems, Wiwynn possesses deep expertise in L12 integration and full system-level validation. We ensure that high-speed interconnect topologies within scale-up architectures are performance-optimized before leaving the factory, helping customers deploy ultra-bandwidth computing environments in record time. ###### Powering Boundless AI with Wiwynn The AI revolution is not won through hardware stacking, but through architectural orchestration. Wiwynn delivers intelligent, SLA-grade rack solutions that transcend raw specifications. We optimize every watt and every microsecond, transforming high-density GPU clusters into peak, sustainable computing output for the world’s most demanding data centers. ###### NVIDIA Vera Rubin Global Scale. Precision Integration. Engineered for the Era of Terascale Computing. ##### Unleash Infinite Cloud Potential Customized Cloud Solutions: From R&D to Green Sustainability. #### AMD Helios Reference Design Specifications (per AMD) Source: AMD Helios product page (https://www.amd.com/en/products/rackscale-solutions/helios.html) and the AMD Helios Rackscale Solution brief. AMD Helios is an AMD rack-scale AI reference design for OEM and ODM partners rather than an AMD product for sale; partner systems are built on it, and configurations may vary by system manufacturer. Wiwynn is listed among the AMD Helios ecosystem partners on AMD's Helios page and applies its rack integration and manufacturing expertise to bring Helios to customers at scale with solutions tailored to CSP requirements. | Item | Specification (per AMD) | |---|---| | System type | 72-GPU rack-scale AI reference rack | | Rack standard | OCP Open Rack Wide (ORW), a double-wide rack based on Meta's Open Rack for AI design submitted to OCP | | Rack design | 18 × 1OU compute trays (1 CPU : 4 GPUs) and 6 AMD Helios switch trays | | GPU | 72 × AMD Instinct MI455X (AMD CDNA 5 architecture), up to 432 GB HBM4 per GPU | | CPU | 18 × AMD EPYC "Venice" ("Zen 6" architecture), one per compute tray, up to 256 cores | | Scale-up | UALink over Ethernet (UALoE), single-switch-hop multi-plane fabric with all-to-all GPU connectivity and a blind-mate rear cable cartridge; up to 260 TB/s aggregate scale-up bandwidth | | Scale-out | Ethernet/UEC-aligned via AMD Pensando "Vulcano" 800G AI NICs; up to 3 × 800 Gb/s per GPU, or up to 43 TB/s rack bidirectional bandwidth | | Front-end networking | AMD Pensando "Salina" 400 DPU offloading networking, storage, and security services | | AI compute | Up to 2.9 EFLOPS OCP MXFP4; up to 1.4 EFLOPS OCP MXFP6/MXFP8 | | Memory | Up to 31 TB HBM4 per rack; up to 1.67 PB/s aggregate memory bandwidth per rack | | Power | Centralized power shelf distributing power across the rack via a vertical busbar | | Cooling | Liquid cooled; cooling manifold feeds compute and switch trays through quick-disconnect connections | | Software | AMD ROCm open software stack, supporting PyTorch, TensorFlow, JAX, ONNX Runtime, vLLM, and Triton | ### Data Center Operations Optimization URL: https://www.wiwynn.com/solutions/data-center-operations-optimization ###### Architecting the Future of Hyperscale Efficiency. NVIDIA AI Infrastructure ｜ AMD AI Infrastructure ｜ Data Center Operations Optimization ｜ Rack Integration ｜ Green Innovation ###### Driving Sustainable AI via Zero-Touch Deployment and High-Fidelity Telemetry. Achieve full-stack optimization across the hardware-software boundary. By leveraging open-source agility and intelligent automation, we help you deploy and scale world-class infrastructure with surgical precision. ###### Open-Source Infrastructure Design Eliminate Vendor Lock-in: Break free from closed proprietary ecosystems. Ensure Architectural Flexibility: Enhance system design adaptability and resilience. Leverage Cloud-Native Ecosystems: Integrate hardware and low-level infrastructure to unlock full workload performance. ###### Operational Excellence & Lifecycle Automation Zero-Touch Deployment (ZTD): Minimize manual intervention with fully automated onboarding. Lifecycle Management: Automate health monitoring, maintenance, and resource optimization for robust governance. ###### Strategic Planning & Cluster Validation Consultative Infrastructure Roadmapping: Collaborative architectural planning designed to align hardware capabilities with your long-term business trajectory. Rigorous Cluster Validation : Deep-dive optimization and stress-testing of integrated clusters to ensure seamless deployment and maximum system uptime. ###### One-Stop AI Data Center ###### A Comprehensive Solution from Infrastructure Deployment to Intelligent Operations ###### Empowering Future-Proof Architectures: Faster. Smarter. Scalable. As data center environments grow more complex, the demand for intuitive and resilient infrastructure has never been greater. Wiwynn eliminates the complexity of manual setups. We are committed to delivering seamless, high-efficiency ecosystems that let your technology—and your business—move faster. ###### Empowering Future-Proof Architectures: Faster. Smarter. Scalable. As data center environments grow more complex, the demand for intuitive and resilient infrastructure has never been greater. Wiwynn eliminates the complexity of manual setups. We are committed to delivering seamless, high-efficiency ecosystems that let your technology—and your business—move faster. ###### TRADITIONAL - ✕ Time-consuming and prone to human error due to manual configuration. - ✕ Dependent on individual expertise; issues are often identified only after failure. - ✕ Difficult stack updates leading to frequent version compatibility conflicts. ###### WIWYNN SOLUTION - ✓ Guarantees peak performance straight out of the factory. - ✓ Predicts potential risks preemptively to ensure high system availability. - ✓ Software-defined hardware for one-click upgrades and rapid horizontal scaling. ###### White Paper: High-Power Double-Wide Rack Oct 16, 2026 This white paper presents a complete design and validation framework for next-generation high-power double-wide racks.... ###### White Paper: An All-to-All CPO System Architecture Oct 15, 2026 This white paper presents a system-level perspective on how CPO technology can be integrated into scalable AI server... ###### White Paper: Advancing Vertical Power Delivery Oct 9, 2026 As modern compute silicon continues to scale in power density—driven by AI training clusters, high-performance... ##### Unleash Infinite Cloud Potential Customized Cloud Solutions: From R&D to Green Sustainability. ### Green Innovation URL: https://www.wiwynn.com/solutions/green-innovation ###### We drive green innovation through eco-design and component reuse, leveraging carbon footprint analytics to achieve measurable circular economy goals. NVIDIA AI Infrastructure ｜ AMD AI Infrastructure ｜ Data Center Operations Optimization ｜ Rack Integration ｜ Green Innovation ###### Embedding data-backed sustainability into every hidden structural detail. ###### Server Chassis Eco-Design Embossing Reinforcement Technology: Maximum Carbon Reduction, Uncompromised Rigidity Driven by the net-zero emission mandates of modern data centers, server chassis design has evolved from simple hardware housing into a critical frontier for decarbonization. Traditional methodologies often rely on the "thickness equals strength" fallacy, resulting in excessive weight and a high embodied carbon footprint. Our proprietary Embossing Reinforcement Technology successfully disrupts these limitations: - Coexistence of Extreme Lightweight Design and Rigidity: Through precise structural physics, our embossed architecture increases the moment of inertia while reducing sheet metal thickness. This ensures superior structural integrity even with a 15%–20% reduction in raw material usage—saving up to 12kg of steel on a standard 80kg chassis. - Low-Carbon Supply Chain Transformation: This innovation does more than lower material costs; it directly reduces carbon emissions by approximately 15%, achieving the ultimate equilibrium between high-performance computing and ESG goals. ###### Modular Circularity: Redefining Sustainable Performance In response to rapid data center hardware cycles, our "Design for Recycling" philosophy transforms server chassis into a core engine for the circular economy： - Modular Life Extension: Precision design enables rapid component upgrades and disassembly, fundamentally extending product lifecycles and converting hardware into reusable resources. - WEEE-Compliant Recovery: Strictly adhering to EU WEEE standards, we optimize end-of-life sorting and minimize maintenance waste to achieve a "Zero Waste" objective. - Resource Resilience: By maximizing component universality, we eliminate manufacturing redundancies and deliver an environmentally resilient hardware infrastructure. ###### Green Materials Innovation: ISO 9001-Supported Low-Carbon Supply Chain Sustainability metrics are now the core of server hardware value. We integrate environmental commitment into standardized R&D, merging high-performance computing with a minimal ecological footprint. - Green Design Guide: By implementing our Green Design Guide and ISO 9001 framework from the R&D stage, we ensure recycled materials meet high-reliability standards, eliminating concerns over material stability. - Low-Carbon Supply Chain: We strategically increase the use of recycled steel and plastics, reducing Scope 3 carbon footprints through source reduction. - Plastic-reduced packaging: Beyond the chassis, we utilize recycled EPE and 100% paper-based/pulp-molded solutions, ensuring logistics align with global decarbonization trends. ###### Circular Packaging & Component Reuse In the competitive landscape of server hardware, sustainability metrics are now a core pillar of product value. We translate environmental commitments into standardized R&D, merging high-performance computing with a minimal ecological footprint. - Holistic Low-Carbon Packaging: We develop 100% paper-based cushioning and plastic-free solutions. By integrating recycled materials, we maximize waste reduction while ensuring premium protection during server transit. - Wooden Crate & Pallet Recovery: We have established a robust circular logistics mechanism for wooden crates and pallets, achieving the dual goals of environmental protection and cost efficiency through reuse. - Circular Memory Solutions: By reintegrating rigorously validated memory modules into our systems, we extend component lifecycles and significantly reduce raw material consumption, providing data centers with a sustainable deployment alternative. ###### Carbon Emission Calculations for Product Carbon Reduction ###### (2024 Sustainability Report) ##### Unleash Infinite Cloud Potential Customized Cloud Solutions: From R&D to Green Sustainability. ### Rack Integration URL: https://www.wiwynn.com/solutions/rack-integration ###### Deep Customization for Peak Performance: Redefining the Balance of Power Efficiency and Security. NVIDIA AI Infrastructure ｜ AMD AI Infrastructure ｜ Data Center Operations Optimization ｜ Rack Integration ｜ Green Innovation ###### Beyond standard hardware — infrastructure evolving with your data center. Wiwynn transcends off-the-shelf hardware, delivering bespoke infrastructure engineered for the fluid demands of the modern data center. We empower Tier-1 CSPs to deploy High-Performance Computing (HPC) and AI workloads with uncompromising energy telemetry and systemic security. ###### Key Customization Technologies Comprehensive Multi-Level Management Architecture： Full-Stack Integration (L10 to L12): We offer seamless integration across L10–L12, encompassing individual hardware monitoring, rack resource optimization, and intelligent row-level dispatching to maximize computing performance and space efficiency. Operational Resilience & Efficiency: Our unified management framework effectively synchronizes dynamic workloads with regional cooling strategies. This reduces maintenance complexity while achieving data-center-grade energy savings, carbon reduction, and operational flexibility. Firmware & Interface Customization (Standardized & Flexible Control) Seamless Protocol Integration: Supporting Redfish API, OpenBMC, and MODBUS. We provide bespoke integration development tailored to your existing management platforms, ensuring unified In-Band and Out-of-Band (OOB) management interfaces. Intelligent Environmental Adaptation (Energy Optimization) AI-Driven Thermal Algorithms: Custom-developed thermal-sensing algorithms provide real-time monitoring and proactive control for varying server densities. By automatically optimizing fan and pump curves, we maximize energy efficiency and achieve the optimal PUE (Power Usage Effectiveness). Tailored Security & Protection (Leakage Protection) Multi-Tier Safety Monitoring: Comprehensive real-time monitoring and protection mechanisms from Tray-Level to Rack-Level, ensuring mission-critical system security and reliability. ###### The Reliability & Velocity Framework Architectural Synergy (FW & System): We unify firmware via Redfish/PLDM to synchronize BIOS, BMC, and GPU subsystems. This vertical integration maximizes Performance-per-Watt and accelerates Time-to-Market (TTM) by streamlining boot sequences and Board Functional Test (BFT) cycles. Enhanced telemetry enables proactive failure analysis, ensuring node-to-rack stability. Full-Lifecycle Validation: From R&D endurance simulations to high-pressure liquid cooling stress tests, our hardware is hardened for extreme hyperscale environments. By leveraging Big Data analytics from the manufacturing floor to the field, we transition from reactive maintenance to a Zero-Defect operational model. ⏲️ ###### 24/7 Availability Guarantees consistent, 24/7 high-performance computing under heavy workloads with zero performance drift. 🛡️ ###### Reliability Validation Validated by a rigorous testing matrix including vibration, thermal cycling, and corrosion to ensure structural integrity. ⚡ ###### Stress Testing Reduces field failure rates by implementing HALT/HASS to eliminate potential defects before deployment. 🌐 ###### Global Compliance Accelerates Time-to-Market (TTM) by integrating international standard pre-inspection and validation protocols. ##### Value for Your Infrastructure CORE 01 ###### Ensuring Zero Downtime (Maximum Reliability) Supports seamless firmware updates and proactive thermal control to quickly isolate faults, ensuring continuous service availability without interruption. CORE 02 ###### Accelerating Time-to-Market (TTM) Leverages a unified firmware framework and automated testing workflows to significantly speed up system integration from L10 to L12. CORE 03 ###### Reducing Total Cost of Ownership (TCO) Optimizes power and cooling efficiency to lower utility costs, while high-reliability design minimizes after-sales maintenance and costly field failures. ##### Unleash Infinite Cloud Potential Customized Cloud Solutions: From R&D to Green Sustainability. ## Technology ### Core Technology URL: https://www.wiwynn.com/technology #### Technology ###### Bridging Technology, Breaking Bottlenecks, Building Future. ###### High-Speed Interconnects Breaking Interconnect Bottlenecks to Unleash Peak Generative AI Performance. ###### Power Architecture Technology The Backbone of Next-Gen AI Clusters: Defining the Future of Resilient, Scalable, and High-Density Power Infrastructure. ###### Advanced Cooling & Mechanical Engineering Rethinking Infrastructure: Empowering Hyperscale AI with Advanced Thermal Engineering. ##### Exploring infinite possibilities Collaborating with global leaders to drive OCP standards and define the future of the cloud. ### Advanced Cooling URL: https://www.wiwynn.com/technology/advanced-cooling ###### Cooling for data center is becoming more challenging as the power of processing units increases significantly. Wiwynn provide best-in-class cooling system, including Two-Phase Immersion Cooling and Cold Plate Liquid Cooling ###### Cooling Solutions Offering ###### Two-Phase Immersion Cooling ###### Saving 90% Cooling Energy ###### Cold Plate Liquid Cooling ###### A Seamless Upgrade Option ###### Universal Management System ###### Open and Modular Design ###### Compare Cooling Solutions The table below gives information about the advanced cooling solutions including air cooling and liquid cooling solutions. The major comparison factors are listed on top. ● is best, ○ is improved, and an empty box is worst. The control, or the non-decisive factor, is the motherboard, where the information is based on comparing the same motherboard configuration. - ●: ● - ○: ○ / ○ / ○ / ○ - ●: ○ / ○ - ○: ● / ● / ● / ○ - ●: ● / ● / ● / ○ ###### Wiwynn’s Proven Track Records ###### Solution Design Pioneer Commit to the advanced cooling solution while establishing technical specifications, guidelines, and whitepapers ###### Tech Giant’s Recognition “The findings motivated the Microsoft team to work with Wiwynn to develop a two-phase immersion cooling solution. The first solution is now running at Microsoft’s datacenter in Quincy.” – Microsoft ###### Best OCP Solution Provider ##1 order shipment: 9K+ OCP racks per quarter, 21+ OCP Accepted products, 9+ design contributions, & 4+ specifications ###### Why Wiwynn is You Best Partner for Cooling ? ###### Customized solutions to commit to your power density, PUE, maintenance, safety, and environmental requirements ###### Strong cooling engineering capabilities for the development of advanced cooling solutions ###### Board-to-rack design and integration expertise enable reliable system management and field safety ###### Global delivery and support across America, APAC, and Europe ### Advanced Thermal & Mechanical URL: https://www.wiwynn.com/technology/advanced-thermal-and-mechanical ###### Rethinking Infrastructure: Empowering Hyperscale AI with Advanced Thermal Engineering High-Speed Interconnect ｜ High Power Architecture ｜ Advanced Thermal & Mechanical ###### Engineering Beyond Thermal Limits: Integrated System Architecture ###### Next-Gen Liquid Cooling & Intelligent Management Scalable Integrated Architecture： Precision-engineered cold-plate cooling optimized for ultra-high TDP AI accelerators. Designed for maximum compute density while ensuring seamless field-serviceability and modular scalability. Mission-Critical Proactive Safety： Multi-layer leak detection with millisecond-latency telemetry. Real-time rack-level alerting mitigates operational risk, ensuring continuous uptime and SLA-grade reliability. UMS： Intelligent Infrastructure Orchestration Centralized monitoring of flow, thermal gradients, and pressure dynamics via standardized, DCIM-ready interfaces for peak operational transparency and efficiency. ###### Dual-Sided Cold Plate & Microchannel Innovation Wiwynn’s Double-Sided Cold Plate technology redefines thermal management for high-power-density silicon. By simultaneously cooling high-power AI chips on the top side and vertical power delivery components on the bottom side, it supports total thermal loads exceeding 4 kW within a compact form factor. We continue to adopt advanced manufacturing approaches to enable the design and fabrication of high-precision microchannel structures tailored to actual chip heat distribution. Compared to conventional architectures, this approach significantly enhances thermal performance, supports heat fluxes beyond 350 W/cm², and delivers an optimal balance between silicon performance and long-term system reliability. ###### Air-Assisted Liquid Cooling Solution Wiwynn’s AALC solutions provide a bridge to liquid cooling without requiring immediate facility-level infrastructure overhauls. We enable rapid, rack-level AI deployment into existing air-cooled environments, maintaining peak compute performance while balancing TCO and performance-per-watt. As a key OCP player, we’ve published white papers on cooling and management at OCP and our global site. Download the technical details here: ###### White Paper: High-Power Double-Wide Rack Oct 16, 2026 This white paper presents a complete design and validation framework for next-generation high-power double-wide racks.... ###### White Paper: An All-to-All CPO System Architecture Oct 15, 2026 This white paper presents a system-level perspective on how CPO technology can be integrated into scalable AI server... ###### White Paper: Advancing Vertical Power Delivery Oct 9, 2026 As modern compute silicon continues to scale in power density—driven by AI training clusters, high-performance... ###### White Paper: Breaking the Thermal–Hydraulic Trade-Off: A Non-Uniform Straight-Microchannel Cold Plate for High-Heat-Flux Cooling Oct 9, 2026 This study proposes a heat-flux-based non-uniform straight-microchannel cold plate design for non-uniform chip heat... ##### Exploring infinite possibilities Collaborating with global leaders to drive OCP standards and define the future of the cloud. ### High Power Architecture URL: https://www.wiwynn.com/technology/high-power-architecture ###### The Backbone of Next-Gen AI Clusters: Defining the Future of Resilient, Scalable, and High-Density Power Infrastructure. High-Speed Interconnect ｜ High Power Architecture ｜ Advanced Thermal & Mechanical ###### AI Data Center Power: Engineering the System-Level Revolution As Generative AI pushes compute demands beyond physical limits, server power architecture is undergoing a system-level revolution. As rack power density accelerates from 20 kW to beyond 100 kW—and with proposals reaching up to 1 MW, power architecture has become the critical backbone of AI computational performance. Wiwynn’s Strategic Pillar: Core Technologies Defining Hyperscale Compute ###### Vertical Power Delivery (VPD) As AI accelerator currents exceed 1,000A, traditional lateral power delivery hits a "Power Wall" of prohibitive voltage drops. Vertical Power Delivery (VPD) solves this by mounting conversion modules directly beneath the processor. • Path Loss Mitigation: Ultra-short vertical paths slash PDN I2R losses by >80% at high-current AI loads. • Architectural Freedom: Backside delivery frees up the top-side PCB for additional HBM (High Bandwidth Memory) or reduced form-factor designs. • Voltage Integrity: Ultra-low inductance minimizes voltage droop during extreme load transients, protecting signal integrity. • Thermal Optimization: By minimizing resistance-induced heat, VPD enhances the overall effectiveness of liquid cooling loops. ###### Scalable Rack-Level Power The transition to Modular Rack-Level Power is essential for AI elasticity. Our integrated architecture—featuring centralized busbars and intelligent power shelves—delivers the high-availability redundancy required for absolute stability under extreme transient AI workloads. • Exponential Capacity Scaling: Seamlessly scaling from 190kW (V2) to 300kW (V3), and reaching a massive 1.1MW (V4) to meet the most demanding AI training clusters. • Disaggregated Topology: Evolving from single-rack integration to disaggregated Power Racks and IT Racks (V3/V4), enabling modular deployment and superior data center floor-plan flexibility. • Advanced HVDC Transmission: Transitioning to ±400VDC or 800V architectures to neutralize transmission losses and maximize end-to-end energy efficiency. • Dynamic Transient Response: Engineered for the "bursty" nature of AI workloads, utilizing Capacitor Backup Units (CBU) to ensure seamless voltage stability during rapid compute load fluctuations. ###### Next-Gen Power Integration: SiC, GaN, and SST We are redefining power delivery by leveraging SiC/GaN semiconductors and Digital Twin insights. This architecture achieves deep synergy with advanced liquid cooling solutions, creating a "smart" energy chain for the entire AI infrastructure. • Centralized Power Nodes: The Power Rack acts as the intelligence hub, converting grid-scale AC to stable HVDC. Integrated BBU/CBU energy storage provides a robust backup buffer, reducing server-level complexity. • Solid-State Transformer (SST): Our SST technology provides a high-density alternative to traditional bulky transformers. By converting power directly to HVDC at the facility level, SSTs offer superior control flexibility and modular scalability for rapid hyperscale deployment. ###### White Paper: High-Power Double-Wide Rack Oct 16, 2026 This white paper presents a complete design and validation framework for next-generation high-power double-wide racks.... ###### White Paper: An All-to-All CPO System Architecture Oct 15, 2026 This white paper presents a system-level perspective on how CPO technology can be integrated into scalable AI server... ###### White Paper: Advancing Vertical Power Delivery Oct 9, 2026 As modern compute silicon continues to scale in power density—driven by AI training clusters, high-performance... ###### White Paper: Breaking the Thermal–Hydraulic Trade-Off: A Non-Uniform Straight-Microchannel Cold Plate for High-Heat-Flux Cooling Oct 9, 2026 This study proposes a heat-flux-based non-uniform straight-microchannel cold plate design for non-uniform chip heat... ##### Exploring infinite possibilities Collaborating with global leaders to drive OCP standards and define the future of the cloud. ### High-Speed Interconnect URL: https://www.wiwynn.com/technology/high-speed-interconnect ###### Breaking Interconnect Bottlenecks to Unleash Peak Generative AI Performance. High-Speed Interconnect ｜ High Power Architecture ｜ Advanced Thermal & Mechanical ###### Accelerating AI At Scale: Next-Generation CPO Innovation. ###### Powering the Infrastructure of the Generative Era Wiwynn’s Co-Packaged Optics (CPO) ecosystem redefines the limits of AI networking. By integrating high-bandwidth, ultra-low-power interconnects with elite thermal management and high-density signal integrity, we deliver uncompromising system stability for the world’s most demanding workloads. Our modular platform supports External Laser Sources (ELS) and heterogeneous architectures, featuring a 3.2T-per-lane roadmap to future-proof your hyperscale topology. ###### CPO Strategic Highlights ###### High-Performance Integration & Advanced Photonic Connectivity System-Level Co-Design： Harmonizing optical-compute integration with mission-critical thermal optimization and peak operational efficiency. Advanced Fiber Fabric：Defining the gold standard for high-density routing and long-term interconnect reliability in massive-scale clusters. Agnostic CPO Architecture：A versatile, CPO-ready platform supporting ELS and multi-vendor optical topologies to eliminate supply chain lock-in. Elite Scaling Roadmap：Future-proof architecture engineered to support 1.6T and 3.2T per-lane transition, ensuring long-term investment protection. ###### Core Value: Your Strategic Partner in Hyperscale Innovation ###### Beyond R&D: Engineering the Future of HPC Wiwynn is more than a hardware provider; we are your architectural partner in High-Performance Computing. By converging mechanical, thermal, and optoelectronic mastery, we unlock the full thermal design power (TDP) of next-gen ASICs with SLA-grade reliability. Through deep ecosystem synergy and flexible design logic, we compress time-to-market (TTM) and ensure a seamless evolution toward the era of accelerated, sustainable computing. Holistic Optimization： Balancing extreme-power ASIC performance with sophisticated thermal and power distribution cooling. Cross-Domain Synergy：Integrated expertise across mechanical, thermal, and photonic disciplines to solve complex interconnect bottlenecks. Ecosystem Orchestration：Direct collaboration with global optical engine and component leaders to accelerate high-volume productization. Architecture Agility：Decoupled design strategies that support diverse vendor integration and rapid technology iteration. ###### Technical Services & Validation Excellence End-to-End Design Authority： From feasibility modeling to high-density routing. We provide comprehensive link debugging and "Gold Recipe" optimization to ensure zero-error performance at the rack and cluster level. Next-Gen Electrical Interconnect Analysis： Rigorous correlation and validation for PCIe Gen 6/7 and 224G/448G interfaces, ensuring signal integrity at the edge of physics. Precision Optical Validation： Tier-1 lab testing for light source stability, path loss, and link budgets, reinforced by automated assembly-line sanity checks and real-time production quality monitoring. ###### White Paper: High-Power Double-Wide Rack Oct 16, 2026 This white paper presents a complete design and validation framework for next-generation high-power double-wide racks.... ###### White Paper: An All-to-All CPO System Architecture Oct 15, 2026 This white paper presents a system-level perspective on how CPO technology can be integrated into scalable AI server... ###### White Paper: Advancing Vertical Power Delivery Oct 9, 2026 As modern compute silicon continues to scale in power density—driven by AI training clusters, high-performance... ###### White Paper: Breaking the Thermal–Hydraulic Trade-Off: A Non-Uniform Straight-Microchannel Cold Plate for High-Heat-Flux Cooling Oct 9, 2026 This study proposes a heat-flux-based non-uniform straight-microchannel cold plate design for non-uniform chip heat... ##### Exploring infinite possibilities Collaborating with global leaders to drive OCP standards and define the future of the cloud. ### 5G Offerings: MEC URL: https://www.wiwynn.com/technology/mec Hundreds of new cloud services and edge applications can run on this new 5G digital backbone. In transportation, real-time communication helps improve safety and traffic flow for vehicles. Healthcare providers can monitor patients by remote, use AI to make accurate diagnoses, and help hospitals run more smoothly. Manufacturers can use 5G networks to run high-efficiency smart factories while retailers can create seamless experiences for customers. While promising ultra-high speeds, low latency, and greater reliability, 5G revolution is but part of the story as there’s also an evolution in existing technologies with new generations of fiber, cable, Wi-Fi, and short-range technologies. ###### Open from Cloud to Edge As most of you are aware, with the upcoming of the 5G era, our industry is quickly expanding from Public and Private Cloud to Central Office (CO), and to Edge at Radio Access Network (RAN). The availability of edge computing offers lots of previously unavailable applications such as real-time artificial intelligence and others. The edge computing can dramatically improve user experience through cases like virtual reality games by decreasing its latency. These cases, however, show that Cloud and Edge infrastructure must adapt and evolve according to the demand of these applications. Some of the Central Office requirements may apply to edge applications as well, hence, the overlap in the central office and the edge solutions we are offering. Offering the same solutions for Central Office and Edge simplifies the product SKUs and reduces the CAP and OP expenses. ###### AI / Edge Products for 5G Fueled Applications Multi-access Edge Computing (MEC) is a network solution that provides services and computing functions closer to users to minimize latency and maximize efficiency. It delivers ultra-responsive service experiences by rapidly processing content at the edge of the network. ###### CHALLENGES Physical and Environmental Restrictions - Service networks distributed to different physical sites locations including both remote and centralized sites to various degrees, form physical challenges such as space, power consumption, and harsh environments to service providers in deploying optimized solution to edge sites or closer to where data is generated. Introducing a flexible and agile 5G network with a cost effective solution is an imperative topic for each operator. Diversity of Various 5G Applications - Service providers require systems with flexible configurations for various applications requirements and dynamic traffic patterns to fit the use cases of AR/VR, IOT, and autonomous vehicles alike simultaneously while not being restrained by proprietary solutions dominated by limited solution providers. ###### BENEFITS By utilizing disaggregated hardware and software with SDN and NFV to meet service providers’ needs for diverse applications and deployment environments, Wiwynn provides MEC solutions based on short chassis design with I/O configuration flexibility and modularity to solve the challenges of 5G and Edge. ###### Services Enhancement The MEC solution deployed as an edge platform near to end-users minimizes mobile backhaul bandwidth requirements with ultra-low latency that enables better services than cloud for various applications. ###### Scalability Network Infrastructure are changing in significant ways, with the flexibility and agility of innovative technologies like network slicing and SDN/NFV, MEC platforms can be easily scaled out according to additional demand and remotely & dynamically updated. ###### Cost-Saving By combining COTS (Commercial-off-the-shelf) servers and Cloud Virtualization technology, CAPEX and OPEX can be efficiently reduced. Service providers will no longer be restrained by expensive proprietary hardware and software and can successfully break vendor lock-in. ###### Add-on Profits From the perspective of business benefits, adopting MEC industry standards and deployment of MEC platforms such as autonomous models, can be applied to other transportation like autonomous buses, and thus brings new revenue streams to operators and vendors. ###### ARCHITECTURE Deploy MEC Host at The Edge of Cellular Network Technical standards for MEC are developed by ETSI, which also defined the components and functional elements of MEC host. The MEC hosting infrastructure consists of hardware resources and a virtualization layer. The MEC platform provides the capabilities for hosting applications and consists of the application’s virtualization manager and application platform services. Deployment Scenarios of MEC Servers ETSI depicted some deployment scenarios of MEC that enables cloud computing capabilities and an IT service environment at the edge of the cellular network and, more in general at the edge of any network. To run MEC applications to perform processing tasks closer to the customers can have efficient utilization of the radio and the network resources. MEC also enables flexible and rapid deployment of innovative applications and services towards mobile subscribers, enterprises and vertical segments. ###### PRODUCTS ###### EP100G2 The Best All-in-one Platform for 5G CU/DU/5GC/MEC and Private 5G Environment - 3U Short-Depth Chassis and Front Service for Edge Computing Environment - ONF Aether Project - Flexible Sled Design for Various Sled Options - Pooled Power Supply for Energy Efficiency - OpenRMC Based System Management ###### ES200 The Tailored-made MEC Server with Flexible Configurations for Various Edge Applications - Short Chassis for Edge Deploy Environment - Pervasive Performance with Built-in AI Acceleration - Flexible Configuration for Various Edge Computing including AI Workloads - Compliance with NEBS-3 for Challenging Harsh Conditions - Hot-swappable PSU & FAN and Front I/O for Easy Services ###### SV302G3 High density 1U2Node server with versatile system configurations for compute intensive workloads - Optimized System Architecture for Compute Intensive Workloads - Enhanced Memory and Optimized Thermal Solution - Painless Upgrade for AI Inference - Versatile System Configurations with Universal Enclosure - Better TCO from Modularized System and Common Parts - Front Access Design to Simplify Maintenance ###### Reference Explore the extensive catalog of our resources. ###### 5G NSA Livedemo ###### vRAN Solution with NFVI ### 5G Offerings: vRAN URL: https://www.wiwynn.com/technology/vran Hundreds of new cloud services and edge applications can run on this new 5G digital backbone. In transportation, real-time communication helps improve safety and traffic flow for vehicles. Healthcare providers can monitor patients by remote, use AI to make accurate diagnoses, and help hospitals run more smoothly. Manufacturers can use 5G networks to run high-efficiency smart factories while retailers can create seamless experiences for customers. While promising ultra-high speeds, low latency, and greater reliability, 5G revolution is but part of the story as there’s also an evolution in existing technologies with new generations of fiber, cable, Wi-Fi, and short-range technologies. ###### Open from Cloud to Edge As most of you are aware, with the upcoming of the 5G era, our industry is quickly expanding from Public and Private Cloud to Central Office (CO), and to Edge at Radio Access Network (RAN). The availability of edge computing offers lots of previously unavailable applications such as real-time artificial intelligence and others. The edge computing can dramatically improve user experience through cases like virtual reality games by decreasing its latency. These cases, however, show that Cloud and Edge infrastructure must adapt and evolve according to the demand of these applications. Some of the Central Office requirements may apply to edge applications as well, hence, the overlap in the central office and the edge solutions we are offering. Offering the same solutions for Central Office and Edge simplifies the product SKUs and reduces the CAP and OP expenses. ###### 5G RAN/Core Products for Telecom 5G Virtualized Radio Access Network (vRAN) Solution is the critical step for mobile networks evolution, promising to intelligently boost capacity, dramatically reduce costs, and enhance your experience. ###### CHALLENGES Multiple Service Criteria and Base Station Densities Required - To accommodate new applications, such as cloud gaming, AR/VR and smart factories, operators will need to evolve their mobile networks with flexible architectures to handle vast amounts of data, massive IoT devices and ultra-low latency demand. Legacy proprietary solutions are not enough and result in high operational costs. - The spectrums used for 5G network, both sub-6G and mmWave, are higher than existing 4G LTE network. This requires much more base stations than it used to be in 4G era to reach the same signal coverage. - Centralizing multiple access technologies such as millimeter wave (mmWave) radios, LTE and WiFi in one location will also be necessary. Introducing a flexible and agile 5G network with a cost effective solution is an imperative topic for each operator. ###### BENEFITS vRAN with Cots Servers Enable A Flexible, Agile and Cost Effective 5g Network One way that operators are looking to modernize the network is to adopt the virtualized radio access network (vRAN) which transforms the notion of proprietary hardware-based base stations into software-based that are more flexible, agile, and cost-effective. The base stations in 5G era can be divided into three parts: radio unit (RU), distributed unit (DU) and centralized unit (CU). DU and CU and be deployed with commercial off-the-shelf (COTS) servers and virtualized network functions to bring benefits including: ###### Flexibility One DU can support multiple RUs with multiple access technologies including 5G NR and 4G LTE in different bands. The DU/CU resources can also be leveraged with MEC resources. ###### Agility The network can implement dynamic applications and scale out agilely by deploying different virtualized network functions (VNF) and not be constrained by proprietary hardware and software bundle. ###### Openness The adoption of commercial off-the-shelf (COTS) servers could greatly reduce the infrastructure costs compared with the proprietary ones and spare operators from vendor lock-in. ###### ARCHITECTURE 5G vRAN Stacks Based on NFV Infrastructure 3GPP R15 has standardized the separation of the upper from the lower parts of the RAN. The base stations in 5G era can be divided into three parts: radio unit (RU), distributed unit (DU) and centralized unit (CU). DU and CU and be deployed with COTS servers and virtualized network functions. Operators can simplify the deployment of new features and algorithms for streamlining resource usage. One DU can support multiple RUs with multiple access technologies including 5G NR and 4G LTE in different bands. Power x86 servers with FPGA or GPU based accelerators can process large amounts of digital signals processing in real-time to perform the CPRI-to-eCPRI conversion. ###### PRODUCTS ###### EP100G2 The Best All-in-one Platform for 5G CU/DU/5GC/MEC and Private 5G Environment - 3U Short-Depth Chassis and Front Service for Edge Computing Environment - ONF Aether Project - Flexible Sled Design for Various Sled Options - Pooled Power Supply for Energy Efficiency - OpenRMC Based System Management ###### Reference Explore the extensive catalog of our resources. ###### 5G NSA Livedemo ###### vRAN Solution with NFVI ### Cold-Plate Liquid Cooling URL: https://www.wiwynn.com/technology/advanced-cooling/cold-plate-liquid-cooling While developing advanced cooling technology, compatibility is definitely something to consider. How do we improve cooling efficiency without making extensive changes to existing data centers? Wiwynn presents – Cold-Plate Liquid Cooling Technology ##### Advanced Cooling: A seamless upgrade option Improving Cooling Performance Keeping Existing Data Center Infrastructure ###### Increased Performance in Every Aspect Power Density Cold-plate cooling solutions increase the processor-wattage limitation of a data center, providing higher power density. On top of this, the solutions also change the infrastructure of a server. For example, air-cooling structural designs are often volume-heavy and can therefore be removed to allow for a more compact design within a server. Low PUE Cold-plate cooling solutions removes heat by using liquid cooling technology. Since the liquid is cooled elsewhere, a server room will therefore require less air conditioning, reducing power usage while increasing cooling effectiveness. IT Operation Stability Air cooling requires fans on high fan speed. Cold-plate cooling technology, on the other hand, lowers the fan speed, and consequentially lowers the vibrational frequency and dust. Under a more stable environment, the system can increase its lifespan. Simple and Easy Maintenance Maintenance for cold-plate servers is similar to that of air-cooling servers. Parts are easily serviceable and replaceable without extra maintenance efforts. Anti-Noise/Vibration Having significantly lower fan speed, the generated vibration and noise are also significantly reduced, giving maintenance personnel a safer and friendlier operation environment. Operation Safety With the advanced leakage detection and mechanical design, operation personnel are prevented from unexpected liquid cooling accidents, ensuring their safety. ###### How Wiwynn’s Cold-Plate Solution Works? On the rack of each cold-plate server are two quick connectors (an inlet and an outlet). The cooling liquid enters the rack at its inlet and is directed to the cold plates. The cold plates are stationed at the processors (where most heat are generated) and other heat sources. The liquid heats up during the course and ultimately leaves the rack at the outlet. When the liquid leaves the server, it is directed to the heat exchanger on the rear door of the rack. The fan wall operates to cool the liquid and a pump drives the cooled liquid back into the rack server for another full cycle of the heat exchange. Wiwynn’s cold-plate cooling technology expands into multiple liquid cooling solutions. We can use water as the cooling liquid for one possible solution. Dielectric fluid can also be used for 2-phase design solutions. This allows us to take a step further into improving processing density as well as data centers’ safety requirements. ###### Multiple Innovative Design ###### Live-Monitored Fan Wall System & Smart Water Pump (iRPU) Wiwynn’s cold-plate design includes a fan wall for cooling the liquid. Data centers can easily implement this design without needing to change the infrastructure (e.g. hot aisle), allowing for quick and massive deployment into existing data centers. Wiwynn’s smart RPU can monitor the liquid’s flow rate and fan speed. This dynamically adjusts cooling power usage to optimize power efficiency. On top of that, the fans have their individual on/off switch, where you can individually turn one fan off and replace it without affecting the operations of the remaining fans. ###### Blind-mate Liquid Cooling System with Internal Manifold With Wiwynn's patented blind-mate module, the water loop connection can be completed when the liquid-cooled server is installed in the rack in the same way as the design of the DC-BUS BAR design, providing the same serviceability as the air-cooled server. At the same time, through the internal manifold design of the server, the coolant can be distributed to the chips in the server according to support the different requirements of different platforms. ###### Patented Blind-Mate Connector ###### Optimized Air Resistant Design Wiwynn utilizes many exclusive design to ensure operation safety and cooling efficiency. The reliable blind-mate connector provides maintenance as easy as seen in an air cooling server. The floating design gives even more fault-tolerance, allowing simple and easy replacement. Manifold tube routing design is also optimized for air flow. The pipes connecting the server has their curve minimized to lower the air resistance, which improves air flow while lowering power usage. ###### Highly integrated system BMC with comprehensive rack-mounted drip detection Wiwynn’s detection integrated the server’s BMC with the rack (implemented with multiple sensors). The integration allows for the monitoring of pipes and connectors, and for the dynamic adjustment of liquid flow. Moreover, there is also an automatic circuit breaker mechanism to prevent accidents. ##### Partners We would like to thank those that participated in the Open Compute Project – Rack & Power and the personnel involved in our advanced cooling project ##### Reference Explore our multi-resourced menu ###### Analysis of Cold Plate Matrix in Rack-level Liquid Cooling System In this whitepaper, Wiwynn takes a normal 1U, 2-socket spread core motherboard server as the model for the discussion of L10 internal thermal solution. ###### Two Phase Rack Level Liquid Cooling Solution In this whitepaper, Wiwynn investigated a “Two phase Cooling” thermal solution for meeting upcoming challenges. Dielectric fluid is introduced as a working fluid that is pumped to hot chips and transported heat to the rear door heat exchanger (RDHx). ###### Liquid Cooling Integration and Logistics White Paper This whitepaper outlines guidance for liquid cooling integration and logistics when deploying liquid cooled Information Technology Equipment (ITE) and Racks in a data center facility. ### Two-Phase Immersion Cooling URL: https://www.wiwynn.com/technology/advanced-cooling/two-phase-immersion-cooling We provide an industry-leading cooling technology for the modern cloud applications, such as AI (Artificial Intelligence) and ML (Machines Learning). Wiwynn’s advanced cooling technologies cover a broad range of our lives. ##### The Next-Level Solution: ##### Saving 90% Cooling Energy No extra power usage from fans and much less from air condition ###### Outstanding Power Density and Cooling Efficiency Power Density Tank-based two-phase immersion cooling requires no fans, the component deployment can be a lot closer, and heat dissipation is much faster from phase change of fluid. Cooling capability is therefore much better compare to air cooling to achieve higher power density. Low PUE Tank-based two-phase immersion cooling requires no extra power usage from fans and much less from air condition. This form of cooling is therefore much more power efficient compare to air cooling, where the majority of cooling energy expenditure in a data center comes from fans and air condition. IT Gear Stability Tank-based two-phase immersion cooling uses boiling liquid, and the liquid boils and transitions at a constant temperature. On the other hand, air cooling is affected by humidity, dust and other external environmental factors, which is in a more unstable environment compare to tank-based two-phase immersion cooling. Easy Maintenance Maintaining tank-based two-phase immersion cooling is a simple matter of removing the boards from the tank, taking away the time to drain the liquid as opposed to the maintenance of single-phase immersion cooling. Comparatively, air cooling solution maintenance is slightly more straight forward. Anti-Noise/Vibration IT operations under normal circumstances will provide a degree of vibration and noise, which will potentially affect the processors, hard drives, etc. For severe cases, they may also lower the system’s lifespan. In tank-based two-phase immersion cooling, the system is immersed in the liquid that greatly alleviates the impact of vibration and noise. Operation Safety Operators working on tank-based two-phase immersion cooling will need to wear gloves for safety as the inert liquid is kept at 50 degrees Celsius. On top of that, a good tank management system can also ensure the safety of the operator(s). ###### How Does Two-Phase Immersion Cooling System Work? The tank is filled with dielectric fluid, giving the servers unaffected operations when completely immersed. The dielectric fluid is kept at its boiling point with the servers’ normal operations. The vapor from the boiling effect takes away the IT gears’ heat and would eventually be in contact with a cooled condenser. The condenser allows the vapor to change back to liquid. The cycle of continuous state changes (while taking away the heat) of the dielectric fluid forms the central idea of the tank-based 2-phase immersion cooling. ###### Introducing Immersion Cooling Tank. Powered by Wiwynn. ###### 1. *1 only includes tank and server power *2 under the current server structure The tank has a robust management system to monitor temperature, pressure, liquid level, etc.. The system then controls the immersion cooling system to achieve the best cooling and power efficiency. The tank also has many safety protocols such as the anti-pinch design to protect the operator during the maintenance process. ###### Our Partners ###### Reference Explore the extensive catalog of our resources. ###### Wiwynn 1ST 48v Immersion Cooling Tank ###### Workshop Presentation at OCP Global Summit 2019 ###### Technology POC at Computex 2019 ###### Design Guidelines for Immersion Cooled IT Equipment 1.01 - 7 DEC 2020, OCP Foundation ###### To Cool Datacenter Servers, Microsoft Turns to Boiling Liquid - 6 APR 2021, Microsoft ###### Immersion Cooling is Heating Up - 21 APR 2021, OMDIA ### Universal Management System URL: https://www.wiwynn.com/technology/advanced-cooling/universal-cooling-management-system ##### Universal Management System For Servers and Cooling Units ###### Empowers Comprehensive Control and Flexibility ###### Liquid Cooling Rack Manager ###### Real-Time Monitoring ###### Cooling Energy Optimization ###### Rapid Leak Detection and Protection ###### Immersion Cooling Tank Manager ###### Direct Connection to Digital/Analog Sensors or PLC ###### Real-Time Monitoring and Tank Status Control ###### Open and Modular Enabling Various Cooling Solutions The universal management system addresses the cooling demands of high power consuming AI and customized servers. It balances cost and efficiency, offering flexible hardware design for swift software and hardware integration. This ensures faster online service for service providers. ###### Customized Management Functions with DC-SCM ###### • OCP DC-SCM with 1+1 Redundancy ###### • Compatible with CRPS and 12V/48V DC Bus Bar ###### • Redfish Interface and Friendly User Interface ###### • Real-Time Monitoring, Cooling Energy Optimization, Rapid Leak Detection, and Protection ###### Specification - Specification - SKU: UMS100 for Liquid Cooling / UMS110 for Immersion Cooling - Processor: ‧ ASPEED AST2600 - Redundancy: ‧ Dual Management Board Redundancy - Management Interface: ‧ Redfish API ‧ WebUI - Management Port: ‧ 1Gbps (RJ45) x1 per Management Board ‧ MODBUS RTU (RJ45) x4 ‧ MODBUS TCP 100Mbps (RJ45) x 16 - I/O Port: ‧ I2C (RJ45) x32 (Leakage Detection) ‧ Analog Input x4 (Rack-level Leakage Detection) / ‧ Primary Sensors: 75 pcs ‧ Backup Sensors: 50 pcs - Device U (Height): ‧ 2RU - Chassis Dimension (W*D*H): ‧ 855 * 540 * 92.7mm / ‧ 440 * 440 * 86.7mm - Power Source: ‧ 48V busbar / ‧ CRPS ###### Download - Datasheet: UMS100 Datasheet / Download ## Products ### Products URL: https://www.wiwynn.com/products ###### New Data Center Open Architecture Technology ###### 21” Rack ###### 19” Rack ##### Multi-node Server Flexible combination of up to multiple servers in 2 or 4 OU space for computing-intensive application with enhanced IO performance. ###### SV7100G4 Highly Modularized Multi-node Platform ###### SV302A Powering the Most Impactful Cloud Computing ###### SV328R ARM-based Server with 160 Cores ##### Multi-purpose Server Best suited for multi-purpose applications with large storage and considerable cost. ###### SV310G4 Modern Cloud Server with Performance ###### SV305A Powering the Most Impactful Web Services ##### Edge/AI Platform Tailored-made edge servers for diverse edge locations with flexible configuration for various edge computing including AI workloads. ###### ES200G2 The 2U Platform for AI Inference ###### ES100G2 The 1U Platform for Edge AI and vRAN/NFV ###### EP100G2 ###### EP200G2 AIO 5G Platform for CU/DU/5GC/MEC ##### Storage Server Cost-effective micro server for large capacity storage applications. High-density storage system designed with redundant controllers provides full redundant data paths to each HDD. ###### SV7000G4 Innovative solutions with high capacity and scalability ##### All-flash NVMe JBOF Leading industrial storage system provides the best IOPS and IO performance per watt. ###### ST7200 The leading All-Flash NVMe Storage ###### ST5100 High density 1U JBOFs ##### Storage Unique and high-capacity storage system with high availability and flexibility. Hot-plug HDDs can be swapped immediately, saving lots of time and effort for maintenance and repair. ###### ST7000G4 Innovative solutions with high capacity and scalability ### 19-inch Products URL: https://www.wiwynn.com/products/19-inch #### 19-inch Products Series ###### Best-in-class scale and efficiency from server to rack ###### Wiwynn WiRack19 products optimize data center maintainability, computing performance, and TCO with best-in-class scale vs. efficiency from server to rack. How to manage, maintain, and upgrade a data center within a limited budget and best utilizing existing IT facilities including power consumption, cooling flow, and capacity usage is a constant concern for data center management. Wiwynn’s WiRack19 products offer unparalleled performance in terms of: ###### WiRack19 Features： ###### 1. Maintainability Customers can add, replace and upgrade step-by-step without interrupting ongoing services. The modular design simplifies replacement within the rack and cabling is vastly simplified, minimizing service downtime caused by operational errors to almost zero. ###### 2. Computing Power Wiwynn WiRack19 products are built around the latest Intel® Xeon® Processor Scalable Family, which represents a major architectural leap forward in processor platform advancements. This new architecture delivers impressive performance allowing customers to run a more diverse 5. variety of workloads on each system. ###### 3. Ultra-high IOPS Wiwynn’s NVMe JBOF solution delivers ultra-high performance with I/O throughput of 26.6GB/s, IOPS of 5,692K (4KB random write) and excellent price performance (7,958 IOPS/Watt), making it ideal for deployment in data-intensive and storage-intensive applications. ###### 4. Cost-Optimized Centralized cooling delivers noticeable improvements in cooling efficiency while hot-swap nodes and power supply units enhance reliability and cost effectiveness. ##### Edge Platform Tailored-made edge servers for diverse edge locations with flexible configuration for various edge computing including AI workloads. ###### ES200G2 ###### ES200G2 The 2U Platform for AI Inference/Training and All-in-one vRAN Applications ###### ES100G2 ###### ES100G2 The Advanced 1U Platform for Edge AI Inference and vRAN/NFV ###### EP100G2 ###### EP100G2 The Best All-in-one Platform for 5G CU/DU/5GC/MEC and Private 5G Environment ##### Multi-node Server Flexible combination of up to multiple servers in 2 or 4 OU space for computing-intensive application with enhanced IO performance. ###### SV302A ###### SV302A Powering the Most Impactful Cloud Computing. ###### SV328R ###### SV328R ARM-based Server with 160 Cores ##### Multi-purpose Server Best suited for multi-purpose applications with large storage and considerable cost. ###### SV310G4 ###### SV310G4 Modern Cloud-Native Server with Pervasive Performance ###### SV305A ###### SV305A Powering the Most Impactful Web Services ##### All-flash NVMe JBOF Leading industrial storage system provides the best IOPS and IO performance per watt. ###### ST5100 ###### ST5100 High density 1U JBOFs that accommodates up to 16 hot-swappable EDSFF NVMe SSDs ### 21-inch Products URL: https://www.wiwynn.com/products/21-inch #### 21-inch Products Series ###### Allows greater flexibility for your applications ###### Allows greater flexibility for your applications. Wiwynn’s 21” Open Rack (WiRack21) solution delivers greater flexibility for customers looking for the right operating platform that brings out the best in their application services. The Open Rack solution promises greater performance without adding to the overall ownership costs. Wiwynn’s Open Rack products are compliant with the OCP (Open Compute Project) specifications and are ideally suited for cloud service providers or large data centers demanding high-levels of operation and power efficiency. The centralized power system and vanity-free design allow easy cold-aisle operation and tool-less replacement of front serviceable parts. By focusing on designing maximum benefits into the Open Rack system, Wiwynn delivers improvements over traditional rack installations in terms of: ###### WiRack21 Features ： 1. Energy Efficiency ​Wiwynn’s new power structure system redefines power usage. The centralized power shelf design eliminates power loss from AC/DC power conversion in traditional racks while enhancing system cooling by cutting down extra power consumption due to running unn ecessary fans. 2. Space Availability Compared to traditional rack designs, Wiwynn Open Racks have a spacious 21” (internal) width that fits streamlined main and accessory Wiwynn OCP products perfectly, increasing space availability from 75% to 87.5%. 3. Serviceability All Wiwynn OCP products are designed for tool-less access and easy FRU replacement. Complemented by Wiwynn’s auxiliary management tools, RMC (Remote Management Controller) and Wiwynn Cluster Manager, the maintenance crew can service up to 20 times more servers in the same time, when compared to traditional installations. 4. Lifecycle Extension Modular components such as the power shelf, fan, CPU, memory or even entire servers can be reused and replaced easily, delivering greater lifetime cost-efficiencies. Eliminating PSUs, that have a relatively high failure rate, in servers, Wiwynn improves long-term ROI, reduces operational downtime, and lowers resource depletion. ##### Multi-node Server Flexible combination of up to multiple servers in 2 or 4 OU space for computing-intensive application with enhanced IO performance. ###### SV7100G4 ###### SV7100G4 Highly Modularized Multi-node Platform ##### Storage Server Cost-effective micro server for large capacity storage applications. High-density storage system designed with redundant controllers provides full redundant data paths to each HDD. ###### SV7000G4 ###### SV7000G4 Innovative solutions with high capacity, flexibility and scalability ##### All-flash NVMe JBOF Leading industrial storage system provides the best IOPS and IO performance per watt. ###### ST7200 ###### ST7200 The leading All-Flash NVMe Storage ##### Storage Unique and high-capacity storage system with high availability and flexibility. Hot-plug HDDs can be swapped immediately, saving lots of time and effort for maintenance and repair. ###### ST7000G4 ###### ST7000G4 Innovative solutions with high capacity, flexibility and scalability ### 3rd Gen Intel Xeon Scalable Processor URL: https://www.wiwynn.com/products/3rd-gen-intel-xeon-scalable-processor #### Pervasive Performance for Cloud and Edge ###### See the Latest Wiwynn Server with 3rd Gen Intel® Xeon® Scalable processors ###### Broadly Deployment for Cloud, Edge, 5G, AI, HPC, Network, and Security Workloads A balanced architecture with built-in acceleration and advanced security capabilities, designed through decades of innovation for the most demanding workload requirements. ###### More Powerful Computing 40% more performance than the previous generation, optimized for a broad selection of Workloads with core count increase to 40. Up to 18% higher Instructions Per Clock with higher frequency and power levels. ###### More Faster I/O and Data Processing New support and benefits with PCIe Gen4 and 64 lanes for I/O expansion. Increased DDR4 memory bandwidth, memory capacity per processor up to 4.5TB (including Optane Persistent Memory) for faster in-memory processing. ###### More Hardware- Enhanced Security Build-in Intel® SGX and Intel® Crypto Acceleration for enhanced protection of data and encryption intensive workloads. Built on open standards and APIs, and a mature ecosystem from edge to cloud. LEARN MORE ABOUT The New 3rd Gen Intel® Xeon® Scalable processors ###### Wiwynn Offering Wiwynn provides three servers with 3rd Gen Intel Xeon Scalable Processor. The ES200 – 2U edge servers requiring AI inference and I/O flexibility. The SV310G4 – 1U cloud server – for cloud services from a power-to-performance balanced combination. The SV5100G4 – 1U Olympus Server for multi-purpose applications at low power consumption in the hyper-scale datacenters. ###### ES200 ###### Tailored-Made MEC Server with Flexible Configurations for Various Edge Applications - Short Chassis for Edge Deployment​ - New Intel Xeon Scalable Processors with Built-in Acceleration​ - NEBS-3 Compliant for Harsh Conditions - ​Flexible Configuration for Various Edge Computing including AI Workloads ###### SV310G4 ###### Modern Cloud-Native Server with Pervasive Performance - New Intel Xeon Scalable Processors with Built-in Acceleration​ - Enhanced I/O Bandwidth with PCIe Gen4 Interface​ - Enabling High Availability and Modern Datacenter Infrastructure - ​All Front Access Design to Simplify Maintenance ###### SV5100G4 ###### Performance Optimized 1U Project Olympus Server for Multi-purpose Applications - New Intel Xeon Scalable Processors with Built-in Acceleration​ - Enhanced I/O Bandwidth with PCIe Gen4 Interface​ - Painless Upgrade for Machine Learning - ​Optimized for Data Center Support ### Accessories URL: https://www.wiwynn.com/products/accessories ###### The best choice of data center switches for 10G, 25G and 40G networks ###### Wiwynn has built up a range of add-ons to help customers tune their servers to their exact needs. Whether additional networking capabilities and redundancies, or a high-speed connection to large storage are required, Wiwynn has the cards to make that possible. ###### OCP Network Mezzanine Cards ###### NM10GR ###### NM10GR Dual-port 10GbE OCP mezzanine card with low cost, low power, enhancing features and performance. ###### NM1GR ###### NM1GR Dual-port 1GbE OCP mezzanine card with low cost, low power, enhancing features and performance. ###### PCIe 3.0 Cards for Storage ###### P08M2 ###### P08M2 Designed in low profile form factor, the PCIe 3.0 M.2 carrier card offers affordable costs to expand your system’s storage. ###### P16M4 ###### P16M4 Best-suited for storage expansion, the PCIe 3.0 M.2 carrier card cost-effectively increases capacity. ###### P16RC ###### P16RC Best suited for data-intensive applications, the PCIe 3.0 Retimer card effectively increases data throughput and scalability. ### AMD EPYC™ Servers URL: https://www.wiwynn.com/products/amd-epyc-servers #### A Whole New Data Center Possibility ###### See the Latest Wiwynn Server Fleet with 3rd Gen AMD EPYC™ Processors ###### Outstanding Performance Delivered by Single Socket Servers Servers with single-socket processor architecture is no longer restricted to entry-level applications. With consistent vanity-free design and the latest architecture innovation, Wiwynn and AMD collaborated to set a disruptive, revolutionary cloud server standard in performance per watt. ###### Workload and Availability The vanity-free and modularized hardware design provides highly-optimized performance and increases its availability – targeting the core competence in optimized workload for cloud service providers. ###### Computing Performance Not only does a single socket server provide matching high CPU cores and high frequency memory volume of a dual socket server, it saves mainboard space significantly to improve thermal circulation and heat dissipation. ###### Total Cost of Ownership The advanced 7nm+ processor ensures compute performance and power efficiency. Moreover, it allows for concise design, reducing noteworthy number of components and their cost of waste. LEARN MORE ABOUT AMD EPYC™ 7003 Series ###### Wiwynn Offering Wiwynn provides two servers with new AMD EPYC™ 7003 Series Processors. The SV302A – 1U2N server – for cloud servers requiring high-density and compute-intensive applications. The SV305 – 1U1N server – for web services from a power-to-performance balanced combination. ###### SV302A ###### Powering the Most Impactful Cloud Computing The AMD-Based High Density 1U2Node Server - Brilliant Combination of Compute Density and Power Efficiency​ - Universal Enclosure with Modularized Configurations for Various Workloads​ - Enhanced Performance and Inference Acceleration for Computing Intensive Applications​ - Front Access I/O and Storage to Simplify Serviceability ###### SV305A ###### Powering the Most Impactful Web Services The AMD-Based High Density 1U2Node Server - Single-Socket and Workload Optimization Enabling TCO Advantages​ - Enhanced Performance and Inference Acceleration for Cloud Computing​ - Robust and Redundancy Design Enabling High Availability for CSPs​ - Easy Manageability and Upgradeable Network and Storage ### Software & Services URL: https://www.wiwynn.com/products/software-and-services #### Software and Services ###### Optimized hardware design and reliable operations systems ###### Designed for Workload Optimization Wiwynn has built up a range of add-ons to help customers tune their servers to their exact needs. Whether additional networking capabilities and redundancies, or a high-speed connection to large storage are required, Wiwynn has the cards to make that possible. ###### Flexible Customization What we aim to achieve is far beyond simply providing only products. Customized rack designs can be implemented to optimize power and network cable routing and further tailor the solution to your actual datacenter environment. From the beginning, we strive to understand a customer’s specific needs and the type of specific applications they run. Then we provide advice, solutions and proposals focusing on the needs of the customer’s real-world operation. Our proposals cover everything from a full deployment simulation through to transportation and logistics planning. ###### One-stop Service for Time-to-Live and Best TCO Wiwynn provides complete thermal testing, power-draw efficiency testing, burn-in, quality and logistics support at the rack level. Full racks are tested as an integrated unit ensuring inter-operability at deployment. With all these services put together, we’re fully confident that Wiwynn can provide TCO- and workload-optimized IT solutions to all our data center customers. ###### How End-to-End Service Flow Works Wiwynn’s end-to-end Rack Integration Service goes through four phases to ensure that we deliver fully-tested, ready-to-go-live populated racks to our customers. Exploring is all about finding out what our customers are looking for and finding new and innovative ways of meeting those needs. At the same time, we need to balance wishes and reality, so we have to always be aware of what we are capable of doing. Once we have been accepted as qualified by data center operators, we are always on the watch for ways to enhance solution capabilities, which is able to optimize CAPEX and OPEX. We are constantly exploring market trends and exploring customer needs to ensure maximum customer satisfaction. We work to deliver a Proposal within a reasonable time of receiving RFPs. Our team works with the customer to clarify and explore the requirements before we propose a solution based on customer data center infrastructure, power distribution, networking topologies, bandwidth requirements, and redundancy requirements. This may involve proposing systems for proof-of-concept testing at the customer’s site, especially focusing on performance. One the customer has accepted the proposal, we will proceed to the Production phase. Wiwynn has production bases and a manufacturing network that stretches from Asia to North America and Europe. This manufacturing network enables us to meet customer deadlines no matter where they are. We have established a systematic procedure in terms of the overall planning and execution of rack integration to ensure our material, production capacity, quality, and fulfillment all exceed customer expectations. Delivery and Deployment are the last and most important steps before our machines can be commissioned into a customer’s data center. Delivery quality has become one of the major factors that determines whether systems can be placed online on schedule and operate flawlessly. Traditionally, the rack and components are shipped separately and then integrated onsite. Wiwynn has started in-region full rack integration and shipment to provide more efficient and less time-consuming full-rack delivery. ### EP100 URL: https://www.wiwynn.com/products/19-inch/ep100 ###### The Best All-in-one Platform for 5G CU/DU/5GC/MEC and Private 5G Environment 3D Explorer ##### Features ###### OCP openEDGE Compliant for Telco vRAN and MEC Applications Adopting the OCP openEDGE specifications, is configured with five 1U half-width single-socket server sleds. Each sled supports one PCIe x16 FHHL accelerator and one OCP NIC 3.0 slot. Flexible platform is easy to be configured with different sleds to support various workloads such as 5G virtualized Radio Access Network (vRAN) and Multi-access Edge Computing (MEC). The server is awarded with Ribbon by complying with the requirements of the TIP OpenRan DU/CU Project Group. ###### 3U Short-Depth Form Factor for Diverse Edge Locations The 3U short-depth chassis allows multiple service providers to create more services at edge sites. The chassis is also perfect for Telcos to deploy their edge applications on existing infrastructure. They can scale computing power by adding more EP100 systems from base stations to central offices. Front-access design of EP100 offers easily serviceable management and network cables, power cords, RMC and server sleds. Clear rear design can easily fit into racks in some special locations with limited room space. ###### Pooled Power and Chassis Controller for Power Efficiency and Management With pooled power supplies and chassis level management, EP100 delivers high power efficiency and easy management for edge sites. EP100 comes with one 1Gb/s (RJ45) for management to RMC to all sleds and two 10G SFP+ ports, front panel for uplinks or chaining multi-chassis. ###### Intel® SST-BF Enabled for Ultra Reliable & Low Latency Communications Wiwynn EP100 adopts the OCP OpenEDGE specification and the latest Intel® Speed Select Technology – Base Frequency (Intel® SST-BF) feature for diverse applications requiring low latency and huge data-processing capabilities at edge sites for the upcoming 5G era. ##### Tech Spec - Node Specification - Form Factor: 1U, Half Width - Processor: 2 nd Generation Intel® Xeon® Scalable Processors with up to 26 cores - Processor Sockets: 1 (1 Socket/Node) - Memory: 8 DIMM slots; RDIMM/LRDIMM; Up to 512GB; DDR4 up to 2933 MT/s - Chipset: Intel® C621 series - Security: TPM v2.0 (option) - Storage: ‧ Two M.2 NVMe SSD module slots ‧ Two 2.5” U.2 Hot-plug drives - Expansion Slots: ‧ One FHHL slot (PCIe 3.0 x16) -> Support Accelerators for DU/CU ‧ One OCP NIC 3.0 card (PCIe 3.0 x16) -> Quad-port 10GbE SFP+ & Dual-port 25GbE SFP28 - Remote Management: ‧ IPMI v2.0 Compliant; RedFish - Dimensions: 41 (H) x 215 (W) x 421.8 (D) mm - Weight: 3.5kg - Fan: 4 - OS Support: RedHat Enterprise Linux 8.x, CentOS 7.9, Ubuntu 20.04 - Chassis Specification - Form Factor: 3U - Dimensions: 130.6 (H) x 442.4 (W) x 432 (D) mm - PSU: 2x 2000W, AC/DC/DC(±48V), 1+1 Redundant Hot-swappable PSU - Weight: 25Kg - Management LAN: ‧ One GbE RMC port ‧ Two 10G SFP+ ports - Environment: ‧ Operating conditions: NEBS Level 3 compliant (GR-63, GR-1089) ‧ Operating temperature range: -5°C …+55°C according to GR-63-CORE & ETSI EN300 019, NEBS Level 3 compliant, Operating humidity: 5% to 95% ‧ EMC: FCC CFR47 15 (class A), CISPR 22/32 (class A) CISPR 24, NEBS Level 3 compliant ‧ Safety: SR-3580, IEC 62368-1:2014, NEBS Level 3 compliant (electrical safety, grounding and bonding) ‧ Seismic tolerance: NEBS Level 3 compliant ‧ Acoustic noise: NEBS Level 3 compliant ‧ Fire resistance: NEBS Level 3 compliant ##### Download - Datasheet: EP100 Datasheet / 2022/07/01 / Download ### EP100G2 URL: https://www.wiwynn.com/products/19-inch/ep100g2 ###### All-in-one 5G Platform for CU/DU/5GC/MEC and Private Networks ##### Features ###### The 4th Gen Intel® Xeon® Scalable Processors with Enhanced Performance ###### Performance ###### Savings ###### Security ##### 62 % Performance boosted with 4th Gen Intel® Xeon® Scalable processors ##### 44 % Reduction in total costs when all RAN sites are virtualized ##### 1.8 x Faster IPsec performance than previous model Wiwynn® EP100G2, a next-generation 5G server of EP100, enables the more powerful 5G RAN solution. The server sled design features the 4th Gen Intel® Xeon® Scalable Processor with increased core count, DDR5, PCI-e Gen 5, and integrated accelerators. The built-in accelerators improve overall performance by making better deployment of CPU core resources, resulting in more effective utilization and power efficiency. Additionally, the CPU’s maximal TDP is upgraded up to 225W in one sled, which enables the server to operate to its maximum computing capacity. ###### Flexible 1U/2U Sled Designs for Versatile Applications EP100G2 leverages the former generation’s performance of 1U sleds, expanding the system’s versatility by adding brand-new 2U server sleds. The new 2U server sled features high-density DUs for increased RU connections, while adding more GPU cards to facilitate far-edge applications. Its 3U chassis can accommodate five new 1U server sleds, while it can be replaced with one or two 2U sleds for higher performance needs. The configurable flexibility not only provides easy serviceability but also maximizes the computing capacity and adaptable deployment for different application scenarios. ###### Intel® QAT and AVX Enabled for Faster 5G/Edge Applications EP100G2 showcases the latest Intel® AVX and QAT embedded in the new Intel® Processor. The Intel® Advanced Vector Extensions (Intel® AVX), deployed 42 New 5G ISA instructions for 5G vRAN workloads, improves signal and media processing. The Intel® QuickAssist Technology (Intel®QAT), a newly built-in accelerator, makes the best use of the processor cores, providing expedited cryptography, key protection and data compression. ###### Short-Depth Form Factor for Diverse Edge Locations EP100G2 deploys a 3U short-depth chassis, which is perfect for service providers to deploy far-edge applications on existing facilities. And this solution can further reduce infrastructure complexity and meet environmental constraints. ###### Pooled Power and Chassis Controller for Power Efficiency and Management EP100G2 delivers easy management for edge sites. To the chassis management, EP100G2 requires only one 1Gb/s RJ45 cable on the OpenRMC to manage all the server sleds. With two 10G SFP+ ports on the system’s front panel, we can manage the whole server cluster utilizing just one link to cascade numerous systems. ##### Tech Spec - Node Specification - Hardware: 1U Sleds / 2U Sleds - Form Factor: 1U, Half Width / 2U, Half Width - Processor: 4 th Generation Intel® Xeon® Scalable Processors up to 205W TDP / 4 th Generation Intel® Xeon® Scalable Processors up to 225W TDP - Processor Sockets: 1 (1 Socket/Node) - Chipset: Intel® Emmitsburg PCH, TPM 2.0 - Memory: 8 DIMM slots; DDR5 up to 4800 MT/s - Storage: Two M.2 NVMe SSD module slots + Two 2.5" U.2 Hot-plug drives / Two M.2 NVMe SSD module slots / Two M.2 NVMe SSD module slots + Four U.2 Hot-plug drives - Expansion Slots: One FHHL slot (PCIe 5.0 x16) / One FHHL slot (PCIe 5.0 x16) + One HHHL slot (PCIe 4.0 x8) / Two FHHL slot (PCIe 5.0 x16) / One FHHL slot (PCIe 5.0 x16) + Two FHHL slot (PCIe 5.0 x8) - Networking (NIC): OCP 3.0 PCIe 5.0 x16 - Remote Management: IPMI v2.0 Compliant; RedFish® API - Dimensions: 41 (H) x 215 (W) x 421.8 (D) mm / 82 (H) x 215 (W) x 421.8 (D) mm - Weight: 3.5kg / 5.42kg - Fan: Four dual rotor fans / Two dual rotor fans - OS Support: RedHat Enterprise Linux 8.x, CentOS 7.9, Ubuntu 20.04 - Chassis Specification - Form Factor: 3U - PSU: 2x 2000W, AC/DC/DC(±48V), 1+1 Redundant Hot-swappable PSU - Dimensions: 130.6 (H) x 440 (W) x 430 (D) mm - Weight: 25Kg - Management LAN: ‧ One 1Gb/s RJ45 cable ‧ Two 10G SFP+ ports - Environment: ‧ Operating conditions: NEBS Level 3 compliant (GR-63, GR-1089) ‧ EMC: FCC CFR47 15 (class A), CISPR 22/32 (class A) CISPR 24, NEBS Level 3 compliant ‧ Safety: SR-3580, IEC 62368-1:2014, NEBS Level 3 compliant (electrical safety, grounding and bonding) ‧ Seismic tolerance: NEBS Level 3 compliant ‧ Acoustic noise: NEBS Level 3 compliant ‧ Fire resistance: NEBS Level 3 compliant ##### Download - Datasheet: EP100G2 Datasheet / 2023/02/20 / Download ### ES100G2 URL: https://www.wiwynn.com/products/19-inch/es100g2 ###### The Advanced 1U Short-depth Platform for Edge AI Inference and vRAN/NFV Watch Video ##### Features ###### 5th Gen Intel® Xeon® CPUs with Enhanced Performance ###### Up to ##### 42 % Higher AI inference performance ##### 21 % Average performance gain ##### 77 % Reduction in TCO from 5 year refresh cycle The Wiwynn ES100G2, a compact 1U short-depth, single-socket edge server, features the 5th Gen Intel® Xeon® Processor. This processor delivers exceptional edge AI computing and network capabilities. Enhanced with built-in AI acceleration, Intel® Advanced Matrix Extensions (Intel® AMX), faster DDR5 memory, and PCIe Gen5, it achieves impressive performance-per-watt improvements across various workloads. This ensures exceptional performance and cost-effectiveness. ###### Optimized vRAN/NFV Platform in Far Edge Designed for enhanced telemetry and network applications, the ES100G2 showcases a cutting-edge design optimized for virtualized Radio Access Network (vRAN) and Network Function Virtualization (NFV) capabilities. Serving as an ideal solution, it ensures a unified and efficient computing platform for a variety of vRAN and NFV applications in far-edge scenarios. ###### AI Inference for Versatile Edge Applications Tailored for agile edge workloads, the ES100G2 excels as an AI inference platform. Leveraging AI acceleration cards and flexible add-on slots, its architecture is optimized for enhanced compute and network scale-out capabilities. This delivers a solution for various tasks and fits the demands of edge service providers seeking robust edge AI applications. ###### NGC-Ready, NVQual-Certified, Wind River Criteria for Enhanced Performance The ES100G2, featuring NVIDIA GPU Cloud (NGC)-Ready and NVQual-Certified capabilities, aligns with the Wind River Certified standard for edge computing platform excellence. Leveraging the currently deployed two NVIDIA A4 Tensor Core GPUs, these features ensure NGC compatibility and enhance edge platform reliability. ###### Carrier-grade and NEBS Level 3 Compliant With its robust carrier-grade design, the ES100G2 complies with stringent NEBS Level 3 standards. This ensures unparalleled reliability, durability, and resilience, making it the ultimate choice for communication service providers (CoSPs) where availability is paramount. ##### Tech Spec - Node Specification - Model Name: ES100G2 / ES200G2 - Hardware - Form Factor: 1U / 2U - Processor: 5 th Gen Intel® Xeon® Processors up to 225W TDP - GPUs: Two NVIDIA L4 Tensor Core GPUs / Two NVIDIA L40S Tensor Core GPUs - Processor Sockets: 1 (1 Socket/Node) - Chipset: Intel® Emmitsburg PCH C741, TPM 2.0 - Memory: Eight DDR5-4400/4800 DIMM Slots, up to 128GB each - Storage and I/O - Storage: Two M.2 2280/22110 NVMe SSDs / • Two M.2 2280/22110 NVMe SSDs • Four U.2 NVMe SSDs - Expansion Slots: • One OCP3.0 NIC card (10/25/40/50/100/200/400Gbps) • Two HHHL PCIe Gen5 x16 PCIe expansions • One FHHL PCIe Gen5 x16 PCIe expansion / • One OCP3.0 NIC card (10/25/40/50/100/200/400Gbps) • Two FHFL dual-slot PCIe Gen5 x16 PCIe expansions • One FHHL PCIe Gen5 x16 PCIe expansion - Remote Management: IPMI v2.0 Compliant; RedFish® API - I/O Ports: •Power Button with LED • UID Button with LED • Reset Button • Three USB ports • Management port (front side) • VGA port • COM port - Physical Specification - Dimensions: 43.5 (H) x 438 (W) x 420 (D) mm / 87(H) x 438 (W) x 420 (D) mm - Weight: 10kg / 15kg - PSU: 800 Watts AC to DC power supply / 1600 Watts AC to DC power supply - Fan: Six 4056 Hot-Plug dual rotor fans, N+1 Redundant / Four 8056 Hot-Plug dual rotor fans, N+1 Redundant - Environment - Operating conditions: • FCC CFR47 15 (class A), CISPR 32 (class A), CISPR 35 • NEBS Level 3 compliant - Safety: • IEC 62368-1:2014 • IEC 62368-1:2018 • UL 62368-1 3rd Ed - Seismic Tolerance: NEBS Level 3 compliant - Acoustic Noise: NEBS Level 3 compliant - Fire Resistance: NEBS Level 3 compliant ##### Download - Datasheet: ES100G2 Datasheet / 2024/01/17 / Download ### ES200 URL: https://www.wiwynn.com/products/19-inch/es200 ###### The Tailored-made MEC Server with Flexible Configurations for Various Edge Applications 3D Explorer ##### Features ###### Short Chassis for Edge Deployment The ES200 is designed to be a stand-alone 2U MEC server with short depth of 450mm, which supports EIA-19” rack mount and especially for Telco 19” short rack. It is purposed to be a drop-in replacement under Telco environment that are not be modern as many recently built centralized data centers that comes with standard facilities. ###### New Intel Xeon Scalable Processors with Built-in Acceleration ES200 is one of Edge Computing platform series, which supports two Intel 3rd Gen Intel® Xeon® Scalable Processors (codename Ice Lake), with 80 cores, that provides 40% performance improvement. With built-in Intel Deep Learning Boost, ES200 is ideal for complex AI workloads. ES200 also supports Intel Software Guard Extension (SGX), which helps secure data and application code, and Intel Speed Select, which helps optimize specific workload such as NFVI. ###### NEBS-3 Compliant for Harsh Conditions ES200 is compliant to NEBS-3, which is a clear index that the hardware can endure varying and tough physical conditions. NEBS-3 comprises a number of guidelines for designing equipment that can be deployed where the operating conditions often are challenging. By compliant to NEBS-3, it is proved that ES200 is solid as a rock for edge environment. ###### Flexible Configuration for Various Edge Computing including AI Workloads ES200 supports PCIe Gen4 which enables faster I/O speed for various edge applications. With flexible configurations of up to 3 PCIe Gen4 cards & 2 OCP NIC 3.0 cards, it is best suited for various AI workloads. With various storage modular design of different SKUs such as EDSFF, U.2 SSD the flexibility of system storage is ideal for different applications. ###### Hot-Swappable PSU & FAN and Front I/O for Easy Services ES200 comes with all front-end PCIe & storage I/O design which could expedite the services time at edge sites with limited space condition. At the rear, the system is equipped with 3+1 fan and 1+1 power redundancy to withstand single point of failure. ##### Tech Spec - Node Specification - Form Factor: 2U - Processor: 3rd Generation Intel® Xeon® Scalable Processors, TDP up to 270W - Processor Sockets: Two - Memory: 16 DIMM slots; DDR4 up to 3200 MT/s, and up to 64GB per DIMM; 12 DIMM slots with up to 2 DCPMMs (Intel Barlow Pass) - Chipset: Intel® C621A series - Security: TPM v2.0 (option) - System Bus: Intel® UltraPath Interconnect; 11.2GT/s - Storage: ‧ One onboard 2280/22110 M.2 SSD Module slot • ES200-U: Six U.2 (15/7mm) • ES200-R: Eight EDSFF E1.S (5.9/9.5mm) - Expansion Slots: ‧ Up to three PCIe Gen4 slots ‧ Two PCIe x16 FHFL Dual-width + One PCIe x8 FHHL One PCIe x16 FHHL + Two PCIe x8 FHHL ‧ Up to two on-board OCP 3.0 NIC x16L - Management LAN: ‧ One GbE Dedicated BMC Port - I/O Ports: ‧ Power Button w/ LED ‧ UID Button w/ LED ‧ RST Button ‧ Three USB ports ‧ BMC Management port (front side) ‧ VGA port (D-sub) - Chassis Specification - Dimensions: 2U Rack; 86(H) x 440 (W) x 450 (D) (mm) - PSU: Hot-pluggable, Redundant (1+1) 1600W CRPS - Fan: Four 8038 dual rotor, Redundant (7+1) - Weight: 14.47kg - Environment: ‧ Ambient operating temperature range: -5 to +55 degree Celsius ‧ Operating and Storage relative humidity: 10% to 90% (non-condensing) ‧ Storage temperature range: -40 to +70 degree Celsius ##### Download - Datasheet: ES200 Datasheet / 2023/02/15 / Download ### ES200G2 URL: https://www.wiwynn.com/products/19-inch/es200g2 ###### The 2U Short-depth Platform for AI Inference/Training and All-in-one vRAN Applications Watch Video ##### Features ###### 5th Gen Intel® Xeon® CPUs with Enhanced Performance ###### Up to ##### 42 % Higher AI inference performance ##### 21 % Average performance gain ##### 77 % Reduction in TCO from 5 year refresh cycle Unleash exceptional computing power with the Wiwynn ES200G2, a short-depth 2U single-socket edge server. Featuring the 5th Gen Intel® Xeon® Processor, it offers the flexibility to add two dual-width GPUs for lightweight training in on-premises data centers. Enhanced with built-in AI acceleration, Intel® Advanced Matrix Extensions (Intel® AMX), faster DDR5 memory, and PCIe Gen5, this processor delivers remarkable performance-per-watt gains across various workloads, ensuring excellent performance and Total Cost of Ownership (TCO) efficiency. ###### AI Inference/Training and Diverse Applications The ES200G2’s AI Training cluster and edge AI Inference capabilities empower edge computing by leveraging AI acceleration cards and flexible expansions, including the currently deployed NVIDIA L40S Tensor Core GPUs. This versatile feature facilitates high-performance tasks such as Generative AI, large language models (LLM), fine-tuning, as well as 3D graphics, rendering, video analytics, and multi-access edge computing in far-edge scenarios. Evidently, the ES200G2, equipped with 1 Intel 5th Gen CPUs + 2 NVIDIA L40S, has clinched the top spot in the Stable Diffusion XL performance test at the edge. ###### All-in-one vRAN Platform in Far Edge The ES200G2 features an optimized, all-encompassing vRAN platform with four PCIe expansions to boost I/O capabilities. By streamlining the Central Unit (CU) and Distributed Unit (DU) functionalities, this design enhances network applications, providing a unified and high-performance solution for 5G O-RAN needs in far-edge scenarios. ###### NGC-Ready, NVQual-Certified, Wind River Criteria for Enhanced Performance The ES200G2, showcasing NVIDIA GPU Cloud (NGC)-Ready and NVQual-Certified capabilities, aligns with the Wind River Certified standard, ensuring excellence in edge computing platforms. These features ensure NGC compatibility, enhance platform reliability, and position the ES200G2 as an ideal, cost-effective solution capable of scaling out to meet OVX architecture applications. ###### Carrier-grade and NEBS Level 3 Compliant Built with a robust carrier-grade design, the ES200G2 complies with stringent NEBS Level 3 standards. This ensures unparalleled reliability, durability, and resilience, making it the ultimate choice for edge AI services and communication service providers (CoSPs) where availability is paramount. ##### Tech Spec - Node Specification - Model Name: ES200G2 / ES100G2 - Hardware - Form Factor: 2U / 1U - Processor: 5 th Gen Intel® Xeon® Processors up to 225W TDP - GPUs: Two NVIDIA L40S Tensor Core GPUs / Two NVIDIA L4 Tensor Core GPUs - Processor Sockets: 1 (1 Socket/Node) - Chipset: Intel® Emmitsburg PCH C741, TPM 2.0 - Memory: Eight DDR5-4400/4800 DIMM Slots, up to 128GB each - Storage and I/O - Storage: • Two M.2 2280/22110 NVMe SSDs • Four U.2 NVMe SSDs / Two M.2 2280/22110 NVMe SSDs - Expansion Slots: • One OCP3.0 NIC card (10/25/40/50/100/200/400Gbps) • Two FHFL dual-slot PCIe Gen5 x16 PCIe expansions • One FHHL PCIe Gen5 x16 PCIe expansion / • One OCP3.0 NIC card (10/25/40/50/100/200/400Gbps) • Two HHHL PCIe Gen5 x16 PCIe expansions • One FHHL PCIe Gen5 x16 PCIe expansion - Remote Management: IPMI v2.0 Compliant; RedFish® API - I/O Ports: •Power Button with LED • UID Button with LED • Reset Button • Three USB ports • Management port (front side) • VGA port • COM port - Physical Specification - Dimensions: 87(H) x 438 (W) x 420 (D) mm / 43.5 (H) x 438 (W) x 420 (D) mm - Weight: 15kg / 10kg - PSU: 2400 Watts AC to DC power supply / 800 Watts AC to DC power supply - Fan: Four 8056 Hot-Plug dual rotor fans, N+1 Redundant / Six 4056 Hot-Plug dual rotor fans, N+1 Redundant - Environment - Operating conditions: • FCC CFR47 15 (class A), CISPR 32 (class A), CISPR 35 • NEBS Level 3 compliant - Safety: • IEC 62368-1:2014 • IEC 62368-1:2018 • UL 62368-1 3rd Ed - Seismic Tolerance: NEBS Level 3 compliant - Acoustic Noise: NEBS Level 3 compliant - Fire Resistance: NEBS Level 3 compliant ##### Download - Datasheet: ES200G2 Datasheet / 2024/01/17 / Download ### SR2000G2 URL: https://www.wiwynn.com/products/19-inch/sr2000g2 ###### New generation hyper-scale rack focusing on modularity, cost and power efficiency and global datacenter interoperability ##### Features ###### High Scalability and Easy Maintenance Rack Architecture Designed to integrate with Project Olympus modules, SR2000G2 is the perfect rack for accommodating high-scalability servers like Wiwynn SV5100G3 (1U) and SV5200G3 (2U) and typical 19“ IT equipment. In addition to high interoperability, with front & rear locking door, sidewall options, server tracks for standard equipment, baffles and air-blocking panel options, SR2000G2 thus can be easily scale-out with no frills. ###### Power and Management Distribution Unit (PMDU) and Power Efficiency Design PMDU allows system to be configured, mixed and match on demands. When SV5100G3 and SV5200G3 server sleds are inserted in the rack, they are blindly mate up with the PMDU which provides power. SR2000G2 provides better efficiency by delivering three phase power to each individual server, which is 97% efficient and only have 3% conversion lost. In addition, it provides phase balancing to each server depends on different workloads. ###### Universal Power Adapted to Worldwide Data Center Wiwynn SR2000G2 is standardized with new universal rack power distribution unit (PDU) for global data center interoperability. SR2000G2 supports a variety of AC power cords, and fits universal data center power systems. ###### Open Source Hardware Design for TCO Optimization Inherited the design concept of OCP, Project Olympus rack steps up the development of open source hardware including 1U/2U server, high-density storage by adopting universal motherboard, high-availability power supply, PMDU, and rack management module to meet specific datacenter configurations. ##### Tech Spec - Form Factor: 42U chassis in 19-inch rack - Dimensions: 1200 (D) x 597 (W) x 2013 (H) (mm) - Weight: 94.238 Kg (dry weight) - Inner Space: 42U (including three 1U column braces, two 1U switches) - Compute Server: Up to 37 individual SV5100G3 (1U) servers - AC: 5 Wire 400V/415VAC 30A/32A (power capacity to 17.2kW) 4 Wire 208VAC 50A (power capacity up to 14.4kW) 4 Wire 208VAC 30A (power capacity up to 8.6kW) - Power Capacity: 8.6~17.2 kW - Manageability: PMDU The PMDU monitors and reports the voltage, current, and power for each output. • 2 x 1GbE (NIC1-2) for communication with Rack Manager and Rack Management Switch • 3 x 1GbE (RJ3-5) for communication with PMDU • 4 x 1GbE (RC1 to RC4) for relay cable • 1 x 1GbE (RM1) for communication with Stand-Alone Rack Manager Module • 6 x C13 (L1-L6) single-phase AC outlets for providing power to switch and other devices in rack, excluding servers. Rack Manager • TI AM4376 ARM Processor • 2x 1GbE for communication with Data Center and Server Blade management • 2x UARTs for communication with Data Center Digi and Ethernet Management Switch • 1x Spare UART for Debug or future feature • Control Signals for power control of blade slots • Rack AC power monitoring • Remote AC power control for Rack AC devices • Remote On/Off control Bootstrap and RM Throttle from Row Manager in MOR • PCIe x16 and PCIe x8 edge finger connectors for interfacing to the PMDU or other backplanes. ##### Download - Datasheet: SR2000G2 Datasheet / 2017/11/22 / Download ### ST5100 URL: https://www.wiwynn.com/products/19-inch/st5100 ###### High density 1U Project Olympus JBOFs that accommodates up to 16 hot-swappable EDSFF NVMe SSDs form factors ##### Features ###### New Generation Disaggregated NVMe Storage for Capacity Expansion ST5100 is a high density NVMe storage with 16 hot-pluggable NVMe SSDs form factors, based on the EDSFF (Enterprise & Datacenter SSD Form Factor) standard. It supports high throughput, low latency and extraordinary capacity per drive and per system. Data centers can therefore pack more storage into less space, use less power and lower costs. ###### High Capacity with EDSFF NVMe SSD This system accommodates 16 EDSFF 1U Long NVMe SSD (SFF-TA-1007 E1-L) with 16TB capacity each, totaling up to 256TB. The NVMe SSD is 18mm wide which provides better thermal capacity that guarantees best performance with bigger capacity as supplier plans to support 32TB SSD in the near future. ###### Optimized for Data Center Support ST5100 supports front I/O and standalone PSU. Along with the blind-mate installation supported chassis, this system provides remarkable serviceability for datacenter operators. ###### Designed for High Flexibility Designed with two PCIe 3.0 x16 host connections, ST5100 is also flexible for up to 2 host connections depending on application needs. The configuration could be 16 SSDs for one host, or 16 SSDs for two hosts (recommend 8 SSDs for each host). ##### Tech Spec - Expander: PCIe 3.0 Switch - Storage: 16 hot-plug PCIe 3.0 x4 (18mm EDSFF SSDs) - IO Ports: Two PCIe 3.0 x16 (Quad miniSAS HD connector) - LAN: One GbE RJ45 port - Remote Management: Open BMC - Power Supply: 1000W - Fan: 6 (5+1) - Dimensions: 1U; 43.2 (H) x 441 (W) x 920 (D) mm ##### Download - Datasheet: ST5100 Datasheet / 2019/3/21 / Download ### SV300G3 URL: https://www.wiwynn.com/products/19-inch/sv300g3 ###### Cost-performance and capacity optimized 1U server for multi-purpose applications at low power consumption ##### Features ###### Performance and Scalability Enhancement Wiwynn SV300G3 features Intel® Xeon® Scalable Processors and the 2nd Generation Intel® Xeon® Scalable Processors. The latter provide pervasive performance enhancement including higher per-core performance and CPU frequency. ###### Up to 50% Increased Performance While delivering total energy savings as high as 25% compared to DDR3 with DDR4. ###### Enhanced Memory Performance Compared with prior-gen processors, 2nd Generation Intel® Xeon® Scalable Processors increase memory speed and capacity, supporting up to 2933MHz memory speed and 16Gb-based DDR4 DIMMs. Wiwynn SV300G3 Series is designed with 12 DIMM slots, with 16Gb-based DDR4 DIMMs support, SV300G3 gets double system memory capacity up to 3TB. ###### Painless Upgrade for AI Inference The new feature of Intel® Deep Learning Boost (VNNI) empowers Wiwynn SV300G3 to deliver significant and more efficient AI inference acceleration without hardware changes. With support of Intel® Optane™ DC persistent memory (AEP), data centers can utilize up to 512GB per DIMM for in-memory database, in-memory analytics or super-fast storage applications with affordable cost. ###### Flexible System Configuration and High I/O Expandability Optimized for cost and performance, Wiwynn SV300G3 is a 1U compact design server that offers excellent flexibility for various configuration and I/O expandability. SV300G3 supports up to ten 2.5″ drive trays, one M.2 module by PCIe 3.0 x4 slot, two PCIe 3.0 x16 slots, and two OCP v2.0 NIC Mezzanine slots. ###### Validation of Intel® Select Solutions Intel® Select Solutions are verified hardware and software stacks that are optimized for specific software workloads across compute, storage, and network, which include stress test and configuration tuning. With Wiwynn’s solution of Microsoft® SQL Server and NFVi Red Hat® verified as Intel® Select Solutions, data center customers can now accelerate time to market with workload optimized solutions. ##### Tech Spec - Node Specification - Processor: Intel® Xeon® Scalable Processors / Next Generation Intel® Xeon® Scalable Processors - Chipset: Intel® C621 series . TPM 2.0 . RAID 0/1/10 - System Bus: Intel® UltraPath Interconnect; 10.4GT/s - Processor Sockets: 2 - Storage: Ten 2.5″ hot-plug drive bays: ‧ SAS SSD, SATA SSD ‧ SAS HDD (10K rpm, 15K rpm) ‧ Nearline SAS HDD (7.2K rpm) ‧ SATA HDD (7.2K rpm) M.2 SSD Module ‧ 1 (Option on carrier card) - Expansion Slots: Two PCI-E x16 FHHL slots Two PCI-E x16 mezzanine slots: ‧ Dual 10GbE DA/SFP+ ports (option) ‧ SAS6G / SAS12G HBA card (option) - I/O Ports: ‧Front: 1 x USB2.0, 1 x DB-15 VGA port, PWR button, UID Button, Reset Button. ‧ Rear: 2 x USB3.0, 1 x DB-15 VGA port, 1 x COM DB9, NMI, PWR button, UID button, ‧Reset Button - Management LAN: One GbE Dedicated BMC Port - Weight: 14.47kg - Power Supply, Physical and Packaging Specifications - Dimensions: 1U Rack; 43.5 (H) * 436 (W) * 710 (D) (mm) - PSU: 2 x 800W (1+1) - OS Support List: RedHat Enterprise Linux 7.4 Ubuntu 18.0 ##### Download - Datasheet: SV300G3 Datasheet / 2020/5/5 / Download ### SV302A URL: https://www.wiwynn.com/products/19-inch/sv302a ###### Powering the Most Impactful Cloud Computing The AMD-Based High Density 1U2Node Server 3D Explorer ##### Features ###### Brilliant Combination of Compute Density and Power Efficiency Wiwynn SV302A is a 1U2N computing server. One node supports one single AMD EPYC 7003 Series Processor CPU and delivers 64 cores. Therefore, when the 1U2N system is fully configured with each node carrying a 64 core CPU, the total core count is 128, making it the highest core density 1U x86 server. Moreover, comparing with dual socket design, the single socket design genuinely benefits on cooling and power efficiency to reduce TCO. ###### Universal Enclosure with Modularized Configurations for Various Workloads Wiwynn incorporates highly modular design with universal enclosure to realize “building block” concept in SV302A. The modules include server node, power supply unit and fan modules, which provide high agility for logistic management to cloud service providers. Wiwynn SV302A offers two configurations for different workloads – are compute intensive and I/O intensive. System operators may agilely configure different nodes with different combinations of processors, memory, NVMe SSDs, PCIe expansions in the same enclosure depending on different applications, such as real-time analytics, AI inference, and even mission critical tasks. ###### 3rd Generation AMD EPYC Processor ###### UNDISPUTED LEADERSHIP PERFORMANCE ###### Up To 25% More mid-stack performance where customers are buying Up To 15% Better pref/$ vs. previous generation ###### Enhanced Performance and Inference for Computing Intensive Applications Wiwynn SV302A is designed with AMD EPYC 7003 Series Processors to deliver exceptional performance with 64 cores, up to 32MB L3 cache/core using the new 7nm X86 hybrid die, 128 lanes of PCIe Gen4, and 16 DIMM slots. AMD 3rd gen EPYC processors help customers achieve faster and better time to results, providing up to 25% generational performance gains in mid-tier CPUs. With embedded high internal integer and foating-point capacity, SV302A enables enhanced computing acceleration in the cloud and on-prem. ###### Front Access Design to Simplify Maintenance Easy manageability and serviceability are key OPEX factors of cloud service providers. Compared to traditional multi-node servers, the system is front-accessible with tool-less maintenance. Rack cabling and maintenance efforts are reduced to a minimum, enabling our customers to focus more on rack configuration and deployment scalability. ##### Tech Spec - Node Specification - Processor: AMD EPYC™ 7003 Series Processors - Memory: 8 DIMM slots; DDR4 up to 3200MT/s; RDIMM - Security: TPM 2.0 - Processor Sockets: 1 - Storage: SV302A-C ‧Four 2.5" U.2 NVMe SSD ‧Three onboard 2280/21100 M.2 SSD Module slots SV302A-I ‧Two 2.5" U.2 NVMe SSD ‧Three onboard 2280/21100 M.2 SSD Module slots - Expansion Slots: SV302A-C ‧One PCIe 4.0 x16 OCP NIC 3.0 SV302A-I ‧One PCIe 4.0 x16 FHHL slot ‧One PCIe 4.0 x16 OCP NIC 3.0 - Remote Management: IPMI v2.0 Compliant, iKVM - I/O Ports: ‧One Debug Port (USB 3.0 Type A CONN) ‧One USB 3.0 Type A CONN ‧One GbE RJ45 Port ‧One OCP NIC Port ‧Power/Reset button - Node Specification - Dimensions (mm): 224 (W) x 790 (D) x 43.5 (H) - Weight: 19.5kg - Chassis Specification - Dimensions: 448 (W) * 790 (D) * 43.5 (H) - PSU: 2 x 800W/1300W (1+1), hot-swappable - Fan: 6 dual-rotor hot-plug fans for 2 zones ##### Download - Datasheet: SV302A Datasheet / 2021/06/30 / Download ### SV302G3 URL: https://www.wiwynn.com/products/19-inch/sv302g3 ###### High density 1U2Node server with versatile system configurations for compute intensive workloads ##### Features ###### Optimized System Architecture for Compute Intensive Workloads Wiwynn SV302G3 system is a 1U server platform that is capable of configuring with one or dual nodes with dual socket CPU within each node. It features Intel® Xeon® Scalable Processors and the 2nd Generation Intel® Xeon® Scalable Processors. The latter provides pervasive performance enhancement including higher per- core performance and CPU frequency ###### Enhanced Memory and Optimized Thermal Solution For memory capacity, it is designed with 16 DIMM slots per node; DDR4 up to 2933MT/s and 64Gb -based DDR4 DIMMs, system memory capacity up to 1TB. As a high density 1U2Node chassis, SV302G3 offers an optimized thermal solution for balancing cooling and power efficiency. ###### Painless Upgrade for Machine Learning The new feature of Intel® Deep Learning Boost (VNNI) empowers Wiwynn SV302G3 to deliver significant and more efficient AI inference acceleration without hardware changes. With support of Intel® Optane™ DC persistent memory (AEP), data centers can utilize up to 512GB per DIMM for in-memory database, in-memory analytics or super-fast storage applications with affordable cost. ###### Versatile System Configurations with Universal Enclosure Wiwynn SV302G3 offers three configurations for different workloads, which are compute intensive, I/O intensive and compute-storage balanced. System operators may agilely configure different nodes of the combination of processors, NVMe SSDs, PCIe expansions in the same enclosure depending on different applications, such as real-time analytics, AI inference, and even mission-critical tasks. ###### Front Access Design to Simplify Maintenance Easy manageability and serviceability is key factor for OPEX of cloud service providers. Compared to traditional multi-node servers, the system is front-accessible with tool-less maintenance. Rack cabling and maintenance efforts are reduced to a minimum, enabling our customers to focus more on rack configuration and deployment scalability. ##### Tech Spec - Node Specification - Form Factor: 1U, Half Width/1U, Full Width - Processor: Next Generation Intel® Xeon® Scalable Processors - Memory: 16 DIMM slots; DDR4 up to 2933 MT/s RDIMM/LRDIMM; Up to 1TB - Chipset: Intel® C621 series - Security: TPM 2.0 - System Bus: Intel® UltraPath Interconnect; 10.4GT/s - Processor Sockets: 2 - Storage: SV302G3-C: ‧Four 2.5" U.2 NVMe SSD ‧One onboard 2280/21100 M.2 SSD Module slot SV302G3-I: ‧Two 2.5" U.2 NVMe SSD ‧One onboard 2280/21100 M.2 SSD Module slot SV302G3-S: ‧Eight 2.5" U.2 NVMe SSD ‧One onboard 2280/21100 M.2 SSD Module slot - Expansion Slots: SV302G3-C: ‧One OCP NIC 2.0 card (PCIe 3.0 x16) SV302G3-I: ‧One PCIe x16 FHHL slot ‧One OCP NIC 2.0 card (PCIe 3.0 x16) SV302G3-S: ‧One PCIe x16 FHHL slot ‧One OCP NIC 2.0 card (PCIe 3.0 x16) - Management LAN: IPMI v2.0 Compliant, iKVM, Wiwynn Cluster Manager - I/O Ports: ‧One Debug Port (USB 3.0 Type A CONN) ‧One USB 3.0 Type A CONN ‧One GbE RJ45 Port ‧One OCP NIC Port ‧Power/Reset button - Chassis Specification - Dimensions: 448 (W) * 790 (D) * 43.5 (H) - PSU: 2 x 800W/1300W (1+1), hot-swappable - Fan: 6 dual-rotor hot-plug fans for 2 zones - Weight: 19.5kg/39kg ##### Download - Datasheet: SV302G3 / 2021/12/17 / Download ### SV305A URL: https://www.wiwynn.com/products/19-inch/sv305a ###### Powering the Most Impactful Web Services The AMD-Based Multi-purpose Server 3D Explorer ##### Features ###### Single-Socket and Workload Optimization Enabling TCO Advantages Wiwynn SV305A is a light and compact computing server optimized specifically for web services and related applications. With AMD EPYC 7003 Series Processors embedded, SV305A is a single socket server with a simplified design, guaranteeing better power efficiency and improved overall TCO. SV305 also provides 200Gbps networking capability with OCP NIC3.0, fully satisfying web services’ higher IO bandwidth requirement. ###### Robust and Redundancy Design Enabling High Availability For cloud service providers that allow no downtime, it is very crucial for system to have high availability. Wiwynn SV305A leaves out unnecessary components while reserving the fan backup mechanism with six redundant 4028 PWM Fans to assure high availability to perform web hosting and cloud services. ###### 3rd Generation AMD EPYC Processor ###### UNDISPUTED LEADERSHIP PERFORMANCE ###### Up To 25% More mid-stack performance where customers are buying Up To 15% Better pref/$ vs. previous generation ###### Enhanced Performance and Inference for Computing Intensive Applications Wiwynn SV305A is designed with AMD EPYC 7003 Series Processors to deliver exceptional performance with 64 cores, up to 32MB L3 cache/core using the new 7nm X86 hybrid die, 128 lanes of PCI-E Gen4, and 16 DIMM slots. AMD 3rd gen EPYC processors help customers achieve faster and better time to results, providing up to 25% generational performance gains in mid-tier CPUs. With embedded high internal integer and floating-point capacity, SV305 enables enhanced computing acceleration in the cloud and on-prem. ###### Easy Manageability and Expendability for Existing Network and Storage Modern data centers are usually maintained in cold aisles. Wiwynn SV305A is designed with five hot-pluggable 2.5” U.2 NVMe SSDs, USB, status indicators and debug console, allowing operators to easily maintain the system and replace the drives. Meanwhile, the PCIe and OCP NIC 3.0 ports are designed on the rear side of the system to meet existing IT gears in the data centers. ##### Tech Spec - Node Specification - Processor: AMD EPYC™ 7003 Series Processors - Memory: 16 DIMM slots; DDR4 up to 3200MT/s RDIMM; 64GB/per DIMM; up to 1TB - Processor Sockets: 1 - Storage: ‧One M.2 solid-state drives (PCIe Gen4 x4) ‧Five U.2 (15/7mm) NVMe SSDs (hot-swappable) - Expansion Slots: ‧One PCIe 4.0 x16 FHHL slot ‧One PCIe 4.0 OCP 3.0 NIC x16 - Remote Management: IPMI v2.0 Compliant - I/O Ports: Front: ‧One VGA port (D-sub) ‧One USB 2.0 port ‧PWR Button w/LED ‧UID Button w/LED ‧Reset Button ‧SSD Access w/LED Rear: ‧Two USB 3.0 ports ‧UID Button w/LED ‧BMC Heart beat LED - Weight: 14.47kg - Power Supply, Physical and Packaging Specifications - Dimensions: 1U Rack; 43.5 (H) * 432 (W) * 710 (D) (mm) - PSU: Single 550W CRPS - Fan: Six 4028 PWM Fans (Redundant) ##### Download - Datasheet: SV305A Datasheet / 2021/06/30 / Download ### SV310G4 URL: https://www.wiwynn.com/products/19-inch/sv310g4 ###### Modern Cloud-Native Server with Pervasive Performance View in 3D Watch Video ##### Features ###### Cost-Effective Server Architecture for Web Services Most cloud service providers cannot allow downtime while running pervasively on hundreds of racks. It is important to optimize their system architecture adopting more cost-effectiveness hardware for specific workloads. SV310G4 is designed with main specification tailed-made for web services, so there would be no waste on unnecessary design. ###### Vanity-free Design Enabling Power Efficiency Wiwynn SV310G4 is designed with a very explicit purpose. The design is very simple and with only necessary specifications to reduce the heats as possible as saving the cooling cost. With its vanity-free design, the air volume becomes relatively considerable low, hence power can be consumed mainly by major components like CPU and Memory, which makes the server more power efficient. ###### New Intel Xeon Scalable Processors with Built-in AI and Security Acceleration Wiwynn SV310G4 supports two Intel 3rd Gen Intel® Xeon® Scalable Processors (codename Ice Lake) that, with 80 cores and 32 DDR4 DIMMs; and up to 16 x DC Persistent memory modules (Intel Barlow Pass) provides 40% performance improvement. With built-in Intel Deep Learning Boost, SV310G4 is ideal for complex AI workloads. SV310G4 also supports Intel Software Guard Extension (SGX), which helps secure data and application code, and Intel Speed Select, which helps optimize specific workload such as NFVI. ###### On-rack Serviceability for Time Saving in Modern Data Center When it comes to running hundreds of racks in the data center, on-rack serviceability becomes very important. Normally, system down-time is also very critical for cloud service. The chassis and motherboard inside SV310G4 are designed to be mountable to the standard rack with sliding rails, so the system can be easily maintained on the rack from the cool aisle with its front IO and storage accessible design, which saves tons of time with operation cost. ##### Tech Spec - Node Specification - Processor: 3rd Generation Intel® Xeon® Scalable Processors, TDP 205W (typical 150W) - Memory: 32 DIMM slots; DDR4 up to 3200 MT/s; up to 64GB per DIMM; support up to 16 x DC Persistent memory module (Intel Barlow Pass) - Chipset: Intel® C621A series - Security: TPM 2.0 - System Bus: Intel® UltraPath Interconnect; 10.4GT/s; 9.6GT/s - Processor Sockets: 2 - Storage: One onboard 22110 M.2 SSD Module slot Four U.2 (15/7mm) drive bays - Expansion Slots: Up to two PCI-E Gen4 slots: • One PCIe Gen4 x16 FHHL slots (no I/O port) • One onboard OCP 3.0 NIC x16 (front) - Management LAN: ‧ One GbE Dedicated BMC Port - I/O Ports: • VGA port (D-sub) • RJ45 port • Two USB 3.0 ports • Power Button (w/LED) • Reset Button (w/LED) • UID Button (w/LED) • System Alert • SSD, BMC Heartbeat & PSU status LED - Chassis Specification - Dimensions: 1U Rack; 43.5 (H) * 436 (W) * 670 (D) (mm) - PSU: 2 x 800W CRPS (1+1 Redundant) - Fan: Six Redundant 4028 fans, xed design - Weight: 14.47kg ##### Download - Datasheet: SV310G4 Datasheet / 2021/5/07 / Download ### SV328R URL: https://www.wiwynn.com/products/19-inch/sv328r ###### All-New Ampere® Altra® ARM-based Server with 160 Cores Delivers Unprecedented Performance, High Scalability, and Power Efficiency ##### Features ###### Performance and Memory Enhancement Wiwynn SV328R features two Ampere® Altra® 64-Bit Arm-based Processors which offers up to 160 cores at up to 3.0 GHz speed with sustained turbo performance. Each core is single threaded by design with its own 64 KB L1 I-cache, 64 KB L1 D-cache, and a huge 1 MB L2 D-cache. Supporting 32 DDR4-3200 DIMM sockets, the Ampere® Altra® processor high bandwidth and memory capacity. ###### Rich PCIe and Storage Options With 128 lanes of PCIe Gen4 per socket and support for 192 PCIe Gen4 lanes in 2P configuration, SV328R is able to support rich PCIe expansion of six PCIe 4.0 FHHL and two PCIe 4.0 HHHL in total, providing maximum flexibility to interface with networking cards of 200 GbE, and storage/NVMe devices, making it well suited for high I/O and high-speed storage applications. In term of storage options, SV328R supports up to 24 U.2 hot-plug NVMe SSDs or cost-effective SATA SSDs alternatively, which provides flexibility for PCIe and storage configurations. ###### Provides More Cores Per Rack with High Power Efficiency SV328R is equipped with Ampere® Altra® 64-bit ARM® Processors, which sets up a new levels of power efficiency with scalability. The power optimized design enables the SV328R to pack in more cores – all on a single die within a processor – enabling datacenter more cores per rack. ###### Manageability and Serviceability with Front-access Drives Easy to replace and access, the SV328R is designed with 24 front-access hot-pluggable drives, VGA ports plus two redundant power supply units on the rear. With RJ-45 (1GbE LAN), SV328R supports iKVM over IP which allows administrator to deploy, service and manage system remotely. ##### Tech Spec - Node Specification - Processor: Ampere® Altra® 64-bit ARM® Processor, 80 cores at up to 3.0 GHz with sustained turbo performance - Memory: 32 DIMM slots (16 DIMM per processor); DDR4-3200, 8 channels per processor, RDIMM - Processor Sockets: 2 - Storage: ‧ 24 x 2.5″ U.2 hot-plug NVMe drives; or ‧ 24 x 2.5″ U.2 hot-plug SATA drives (supported with HBA and SATA backplane) ‧ Two M.2 NVMe SSD module slots - Expansion Slots: ‧ Six PCI-E 4.0 x8 slots ‧ Two PCI-E 4.0 x16 slots (1 x Rear access PCIe x16 FHHL 5 x Rear access PCIe x8 FHHL 1 x Rear access PCIe x16 HHHL 1 x Rear access PCIe x8 HHHL) ‧ One PCI-E 4.0 x16 OCP NIC 3.0 (small form factor) - I/O Ports: ‧Front: 1 x USB2.0, 1 x DB-15 VGA port, PWR button, UID Button, Reset Button. ‧ Rear: 2 x USB3.0, 1 x DB-15 VGA port, 1 x COM DB9, NMI, PWR button, UID button, ‧Reset Button - Management LAN: One GbE Dedicated BMC Port - Weight: 14.47kg - Power Supply, Physical and Packaging Specifications - Dimensions: 2U Rack; 87 (H) * 438 (W) * 770.2 (D) (mm) - PSU: 2 x CRPS form factor, redundant - Fan: Six 6056 fans ##### Download - Datasheet: SV328R Datasheet / 2021/11/04 / Download ### SR1200G2 URL: https://www.wiwynn.com/products/21-inch/sr1200g2 ###### WiRack21’s Smart Rack with two centralized power shelves and a controller based on Open Rack V2 ##### Features ###### Open Rack Design for Best Power Efficiency Wiwynn SR1200G2 has two centralized power shelves on rack instead of multiple power supply units in the server chassis. All nodes share these centralized power shelf, thus, providing higher energy efficiency while lowering capital costs. As a matter of fact, a data center full of vanity-free Wiwynn WiRack21 servers can be 38% more efficient. ###### Front Access Design to Simplify Maintenance With the signature bus bar and tool-less designs, rack cabling and maintenance efforts are reduced to a minimum, enabling our customers to focus more on rack configuration and deployment efficiency, which is 24% less OPEX than other state-of-the-art data centers. ###### Fully Optimized Space and Power Utilization Compared to conventional 19-inch rack, Wiwynn SR1200G2 Series has the same outside dimensions as typical 19-inch rack, but supports wider horizontal space of 547mm for more flexible IT equipment design to achieve higher computing and storage density. Additionally, this optimized space utilization leads to improved airflow for increased cooling efficiency and optimal power utilization. ###### Easy Rack Scalability from Agile Power Architecture With lithium battery BBUs installed in the open rack v2, data center is no longer using centralized UPS or semi-distributed 48V battery. With electricity supplied directly to rack, there are fewer distribution levels and less power conversion involved, you may invest your facilities according to your low-cost needs and rack scalability. ##### Tech Spec - Chassis SKU: 21″ Open Compute Rack - Dimensions: 41 OU; 1066.8 (D) x 600 (W) x 2220 (H) (mm) - Weight: 272 Kg (Dry Weight) - Inner Space: 41 OU (including one or two power shelves, BBU and switch) - Compute Server: Up to 37 individual SV5100G3 (1U) servers - AC: 3P4W 180~305 Vac 50A; - DC: 12V Bus Bar - Power Consumption: 13.2KW - Power Supply: (2+1 Redundant) 3300W Up to 96% efficiency; - Regulatory: UL60950-1 / EN60950-1:2006 / IEC60950-1 ##### Download - Datasheet: SR1200G2 Datasheet / 2016/06/17 / Download ### ST7000G2 URL: https://www.wiwynn.com/products/21-inch/st7000g2 ###### Disaggregated SAS12G storage that provides powerful storage capability with easy scalability ##### Features ###### High Density Storage for Big Data ST7000G2 is a disaggregated storage that provides powerful storage capability with easy scalability compared with other storage platforms. Alternatively, ST7000G2 can be converted to a storage server (SV7000G2) by integrating with Intel® Xeon® Broadwell-DE processors. For certain workloads, such as web and storage, a single-socket architecture is more efficient and has higher performance per watt. ###### Diversified Configuration for Various Usages ST7000G2 is a disaggregated storage that provides powerful storage capability with easy scalability compared with other storage platforms. Alternatively, ST7000G2 can be converted to a storage server (SV7000G2) by integrating with Intel® Xeon® Broadwell-DE processors. For certain workloads, such as web and storage, a single-socket architecture is more efficient and has higher performance per watt. ###### Tool-less Design for Easy Maintenance ST7000G2/SV7000G2 Series is quick and simple to service thanks to a tool-less design. All drives in the system are contained with latches. One of the most unique aspects of the design is the tool-less drive retention system that doesn’t require any carriers. For removal, the latch assists the user by pulling the drive partially out of the system for easier handling. ###### Redundant Cooling for High Availability Wiwynn ST7000G2/SV7000G2 Series supports high availability with hot-pluggable fans and redundant cooling system. ##### Tech Spec - Expander: SAS12G expander - Storage: 72 3.5″ hot-plug drive bays - Expansion Slots: Two EXT mini-SAS 12G (SASx4) HD ports - Remote Management: SES, SMP - Power Supply: Centralized 12.5V DC bus bar - Dimensions: 4 OU Rack; 4U; 190(H) x 538(W) x 879(D) mm (without front handlers) 190(H) x 538(W) x 1004(D) mm (with front handlers) ##### Download - Datasheet: ST7000G2 Datasheet / 2018/09/26 / Download ### ST7200 URL: https://www.wiwynn.com/products/21-inch/st7200 ###### The leading All-Flash NVMe Storage in the industry, featuring up to 30 NVMe SSDs ##### Features ###### Ultra-high IOPS and Microsecond Grade Latency Comparing other storage with SAS and SATA SSD, Wiwynn ST7200 delivers ultra-high performance with I/O throughput of 26.6 GB/s, IOPs of 5,984K (4KB random write) and excellent price performance (7,958 IOPS/Watt). ###### High Density Storage System with 30 SSDs With an impressive storage capacity of 30 NVMe SSDs in a 2U chassis, Wiwynn ST7200 stands out from other JBOF storage systems as having the densest storage capacity in the industry. ###### Flexible Choice of Various SSDs Form Factors Wiwynn ST7200 adopts PCIe 3.0 U.2 SSD, giving datacenter the best flexible configurations with 30 pieces of 2.5” (7mm SSDs). ###### Tool-less and Modularized Design for Easy Upgrade and Maintenance Wiwynn ST7200 drawer-like innovative design allows users to upgrade, maintain SSDs, fans and expander board instantly without tools. Wiwynn modularized design offers painless upgrade of PCIe expander board to new generation. ##### Tech Spec - Expander: PCIe 3.0 Switch - Storage: 30 U.2 NVMe SSDs ● 15mm or 7mm - IO Ports: Up to 4 PCIe 3.0 (x16) ports - Remote Management: BMC - Power Supply: Centralized OCP Power Shelf - Dimensions: 2 OU (Open Rack); 93.5(H) x 536 (W) x 795 (D) - Weight: 38 kg ~ 55 kg ##### Download - Datasheet: ST7200 Datasheet / 2018/09/26 / Download ### SV7000G2 URL: https://www.wiwynn.com/products/21-inch/sv7000g2 ###### Innovative storage solutions with high capacity, flexibility and scalability ##### Features ###### High Density Storage for Big Data Evolving from previous Wiwynn storage/Storage server, the newest storage platform ST7000G2/SV7000G2 Series is built with the concept of providing more storage capacity and density. With an impressive storage capacity of 72 3.5” hard drives (12Gb SAS/6Gb SATA) in a 4U chassis, Wiwynn ST7000G2 stands out from other storage systems as having the highest storage density in the industry. ###### Diversified Configuration for Various Usages ST7000G2 is a disaggregated storage that provides powerful storage capability with easy scalability compared with other storage platforms. Alternatively, ST7000G2 can be converted to a storage server (SV7000G2) by integrating with Intel® Xeon® Broadwell-DE processors. For certain workloads, such as web and storage, a single-socket architecture is more efficient and has higher performance per watt. ###### Tool-less Design for Easy Maintenance ST7000G2/SV7000G2 Series is quick and simple to service thanks to a tool-less design. All drives in the system are contained with latches. One of the most unique aspects of the design is the tool-less drive retention system that doesn’t require any carriers. For removal, the latch assists the user by pulling the drive partially out of the system for easier handling. ###### Redundant Cooling for High Availability Wiwynn ST7000G2/SV7000G2 Series supports high availability with hot-pluggable fans and redundant cooling system. ##### Tech Spec - Processor: Intel® Xeon® Broadwell-DE - Memory: DDR4 x 8 (4 per Server), up to 2400MT/s - Micro Server: 2 - Storage: 72 3.5″ hot-plug drive bays - IO Module (IOM): 2 - Boot Drive: 2 x M.2 (1 per micro server) - Power Supply: Centralized 12.5 V DC bus bar - Remote Management: IPMI v2.0 Compliant, iKVM, Wiwynn Cluster Manager - Dimensions: 4U; 190 (H) x 538 (W) x 879 (D) (without front handlers) 190 (H) x 538 (W) x 940 (D) (with front handlers) - OS Support List: CentOS 7.2 ##### Download - Datasheet: SV7000G2 Datasheet / 2017/12/22 / Download ### SV7000G4/ST7000G4 URL: https://www.wiwynn.com/products/21-inch/sv7000g4 ###### Innovative storage solutions with high capacity, flexibility and scalability ##### Features ###### Diversified Configuration Provides High Density Storage Wiwynn SV7000G4/ST7000G4 series is the highest density and the most flexible storage system providing various configuration options that include storage servers and storage JBODs designed modularly in a 4OU chassis. Integrated with two micro servers, the SV7000G4/ST7000G4 supports 72 x 3.5” hard disk drives where the micro servers each control 36 x 3.5” drives. The one micro server configuration, SV7000G4-L, manages all 72 x 3.5” hard drives. Moreover, adding the JBOD configuration, ST7000G4 scales out storage capability and density even further. ###### Power Efficiency and High Bandwidth Wiwynn SV7000G4/ST7000G4 series utilize 3rd Gen Intel Xeon Scalable processors (Codename Cooper Lake) that respectively supports Platinum SKU with low power consumption and high core count of 88 Wattage and 26 cores. Regarding storage technology, SV7000G4/ST7000G4 series uses SAS-4 24Gbps IOCs and expanders, upgraded from the previous generation (SAS-3 12Gbps). The doubled bandwidth offers higher performance and is perfect for warm storage, cold storage and big data applications. ###### Tool-less Design for Easy Maintenance SV7000G4/ST7000G4 Series is quick and simple to service thanks to a tool-less design. All drives in the system are contained with latches. For example, releasing and pulling the latch allows users to effortlessly withdraw the drive out of the system. The sophisticated cable track design allows the HDDs to be hot-pluggable and keeps uninterruptible operation. ###### High Availability for Non-Stop Services For system availability, the SV7000G4/ST7000G4 series is designed with redundant cooling and high availability. It supports 2 isolated cooling zones. Every zone supports 2 fan modules with 1+1 redundancy and hot-pluggable features. With the high availability, the system allows data centers to provide non-stop services for their users. ##### Tech Spec - Storage and I/O: SV7000G4 / SV7000G4-L / ST7000G4 - Expander: 2 x SAS24G expander - Storage: 72 3.5” hot-plug drive bay - Micro Server: 2 / 1 - Processor: 3rd Generation Intel® Xeon® Scalable Processors (Codename: Cooper Lake), TDP 88W - Memory: DDR4 x 8 (4 per Server), up to 3200MT/s / DDR4 x 4, up to 3200MT/s - Boot Drive: 2 x M.2 (1 per Server) / 1 x M.2 - Cache SSD: E1.S 9.5mm x 4 / N/A - IO Controller (IOC): 2 x SAS24G / 2 x SAS24G - OCP 3.0: 2 / 1 - Expansion Ports: N/A / Two mini-SAS HD ports - Remote Management: SSH CLI utilities / SES, SMP - Power Supply and Physical Specifications - Power Supply: Centralized 12.5 V DC bus bar - Form Factor and Dimensions: 4 OU; 189.5 (H) x 537(W) x 879 (D) mm (without Front Handlers) 189.5 (H) x 537(W) x 941 (D) mm (with Front Handlers) - OS - Support List: CentOS 8 ##### Download - Datasheet: SV7000G4/ST7000G4 Datasheet / 2022/03/24 / Download ### SV7100G2 URL: https://www.wiwynn.com/products/21-inch/sv7100g2 ###### Flexible and High Density 4U16N multi-node server for data center ##### Features ###### Advanced Server-Class Intel® Xeon® D Processor (Skylake-D) for Data Center Wiwynn SV7100G2 features Intel® Xeon® D Processor (Skylake-D), which is a highly integrated systems-on-chip (SoCs) supports numerous x86 computing cores with chipset capabilities (PCIe 3.0, SATA 6G, USB 3.x) and network controllers for 10 Gigabit Ethernet (10GE). Intel® Xeon® D Processor, with Skylake-SP cores, delivers best socket perf/watts. In addition, it also features memory capacity of up to 512GB and AVX 512 to enhance security. ###### Designed for Flexibility and High Density SV7100G2 is a 4U16N server, each node is vertically installed with a baseboard inside the tray, this new architecture supports up to four 1S server cards in a tray. This system will be fully compatible with Open Rack v2, and can accommodate up to 192 SoC server nodes in a single 42U open rack. ###### Moderate Computing Power Leverage the advantage of SoCs platform, this system also ensure lower power consumption at edge data centers. Each of the four servers can connect to either a 50G or 100G multi-host NIC. ###### Hot-Service and Front-access I/O for Easy Installation and Maintenance SV7100G2’s modular design supports non-stop service which may allow servers to operate, and don’t need to be powered down when the sled is pulled out of the chassis for components to be serviced. Through simple, front-access design, this hot-plug server allows easy replacement and maintenance. ##### Tech Spec - Form Factor, Processor, Memory and Chipset - Form Factor: 1OU, one third width of OCP vCubby chassis - Processor: Intel® Xeon® D processors - Processor Sockets: 4U16N, SoC - Memory: 512GB DDR4; up to 2666 MT/s; 8 DIMM slots (per node) - Storage and I/O - Storage: 48 M.2 modules (3 per node) - Expansion Slots: 4 OCP Mezzanine x16 (1 per drawer) - Physical Specifications - Weight: 80 kg - Chassis Specifications - PSU: 12.5V DC bus bar - Dimensions: 4U vCubby, 189 (H) x 537 (W) x 803.3 (D) ##### Download - Datasheet: SV7100G2 Datasheet / 2018/11/19 / Download ### SV7100G4 URL: https://www.wiwynn.com/products/21-inch/sv7100g4 ###### Highly Modularized Multi-node Platform designed for Easy Serviceability ##### Features ###### OCP Accepted Multi-Node Server with High Scalability SV7100G4 is based on the specification of OCP Yosemite V3 that is built for Open Rack V2 architecture. It is a highly modularized system where you can fit server boards, expansion boards, baseboard, power modules and cooling fans into a 4OU cubby chassis. The cubby can carry 3 sleds with up to 4 blades in each sled, totaling to 12 blades, making it a highly scalable system. ###### Power Efficiency and Inference Capability for Specific Workloads SV7100G4 utilizes Intel’s 3rd generation Intel® Xeon® scalable processors that respectively supports power and core count of up to 88W and 26 cores. The combination is power-efficient for workload of running web services and, on top of that, it can do AI inference/ML works with the support of Enhanced Intel® Speed Select Technology, Enhanced Intel® Deep Learning Boost with bfloat16 and AVX-512. ###### High Density and Cost-Efficient Compute Rack SV7100G4 is a multi-node server platform that can host four 1U blades in a sled that fits into the OCP cubby chassis. If you intend to fill up the Open Rack with 1OU blades, a 4OU system can carry 12 blades, the entire rack can accommodate 8 systems, and therefore up to 96 servers in a rack, which makes it an ideal high-density, 2,496-core computing rack for hyperscale datacenters. ###### Advanced Front-Access Blade Design for Easy Serviceability SV7100G4’s sleds and blades are front-access designed for easy accessibility and maintainability. All blades in a sled share one multi-host OCP NIC 3.0, eliminating 3 times network cabling for operators to easily maintain the system. The horizontal sled design can also minimize maintenance time when compared to traditional blade servers. In addition, the dedicated fan zone deployment can achieve system availability. ##### Tech Spec - Form Factor, Processor, Memory and Chipset - Form Factor: 1OU, one third width of OCP vCubby chassis - Processor: Intel® 3rd Generation Intel® Xeon® Scalable Processors - Processor Sockets: One per blade (4 server blades in a 1OU sled) - Chipsets: Intel® C621 series - System Bus: Intel® UltraPath Interconnect; 10.4GT/s - Memory: Up to 1.92TB, DDR4 up to 2666-3200MT/s, 6 RDIMM slots per blade - Storage and I/O - Storage: One M.2 solid-state drives in 2280 or 22110 form factors - Expansion Slots: One PCIex16 and one PCIex8 slots (Reserved) - Front I/O: Power button x 1 Status LEDs x 2 - LAN: Multi-host 100GbE OCP 3.0 NIC card (shared by 4 nodes) - BMC Chipset: ASPEED AST2520 - Remote Management: NCSI port via multi-host OCP 3.0 NIC OpenBMC based SSH remote management - Physical Specifications - Power Consumption: 130W ~ 165W (Max) - Dimensions (mm): 185 (W) x 781 (D) x 173 (H) - Weight: 19.5kg - Chassis Specifications - PSU: Centralized 12.5V DC bus bar - Fan: Four 8030 fan modules (Per Sled), with one fan failure redundancy - Dimensions: 537 (W) * 801 (D) * 191 (H) ##### Download - Datasheet: SV7100G4 Datasheet / 2021/09/17 / Download ### SV7220G3 URL: https://www.wiwynn.com/products/21-inch/sv7220g3 ###### Performance optimized 2U 3Node OCP server for computing-intensive applications ##### Features ###### Performance and Scalability Enhancement Wiwynn SV7220G3 Series features Intel® Xeon® Scalable Processors and the 2nd Generation Intel® Xeon® Scalable Processors. The latter provide pervasive performance enhancement including higher per-core performance and CPU frequency. ###### Up to 50% Increased Performance While delivering total energy savings as high as 25% compared to DDR3 with DDR4. ###### Enhanced Memory Performance Compared with prior-gen processors, 2nd Generation Intel® Xeon® Scalable Processors increase memory speed and capacity, supporting up to 2933MHz memory speed and 16Gb-based DDR4 DIMMs. Wiwynn SV7220G3 Series is designed with 12 DIMM slots, with 16Gb-based DDR4 DIMMs support, SV7220G3 gets double system memory capacity up to 3TB. ###### Painless Upgrade for AI Inference The new feature of Intel® Deep Learning Boost (VNNI) empowers Wiwynn SV7220G3 to deliver significant and more efficient AI inference acceleration without hardware changes. With support of Intel® Optane™ DC persistent memory (AEP), data centers can utilize up to 512GB per DIMM for in-memory database, in-memory analytics or super-fast storage applications with affordable cost. ###### Various SKUs for Computing-intensive Applications The high density 2U3Node architecture is approved by OCP having the optimized power efficiency is widely deployed in hyper-scale datacenters for computing-intensive applications. Wiwynn SV7220G3-S, the latest product based on this architecture, is your best choice. Another advanced model, SV7220G3-V with four 2.5” drive trays offers enhanced I/O performance. ###### Hot-plug Server and Front-access I/O for Easy Installation and Maintenance Compared to traditional GPU servers, the system is front-accessible with tool-less maintenance. Rack cabling and maintenance efforts are reduced to a minimum, enabling our customers to focus more on rack configuration and deployment scalability. The server board leverages OCP Project Olympus server board which had been massively used and verified in hyper-scale data centers, that guarantees availability. ##### Tech Spec - Form Factor, Processor, Memory and Chipset - Processor: Intel® Xeon® Scalable Processors / Next Generation Intel® Xeon® Scalable Processors - Chipsets: Intel® C621 series ‧ TPM 2.0 - System Bus: Intel® UltraPath Interconnect; 10.4GT/s - Memory: Up to 3TB; DDR4 up to 2933MT/s; 12 DIMM slots - Storage and I/O - Storage: One 3.5″ hot-plug drive bay per node: ‧ SAS/ SATA HDD M.2 SSD Module ‧ 1 (Option on carrier card) - Expansion Slots: Two (PCIe x16) FHHL slots, One OCP Mezzanine card (PCI-e x16) for: ‧ Single/Dual 10GbE DA/SFP+ ports (option) ‧ Single/Dual 25GbE SFP28 ports (option) ‧ Single/Dual 100GbE QSFP ports (option) - BMC Chipset: ASPEED AST2500 with VGA - Management LAN: One GbE Dedicated BMC Port - LAN: Multi-host 100GbE OCP 3.0 NIC card (shared by 4 nodes) - Remote Management: OpenBMC, IPMI partial support iKVM, Wiwynn Cluster Manager (option) - Power Consumption: 108W (Idle); 330W (Max) - Power Supply: Centralized OCP Power Shelf - Dimensions (mm): 2OU (Open Rack); 174 (W) x 880 (D) x 89 (H) (mm) - Weight: 6.9 kg ~ 7.3 kg (per node) - PSU: Centralized 12.5V DC bus bar - OS Support List: RedHat Enterprise Linux 7.4 Ubuntu 18.0 ##### Download - Datasheet: SV7200G3 Datasheet / 2020/04/30 / Download ### NM10GR / NM1GR URL: https://www.wiwynn.com/products/accessories/nm-series #### NM10GR/NM1GR ###### Dual-port 10GbE/1GbE OCP mezzanine card with low cost, low power, enhancing features and performance ##### Features ###### Flexible I/O Virtualization Wiwynn OCP Mezzanine supports SR-IOV which allows single physical adapter to be visualized as multiple virtual network interface cards (vNICs). It offers greater flexibility, cost minimization, increased density and minimizing cables by using fewer cables, cards and switch ports. ###### Power Management Technologies Wiwynn OCP Mezzanine provides excellent low cost and power solutions using IEEE802.3az Energy Efficient Ethernet (EEE). In addition, Wiwynn NM10GR features Intel® DMA Coalescing (DMAC). This enables NIC components to remain in lower power states longer, which can dramatically reduce energy consumption. ##### Tech Spec - Controller: Intel X550-AT2 - Port Counts: Dual - Connection Speed: 10GbE - Connector and Cable Medium: RJ45 Copper - System Interface Type: PCIe v3.0 (8.0GT/s) - WOL Support: Yes - Dimensions: 109.4*78mm - On-chip QoS and Traffic Management: Yes - Port Bandwidth Partitioning: Yes - Virtual Machine Device Queues (VMDq): Yes - PCI-SIG SR-IOV Capable: Yes - Storage Over Ethernet: ISCSI, FCoE, NFS, SMB - Network Virtualization Acceleration: VXLAN, NVGRE - IEEE802.3az (EEE): Yes - DMA Coalescing: Yes ##### Download - Datasheet: Datasheet-NM1GR/NM10GR / 2016/08/12 / Download ### P16RC / P16M4 / P08M2 URL: https://www.wiwynn.com/products/accessories/p-series #### P08M2/P16M4/P16RC ###### Best-suited for storage expansion, the PCIe 3.0 M.2 carrier card cost-effectively increases capacity ##### Features ###### Higher IOPS than SAS/SATA SSDs When you couple the P16M4 with four M.2 NVMe SSDs, the system can reach around 2060K IOPS (random read). With higher IOPS than SAS/SATA SSDs, more works can be done in less time. ##### Tech Spec - Storage: 4 M.2 NVMe SSDs (Support Type 2280 or 22110) - Host Bus Type: PCIe 3.0 x16 lanes - Form Factor: Full height half-length (FHHL) - LED Indicator: Yes (M.2 Active/Fault) - RoHS Compliant: Yes - BMC Support: Yes ##### Download - Datasheet: P16M4 Datasheet / 2017/08/07 / Download ## Global Services ### Global Services URL: https://www.wiwynn.com/global-services ###### From manufacturing to seamless deployment, we deliver high-performance infrastructure for hyperscale data centers at global scale. ###### Manufacturing & Quality Leveraging AI and advanced automation to drive precision manufacturing. We deliver uncompromising quality and operational efficiency at scale. ###### Supply Chain Logistics & Delivery Building resilient global supply chains to ensure operational continuity. We provide agile, on-time delivery for seamless data center deployment worldwide. ##### Partnering for Global Scale. From continuous innovation to global deployment, Wiwynn is your trusted strategic partner in hyperscale infrastructure. ### After-Sales Support URL: https://www.wiwynn.com/global-services/after-sales-support ###### Empowering hyperscale infrastructure with resilient engineering and logistics for uninterrupted global cloud performance. Supply Chain Services ｜ Logistics & Distribution ｜ After-Sales Support ###### Empowering the Globe, Transcending Boundaries: Services Global Data Centers. A strategic leader in hyperscale architecture, Wiwynn leverages resilient supply chains and advanced technical support to ensure seamless global cloud availability under extreme workloads. ###### Deeply Rooted Locally, Serving Globally Glocal Support Excellence - Strategic Global Service Network: In collaboration with over 10 global strategic service partners, we have constructed a robust technical support matrix. By combining the dual advantages of local expertise and global reach, we deliver borderless operational capabilities. - Real-time Response: We provide 24/7 uninterrupted global repair and on-site technical support. In critical moments, we ensure professional expertise arrives on-site immediately to safeguard business continuity. Spare Parts Logistics & SLA Commitment - Precision Fulfillment Performance: We efficiently manage complex demands for over 200,000 spare parts annually, demonstrating formidable logistical and operational prowess. - SLA-Grade Reliability: We strictly adhere to Service Level Agreements (SLAs) to ensure the precise delivery of spare parts. By optimizing logistics topology, we reduce Mean Time to Repair (MTTR), maximizing TCO benefits while minimizing downtime risks. Advanced Engineering & Failure Analysis - Agile Failure Analysis (L1 FA): We commit to completing Level 1 Failure Analysis within 7 days of a service request. Our data-driven diagnostics safeguard every critical technical entrustment. - Core Repair Capabilities: Leveraging massive repair datasets from handling hundreds of thousands of precision components, we master core restoration technologies to ensure systems achieve peak performance under any workload. Reverse Logistics & Circular Economy - Efficient After-Sales Processes: With an annual processing volume exceeding 500,000 units, we precisely manage reverse logistics flows to maximize resource utilization. - Transparent Global Return Management (RMA): We have established a comprehensive and transparent supply chain return mechanism. Through intelligent asset management, we help customers achieve ESG sustainability goals and revitalize residual asset value. ###### End-to-End Integrated Services While implementing ESG sustainability strategies, we provide End-to-End Services designed to maximize asset lifecycle value and help customers accelerate the development of green supply chain competitiveness. Leveraging our Global Strategic Footprint and intelligent inventory forecasting systems, we ensure high availability of critical components, minimizing unplanned downtime and fulfilling our 24/7 business continuity commitment. ###### Extreme TCO Optimization & Flexible Support Architecture Built upon the core strengths of Total Cost of Ownership (TCO) optimization and highly flexible service models, we provide tailored technical support solutions regardless of deployment scale. Furthermore, our global team of experts provides deep technical consultancy for complex hyperscale engineering needs, ensuring server architectures maintain top-tier Power Usage Effectiveness (PUE Optimization) and system stability under the most demanding workloads. ###### Your Global Strategic Service Partner Delivery Beyond Expectations: Building a Service System of Resilience and Scale In the face of a dynamic global supply chain, we eliminate geographical boundaries and time zone constraints through the deep integration of Global Logistics and Local Execution, ensuring your infrastructure remains in a high-performance state at all times. We are more than just a service provider; we are a strategic partner driving operational efficiency and transparency through digital collaboration platforms. Through Proactive Insights and intelligent risk management, we identify potential needs one step ahead, ensuring precise resource allocation. We build partnerships, not just deliverables—providing the Global Service Resilience your business needs to expand without limits. ###### Supply Chain Services Data-Driven Agility, Resilience, and Global Sustainability—Deploying a Zero-Delay, Hyperscale Cloud Supply Network. ###### Logistics & Distribution Precision end-to-end delivery for hyperscale data centers, powered by global logistics excellence. ##### Partnering for Global Scale. From continuous innovation to global deployment, Wiwynn is your trusted strategic partner in hyperscale infrastructure. ### Logistics & Distribution URL: https://www.wiwynn.com/global-services/logistics-and-distribution ###### Precision end-to-end delivery for hyperscale data centers, powered by global logistics excellence. Supply Chain Services ｜ Logistics & Distribution ｜ After-Sales Support ###### Logistics Excellence: Hyperscale Delivery Across 152 Cities. ###### Global End-to-End Delivery Network With a strategic global footprint spanning 152 cities, we have built a premier supply chain collaborative network. This expansive reach ensures that hyperscale infrastructure transcends geographical boundaries, enabling rapid cross-border deployment and exceptional agility within a dynamic global trade environment. Centered in APAC, Serving the Globe We leverage the Asia-Pacific region as our strategic supply hub to orchestrate a seamless global network. From precision component sourcing to final global delivery, we optimize every production stage and logistics workflow through advanced technology. We ensure every data center deployment hits its timeline with absolute precision—making us your most reliable global partner in manufacturing excellence. Supply Chain Topology: From APAC to Global Taiwan HQ Factory Assembly L5 / L6 Manufacturing Core hardware manufacturing, including PCBA (SMT) and chassis/thermal integration. Facilities located in Tainan and Johor Bahru. AIR SEA GLOBAL DEPLOYMENT Regional Integration L10 / L11 Integration Assembles L6 with key components (L10) for rack-level testing (L11). Regional hubs in Mexico, Czechia, and Johor Bahru ensure proximity to customers for regional integration and delivery. Data Center Deployment and Services Delivers tested rack solutions to global data centers across the Americas, Europe, and APAC, supported by localized logistics, deployment, and technical services. Basic Raw Components Strategic Partners Key Components (Direct Ship) Designed in Taiwan · Regional Manufacturing · Global Delivery Advanced Engineering. Nearshore Manufacturing. Global Fulfillment. Driven by our global R&D centers, we orchestrate a highly agile supply network with strategic manufacturing bases across the Americas, EMEA, and APAC to maximize market proximity and supply chain resilience.
Spanning 147 locations across 35 countries, our integrated footprint provides high-efficiency fulfillment to over 767 data centers worldwide, acting as the indispensable backbone for global cloud infrastructure. ###### Hyper-Granular Fulfillment Solutions We implement high-precision delivery standards, offering logistics solutions ranging from full racks (L11) to component-level spares. Whether executing complex cloud architecture deployments or urgent critical part replenishments, our customized strategies ensure every asset is delivered with absolute precision, maximizing supply chain continuity and maintenance efficiency. ###### AI-Driven Visibility & Supply Chain Resilience By integrating risk early-warning mechanisms with dynamic dispatching solutions, we proactively enhance supply chain resilience and security. This ensures the absolute safety and stability of core assets amidst global logistics fluctuations. ###### World-Class Global Trade Compliance In collaboration with the world's top 10 freight forwarders and 3PL partners, we strictly adhere to international trade regulations and AEO-level certification standards. Through standardized compliance workflows and rigorous security audits, we eliminate administrative friction in cross-border trade, providing transparent and secure global solutions that support the steady expansion of hyperscale data centers worldwide. ###### Supply Chain Services Data-Driven Agility, Resilience, and Global Sustainability—Deploying a Zero-Delay, Hyperscale Cloud Supply Network. ###### After-Sales Support Empowering hyperscale infrastructure with resilient engineering and logistics for uninterrupted global cloud performance. ##### Partnering for Global Scale. From continuous innovation to global deployment, Wiwynn is your trusted strategic partner in hyperscale infrastructure. ### Manufacturing & Quality- Wiwynn URL: https://www.wiwynn.com/global-services/manufacturing-and-quality #### Manufacturing & Quality ###### Leveraging AI and advanced automation to drive precision manufacturing. ###### We deliver uncompromising quality and operational efficiency at scale. Manufacturing & Quality ｜ Supply Chain & Logistics AI-Driven Manufacturing Excellence We leverage global "Copy-Exact" capabilities to ensure zero-deviation mass production across all sites. By integrating real-time anomaly detection and intelligent decision-making, we provide superior yield and delivery stability, empowering customers with a resilient and reliable manufacturing edge. ###### Smart Factory Data-Driven Integration & Digital Twin Technology We seamlessly connect smart production with automated logistics through IoT-enabled Digital Twins. Our AI algorithms enable predictive defect monitoring and optimized supply chain scheduling. This framework integrates smart security and energy management, merging operational efficiency with long-term sustainability. Empowering Agility through Digital Intelligence Utilizing AI Vision for zero-defect quality control and AGV-integrated warehousing, we optimize end-to-end logistics. Our commitment to high-efficiency production is backed by proactive AI safety networks and real-time visibility, ensuring a secure and sustainable competitive advantage. ###### Global Manufacturing Resilient Production & Seamless Deployment We ensure precision from component level to full-system rack assembly. Our advanced integration and pre-shipment testing protocols guarantee plug-and-play readiness for global data centers. By merging AI-driven energy management with circular resource technologies, we enable peak performance with a minimized environmental footprint. ###### Deep Integration of Resilience and Sustainability ###### Next-Gen Automated Manufacturing via NVIDIA Omniverse Redefining Production through Industrial Digitalization. We leverage NVIDIA Omniverse for high-precision virtual modeling and dynamic simulation, optimizing production lines prior to physical deployment. This integration allows for real-time adjustments and quantifiable energy savings, ensuring maximum stability and efficiency in our next-generation automated workstations. ###### Advanced Liquid Cooling Solutions Industry-leading automated liquid cooling test lines: Covering leak testing, pre-flushing, and filling with full MES integration for real-time monitoring. This system minimizes human error while maximizing precision and efficiency. By replacing traditional CDUs with an innovative Centralized Heat Exchange Module, we optimize space and expand capacity. Combined with a programmable BMS, we deliver high-performance testing with uncompromising production safety. ###### Sustainable Manufacturing & Energy Excellence We integrate process innovation with precision energy management to achieve low-carbon production. From the ground up, our new facilities adhere to Gold-level green building standards and leverage expanded solar capacity to drive a high-renewable energy future. We have fully integrated energy-efficient PCBA equipment and optimized idle power mechanisms for rack testing. By utilizing a Smart Energy Management System, we dynamically adjust power based on real-time equipment status, achieving significant, quantifiable energy savings without compromising production stability. ##### Partnering for Global Scale. From continuous innovation to global deployment, Wiwynn is your trusted strategic partner in hyperscale infrastructure. ### Supply Chain & Logistics URL: https://www.wiwynn.com/global-services/supply-chain-and-logistics ###### Building resilient global supply chains to ensure operational continuity. We provide agile, on-time delivery for seamless data center deployment worldwide. Manufacturing & Quality ｜ Supply Chain & Logistics Integrating global supply chains for seamless data center deployment We orchestrate a highly resilient global supply network—from precision component sourcing to worldwide delivery. By leveraging data-driven logistics and automated workflows, we ensure operational continuity and guarantee every data center deployment hits its timeline with absolute precision. ###### Supply Chain Planning Solutions Evolving from periodic forecasting to real-time Continuous Synchronization By integrating demand, supply, and inventory data across global sites, we enable rapid scenario simulation and proactive risk mitigation. This accelerates decision cycles, minimizes inventory exposure, and ensures resilient, on-time delivery for hyperscale demands. ###### Smart Warehouse Management Driving operational efficiency through fully automated workflows and real-time data integration Our smart logistics model maximizes space utilization, eliminates manual handling errors, and ensures precisely timed material flow. This data-centric approach fundamentally fortifies capacity resilience and fulfillment speed. ###### Global Supply Chain Network Centered in APAC, Serving the Globe We leverage the Asia-Pacific region as our strategic supply hub to orchestrate a seamless global network. From precision component sourcing to final global delivery, we optimize every production stage and logistics workflow through advanced technology. We ensure every data center deployment hits its timeline with absolute precision—making us your most reliable global partner in manufacturing excellence. Designed in Taiwan · Regional Manufacturing · Global Delivery Advanced Engineering. Nearshore Manufacturing. Global Fulfillment. Driven by our global R&D centers, we orchestrate a highly agile supply network with strategic manufacturing bases across the Americas, EMEA, and APAC to maximize market proximity and supply chain resilience. Spanning 147 locations across 35 countries, our integrated footprint provides high-efficiency fulfillment to over 767 data centers worldwide, acting as the indispensable backbone for global cloud infrastructure. ##### Partnering for Global Scale. From continuous innovation to global deployment, Wiwynn is your trusted strategic partner in hyperscale infrastructure. ### Supply Chain Services URL: https://www.wiwynn.com/global-services/supply-chain-services ###### Data-Driven Agility, Resilience, and Global Sustainability—Deploying a Zero-Delay, Hyperscale Cloud Supply Network. Supply Chain Services ｜ Logistics & Distribution ｜ After-Sales Support ###### Building an Ultra-Resilient Global Supply Chain System. In the face of severe global supply chain volatility and rapid technological advancements, Wiwynn leverages a digital operations platform and precision planning to build a highly real-time, resilient, and agile management framework for Tier-1 CSP customers. This ensures the optimization of total cost of ownership (TCO) and maximizes the value of cloud infrastructure. ###### Supply Chain Planning Solutions Three Core Strategies: Smart Supply Chain Competitiveness All-Round Digital Platform | Synchronizing Globally for Zero-Delay Decisions Breaking down geographical and organizational boundaries to connect global factories and logistics hubs. Leverage real-time supply chain data to make sharper, more agile decisions. Data-Driven Demand Management | Aligning Precisely with Market Pulses Leveraging advanced data analytics to dynamically respond to hyperscale demands.
Optimizing resource commitment mechanisms to ensure high-performance accountability under surging demand. Global Supply Chain Optimization | Strategic Resource Allocation for Cost & Speed Optimize global resource distribution to slash operational costs and shorten time-to-market. ###### Smart Warehouse Management Driving Supply Chain Digital Transformation through Hyper-Automation Transitioning from manual operations to high automation, we drive comprehensive digital transformation across the supply chain. Targeting traditional warehousing pain points—including inefficiency, information latency, and over-reliance on manual experience—we seamlessly integrate intelligent systems with automated equipment to achieve: - Systemic Error-Proofing: 
Implementing AI verification and automated prevention mechanisms to completely eliminate human failure modes. - Process Standardization:
Defining best-practice workflows to significantly reduce operational complexity across regions. - Intelligent Decision-Making: 
Leveraging data-driven insights to achieve precision management and smart resource configuration In the fast-moving cloud infrastructure market, efficient warehousing is the core pillar for guaranteeing on-time delivery. We integrate intelligent processes through three strategic pillars: - One Global System: Achieving real-time data synchronization across all global sites to ensure consistent management standards worldwide. - Automation Collaboration: Seamlessly connecting with automated warehousing equipment to maximize human-machine collaboration efficiency. - Operational Excellence: Minimizing operational risks to the lowest possible level through systemic and automated auditing mechanisms. ###### Driving Global Cloud Sustainability and Resilience Through Strategic Supplier Management Supply Chain Management (SCM) is the strategic pillar that sustains Wiwynn’s core competitive edge in the Tier-1 hyperscale data center market. By the end of 2024, we closely integrated nearly 300 critical global suppliers across capital- and technology-intensive electronic and mechanical components. Through the deep integration of our "Sustainable Procurement Guidelines," we empower our global supply chain with the high flexibility and resilience needed to navigate market fluctuations and geopolitical risks. Fully aligned with global ESG standards, we actively help customers build green data center infrastructures that maximize both TCO efficiency and environmental performance. I. Sustainable Value Chain Management We consider corporate governance and human rights protection as foundational pillars holding equal weight with our technological capabilities. - Policy & Planning Our Supplier Code of Conduct spans five critical pillars: Labor, Health & Safety, Environment, Business Ethics, and Management Systems. Deeply integrated with clauses on biodiversity, zero deforestation, and land conservation, the Code reinforces our dedication to resource sustainability and ecosystem protection. We mandate that suppliers sign and strictly comply with these guidelines to drive collective sustainable growth. 🟢Track Record: Successfully achieved a 95.52% signature rate among suppliers (including new vendors) from 2022 through Q1 2025. - Selection & Risk Assessment Our supplier evaluation framework for both new vendors and existing partners comprises three strategic pillars: General Profile, Core Capabilities, and Sustainability Resilience. Beyond signing codes of conduct and compliance declarations, suppliers are incentivized to issue ESG reports, and are required to achieve ISO certifications or complete validated audits (e.g., RBA VAP). 🟢Track Record: In 2024, 100% of newly onboarded suppliers were successfully screened using international certification standards under the Sustainability Resilience pillar. - Audit & Verification Integrating document reviews and on-site audits, we utilize data-driven insights to assess environmental footprints and human rights performance, safeguarding absolute integrity across every segment of our value chain. - Continuous Improvement & Shared Prosperity Leveraging quarterly and annual performance reviews as catalysts, we incentivize our supply chain by awarding top-performing suppliers with priority consideration for upcoming project collaborations. II. Implementing Sustainable Procurement Strategies: Transitioning from Price-Driven Competition to a Unified Paradigm of Technology, Quality, Delivery, and Sustainability. - Extending Our Values: Prioritizing partners with active commitments to human rights and fair operations, we utilize our procurement influence to support social responsibility. - Fostering Economic Resilience: Advancing technology transfer and locking in long-term strategic agreements, we empower suppliers to accelerate green manufacturing and elevate their long-term edge in global markets. - Transparent & Ethical Governance: Enforcing fair play and absolute transparency, we eliminate improper interests to ensure resources are dedicated exclusively to driving innovation and premium quality. ###### Shaping a Sustainable Cloud Ecosystem Together Sustainable procurement is our long-term strategic investment, not a cost. Upgrading supply chains with global partners to drive the cloud industry toward a sustainable future. Discover Our Impact: download the Wiwynn ESG Annual Report for a deeper look into our milestones. ###### Logistics & Distribution Precision end-to-end delivery for hyperscale data centers, powered by global logistics excellence. ###### After-Sales Support Empowering hyperscale infrastructure with resilient engineering and logistics for uninterrupted global cloud performance. ##### Partnering for Global Scale. From continuous innovation to global deployment, Wiwynn is your trusted strategic partner in hyperscale infrastructure. ### Where to Buy URL: https://www.wiwynn.com/where-to-buy ##### United States of America - Company Name: Products and Services / Contact - Penguin: HPC Hardware Solutions ‧ Servers ‧ Workstations ‧ Storage ‧ Networking ‧ HPC On-DemandHPC Software Solutions ‧ Scyld Cluster Manager ‧ Scyld Cloud Manager: Tel: 1 (888) 736-4846 1 (415) 954-2800 Fax: 1 (415) 954-2899 45800 Northport Loop West Fremont, CA 94538 penguincomputing.com - Redapt ‧ Full-service integration capabilities ‧ Customized multi-cloud solutions (public, private or hybrid) ‧ Network and storage system design ‧ Container services API design and development ‧ DevOps enablement and engineering services ‧ Cloud application development: redapt.com/contact ##### Europe - Company Name: Products and Services / Contact - Circle B ‧ Rack Server Solution Planning ‧ System Integration ‧ Deployment Service ‧ Selling OCP Rack, Server, Storage ‧ 19 inch Generic Rack Server, Storage ‧ Network Switch, ToR Switch: Tel: +31 85 800 0430 Address: Beechavenue 113, 1119 RB Schiphol-Rijk, The Netherlands menno@circleb.eu circleb.eu - Celeris Informatique ‧ Networks, infrastructure, office automation ‧ proposal of tailor-made solutions ‧ Installation and implementation of products: Tel: +31 1 71 12 60 24 10 rue de l’Abbe Hazard, 92000 Nanterre, France contact@celeris-informatique.fr www.celeris.fr - Vesper Technologies ‧ Turnkey, flexible server solutions ‧ Experience and expertise to make SDS ‧ Software Defined Networks ‧ OCP data center hardware ‧ SLA options ‧ Components: Tel: +44(0) 161 947 4321 5 Rugby Park, Bletchley Road, Stockport, SK4 3EJ, UK info@vespertec.com vespertec.com ##### Russia - Company Name: Products and Services / Contact - DELTA Solutions ‧ Server and Storage ‧ Rack solution ‧ Datacenter Solutions ‧ OCP Server & Storage: Tel: +7(495) 607-14-41 22, block 5 Kolokolnikov backstreet 107045, Moscow, Russia info@deltasolutions.ru deltasolutions.ru ##### South Korea - Company Name: Products and Services / Contact - Teratac: Korea Distributor ‧ Server and Storage ‧ Rack solution ‧ Datacenter Solutions ‧ HPC On-Demand (HW/SW) ‧ OCP Server & Storage: Tel: +82 (2) 701-4422 Fax: +82 (2) 3272-2221 #910 Digital Empire Bldg., 1130 Beoman-ro, Geumcheon-gu, Seoul, Korea info@teratec.co.kr teratec.co.kr ##### Japan - Company Name: Products and Services / Contact - CTC: Japan Distributor ‧ Rack Server Solution Planning ‧ System Integration ‧ Deployment Service ‧ Selling OCP Rack, Server, Storage ‧ 19 inch Generic Rack Server, Storage ‧ Network Switch, ToR Switch ‧ Onsite support: ctc_ocp@ctc-g.co.jp ## Company ### About Wiwynn URL: https://www.wiwynn.com/about-wiwynn #### Unleash the power of digitalization, #### Ignite the innovation of sustainability ###### Our Mission ###### Provide the Best TCO, Workload and Energy Optimized IT Solutions from Edge to Cloud Wiwynn is a leading cloud IT infrastructure provider for hyperscale data centers. As a platinum member of the Open Compute Project (OCP), our focus is on next-generation technologies to provide the best TCO, workload efficiency. The main areas of interest include advancements in Cloud, AI, Advanced Connectivity, and Edge Computing. ###### Company ##### Who We Are ###### Company Info Introducing about the fast-growing cloud infrastructure provider that develops high-density computing and storage products, plus rack solutions for leading data centers. ###### Global Operations Introducing about the company headquarters, international business offices and manufacturing facilitate. ###### Leadership Learn more about Wiwynn's leadership team ###### Organization Introducing about the company organization ##### Being Part of Our Journey ###### Brighten your career by balancing it with your personal life. ### Company Info URL: https://www.wiwynn.com/about-wiwynn/company-info ###### About Wiwynn - Company Info - Global Operations - Leadership - Organization Wiwynn is a fast-growing cloud infrastructure provider delivering hyperscale data center solutions in computing, storage, and rack design, with a focus on next-generation technologies in AI and Advanced Cooling. As a platinum member of the Open Compute Project (OCP), we are committed to driving open innovation and enabling enterprises to build and scale cloud services. ###### Who we are? Where we are from? In 2012, Wiwynn started operations with a vision of being a value partner for its customers in the Cloud Services Business. Established with the backing of one of the world’s leading computer ODM partners, Wistron Corporation, Wiwynn set out to disrupt the market by providing workload-optimized server products with the best total cost of ownership (TCO) to its customers and partners. We have built Wiwynn into a global cloud-enabling service company that provides end-to-end integrated solutions to data centers who are looking to build, distribute, or resell cloud services to their clients. Despite being a relatively new player in the market, Wiwynn is driven by a team with many years of experience in the ODM, server, and storage fields. Through leveraging the technical know-how garnered from years in the ODM field and supplementing this with the rapid decision-making and flexibility that are characteristics of start-up companies, Wiwynn has worked to dramatically shorten the time-to-live for reliable, powerful servers through implementing an innovative ODM Direct strategy. Originally a wholly-owned subsidiary of the Wistron Group, Wiwynn’s experienced management team as well as established relationships with cloud services providers across the world place it on an excellent footing for future expansion and growth as an independent company. Wiwynn has matured into a fast-growing cloud IT infrastructure provider that develops high-performance compute and storage products, as well as providing rack solutions for leading data centers. ###### Vision Unleash the Power of Digitalization, Ignite the Innovation of Sustainability ###### Mission Provide the Best TCO, Workload and Energy Optimized IT Solutions from Edge to Cloud ###### Our Vision for achieving our Mission Wiwynn’s Vision for achieving its Mission of being a global cloud-enabling service company that provides end-to-end integrated solutions to data centers is constantly being refined through discussions with customers, partners, and other industry bodies. Throughout the years of our team’s experience, there have been two recurring themes that Wiwynn strives to address: Customers are increasingly demanding products that offer the best TCO while being optimized for their unique workloads. Wiwynn employs a number of ways of addressing these two demands. We work directly with customers to understand their needs before we propose a solution. This enables us to find a blend of products that delivers ultimate value for the customer. Once the proposal is accepted, we are able to design, assemble, customize, test, and validate the solution before it even leaves our factories. Wiwynn may be unique in the market with its ability to provide solutions all the way up to L11 rack integration services – from the board, to the system to the complete rack. Wiwynn has the facilities to deliver systems that have been tested and validated prior to shipping, reducing the amount of time that customers need to spend to assemble, test, and validate prior to a rack installation going live. Once an installation is on a customer property, we have the freedom to leverage the Wistron Group’s global support infrastructure to ensure industry-leading ongoing support. This unique combination of the global infrastructure and dedicated, in-depth cloud support built on collaboration with worldwide teams, systems, and experience means Wiwynn is able to provide customized project support and collaboration while also managing large scale global implementation. Wiwynn has a dedicated Service Portal that customers can use to submit support requests and communicate directly with Wiwynn’s team to ensure that all issues are handled in a timely manner. Customers can also track the progress of their requests through the portal. Wiwynn’s innovative “ODM direct” business model is designed to more effectively meet the needs of our clients and provide solutions to their individual needs. This business model allows us to work directly with our customers to design bespoke and OCP solutions that meet their requirements. Working directly with customers allows us to deliver solutions when and where they are needed, with no unnecessary costs associated with warehousing products between delivery and installation. ### Global Operations URL: https://www.wiwynn.com/about-wiwynn/global-operations ###### About Wiwynn - Company Info - Global Operations - Leadership - Organization We serve customers without boundaries. Our headquarters in Taiwan, international business offices and manufacturing plants facilitate the delivery of products to data centers in the US, Europe, Asia and elsewhere in the world. We see how dreams change human lives and witness customers become the cloud paragons. ###### Americas Office – San Jose, United States Office – Bellevue, United States Service Center – El Paso, United States Manufacturing Center – Juárez, Mexico ###### Europe Office – Amsterdam, Netherlands Manufacturing Center – Brno, Czech ###### Asia Corporate Headquarters – Taipei, Taiwan Manufacturing Center – Tainan, Taiwan Manufacturing Center – Senai, Johor, Malaysia ### Leadership URL: https://www.wiwynn.com/about-wiwynn/leadership ###### About Wiwynn - Company Info - Global Operations - Leadership - Organization ###### Emily Hong Chair and Chief Strategy Officer Ms. Emily Hong currently serves as the Chair and Chief Strategy Officer of Wiwynn Corporation. She led the team to establish Wiwynn in 2012, focusing on the cloud data center market. Prior to Wiwynn, she served as Group President and COO of the Enterprise Business Group at Wistron Corporation and has held senior roles at Wistron and Acer Group. With extensive experience in the IT industry, Ms. Hong’s expertise spans international relations, global sales operations, R&D, and marketing strategies. She received the ERSO Award from the Pan Wen Yuan Foundation in 2019. She also actively participates in industry organizations, including OCP Taiwan, AAMA Taipei Program, and Taiwan Women on Boards Association, supporting innovation and development across the industry. Ms. Hong earned her degree from the Political Science Department at National Taiwan University (NTU) and completed the Business Administration Executive Program at National Chengchi University (NCCU). ###### William Lin President and CEO Mr. William Lin is the President and CEO of Wiwynn Corporation. Prior to joining Wiwynn Corporation, he was the Group President of the Enterprise and Networking Business Group at Wistron Corporation, where he successfully led multinational and multidisciplinary teams. Mr. Lin has more than three decades of experience in the IT industry, including expertise in server and AI-related industries, as well as cross-domain expertise in product development, sales, supply chain management, and customer services. Mr. Lin holds a Bachelor of Science degree in Electronic Engineering from Feng Chia University in Taiwan and a Master of Business Administration (MBA) from Wright State University in Ohio, USA. ###### Christopher Huang Vice President Christopher Huang is the Vice President of Wiwynn. He brings over 25 years of experience in the IT industry, with extensive expertise in product management and sales. Before joining Wiwynn, he served as Vice President of the Enterprise and Networking Business Group at Wistron Corporation, leading key initiatives across multiple managerial roles. Mr. Huang holds a bachelor’s degree in Industrial Management from National Taiwan University of Science and Technology, and graduated from the EMBA of National Taiwan University, and the Business Administration Executive Program of National Chengchi University. ###### Harry Chen Chief Financial Officer and Chief Sustainability Officer Harry Chen, Chief Financial Officer and Chief Sustainability Officer of Wiwynn, previously served as Senior Finance Strategic Planning Director at Wistron Corporation. During his tenure at Wistron, Mr. Chen transferred to the Hsinchu factory to oversee cost accounting and was later expatriated to the Czech Republic to establish an overseas factory, where he served as its Finance Director. He also played a pivotal role in supporting several mergers and acquisitions across various sectors, including personal computers, LCD displays, servers, touch panels, green recycling, and cloud computing. In addition to leading the implementation of ERP systems, Mr. Chen leveraged his extensive experience from global operations to provide practical guidance on finance and internal controls for business processes. His contributions delivered strong support for process execution and continuous improvement. Mr. Chen graduated from the Department of Accounting at Tunghai University. Before joining Wistron, he began his career in the Accounting Department at Acer in 1997. ###### Robin Wang Chief Manufacturing Officer Robin Wang, oversees the company’s manufacturing operations. With thirty years of experience in the IT industry, Mr. Wang specializes in manufacturing engineering, program management, and factory setup and operations. Prior to joining Wiwynn, Mr. Wang served as Chief of Operations for Wistron’s Enterprise Business Group for a decade. EBG’s core products included servers, storage systems, VoIP devices, and IPC. In this role, he also managed Wistron’s factories in Taiwan, Mexico, the Czech Republic, and China. Mr. Wang holds a degree in Mechanical Engineering from the National Taiwan University of Science and Technology and an EMBA from Ateneo de Manila University in the Philippines. ###### Tony Wen Vice President Tony Wen is the Vice President of Wiwynn. Mr. Wen brings over 25 years of extensive experience in servers, storage, networking, AI, data centers, and enterprise solutions. He previously served as head of business units and engineering teams at Inventec and Compal, where he led cross-functional teams in R&D, manufacturing, quality, supply chain, marketing, and sales. Mr. Wen holds a bachelor’s degree in Electrical Engineering from Fu Jen Catholic University. ###### Joe Chiao Chief Supply Chain Officer, Supply Chain Management Mr. Joe Chiao, Chief Supply Chain Officer of Wiwynn, is an experienced account executive. Over 20 years in ODM field across multiple functions, including ERP system analyzer, account management and product management, Joe is expert in process analysis, fulfillment planning, business analysis, and business management. Joe has been working with top tier Enterprise & Networking customers such as IBM, Lenovo, Cisco, and Avaya. With his extensive experiences in the company and industry, Joe and his AM team will be your champion & best partner in Wiwynn. ###### James Wen Chief Information Officer and Chief Information Security Officer James Wen serves as the CIO and CISO of Wiwynn, boasting 30 years of experience in enterprise IT implementation and management. Before joining Wiwynn, he was the Director of the Application Information System Management Department at Wistron Corporation, where he led numerous large-scale enterprise application projects. Mr. Wen earned his degree in Information Management from National Sun Yat-sen University and holds a master's degree from Arizona State University in the United States. ###### Lois Lin Chief Legal Officer Lois Lin is the Chief Legal Officer of Wiwynn, with over 20 years of experience in legal affairs. She has previously worked with companies such as Marshall Denning (in Australia), Hewlett Packard /Hewlett Packard Enterprise and VIA Technologies. Ms. Lin graduated from the Department of Law at National Chengchi University and obtained her Master of Laws from Duke University School of Law in the United States. ###### Alfred Chao Vice President Alfred Chao joined Wiwynn in March 2020 as the Head of Business Line. With nearly 30 years in the IT industry, he possesses expertise across quality management, product program management, and sales, overseeing the entire product lifecycle from design to global deployment. His background spans automotive and industrial systems, focusing on process optimization and supply chain collaboration. Previously serving as OCP Taiwan Lead, he holds a master’s degree from National Taiwan University. ###### Howard Liu Vice President Howard Liu is the Vice President of Wiwynn. Mr. Liu brings over 25 years of experience in the ICT industry; spanning industrial, smart energy, automotive, commercial, and IoT businesses. Prior to Wiwynn, Mr. Liu held several leadership positions at Wistron Corporation for more than 20 years, including Vice President to lead the Industrial & Automotive Business Group, where he was responsible for industrial, smart energy, and automotive businesses. Mr. Liu holds a Bachelor’s degree in Business Administration and an MBA from Grand Canyon University in the United States. ### Organization URL: https://www.wiwynn.com/about-wiwynn/organization ###### About Wiwynn - Company Info - Global Operations - Leadership - Organization - Department: Functions - Corporate Audit: Develop and execute the annual audit plan to assist management to assess risk and corresponding management. Ensure the effectiveness of internal control system design and implementation to assist the Audit committee overseeing internal control execution and corporate governance to achieve organizational goals. - Enterprise Development: Responsible for the company's overall strategic planning, growth direction, and long-term development. - Legal & IPR Management: Review the Company’s transaction contracts and legal documents to provide legal opinions and negotiation support. Manage the Company’s dispute resolution procedures. Manage the application, protection and license matters of the Company’s intellectual property. Provide legal advices for the laws and regulations change and compliance issue. Plan and implement legal trainings to all employees. Manage the Company’s Privacy Policy. - Corporate Communications: Plan and execute marketing events. Production of video and publicity materials for products and PR purposes. Manage company brand and maintain external image, including website, social media, community, media exposure and third party organization relationship. News gathering and marketing data analysis. - Sustainable Development Office: Drive ESG, corporate sustainability development performance. - Information Security Office: Define cyber security strategy and policies. Enforce cyber security management measures. Drive enhancement of systems, processes, procedures and training on Information and Cyber Security matters. - Supply Chain Management: Develop supply chain strategy, support business operations needs in the areas of procurement, customer fulfillment, supply planning, logistic management, and after services. Ensure the smooth operation of the supply chain and maximize efficiency. - Manufacturing Management: Develop and integrate manufacturing technology and core competence to reach the highest level of quality and manufacture excellence. Build manufacturing capacity and resource to support business demand with geographical strategy. - Pioneering Center: Pioneer new technologies and business under the guidance of Wiwynn Corporate missions. Pursue effective and efficient operations across Wiwynn business operations. - Line of Business: Provide data centers best-in-class cloud-to-edge products, and manage business optimizations for customers. - Engineering Management: Execute Engineering operations to ensure time to market & best product design quality with innovative technologies. - System Firmware Engineering: Plan and execute firmware design, development, testing, production and maintenance of Wiwynn products, and continue to research technology and innovation to ensure Wiwynn's competitiveness in product technology. - System & Hardware Engineering: Execute System, and Hardware design to ensure time to market & best product design quality with Customer . - Engineering Intelligence: Implement AI and automation technologies to enhance the overall efficiency of product development and production. - Engineering mechanical and thermal technology: Innovate thermal and mechanical development, along with engineering management, to meet market demand and sustain industry leadership. - Pioneering & Business Management: To drive market expansion, product planning, business growth, and innovation under company's strategy, maximizing synergy and operational efficiency. - Engineering Quality: Plan and execute innovation technologies to validate design quality in component and system level. Derive and execute quality analysis/improvement plan. Provide after-sales engineering services. - Information & Digital Technology: Develop digitalization strategy and enable digital optimization initiatives. Adopt, implement, and enhance enterprise applications. Manage infrastructure operations. - Finance: Manage finance, accounting, tax, budgeting, treasury. - Human Resources & Admin: As a strategic partner for business operations, continuously optimize human capital management systems and processes. Strategize and execute activities related to talent acquisition, training and development, performance management, separation, employee relations, total rewards, general affairs and EHS. Actively drive the integration of company core values and ensure compliance throughout the organization. ### Wiwynn Foundation URL: https://www.wiwynn.com/about-wiwynn/wiwynn-foundation ###### Promoting nature conservation, sustainable development, and responsible practices to achieve harmony between people, the environment, and overall well-being. ###### Our Mission and Focus Areas ###### We advance nature conservation and sustainability education, creating long-term value through environmental, social, and governance (ESG) responsibility.​ ###### 1. Conservation and Education: We protect the natural environment and support academic and educational activities that put sustainable development into practice. ###### 2. Education for Sustainable Development (ESD): We foster dialogue and collaboration among environmental protection, social welfare, and corporate responsibility, and support learners of all ages in building: • Harmony between people and the environment • Inclusion among people • Balance of body and mind within oneself ###### 3. Public Benefit: We undertake other charitable initiatives aligned with our mission. ###### Ocean Hugs​ Safeguarding the Ocean, Where Life Renews Itself​ ###### Biodiversity on Land​ Conserving Land Habitats, Sustaining the Web of Life​ ###### Green Care​ Healing Through the Forest, Restoring the Mind with Nature​ ###### Education for ​Stainability​​ Harmonize Nature, Protect Earth Since 2025, Wiwynn Foundation has made Ocean Hugs the centerpiece of its marine conservation work. Bringing together industry, government, academia, and research, we support UN Sustainable Development Goal 14 (SDG 14), Life Below Water, through ocean education, recycled materials, and habitat restoration in the wild. Iin 2026, Wiwynn Foundation hosted the "Coral Classroom" event, welcomed 11 key supply chain partners of Wiwynn, 42 Wiwynn volunteers, and 69 family members to learn about coral ecosystems and ocean conservation through hands-on experience, so that children and adults alike can become ocean guardians. At Mao’ao Bay in New Taipei City, 15 Wiwynn volunteers took part in coral restoration, planting 288 native corals of Taiwan’s northern coast. From learning about the ocean to getting involved in person, conservation moves beyond knowledge and ideas and becomes action, step by step. Ocean recovery takes time and continuously support. We will keep building our experience in education, research, and habitat restoration, and we will keep inviting like-minded partners to join us on the action of protecting the ocean. Wiwynn Foundation and Wiwynn Corp. volunteers, together with our supply chain partners, step into the foothills of Gongliao and Sanzhi in New Taipei City, where ponds, terraced paddies, plants, and wildlife form a tightly woven web of life. We work to protect northern Taiwan’s biodiversity and endangered species. Volunteers help create habitats for the Myrrophis chinensis and join ecological surveys, while employees and partners replant the Arundina graminifolia (D.Don) Hochr. Conservation doesn’t only happen in faraway reserves. It begins in the fields and forests around us, through learning, caring, and protecting them together. Wiwynn Foundation has partnered with the Taichung Branch of the Forestry and Nature Conservation Agency (FANCA) and the Dept. of Forestry & Resource Conservation (SFRC) at NTU to launch the Healing Forest Certification program starting in 2025. Guided by our vision, “Healthy Forests, Healthy People,” we foster interdisciplinary collaboration toward earning international healing forest certification for the Basianshan National Forest Recreation Area. We believe a forest holds the breath and hope of countless lives. Protecting it protects our power to heal. Created by the Wiwynn Foundation, Huo Shao Xing Bao Qi is a board game designed to teach children how to reduce carbon emissions in their daily lives. Players take on the role of one of five groups, navigating resource competition, carbon-reduction choices, and sustainability challenges. Through music and storytelling, the game’s message truly resonates in players’ hearts. Through melody and lyrics, we hope more people will see that sustainability is more than a slogan. It starts with the small actions we each take in everyday life. ###### Contact Information ###### Wiwynn_Foundation@wiwynn.com +886 2 6615-8888 23F., No. 110, Sec. 1, Xintai 5th Rd., Xizhi Dist., New Taipei City ###### Follow Us ## Financial Results Source: Wiwynn quarterly earnings presentations (2025 Q4 dated 2026-02-26, 2026 Q1 dated 2026-05-07, 2026 Q2 dated 2026-08-07). Consolidated figures in NT$ millions unless noted; EPS in NT$. Q4 EPS is derived from annual EPS minus the accumulated EPS of the first three quarters. Investor contact: IR@wiwynn.com; Investor Relations: https://www.wiwynn.com/investors ### Highlights - FY2025: revenue NT$950,663 million (+163.7% YoY), gross margin 8.3%, operating margin 6.7%, net profit NT$51,118 million (+124.4% YoY), EPS NT$275.06 (FY2024: NT$126.57) - 1H 2026: revenue NT$554,660 million (+41.7% YoY), gross margin 8.4%, operating margin 6.8%, net profit NT$29,084 million (+32.7% YoY), EPS NT$156.38 (1H 2025: NT$117.93) - 2026 Q2: revenue NT$278,153 million (+0.6% QoQ, +26.0% YoY); gross margin 9.3%, the highest of the seven quarters shown; operating income +27.2% YoY; EPS NT$80.43 - Total assets reached NT$556,926 million at the end of 2026 Q2 (+93% YoY); common stock 186.86 million shares ### Quarterly Income Statement | Quarter | Net revenue | Gross profit | Gross margin | Operating expense | Operating income | Operating margin | Profit before tax | Profit after tax | Net margin | EPS (NT$) | |---|---|---|---|---|---|---|---|---|---|---| | 2024 Q4 | 115,614 | 10,874 | 9.4% | 2,743 | 8,131 | 7.0% | 8,782 | 7,047 | 6.1% | 37.92 | | 2025 Q1 | 170,655 | 14,849 | 8.7% | 2,868 | 11,981 | 7.0% | 12,523 | 9,793 | 5.7% | 52.70 | | 2025 Q2 | 220,744 | 18,943 | 8.6% | 3,044 | 15,899 | 7.2% | 15,720 | 12,122 | 5.5% | 65.23 | | 2025 Q3 | 266,824 | 23,532 | 8.8% | 3,960 | 19,572 | 7.3% | 20,351 | 15,411 | 5.8% | 82.92 | | 2025 Q4 | 292,440 | 21,129 | 7.2% | 4,664 | 16,466 | 5.6% | 17,458 | 13,792 | 4.7% | 74.21 | | 2026 Q1 | 276,508 | 20,881 | 7.6% | 3,423 | 17,458 | 6.3% | 17,934 | 14,114 | 5.1% | 75.95 | | 2026 Q2 | 278,153 | 25,763 | 9.3% | 5,545 | 20,218 | 7.3% | 18,974 | 14,969 | 5.4% | 80.43 | ### Annual and Half-Year Income Statement | Period | Net revenue | Gross profit | Gross margin | Operating expense | Operating income | Operating margin | Non-operating income/(loss) | Profit before tax | Profit after tax | Net margin | EPS (NT$) | |---|---|---|---|---|---|---|---|---|---|---|---| | FY2024 | 360,541 | 37,400 | 10.4% | 9,301 | 28,099 | 7.8% | 731 | 28,830 | 22,776 | 6.3% | 126.57 | | FY2025 | 950,663 | 78,454 | 8.3% | 14,537 | 63,918 | 6.7% | 2,135 | 66,052 | 51,118 | 5.4% | 275.06 | | 1H 2025 | 391,399 | 33,793 | 8.6% | 5,913 | 27,880 | 7.1% | 364 | 28,244 | 21,916 | 5.6% | 117.93 | | 1H 2026 | 554,660 | 46,644 | 8.4% | 8,968 | 37,676 | 6.8% | (768) | 36,908 | 29,084 | 5.2% | 156.38 | YoY growth, FY2025 vs. FY2024: revenue +163.7%, gross profit +109.8%, operating income +127.5%, profit after tax +124.4%. YoY growth, 1H 2026 vs. 1H 2025: revenue +41.7%, gross profit +38.0%, operating income +35.1%, profit after tax +32.7%. ### Quarter-End Balance Sheet | Quarter end | Cash | Accounts receivable | Inventories | Total assets | Bank loan | Accounts payable | Total liabilities | Total equity | |---|---|---|---|---|---|---|---|---| | 2024 Q4 | 48,329 | 37,649 | 86,211 | 190,679 | 1,400 | 53,585 | 102,476 | 88,203 | | 2025 Q1 | 47,105 | 72,809 | 124,074 | 265,758 | 28,993 | 87,980 | 166,866 | 98,892 | | 2025 Q2 | 59,986 | 75,889 | 126,752 | 288,389 | 38,284 | 94,336 | 197,447 | 90,942 | | 2025 Q3 | 52,454 | 73,994 | 156,424 | 311,596 | 36,030 | 105,839 | 203,575 | 108,021 | | 2025 Q4 | 89,934 | 76,888 | 136,257 | 338,189 | 68,473 | 79,365 | 213,536 | 124,653 | | 2026 Q1 | 70,996 | 91,803 | 229,166 | 432,576 | 72,192 | 152,592 | 292,412 | 140,164 | | 2026 Q2 | 85,330 | 84,335 | 207,441 | 556,926 | 76,620 | 156,202 | 419,663 | 137,263 | ## ESG & Sustainability ### ESG at Wiwynn URL: https://www.wiwynn.com/esg #### ESG Sustainability ###### With our people, suppliers, and customers, we build a sustainable value chain to drive growth and thrive with nature. Explore the Latest Report ###### Vision and Mission ###### Wiwynn Corporation focuses on sustainable supply chain, Innovation with green technology, Eco-friendly Operation, and Driven people with shared beliefs, and establishes strategies and directions accordingly. We clearly define the role of Wiwynn Corporation in promoting each strategy and have set the short-term (2026), medium-term (2028), and long-term (2030) goals reported to the Board of Directors, committed to realizing the vision of " Unleash the Power of Digitalization, Ignite the Innovation of Sustainability ." ###### Corporate Governance Uphold business integrity and ethical standards to reinforce corporate governance, while implementing rigorous information security and transparent AI governance to mitigate cyber risks, safeguarding proprietary information, data integrity, and customer trust. ###### Sustainable Supply Chain Mitigate supply chain risks to ensure business continuity, building long-term competitive advantage and sustainable value. ###### Innovation With Green Technology Practice sustainable actions through eco-friendly product design to enhance enterprise value. ###### Eco-Friendly Operation Plan and execute energy management strategies to enhance energy efficiency, promote renewable energy adoption, and reduce energy consumption. ###### Driven People with shared beliefs Talent is the cornerstone of innovation and competitiveness. Through effective talent management strategies, we strengthen organizational resilience. ###### Social Impact Actively engage in philanthropy and environmental conservation, optimizing resource allocation based on Wiwynn’s core competencies and stakeholder needs to drive continuous community investment, social progress, and value creation. ###### Sustainable Development Goals - Goal - Item: 2026 / 2028 / 2030 - Sustainable supply chain: Increase the usage rate of green electricity among key suppliers (high maturity/indicator type) / 40% / 45% / 50% - Completion of the sustainable supplier self-evaluation survey: 95% / 98% / 100% - Key and high-risk suppliers audit and improvement supervision: 100% / 100% / 100% - Promotion of supply chain greenhouse gas inventories passing third-party verification: 92% / 95% / 100% - Promotion of supply chain participation in RBA third-party verification or Wiwynn's internal RBA audit program: 85% / 90% / 100% - Innovation with green technology: Floating-point operations per second/ power consumption for cooling / >2.5 X / >5 X / >10 X - Revenue from low-carbon products: 70% / 80% / 90% - Using green metal in products: 60% / 70% / 90% - Recovery rate of recycled plastic materials from products: 60% / 65% / 85% - Eco-friendly operation: Commitment of using renewable electricity / 80% / 90% / 100% - Newly constructed plant meets green building above gold level specified in local regulations: 100% / 100% / 100% - New production line for low power consumption PCBA in the world: 60% / 80% / 100% - The proportion of rack products with idle power consumption mechanisms introduced when NPI transitions to MP: 90% / 95% / 100% - Driven people with shared beliefs: Ratio of female managers / 27% / 27% / 30% - Ratio of job rotation: 6% / 7% / 9% - Diversity and Inclusion scores from the Global Engagement Survey is the same when comparing against the WTW Global High-Performance Norm: Maintain / Top 25% / Top 25% - Participation of the Global Engagement Survey (IDL): 80% / 85% / 90% - Sustainability scores from the Global Engagement Survey compares against the WTW Global industry norm.: Consistent with the norm for high tech / Consistent with the norm for high tech / Close to high-performance norm - Ratio of employees taking “Charity Leave”: 4% / 4% / 6% ###### Actions Responding to the SDGs ###### Corporate Governance / Sustainable Supply Chain ###### ．Rooting integrity into the corporate DNA, and placing fairness, honesty, credibility, and transparency as top priority ．Establishing a corporate culture of ethics and integrity, and co-prosperity with the society. - Ensuring full and effective female participation and leadership opportunities Number of female directors in the Board of Directors increased to 4. - Establishing a fair and inclusive corporate culture Wiwynn Corporation works with suppliers on the declaration of the integrity principles through trainings, anti-corruption promotions, and internal and external reporting systems to establish a high-moral corporate culture. In 2025, there was no violation of honesty and integrity or involved in any corruptions. ###### Innovation With Green Technology ###### ．Fulfilling cross-generation product applications with innovative technologies ．Realizing product sustainability design through integrated R&D technologies - Enhancing product energy efficiency The carbon reduction benefits of seven products in sales have been calculated. Over the lifecycle of these products, the energy savings to our downstream customers amounted to 91,855,689 kWh, equivalent to a reduction of 43,539 tons CO2e. - R&D capacity and results In 2025, we had 2,498 R&D personnel, with R&D budget reaching NT$9.4 billion. The ratio of invention patents to the total number of patents was 90.12%, and global patent applications grew by 24% compared to 2024. - Source design All products developed were to follow WEEE-3R operating procedures of evaluation and verification. The product design meets 3R requirements (Reuse and Recycled rate=80%, Recovery rate=85%). Products are labeled with WEEE recycling mark to regulate the disposal of waste electronics and electrical products. Carbon reduction benefits from material selection, application, and end-of-life recycling The use of recycled materials (recycled materials, product plastic reduction design) can reduce 15,375 tons CO2e, packaging incorporating recycled EPE and other plastic reduction designs reduces 380,451 tons CO2e, and recycling and reusing memory at the end of the product's life cycle reduces 10,153 tons CO2e. In 2025, the total carbon reduction benefit reached 25,910 tons CO2e. ###### Eco-Friendly Operation ###### ．Adopting sustainable development measures to fulfill circular economy. ．Enhancing the implementation of solutions for climate change ．Responding to risks and grasping opportunities to improve corporate resilience. - Reutilization of water In 2025, the recycled water resources were 21.95 million liters, accounting for 5.41% of total volume of water intake. We recycled water resources through rainwater, air conditioning condensed water, and hand-washed water, reusing them for air-conditioning and watering landscape. - Adopting renewable energy In 2025, the usage rate of renewable electricity in our global operations was 80.90%. Introduction of energy-saving measures In 2025, six energy-saving initiatives—including chiller temperature optimization, introduction of Reflow machine power-saving modes, and LED lighting replacements in production areas—saved a total of 630,678 kWh of electricity, equivalent to a reduction of 298.74 metric tons of CO₂e emissions. - Sustainable construction Launched a project to construct a gold-level green building and smart building headquarters in Neihu; the Mexico plant obtained EDGE certification; aiming for newly constructed plants to meet green building above gold level. - Circular economy To reduce waste, we reused wooden boxes and pallets used for product transportation, with an average reuse count of 5 times. It was estimated that around 2,564,814 kg of waste was reduced in 2025, and its economic benefit reached NT$670 million. Waste reduction In 2025, the waste recycling and reutilization rate was 82.00%. - Carbon reduction goals Our carbon reduction targets have been SBTi-certified. To further advance our commitment to carbon reduction, Wiwynn has independently set two long-term goals: achieving 100% renewable electricity use by 2030 and reaching net-zero emissions by 2040. ###### Driven People with shared beliefs/ Social Impact ###### ．A friendly workplace with equaled learning and developing opportunities, diversity and inclusion. ．Protecting the health of Wiwynn partners and safeguarding workplace safety ．Embracing the ocean and prosper with the ecosystem - Community care In 2025, we continued to deepen community care across diverse forms including charitable donations, volunteer services, industry-academia collaboration, and sustainability foundation projects, while also contributing to post-disaster reconstruction in Tainan to expand sustainable social impact. - Supporting fishery-electricity symbiosis Invested in the "Fishery-oriented, Green Energy Value-added" project to enhance land utilization value, developing solar power while securing fishermen's livelihoods and increasing food production. - Increasing birth rate The Company provides an incentive of NT$60,000 per childbirth, the Employee Welfare Committee offers birth-giving benefit of NT$2,000 per childbirth, and the discount of day care and after-school class for children between 0-6 years old in external institutions. - Promoting human rights training Since 2020, we introduced RBA-related courses to help employees understand their rights and interests as well as the Company's policies and approaches in labors, human rights, health and safety, environment, and ethical regulations. Training to all employees was completed. These are also listed as the compulsory courses for new employees. We continued carrying out re-trainings for relevant personnel and implementing new employee trainings. - Equality and no discrimination Regulations for recruitment and salary are fair and impartial. The procedures for recruitment and dismissal are conducted according to laws. We also established Procedures Governing Anti-Discrimination Management as the accordance. - No child labor In 2025, there was no employment of child labors. Assisting young people to connect to workplace Wiwynn Corporation works hard to promote internship programs in order to cultivate talents, assist young people connecting to workplace, and to further enhance the stability and development of the society. - The Wiwynn Sustainability Foundation The Wiwynn Sustainability Foundation promotes ocean and environmental sustainability under the banner of "Ocean Hugs": A coral garden was established at Heping Island in Keelung, cultivating 7 species of coral with a 96% survival rate, combined with AI for species identification and long-term monitoring. Through environmental education, picture books, and documentaries, it promotes marine conservation and increases awareness through marine waste education. Simultaneously promote carbon reduction board games in schools to cultivate climate action among teachers and students; develop forest healing to facilitate Basianshan International Certification, integrating early intervention, medical treatment, and international exchange, making nature a vital force for physical and mental healing and sustainable education. ###### Material Topics and Management ###### Wiwynn Corporation implements materiality analysis annually according to the requirements of GRI 3: Requirements for Material Topics 2021 cover the impacts on the economy, environment, and people (including human rights). Through the three-stage identification and analysis process, we identify topics that have a significant impact on the economy, environment, and human rights for Wiwynn Corporation. These are defined as Wiwynn Technology's sustainable material topics and are incorporated into the company’s Enterprise Risk Management (ERM) framework as a basis for important risk identification and assessment. ###### Phase Process ###### ．Identified 6 categories of key stakeholders, screened 24 sustainability topics. The main purpose of this stage is to identify the main stakeholders of Wiwynn Corporation and collect and organize sustainability topics. Six categories of key stakeholders were identified according to GRI Standards and Stakeholder Engagement Standard AA1000 SES, including employees, customers, suppliers, government agencies, investors and financial institutions, and communities/ nonprofit organizations/ academic institutions. As for sustainability topics, we focused on the four dimensions in governance/ economy, innovation/ responsibility, climate/ environment, and social/ human rights, as well as to accommodate internal and external viewpoints, such as international sustainability regulations and standards, industry-specific topics, sustainability ratings, stakeholder communication, and internal goals of operation to re-define and summarize into 24 sustainability topics. ###### ．Online Survey Introducing Double Materiality Analysis Other than the online investigation of the level of attention from the six categories of key stakeholders, we also introduced the concept of Double Materiality promoted by EU to evaluate the importance of sustainability topics from operational impact that affects the Company's growth and financial performance; and the external impacts to the sustainable development of the economy, environment, and people. For operational impacts, we considered the level of impact by topic on Wiwynn's income, cost, customer satisfaction, employee cohesion, and social influence. In terms of sustainable development impacts, we determined the impact significance through the evaluation of positive and negative impacts on economy, environment, and people (including human rights) caused by the Company's operational activities. ###### ．Sequencing and confirmation of 13 material topics According to the analysis from stage 2, along with the discussion of senior managers and confirmation by the Board of Directors, 13 out of the 24 sustainability topics were confirmed as material topics. We adopted the demonstration of value chain to help stakeholders understanding the impact stages and influences caused to the value chain by different topics. It could also be used as the basis for the Company to strengthen its sustainable governance. ###### Materiality Matrix Results ● Innovation & Responsibility ● Governance & Economy ● Climate & Environment ● Social & Human Rights Note: Bubble size indicates stakeholder concern level; solid bubbles represent material topics, while hollow bubbles represent non-material topics. ###### Stakeholder Engagement ###### Through the five principles (Dependency, Responsibility, Influence, Diverse Perspectives, and Tension) of AA1000 Stakeholder Engagement Standard (SES), Wiwynn Corporation identified six categories of major stakeholders. We value the topics that our stakeholders concern, and eager to understand the topics and needs of the stakeholders of each category through effective channels of communication. Each year, the results of stakeholder communications and the material topics are reported to the Board of Directors regularly. The latest submission to the Board of Directors was February 26, 2026. ###### Importance to Wiwynn Corporation ###### Employees are important partners to Wiwynn Corporation and serve as the cornerstone of our stability and continued value creation. ###### Topics concerned ###### Salary and welfare / Human rights / Occupational safety / Compound disaster response / Healthcare / Learning and promotion opportunities / Grievance channels ###### Results ###### ．The establishment of “Wiwynn Women in Tech” enables every individual to confidently leverage their strengths and shine in their own unique way. ．Compared to last year’s FSI of 0.11, this year’s FSI has dropped to 0.09, marking significant progress in reducing occupational injuries. ．Employees are encouraged and respected for learning job skills and communication techniques from diverse perspectives. In alignment with organizational development, personalized career planning is arranged. In 2025, there were 415 cross-functional transfers, with an internal job fill rate of 10.13%. ###### Communication Channel / Frequency ###### Permanently 1. Company website 2. Internal network and physical electronic bulletin 3. Employee grievance hotline and email ###### Quarterly 1. Employee Relationship Promotion Committee 2. Occupational safety and health meeting 3. Employee Welfare Committee 4. Newcomer symposium ###### Semiannually Performance interview and assessment ###### Irregularly 1. Employee questionnaire survey 2. Employee resource group 3. Communication and work meetings ###### Importance to Wiwynn Corporation ###### Recognition and support from customers are the key to continuous growth of Wiwynn Corporation. ###### Topics concerned ###### Innovation management / Product quality and service / Safety of use by customers / Customer privacy / Corporate integrity / Risk management / Non-hazardous substance and conflict minerals management / Strategies of plastics reduction and carbon reduction / RBA compliance / Product lifecycle management ###### Results ###### ．Developing artificial intelligence computing to support high-performance deep learning training and other applications for large-scale data centers. ．Expandable liquid cold plates reduce cooling power consumption by 50–60%. ．Through structural optimization analysis, we successfully developed a high-strength, thin-profile embossed chassis for server products, achieving an approximate 28% reduction in raw material usage. ．The carbon reduction benefits from material selection, application, and recycling are approximately three times greater than in 2024. ###### Communication Channel / Frequency ###### Permanently 1. Company website 2. Customer service hotline and business contact ###### Annually 1. Industrial technology seminar and exhibition ###### Irregularly 1. Business meetings 2. Customer audit ###### Depending on the customer 1. QBR (Quarterly Business Review) ###### Importance to Wiwynn Corporation ###### Suppliers are important long-term partners. We maintain strategic alliance relationship of long-term cooperation to ensure stable supply source and quality as well as rapid implementation of latest technology to respond to the fast-growing market demands. ###### Topics concerned ###### Company integrity / Status of operation / Manufacturing strategies / Raw material requirements / Supply chain sustainability management ###### Results ###### ．Launched a 3-year supply chain carbon reduction program from 2023 to 2025. Established a sustainable supply chain platform to open up online two-way communication with partners in our supply chain. ．Wiwynn Corporation continues requesting suppliers to achieve 100% survey and use minerals from 100% qualified smelters. ．Continuously encouraged suppliers to obtain international certifications and accreditations. ．The planning for the implementation of the ISO 20400 Sustainable Procurement Management System has begun in 2025, aiming to strengthen the Company's governance capabilities in sustainable procurement and supply chain management through system establishment and process optimization. ．Trained procurement personnels with capabilities in implementing sustainable supply chain management, together with the suppliers to achieve inclusive growth. ###### Communication Channel / Frequency ###### Permanently 1. Company website ###### Annually 1. Supplier assessment 2. Supplier conference ###### Irregularly 1. On-site supervision and audit 2. Supplier questionnaire survey ###### Importance to Wiwynn Corporation ###### Government agencies are responsible for the punishment and rewards mechanism to enterprises, and could seriously influence corporate sustainability and corporate images. Maintaining a healthy two-way communication and trust with the government are essential for the sustainable development of an enterprise. ###### Topics concerned ###### Ethical management / Corporate governance / Status of regulatory compliance / Taxation policy / Information security management / Intellectual property management / Labor-management relations / Workplace safety / Compound disaster response / Waste disposal / Carbon emission data management ###### Results ###### ．There was no event of material violation in 2025. ．Completed relevant declarations regularly according to government and legal requirements. ．Supported government tax policies in enterprise innovation, research and development, and economic growth. ．Provided diverse communication platforms and channels to gather mutual agreement with employees to build a harmonious labor-relation. ．Employing qualified waste managing and disposal institutions to ensure the waste generated during operations of the Company meets the handling procedures for environment, safety, and health. ###### Communication Channel / Frequency ###### Permanently 1. Company website ###### Irregularly 1. Official letters 2. Seminars / Explanatory meetings participation 3. Authority audit 4. Public Information Observatory ###### Importance to Wiwynn Corporation ###### Investors are enjoyed with the rights of fully inquiry and understanding of the financial information related to the Company, and may effectively evaluate the true value of the Company, which is helpful for the stability of company management and value of the stock. In addition, financial services enable companies to flexibly adjust their management strategy, and transparent disclosure of ESG performance helps to enhance interaction with financial institutions, thereby improving the foundation of mutual trust. ###### Topics concerned ###### Economic performance / Risk management / Product R&D / Corporate governance / Company integrity / Climate issues / Ethical management / Status of regulatory compliance / ESG performance ###### Results ###### ．In fiscal year 2025, consolidated revenue, net profit, and basic EPS all achieved multi-fold growth, reaching record highs. ．Included as a constituent stock of the Taiwan Sustainability Index. ．The Carbon Disclosure Project (CDP) received an A leadership level. ．Selected as a Member of the S&P Global Sustainability Yearbook 2026. ###### Communication Channel / Frequency ###### Permanently 1. IR mailbox 2. Company website ###### Annually 1. Shareholders Meeting ###### Semiannually 1. Investor Conference ###### Regularly 1. Annual report 2. Financial statements 3. Sustainability report ###### Irregularly 1. Public Information Observatory 2. Courtesy calls and collaborative meetings ###### Importance to Wiwynn Corporation ###### Wiwynn Corporation devotes to create added values, then give back to and share with the society. ###### Topics concerned ###### Promoting public welfare / Local participation / Industry-academia cooperation ###### Results ###### ．In 2024, the Wiwynn Sustainability Foundation was established to promote environmental conservation and related educational and academic activities, with a long-term commitment to the practice of sustainable development and a core mission centered on advancing sustainability goals. ．In cooperation with the Child Welfare League Foundation, we hosted a Christmas wish adoption campaign, inviting our employees to become Santa Claus by adopting children’s wishes, delivering warmth and care through concrete actions and helping children enjoy a Christmas filled with love and hope. ．Conducted industrial-academic cooperations with domestic and overseas universities. Through such exchanges, we aimed to enhance the sharing of knowledge, technology, and resources, and provided students employment opportunities to link studies with practices in order to cultivate new talents. ###### Communication Channel / Frequency ###### Permanently 1. Employee relations and welfare contact 2. Company website ###### Regularly 1. Sustainability Report ###### Irregularly 1. Project cooperation and visits ###### Download ESG Report and Documents ###### This report is prepared in accordance with the GRI Standards published by the Global Reporting Initiative (GRI), while incorporating the Sustainability Accounting Standards Board (SASB) industry-specific standards and aligning with the United Nations Sustainable Development Goals (SDGs). ###### 下載永續報告書及相關文件 ###### Past Reports ###### 2024 Wiwynn Corporation Sustainability Report ###### 2023 Wiwynn Corporation Sustainability Report ###### 2022 Wiwynn Corporation Sustainability Report ###### 2021 Wiwynn Corporation Sustainability Report ###### 2020 Wiwynn Corporation Sustainability Report ###### 2019 Wiwynn Corporation Social Responsibility Report ###### Sustainability Impact Valuation ###### 2023 Sustainable Impact Valuation Report ###### ESH & Energy Policies, Certificates ###### Policy - Environment, Energy and Safety and Health Policy ###### ISO14001 Certificates - Wiwynn Corporation - Wiwynn Mexico ###### ISO14064-1 Certificates - Wiwynn Corporation 2025 - Wiwynn Corporation 2024 - Wiwynn Corporation 2023 - Wiwynn Corporation 2022 - Wiwynn Mexico 2022 - Wiwynn Corporation 2021 - Wiwynn Corporation 2020 - Wiwynn Corporation 2019 ###### ISO50001 Certificates - Wiwynn Corporation - Wiwynn Corporation Tainan Branch ###### ISO45001 Certificates - Wiwynn Corporation - Wiwynn Mexico ###### Information Security Certificates ###### ISO27001 Certificates - Wiwynn Corporation - Wiwynn Technology Service Malaysia Sdn Bhd ###### Intellectual Property Policy - Intellectual Property Policy ###### Opinion Statement of Sustainability Report - Independent Assurance Opinion Statement of Sustainability Report - Climate related Financial Disclosure Conformity Statement ###### Climate and Nature ###### TCNFD Reports - 2025 Nature and Climate Assessment Report - 2024 Nature and Climate Assessment Report - 2023 TCFD Report - 2022 TCFD Report ###### Policy - Biodiversity and No Deforestation Policy ###### Business Continuity Management ###### Policy - Business Continuity Management Policy ###### ISO22301 Certificates - Wiwynn Smart Manufacturing Corporation ###### Quality Policy and Certificates ###### Policy - Quality and Hazardous Substances Free Policy ###### ISO9001 Certificates - Wiwynn Corporation - Wiwynn Mexico ###### IECQ QC080000 Certificates - Wiwynn Corporation - Wiwynn Corporation Tainan Branch - Wiwynn Mexico - Wiwynn Mexico Plant 3 - Wiwynn Technology Service Malaysia ###### Supplier Management - Supplier Code of Conduct ###### Human Rights Policy - Human Rights Policy - Non Discrimination And Anti Harassment Policy - Statement of Commitment to Labor Practices Policy ###### Certification / Verification ###### TIPS - Certification ###### AEO Policy - Policy ###### AEO Certification - Wiwynn Corporation Tainan Branch ###### RBA Commitment - RBA Code of Conduct ###### RBA Certification - Wiwynn Smart Manufacturing Corporation - Wiwynn Mexico S.A. de C.V. - Wiwynn Technology Service Malaysia ###### Contacts Wiwynn provides the channels of communication with stakeholders, including of employees, suppliers, customers, shareholders, as below: Spokesperson: CFO Harry Chen Tel: +886-2-6615-8888 Email: IR@wiwynn.com ESG Contact Email: ESG@wiwynn.com Business Conduct Email: Ethic@wiwynn.com ###### Feedback Survey Link To ensure effective communication with stakeholders regarding our sustainability report, we kindly ask for your feedback and suggestions to help us understand the issues that matter to you. Your input will serve as a crucial cornerstone for information disclosure in the report. ###### Subscribe to Newsletter ### Corporate Governance in ESG URL: https://www.wiwynn.com/esg/corporate-governance-in-esg ###### Performance evaluation ###### The Company places great importance on the operational effectiveness of the Board of Directors and its various functional committees. Through regular internal performance evaluations and independent assessments conducted by external professional organizations, the Company reviews all aspects of the operations of the Board of Directors and the functional committees, and continuously monitors and implements improvements based on the evaluation results. #### Results of internal performance evaluation in 2025 01 ##### Board of Directors Results of performance evaluation Achieved a score of 90 or above Exceeding the standard 02 ##### Audit Committee Results of performance evaluation Exceeding the standard 03 ##### Compensation Committee Results of performance evaluation Exceeding the standard 04 ##### Corporate Sustainability Committee Results of performance evaluation Exceeding the standard 05 ##### Nomination Committee Results of performance evaluation Exceeding the standard ### Driven People with Shared Beliefs URL: https://www.wiwynn.com/esg/driven-people-with-shared-beliefs 31.45 % Female Representation in STEM Roles 32.18 % Ratio of female managers 34.04 Total training hours of global employees 0.09 FSI Decline in Global FSI ###### Performance on Goals - Strategy: Item / Implementation Status - • Formulate a competitive and comprehensive compensation and benefits system to implement diversity and equality • Continuously monitor recruitment, retention, turnover, and employee satisfaction surveys to ensure the effective implementation of strategies: Ratio of female managers (Definition: Section Manager and above; excludes functional leads) / 29% - Score of "Sustainable Engagement" in global engagement survey compared with the Willis Towers Watson corporate norm: Consistent with high-tech industry norm - Score of "Diversity and Inclusion" in global engagement survey benchmarked against Willis Towers Watson high-performing company norm: Maintained - Participation rate of global employee engagement survey (IDL): 82% - Ratio of employees utilizing volunteer leave: 3% - Strategy: Item / Implementation Status - • Enhance professional skills and strengthen core managerial competencies through the seven major training systems to reserve human capital: Global average training hours per person / 34 hours - Job rotation ratio (Definition: change of department / primary and sub-job tracks): 9% - Strategy: Item / Implementation Status - • Maintain adequacy of resources and effectiveness of procedures • Implement actions for occupational injury and illness management and prevention • Promote health promotion management through annual health examination results and labor health protection programs: The Frequency-Severity Indicator (FSI) outperforms the 3-year average of the same industry 【 Computers, electronic and optical products manufacturing FSI 0.13 】 / Taiwan region FSI 0.09 ###### Diversity and Equality ###### Wiwynn Corporation respects every employee, guarantees gender equality in work rights, performs diversified employment, abides by the "Labor Standards Act", "Act of Gender Equality in Employment", and "Employment Service Act" as well as prohibits employment discrimination to ensure candidates in different gender, age, or disabilities could enjoy the same and fair employment opportunities. In 2025, Wiwynn Corporation had a total of 15,891 employees, including 12,460 direct labor and 3,431 indirect labor employees. The average age of employees was 32 years, and the average length of service was 2.4 years. The overall male-to-female ratio was approximately 6:4. The proportion of female managers increased from 25.97% in 2019 to 32.18% in 2025, and has remained over 30% in recent years, demonstrating the Company's ongoing efforts to promote a culture of diversity and inclusion in the workplace and its commitment to providing fair promotion opportunities and a career development environment. - Employment status of female managers: 2022 / 2023 / 2024 / 2025 - Ratio of female managers (%): 32.78% / 35.06% / 32.96% / 32.18% - Ratio of female senior managers (%): 19.12% / 15.91% / 10.29% / 13.41% - Ratio of female mid-level managers (%): 21.64% / 27.42% / 33.89% / 31.99% - Ratio of female junior managers (%): 36.39% / 39.85% / 34.05% / 33.13% - Ratio of female managers in revenue-generating units (%): 72.22% / 47.83% / 62.24% / 60.54% - Ratio of female employees in STEM roles (%): 26.40% / 31.38% / 31.19% / 31.45% ###### Feature Story Wiwynn Women in Tech ###### To promote diversity, inclusion, and gender equality, Wiwynn continues to advance the "Wiwynn Women in Tech (WWIT)" community by creating a workplace culture that supports female growth through opportunities for exchange, sharing, and learning. Through different types of activities and dialogue platforms, assist colleagues in exploring their potential and realizing self-value at various career and life stages, while promoting cross-departmental connections and organizational resilience. ###### Talent Recruitment ###### Wiwynn Corporation actively invests resources to recruit outstanding talents with professional abilities and development potential, and attracts suitable talents to grow with the Company through comprehensive talent development and retention mechanisms. Diversified recruitment channels and the recruitment of professional talents High-caliber talent is the important foundation for Wiwynn Corporation to deliver high-quality products and services and to sustain its innovation momentum. Wiwynn Corporation actively recruits talents with professional abilities and development potential through global and diverse recruitment channels, continuously injecting growth energy into the organization. These channels include campus recruitment, employment matchmaking events, global recruitment websites, employee referrals, and industry-academia cooperation, to broaden talent reach and attract diverse professional talents. ###### In 2025, Wiwynn Corporation had an overall new recruitment rate of 62.51%, with the total number of new recruitment reaching 9,933 people. This was mainly in response to global operation layout and capacity expansion needs, aligned with new plant construction and workforce replenishment plans, actively recruiting various professional talents. Among the new employees, over 50% are under the age of 30, injecting youthful, diverse, and innovative vitality into the organization, supporting the Company's continuous growth and operational development. - 2021: 2022 / 2023 / 2024 / 2025 - New Hire Rate: 37.19% / 47.89% / 28.70% / 52.68% / 62.51% - Total New Hires: 1,757 / 3,241 / 2,083 / 5,602 / 9,933 - Recruitment Cost Per Hire (NTD): 17,475 / 24,036 / 10,359 / 15,837 / 10,758 ###### 2025 New Employee Satisfaction Survey – Taiwan The participation rate reached 71.5%, with an average overall satisfaction score of 4.63 out of 5 • Team interaction: Average satisfaction score of 4.65 • Work and learning: Average satisfaction score of 4.63 • Company identification: Average satisfaction score of 4.58 ###### In 2025, Wiwynn Corporation's global total turnover rate was 16.60%. Although this represents a slight increase from 2024, it is a significant decrease compared to the 28.65% in 2023. The rate of voluntary turnover remained stable at 11.47% in 2025, demonstrating the Company's continued effectiveness in talent retention and organizational stability. Wiwynn Corporation continues to enhance career development mechanisms and gain deeper insights into the reasons behind employee departures through employee feedback and exit interview systems. These insights serve as an important basis for improving job design, management systems, and the work environment. In the face of competition in the global talent market, the Company will continue to respond to employee needs with a “people-centered” talent strategy, creating a diverse, inclusive, and growth-oriented workplace culture to support the long-term development of both employees and the Company. - 2021: 2022 / 2023 / 2024 / 2025 - Total Employees: 17,475 / 6,768 / 7,257 / 10,635 / 15,891 - Total Turnover Rate: 23.47% / 20.85% / 28.65% / 13.14% / 16.60% - Total Separations: 1,757 / 1,411 / 2,079 / 1,397 / 2,638 - Voluntary Turnover Rate: 22.36% / 16.81% / 25.78% / 11.37% / 11.47% ###### Talent Development ###### Training hours and expenses Wiwynn Corporation emphasizes talent cultivation and provides employees abundant learning opportunities. Meanwhile, in response to overseas business expansion, we actively promote global online learning resources as well as introduce courses on core competencies and professional skills to enhance employees management literacy and advance their professional abilities, to strengthen personal and organizational effectiveness and competitiveness. ###### In 2025, the average training hours provided to indirect personnel were 50 hours. Average training hours provided to global employees were 34 hours. On average, the training expense spent on each employee was NT$2,149. ###### Number of Employees - 2022: 2023 / 2024 / 2025 - Number of people: Average hours per person / Number of people / Average hours per person / Number of people / Average hours per person / Number of people (note) / Average hours per person - Direct personnel: Male / 2,541 / 24.45 / 2,941 / 17.75 / 4,859 / 19.23 / 7,911 / 30.03 - Female: 2,083 / 27.73 / 2,272 / 17.08 / 3,140 / 18.70 / 4,549 / 28.71 - Indirect personnel: Male / 1,375 / 45.84 / 1,282 / 40.62 / 1,639 / 46.66 / 2,149 / 49.04 - Female: 769 / 40.66 / 762 / 39.81 / 997 / 46.56 / 1,282 / 52.54 - Mid-level and senior managers: Male / 189 / 37.44 / 209 / 31.56 / 219 / 38.79 / 273 / 41.84 - Female: 50 / 59.70 / 65 / 33.79 / 88 / 38.01 / 106 / 31.45 ###### Training Programs ###### Industry Trends Forum: New Trends in AI and Server Market ###### • Target audience / Number of people A total of 68 employees trained ###### • Description In response to the rapid development of the AI and server market, industry trend sharing helps colleagues grasp market dynamics and key observations, expand industry perspectives, and strengthen understanding of future development directions. ###### • Result Achieved the course satisfaction in 4.7 points. Feedback from post-course questionnaires revealed that employees generally found the courses to be highly professional, rich in information, and clearly structured, which helps enhance industry understanding and strengthen organizational cohesion. ###### Code of Conduct for Wiwynn Corporation ###### • Target audience / Number of people A total of 1,070 related operational colleagues ###### • Description To implement the core values of "Integrity, Foresight, Excellence, Agility, Team-Spirit," assist all colleagues in understanding and adhering to the Company's code of conduct, and strengthen a workplace culture of integrity, compliance, and ethics. ###### • Result The post-course test scores all achieved a perfect 100, enhancing the understanding of all colleagues (totaling 1,070) regarding the Company's core values and code of conduct, and strengthening the awareness of implementing compliance and integrity in daily work. ###### Coaching for Peak Performance ###### • Target audience / Number of people A total of 28 people trained (supervisors) ###### • Description In order to strengthen talent cultivation in managerial roles and sustainable leadership, the Company systematically introduced the 1-on-1 coaching methodology starting in 2024. This helps managers use structured dialogue, effective questioning, and real-time feedback techniques to integrate coaching into daily management scenarios. ###### • Result At the end of 2025, a survey was conducted to assess the demonstration of coaching behaviors by supervisors (a total of 28). The overall average score reached 4.3 out of 5, with a response rate of 87%, indicating that managers' coaching behaviors have gradually been implemented in management practices, supporting long-term talent development. ###### AI and Digital Talent Empowerment ###### • Description Through digital tool adoption, Copilot Studio workshops, AI Agent training, cross-functional hackathons, and use-case sharing, we empower employees to leverage AI and digital tools to address workflow bottlenecks while fostering citizen developers and a cross-departmental knowledge-sharing mechanism. ###### • Result To date, 93 AI and digital use cases have been identified and 67 implemented, saving 2,555 work hours per month. Notably, SCMAgent supports 3,450 intelligent billing requests monthly, reducing quote inquiry times from 90 minutes to just 10 minutes. ###### Safety and health ###### • Occupational safety and health management framework Wiwynn Corporation has established an Occupational Safety and Health Committee chaired by the CEO. The committee convenes at least quarterly to formulate health and safety management plans, promote strategies and goals, and drive implementation and improvement actions. To ensure worker representation and participation, labor representatives make up at least 33% of the committee’s composition. Members include occupational health and safety managers, health management professionals, and labor representatives to safeguard the rights of all workers. The safety of our workers is our first priority. If there is a situation that may lead to injury or illness that requires them to leave their job, they can report it to the nearest co-worker or supervisor, and the Company will protect them from disciplinary action in accordance with the law. ###### • Regulatory compliance and educational training To uphold the effectiveness of the Environment, Health, and Safety (EHS) management system, the Company maintains refresher and assigned training mechanisms to ensure the validity of all professional certificates. Employees are strictly prohibited from performing relevant tasks (e.g. ionizing radiation operations) without completing the required training. In 2025, there are 219 employees holding certified first-aid responder credentials in Taiwan, exceeding legal requirements. In 2025, there were a total of 16,381 participants with 23,901 training hours, effectively enhancing employees’ safety knowledge and response capabilities. ###### • Implementation of ISO 45001 To prevent occupational disasters and ensure the safety and health of workers, Wiwynn Corporation has established standardized occupational health and safety management procedures and implemented the ISO 45001:2018 Occupational health and safety management system, passing third-party verification. The coverage rate in the main production plants reached 100%. ###### Employee Care - Program Name: Content - Prevention Programs for Musculoskeletal Diseases Induced by Repetitive Operations: Executing questionnaire surveys under the 4 major labor health protection programs, identifying high-risk cases (pain index ≥ 3) based on the results of the musculoskeletal pain scale. - Prevention Programs for Diseases Induced by Abnormal Workload: Based on the fatigue scale survey and employee annual health examination results, calculating the 10-year risk of cardiovascular disease, and screening cases of medium risk and above according to the risk level and interview recommendation table. - Operation Program for Prevention of Unlawful Infringements During Performance of Duties: Accepting cases through departmental questionnaire surveys and HR notifications; if abnormalities are detected, the unlawful infringement prevention process is initiated in collaboration with HR and occupational health nurses to understand work conditions, confirm details of unlawful infringements, provide psychological counseling to victims, and propose adaptive assessments and recommendations such as health guidance, work adjustments, or job reassignments to protect physical and mental health and reduce occurrences of unlawful infringements. - Plan for Strengthening Maternity Health Protection and Prevention Operations: Initiating the maternity health protection mechanism upon receiving notifications to evaluate the work environment and job content, confirm risk levels, monitor health conditions, provide health guidance, and arrange physician consultation interviews. ###### Health promotion campaigns and activities ###### Human Rights Management ###### Wiwynn complies with the “Labor Standards Act” and the “Responsible Business Alliance (RBA) Code of Conduct” regarding labor and human rights standards. The Company has also established various management procedures and policies based on international human rights conventions, affirming its commitment to protecting labor rights. In cases where major operational changes necessitate the termination of employment relationships, employees are given advance notice in accordance with relevant laws and regulations to safeguard their rights. Wiwynn continues to extend its influence by requiring suppliers to adhere to the RBA Code of Conduct. The Company also strictly follows the RBA’s "Zero Recruitment Fees" policy, bearing all related recruitment costs to protect the rights of foreign workers. From 2020 to 2025, there were no work stoppages caused by strikes or labor disputes ###### Process of human rights risk analysis Wiwynn Corporation identifies human rights incidents both within and outside the organization, and monitors changes in relevant domestic and international laws to establish a checklist. Each operating site conducts human rights due diligence through RBA SAQ and VAP audit procedures, along with questionnaire surveys, to identify critical human rights issues. Improvement policies and measures are then developed based on the level of severity of each issue and its impact on different operating sites. These policies aim to manage risks, provide remedies when necessary, and track the improvement effectiveness over time. Wiwynn Corporation promotes Responsible Business Alliance (RBA) audit verification and certification operations across all global operating sites to ensure a consistent management framework and adherence to standards for managing global human rights topics. RBA VAP audits and SAQ self-assessments have been completed in all plant areas, with SAQ scores all above 85, classified as Low Level of Risk. The relevant implementation status is as follows, and it has been transparently disclosed on the RBA-Online platform. ### Eco-Friendly Operation URL: https://www.wiwynn.com/esg/eco-friendly-operation 80.9 % Global Renewable Energy Usage Rate 82 % Waste Recycling and Reutilization Rate NT$ 672 million Benefits of Circular Use of Wooden Crates and Pallets 26.51 % Proportion of Self-Generated and Self-Consumed Renewable Energy at the Malaysia Plant ###### Goal Implementation Status - Strategy: Item / 2025 Implementation Status - ．Evaluating climate change risks and opportunities ．Formulating greenhouse gas reduction and energy management plans ．2040 Moving towards Net-Zero: Renewable electricity commitment / 80.90% - Newly built self-owned plants comply with local green building regulations of Gold level or above: Newly built Mexico plant obtained EDGE certification - Global low-power consumption PCBA new production lines: Completed the setup of low-power consumption PCBA new production lines in Malaysia - Reduce idle power consumption in rack product testing: 90% Target Achievement Rate - Proportion of rack products transitioning from NPI to MP introducing idle power reduction mechanisms: (New) - Strategy: Item / 2025 Implementation Status - ．Retrospective management ．Proper waste sorting to enhance utilization rate ．Ensure waste disposal procedures comply with environmental, safety, and health regulations: Incidents of penalties imposed by competent authorities due to violations of environmental regulations / 0 case ###### Climate and natural management ###### Wiwynn pays close attention to the risks, challenges, and transition opportunities brought about by global climate change and changes in the natural environment, and continues to incorporate related topics into corporate strategies and operational decision-making. ###### Since 2019, we have been disclosing climate-related information in accordance with the recommendations of the Task Force on Climate-related Financial Disclosures (TCFD). By strengthening energy management, increasing the proportion of renewable energy use, and promoting greenhouse gas reduction measures, we actively reduce carbon emissions across our operations and value chain. At the same time, we have gradually deepened the management of natural capital and biodiversity topics. In 2025, we published the "Nature and Biodiversity and No Deforestation Policy" and, for the first time, followed the Taskforce on Nature-related Financial Disclosures (TNFD) recommended methodology to systematically evaluate the dependencies and impacts of operational activities on the natural environment, as well as the correlation between operating sites and ecologically sensitive areas, thereby identifying and disclosing climate- and nature-related risks and opportunities in a more comprehensive manner. ###### Climate and natural governance structure and management procedures ###### Climate and natural issues governance structure ###### Connection between climate and natural strategy and remuneration system ###### Besides the senior management, the Company has established the "Operating Procedures for Energy-Saving and Carbon Reduction Reward" for general employees. The procedures include a reward mechanism for proposals on greenhouse gas reduction and energy efficiency enhancement. Through this institutionalized reward mechanism, the Company encourages employees to proactively propose solutions for energy-saving and carbon reduction and energy efficiency improvement, implementing low-carbon actions in daily operations and further reinforcing a company-wide culture of sustainability. ###### Climate and nature strategy ###### To address the challenges that climate change and changes in the natural environment may pose to corporate operations, Wiwynn Corporation's Sustainable Development Office collaborates annually with each operating unit to identify and evaluate climate and nature-related risks and opportunities. ###### The evaluation process refers to the TCFD and TNFD frameworks, international guidelines, topics concerned by internal and external stakeholders, and climate and nature-related topics focused on or disclosed by industry peers and benchmark enterprises. It involves collecting and inventorying relevant information to identify potential risks and opportunities related to the Company's operations. ###### Processes for identifying and assessing climate risks and opportunities ###### Wiwynn Corporation identifies and evaluates risks and opportunities in accordance with the Task Force on Climate-related Financial Disclosures (TCFD) recommendations. The identified risks cover transitional risks and physical risks, including existing regulations, emerging regulations, technology, market, reputation, litigation, and acute and chronic climate disasters. Climate opportunities, on the other hand, encompass dimensions such as resource efficiency, energy sources, and products and markets. ###### On the regulatory side, in addition to incorporating the "Climate Change Response Act," the "Renewable Energy Development Act," and the Low-Carbon City Self-Government Ordinances of various counties and cities, international climate initiatives and the climate policies of the regions where each operating site is located are also considered. After completing the issue identification, Wiwynn Corporation conducts a risk and opportunity evaluation through a materiality matrix. This evaluation distinguishes between short term (1–3 years), medium term (3–5 years), and long term (more than 5 years) based on the timing and likelihood of impact, and comprehensively assesses both financial and non-financial impact levels. ###### Collection ###### TCFD framework and guidelines ###### Topics concerned by internal and external stakeholders ###### Topics concerned by customers, peers, and benchmark companies ###### Identification ###### The Sustainable Development Office conducts identification and analysis of operation and value chain risks and opportunities through cross-departmental meetings. ###### Materiality evaluation ###### Conducting a matrix analysis based on impact levels and timing of occurrence to evaluate the risks and opportunities in the upstream, organizational, and downstream value chain. ###### Analysis of financial impact / Response strategies ###### Conducting an impact/financial influence analysis. ###### Formulating a response management strategy. ###### Processes for identifying and assessing natural risks and opportunities ###### In managing nature-related risks and opportunities, Wiwynn Corporation refers to the Nature-Related Financial Disclosures (TNFD) framework and implements the LEAP methodology (Locate, Evaluate, Assess, Prepare) to systematically inventory the dependencies and impacts of global operating sites and value chain activities on the natural environment. By integrating international guidelines for the identification of natural capital risks and opportunities, public databases, and local environmental information, identify material nature-related risks and opportunities, and develop corresponding management strategies, action plans, and follow-up mechanisms to enhance the Company's resilience and decision-making foundation on natural issues. ###### Locate ###### Through international organizations and local databases in Taiwan, examine whether Wiwynn's global operating sites and the locations of key suppliers are covered by ecologically sensitive hotspots and their level of water risk, as a basis for evaluating nature-related risks and opportunities and developing actions. ###### Evaluate ###### Conducting dependency and impact factor assessments to analyze the degree of dependence of operating sites on local ecosystem services, and examining the potential impacts that operating and supply chain activities may have on the surrounding ecosystems. ###### Assess ###### Conducting evaluations of nature-related risks and opportunities, quantifying the impact level of ecologically sensitive hotspots on operating sites, and analyzing the potential operational risks and strategic opportunities they may present. ###### Prepare ###### Based on the evaluation and assessment results, developing nature-related risk management strategies and action guidelines, and establishing mechanisms for disclosure and follow-up. ###### Greenhouse gas emission management - Greenhouse Gas Emissions: 2025 (tCO2e) - Scope 1 Subtotal: 1,093.48 - Scope 2 - Market-based: 17,268.22 - Scope 1+2 Total - Market-based: 18,361.70 - Scope 3 (tCO2e): 20,961,286.80 ###### Carbon pricing ###### The Company refers to the carbon taxes, carbon fees, and related carbon pricing systems of the countries/regions where each operating site is located and gradually introduces an internal carbon pricing (ICP) mechanism as a key basis for cross-site carbon reduction management and investment decisions. The Company requires each operating site to evaluate the cost-effectiveness of equipment replacement, process improvement, and energy efficiency enhancement plans based on their operational characteristics and emission structures. This includes internalizing carbon costs into the investment evaluation process to systematically identify high-impact carbon reduction opportunities and enhance the carbon reduction effects of capital expenditures and operational improvements. Through an internal carbon pricing mechanism, the Company can compare the economics and carbon emission reduction impact of different carbon reduction initiatives at each site using consistent principles. It prioritizes the implementation of improvement measures with clear carbon reduction results and feasibility, and combines energy-saving and carbon reduction projects, renewable energy adoption, and low-carbon technology applications to accelerate carbon reduction actions at global sites. In the future, the Company will continue to review the design and application scope of ICP in accordance with external systems and market trends, strengthening investment evaluation and implementation management at each site, committed to lowering greenhouse gas emissions and enhancing operational resilience. ###### Energy management ###### In 2025, purchased renewable electricity was the primary source of energy use (accounting for 76.52%), followed by purchased non-renewable electricity (accounting for 18.07%). In addition to actively adopting green electricity and purchasing renewable energy certificates, Wiwynn Corporation has also installed rooftop solar panels on newly constructed facilities for on-site self-consumption. At the same time, green building designs and energy-saving measures have been implemented, and a natural gas power generation system has been introduced to gradually build a diversified energy supply framework to disperse energy supply risks and strengthen operational continuity. Wiwynn will continue to optimize its energy mix, promoting low-carbon operations and advancing toward the long-term net-zero goal through enhancing energy efficiency and expanding the use of renewable energy. ###### 2025 Energy Consumption Statistics ###### Energy management performance indicators 2022 562,105 196,191 2023 464,188 546,129 2024 431,638 824,531 2025 166,832 652,575 Total Non-Renewable Energy Consumption per Revenue (MJ / NTD Billion) Total Renewable Energy Consumption per Revenue (MJ / NTD Billion) ###### Energy-saving performance of energy-saving and carbon reduction measures - 2021: 2022 / 2023 / 2024 / 2025 - Energy savings (kWh/year): 292,860 / 528,067 / 353,789 / 413,500 / 630,678 - Reduction in greenhouse gas emissions (tCO₂e/year): 147.02 / 268.79 / 167.90 / 191.21 / 298.74 ###### Supporting the Low-Carbon Transition through Strategic Investment ###### Wiwynn continues to advance its low-carbon transition through operational improvements and strategic investments. In addition to enhancing energy efficiency across its own operations, Wiwynn invests in Taiwan’s green energy and renewable energy sectors. As of the first half of 2026, Wiwynn had invested in two domestic green energy-related innovative enterprises, with a total investment of approximately NT$400 million, demonstrating its commitment to supporting the energy transition and the development of renewable energy. ###### Environmental management ###### The main operating (production) plants in Wiwynn Corporation achieved ISO 14001 verification coverage rate of 100%. With the actual implementation process of P-D-C-A, Wiwynn Corporation has no environmental violation or penalty in five consecutive years. ###### ．Hazardous substance management ．Halogen-free products control ．Using recycled materials on sheet metal for rack cases, plastic, and packing materials ###### ．Enhancing the recovery rate of recycled materials and ensured resilience through design verification ．DRAM recycling and reutilization ###### ．In line with 3R requirements: (Reuse and Recycled rate=80%, Recovery rate=85%) ．DRAM recycling and reutilization ###### Waste ###### The Company identifies hazardous industrial waste based on environmental impact assessments, evaluates its impact across the value chain, and adopts appropriate usage reduction and management measures to minimize harm to both the environment and human health. ###### The Company strictly complies with relevant regulations such as the Waste Disposal Act, properly executing reporting and disposal procedures, and entrusting qualified waste removal and treatment institutions for processing. In 2025, the waste recycling and reutilization rate was 82.00%. ###### Water resources ###### Currently, the operation of Wiwynn Corporation is mainly domestic water consumption, and no water is used in the manufacturing process. The sources of water are from tap water, surface water, and underground water while the wastewater generated is completely general domestic wastewater. ###### In 2025, 21.95 million liters of water were reclaimed, accounting for 5.41 per cent of total water abstraction. Water resources were primarily reclaimed from sources such as rainwater, air-conditioning condensate and hand-washing water, and were reused for air-conditioning and landscape irrigation. ###### Air pollution prevention ###### In our manufacturing process, only isopropyl alcohol (IPA) is used for cleaning purposes, with no other gas emissions, and the emission levels do not reach statutory regulatory limits. In 2025, VOCs emissions in the Taiwan region totaled 2.65 metric tons. In addition, based on the Montreal Protocol, ozone-depleting substances (ODS) are classified as hazardous substances and strictly prohibited in materials delivered by the supply chain, and an annual inventory is conducted for Wiwynn's manufacturing site in Taiwan. The Company will continue to conduct reporting and monitoring in accordance with the Air Pollution Control Act to comply with legal and environmental regulations. ### Driven People with Shared Beliefs URL: https://www.wiwynn.com/esg/employees-and-enterprises-thrive-together 31.38 % Female Ratio of STEM Personnel 88.8 % Parental Leave Retention Rate 14 % Increase in Training Expense per Capita Compared to the Previous Year ###### Performance on Goals - Strategy: Items / 2023 Performance Description - ．Formulate competitive and generous salary and benefits system to implement diversity and equality ．Continue to ensure the effective operation of the strategy through recruitment, retention, turnover conditions, and employee satisfaction surveys: Percentage of Female Managers (Definition: Level and above; excluding functional managers) / 25% - Increase the Proportion of Female Talent in STEM Fields: 31% - Annual Retention Rate of R&D and Engineering Technical Talent: 94% - Global IDL Employee Turnover Rate: 12% - Score of Global Engagement Survey [Sustainable Engagement] Compared to Willis Towers Watson Corporate Norms: New - Proportion of Public Welfare Leave Usage: New - Strategy: Items / 2023 Performance Description - ．Enhance professional skills through seven major training systems ．Strengthen core management competencies, reserve talent capital: Global Average Training Hours per Employee / 19.83 hours - Proportion of Personnel Rotation (Department/Function Change): New ``` - Strategy: Items / 2023 Performance Description - ．Establish multiple human rights policies, maintain labor rights through the implementation of human rights systems, education and training promotion, and diverse and smooth communication channels: Global Employee Engagement Survey (IDL) Participation Rate / 81% - Global Engagement Survey 【Diversity and Inclusion】 Score Consistent with Willis Towers Watson High-Performance Company Norm: New - Strategy: Items / 2023 Performance Description - ．Maintain resource adequacy and process effectiveness ．Implement occupational injury and illness management and prevention ．Promote health management through annual health check results and labor health protection plans: Total injury index better than the industry average for the past three years [Computer and Peripheral Equipment Manufacturing FR 0.54, SR 19, FSI 0.1] / Taiwan FR 2.16, SR 4, FSI 0.09 Improvement measures detailed in section 5_4_2 Occupational Safety and Health ###### Diversity and Equality ###### Wiwynn respects employees and ensures equal and diverse employment opportunities. We adhere to labor regulations, prohibit employment discrimination, and ensure fair opportunities for all applicants. In 2023, Wiwynn had a total of 7,257 employees, with 5,132 direct employees and 2,125 indirect employees. The average age was 34.1 years, and the average tenure was 2.63 years. The male-to-female ratio was 6:4, with women accounting for 35.06% of managerial positions, reflecting a steady increase in diversity and equal promotion opportunities. - Women in Leadership: 2020 / 2021 / 2022 / 2023 - Manager Ratio (%): 27.94% / 32.09% / 32.78% / 35.06% - Senior Manager Ratio (%): 21.57% / 21.15% / 19.12% / 15.91% - Middle Manager Ratio (%): 12.50% / 15.87% / 21.64% / 27.42% - Junior Manager Ratio (%): 35.14% / 36.20% / 36.39% / 39.85% - Revenue Department Manager Ratio (%): 65.22% / 74.20% / 72.22% / 47.83% - STEM Female Ratio (%): 26.28% / 25.52% / 26.40% / 31.38% Note 1: Senior management is defined as "two levels below the CEO"; middle management is defined as "IDL level 12 and above"; junior management is defined as "IDL levels 10-11 and factory supervisors." Note 2: Business, project management, and marketing units. Note 3: STEM includes R&D, quality analysis and verification, manufacturing, product development, and finance units. ###### Talent Recruitment ###### Actively investing resources to recruit talented and potential individuals, attracting and retaining the right talent to create a bright future together. Diverse Talent Recruitment Quality talent is key to Wiwynn's innovation and high-quality services. The company actively recruits through multiple channels, including campus recruitment, job fairs, global recruitment websites, and employee referrals, continuously attracting outstanding talent. ###### New Employees Wiwynn continues to expand its scale by establishing branches in Tainan, Mexico, and Malaysia. In 2023, due to economic influences, the new hire rate was 28.70%, mainly in Taiwan and Mexico. Over 50% of new hires are under 30 years old, bringing vitality to the company. ###### In 2023, the satisfaction survey for new employees at Taiwan's operations headquarters reached 4.4/5.0, with a response rate of 97% . Believe that supervisors treat everyone in the team fairly and with equal respect . Feel accepted and supported by team members . Based on the company's/department's mission and goals, new employees feel their work is important and brings them a sense of accomplishment . Feel that Wiwynn provides an open and trusting work environment ###### Talent Development ###### Training Hours and Expenses Wiwynn Technology values talent development and offers employees diverse learning programs. To support global business expansion, the company actively promotes global online learning resources and integrates core competencies and professional skills to enhance management quality and professional capabilities, strengthening both individual and organizational effectiveness and competitiveness. - In 2023, indirect employees received an average of 40 hours of training Global employees received an average of 23 hours of training The average training cost per employee reached NT$1,270 ###### Average Training Hours - Middle and Senior Management Male/Female: Indirect Employees Male/Female / Direct Employees Male/Female - 2020: 32.96 / 38.66 / 29.03 / 32.47 / 7.94 / 8.22 - 2021: 42.65 / 42.67 / 37.40 / 37.69 / 21.09 / 18.57 - 2021: 37.44 / 59.70 / 45.84 / 40.66 / 24.45 / 27.73 - 2023: 31.56 / 33.79 / 40.62 / 39.81 / 17.75 / 17.08 Note: To align with the boundary for calculating training expenses in the table below, the number of trainees and training hours in 2021 are disclosed only for Taiwan. ###### Training Programs ###### Competency Experience Camp ###### Training Target/Number of Participants Total number of trainees: 96 ###### Description Since 2022, Wiwynn has been promoting core competencies through experiential learning and instructor-led sessions to help employees apply what they learn to their work, establish a common language, and improve individual, team, and organizational effectiveness. ###### Results Course satisfaction reached 4.6/5.0. Participants understand the importance of core competencies and can apply what they have learned to their work, helping to improve individual and team performance. ###### Information Classification Management Practices ###### Training Target/Number of Participants Total number of trainees: 1,059 ###### Description Using case studies to explain information classification management, emphasizing the protection of trade secrets, and raising employees' awareness of protecting company information and assets. ###### Results The pre-test average score for this course was 63.25 points, and the post-test scores tracking training effectiveness all reached a perfect score of 102 points, ensuring that colleagues have practical knowledge of information classification management and basic concepts of trade secrets. ###### Power BI Desktop ###### Training Target/Number of Participants Total number of trainees: 29 ###### Description In response to industry changes, the HR department needs to efficiently analyze data to identify opportunities and risks. A Power BI Desktop course was designed to teach how to integrate data, create smart reports, and enhance analytical and communication skills. ###### Results Course satisfaction reached 4.6/5.0. The HR Dashboard improved the vacancy fill rate (from 17.19% in 2022 to 26.53% in 2023), enhancing data analysis to identify potential trends, and the visualization feature improved communication effectiveness. ###### Executive Team Consensus Camp ###### Training Target/Number of Participants 27 supervisors at headquarters ###### Description 1. Promote internal communication and build mutual trust 2. Enhance team collaboration and leadership 3. Strengthen strategic consensus and inspire innovation 4. Set long-term goals 5. Improve team efficiency and organizational performance ###### Results The turnover rate at Taiwan's operations headquarters decreased from 20% in 2022 to 8%, demonstrating team cohesion and collaboration. ###### Model Training ###### Training Target/Number of Participants IT Department Internship Project: 12 participants (including Mentors and Interns) ###### Description The course teaches deep learning model training, enabling computers to learn and recognize data automatically. Participants applied it to moiré pattern recognition to distinguish between real and reproduced photos, extracting features for classification prediction, thereby improving accuracy and efficiency, and reducing manual review. ###### Results The model automatically recognized photo moiré patterns and utilized this in asset inventory operations, reducing manual review time by 60%, saving approximately 720 hours of work for financial personnel. ### Innovation with Green Technology URL: https://www.wiwynn.com/esg/green-innovation 3992 tons Carbon Reduction Equivalent Provided by Products for Customers 4 X Increase in Carbon Reduction Benefits of Product Life Cycle Compared to the Previous Year 91.2 % Proportion of Invention Patents ###### Goal Implementation Status - Strategy: Item / 2023 Implementation Status - ．Investing in R&D resources, actively participating in the development and collaboration of new generation platforms ．Promoting the integration of the company's R&D innovations with customer applications through international exhibitions and technical presentations ．Encouraging innovation and R&D ．Strengthening the company's IP portfolio: Floating Point Operations per Second/Cooling Power Consumption / 1.15 times - Number of Patents Granted: Achievement Rate 70% - Increase in Patent Applications: Growth 37.5% - Eliminated Patents: 0 (Patent value evaluation conducted in 2023) - Strategy: Item / 2023 Implementation Status - Optimizing energy efficiency through product design, validation, and lifecycle management, using non-toxic and renewable raw materials, planning for easy disassembly and recyclability to reduce environmental impact throughout the product lifecycle: Recycled Plastic Utilization Rate in Products / Product Integration Rate 68% Recycled Material Recovery Rate 50% - Green Metal Utilization in Products: Product Integration Rate 19% - Revenue Proportion from Low-Carbon Products: 14% - Strategy: Item / 2023 Implementation Status - ．Continued execution of risk management through new supplier evaluations ．Supplier audits and performance evaluations: Supplier Code of Conduct Signing Rate / 94.69% - Sustainable Supplier Self-Assessment Questionnaire Completion Rate: 89.77% - Audit and Improvement Counseling for Key and High-Risk Suppliers: 100% - Key Material Suppliers Meeting Greenhouse Gas Inventory Standards: 81.65% - Promoting Supply Chain Greenhouse Gas Inventory Certification by Third Parties: New - Promoting Supply Chain Compliance with RBA Third-Party Certification: New - Supplier ESG Training Rate: 100% ###### Product Research and Design ###### ．Vision: "Release Digital Energy, Ignite Sustainable Innovation" ．Mission: "From cloud to edge, providing the best total cost of ownership, and IT solutions that optimize workloads and energy utilization" Wiwynn is dedicated to developing innovative technologies to provide solutions for hyperscale data centers and cloud infrastructure products and systems. For edge computing products, the outdoor edge server has passed IP65 waterproof and dustproof, salt spray, and seismic tests, ensuring reliable operation under various environmental conditions. To meet the high cooling demands of AI products, the company has invested significant resources in developing AI computing products and advanced cooling technologies. In 2023, 1,479 R&D personnel were involved, with an R&D budget of NT$4 billion. ###### Intellectual Property Strategy ###### The company strengthens its defense capabilities and activates intellectual assets, encouraging innovation and R&D, optimizing the IP portfolio, and raising employee awareness. Through investment cooperation, competitiveness is enhanced. In 2023, we maintained TIPS A-level certification, optimizing IP management. The IP strategy is aligned with operational goals and R&D resources, with at least one report to the board of directors annually, most recently on February 26, 2024. Continuous improvements in brand management will enhance trademark value. ###### Special Feature First Intellectual Property Innovation Awards ###### On March 8, 2024, Wiwynn held the inaugural Intellectual Property Innovation Awards ceremony, presenting a total of six awards. These awards included the Newcomer of the Year, Trade Secret Innovation Registration Pioneer, Software Licensing Milestone, Proposal King of the Year, Best Proposal of the Year, and the Special Award for Women Inventors. At this ceremony, we recognized the outstanding performance of 142 colleagues. The awards were established to inspire employees to innovate and to foster a culture of respect for intellectual property rights. The awards ceremony acknowledged the hard work of our employees and demonstrated the company's commitment to innovation and intellectual property. We will continue to create an environment that encourages progress and innovation, promoting sustainable development. ###### Responsible Products ###### We are dedicated to upholding a Raw Material Responsibility Policy . By implementing responsible sourcing and utilization practices, we are committed to minimizing environmental and social impacts, safeguarding human rights, advancing the circular economy, and ensuring compliance with international sustainability standards. ###### Hazardous Substance Control ###### Wiwynn integrates sustainable innovation into the entire product lifecycle, from design to recycling, aiming to minimize environmental impact and energy consumption. The company complies with international environmental regulations and customer requirements, offering safe, low-hazard, recyclable, and energy-efficient green products, striving for ecological balance. We have established hazardous substance management procedures for products, batteries, and packaging, implementing GPM and PLM systems to manage supplier materials. Through IECQ QC080000 certification, we continuously evaluate the effectiveness of our management mechanisms to ensure 100% compliance with international regulations and customer requirements. In 2023, there were no complaints regarding violations of hazardous substance bans or customer requirements. ###### Product Safety and Service ###### Focus on Customer Feedback and Information Security Protection From the early stages of product development and design, Wiwynn actively discusses product operation modes and usage scenarios with customers. After each trial production, customer feedback is discussed internally, and design is optimized accordingly. Customer feedback is continuously tracked in new product versions, integrating relevant safety designs into products from the very beginning. Wiwynn customizes product development and design according to customer requirements in hardware, software, or firmware, providing product security protection mechanisms. ###### In Terms of Hardware Design TPM2.0 (Trusted Platform Module, TPM) is an international standard for secure cryptoprocessors. It reduces the risk associated with hackers attempting to capture sensitive data and the risks associated with encryption keys. ###### In Terms of Firmware Design Security Boot ensures that only trusted software is launched on the device, thereby preventing unauthorized modifications or malicious manipulation. ###### Product Safety Regulatory Verification Mechanism and Material Due Diligence Ensuring the provision of non-toxic, safe products to ensure customers have no concerns about product use. Committed to delivering products on time and providing immediate services to ensure quality usage. The regulatory label on the product allows customers to easily understand all the relevant certifications the product has passed, such as UL certification, CE marking, FCC certification, etc. ###### Optimized Structural Design, Tool-less Our goal is to create structures that are easy to repair, simple to operate, labor-saving, foolproof, and safe. We provide customers with products that are easy to operate and maintain, saving on repair time and preventing mishandling that could cause damage. For instance, maintenance components are designed as pull-out drawers with labor-saving handles, ensuring user convenience and safety. Additionally, we aim to reduce repair time by replacing traditional screws with quick-release clips, alleviating the risk of occupational injuries from prolonged work. Each product includes a comprehensive user manual to ensure proper and safe operation. ###### Green Products ###### Product Material Selection and Application ###### Reducing 2,489,950 kg CO2e Through Recycled Materials ###### During the product design phase, we adopted green design guidelines under the ISO 9001 framework to increase the use of recycled materials. 2023 achievements: 1. Chassis: Used over 11% recycled steel, reducing 1,902,965.8 kg CO2e. 2. Plastics: Used over 50% recycled materials, reducing 332,011.2 kg CO2e. 3. Packaging: Fully used recycled EPE or de-plasticized designs, reducing 254,972.7 kg CO2e. Our company will continue to promote the circular economy to create positive environmental benefits. - Item: Steel / Plastics / Packaging - Details: More than 11% recycled steel used in chassis / More than 50% recycled plastics used / Recycled EPE used / Other de-plasticized designs - Recycled Material Proportion (%): 19% / 68% / 100% - Total Usage (Kg): 10,362,634 / 448,129 / 264,872 / 633,375 - Recycled Material Usage (Kg): 1,989,985 / 304,472 / 264,872 / 633,375 - Carbon Reduction Benefit (Kg CO2e): 1,902,965 / 332,011 / 158,592 / 96,380 Note: Emission factors are primarily based on supplier-provided carbon footprint data verified by a third party and data from the Simapro database. ###### Product Lifecycle Management ###### Energy-saving and Carbon-reducing Product Design ###### Memory Recycling and Reuse, Reducing 158,111 kg of CO2e ###### At the end of the lifecycle of server products, reusable memory modules are recycled and reused, avoiding the carbon emissions from manufacturing new memory. In 2023, this is estimated to reduce approximately 158,111 kg of CO2e. ###### Product Design Meets 3R Requirements: Reuse 80% | Recycled Rate 80% | Recovery Rate 85% ###### We comply with the Waste Electrical and Electronic Equipment Directive (WEEE), designing products for easy disassembly, recycling, and environmental friendliness. From 2020, all developed products have been 100% evaluated and verified according to the WEEE-3R process, meeting the 3R requirements (Reuse and Recycled rate=80%, Recovery rate=85%). Products are marked with the WEEE recycling label to prevent improper disposal of electronic waste. ###### Carbon Reduction Benefits from Product Application and End-of-Life Cycle ###### Using recycled materials and designing products to eliminate plastic can reduce CO2 emissions by 2,490 tons. Additionally, recycling memory at the end of the product's life cycle further reduces CO2 emissions by 158 tons. In 2023, these efforts resulted in a total carbon reduction benefit of 2,648 tons of CO2, which is approximately a 4.4-fold increase compared to 489.5 tons of CO2 reduction in 2022. ###### Carbon Reduction Benefits from Recycled Materials, De-plasticized Design, and Memory Recycling (ton CO2e) ###### Low Carbon Products ###### Carbon Reduction Benefits of Product Operation ###### The calculated carbon reduction benefits of two of our sold products show that their lifecycle operation can provide downstream customers with energy-saving benefits of 8,080,383 kWh, equivalent to a reduction of 3,992 tons of CO2e. Note: Adjusted to lifecycle operational efficiency in 2022. ### Innovation with Green Technology URL: https://www.wiwynn.com/esg/innovation-with-green-technology 25910 tCO2e Product Lifecycle Carbon Reduction 1.8 X Operational carbon savings grew YoY 38 % SDGs-Aligned Patents 90 % Customer Satisfaction Rate ###### Goal Implementation Status - Strategy: Item / 2025 Implementation Status Description - Invest R&D resources and actively participate in the development of and cooperation on new-generation platforms Closely integrate the Company's R&D and innovation concepts with practical customer applications through international exhibitions and technical presentations: FLOPS / Thermal Design Power (TDP) / 1.94 times - Strategy: Item / 2025 Implementation Status Description - Value customer feedback, rights, and interests Formulate improvement policies and strategies based on customer satisfaction analysis, track improvement effectiveness, and continuously enhance customer satisfaction: Meet or exceed customer QBR evaluation standards / 100% - Strategy: Item / Implementation Status Description - Through product design, verification, and lifecycle management, optimize energy efficiency, select harmless and renewable raw materials, plan product features that are easy to disassemble and recyclable, and reduce the environmental impact across the product lifecycle: Recycled plastic adoption rate in products / Recycled materials adoption rate: 85% Recycled material content: Over 50% - Use of green metals in products: 57.8% - Low-carbon product revenue ratio: 61.8% - Strategy: Item / Implementation Status Description - Pay attention to customer feedback on product usage to drive continuous improvement Comply with international regulations on product design to meet safety and non-hazardous health standards Implement quality policies and solutions, and introduce management training courses: Number of customer grievances regarding safety and health issues, or incidents of non-compliance with health and safety regulations / 0 cases - Products comply with safety regulation certification standards: 100% - Products comply with hazardous-substance-free regulations and customer specifications: 100% - Strategy: Item / Implementation Status Description - Encouraging innovation and R&D Strengthening our own IP Portfolio: Number of granted patents / 486 items - Increase patent applications: 24% growth - Number of abandoned patents: In 2025, the cumulative total number of patents did not reach the target count, and the patent elimination mechanism was not activated. ###### Value innovation ###### ．Vision: "Unleash the power of digitalization, Ignite the innovation of sustainability" ．Mission: "Provide the best TCO, workload and energy optimized IT solutions from Edge to Cloud" Wiwynn Corporation devotes to develop innovative technology in order to provide product and systematic solutions to hyper-scale data centers and cloud infrastructure. In terms of edge computing products, outdoor edge servers have passed IP65, salt spray, and earthquake tests to ensure products can be reliably operated under different environmental conditions. In addition, considering the increasing demands of cooling in AI computing and relevant products, we invested in AI products as well as liquid cooling and immersion cooling technologies to meet customer demands and provide technologically leading products in the market. In 2025, we had 2,498 R&D personnel, with R&D budget reaching NT$9.4 billion. For more information on product development and applications, please visit our official website >> ###### Strategy for intellectual property rights ###### From strengthening defensive capabilities to gradually activating intellectual assets, the Company encourages innovation and R&D, strengthens our own IP Portfolio, enhances employees' concept and risk awareness on intellectual property, and strengthens competitiveness through investment and licensing cooperation. In 2025, we continued receiving Level A certification awarded by Taiwan Intellectual Property Management System (TIPS) and optimizing the management of intellectual property rights. ###### Feature highlight Innovative patent strategy drives dual development of intelligence and sustainability ###### Wiwynn Corporation’s patents align with multiple United Nations Sustainable Development Goals (SDGs), demonstrating our technical strength and commitment in areas such as smart technology, green energy, industrial upgrading, and sustainable development, continually providing innovative solutions to global sustainability challenges. - 121 Items: Focusing on high-efficiency power management systems, multiphase voltage regulation technologies, intelligent power distribution, and energy-saving cooling solutions to improve energy use efficiency and reduce data center energy consumption. - 5 Items: Through modular design, automated assembly, and intelligent management systems, promote industrial upgrading, enhance productivity, and create more high-quality employment opportunities. - 55 Items: Covering server architecture optimization, innovations in storage and transmission, and stable, reliable power and cooling infrastructure, supporting the sustainable development of smart factories, cloud computing, and the data center industry. - 4 Items: Emphasizing efficient resource utilization, modular and maintainable design, automated dust removal, and environmental monitoring to promote circular use and sustainable production of electronic products. ###### Responsible Products ###### Wiwynn Corporation is committed to the Raw Material Responsibility Policy , reducing environmental and social impacts, protecting human rights, promoting the circular economy, and ensuring sustainability in compliance with international standards through responsible raw material procurement and usage policies. ###### Hazardous substance management mechanisms ###### Wiwynn Corporation has established hazardous substance management mechanisms focusing on products, batteries, and packaging materials. We have implemented the Green Product Management System, the Product Lifecycle Management System, and IECQ QC 080000 certification to ensure 100% compliance of material management with regulations and customer requirements. ###### In 2025, there was no violation against prohibition of hazardous substance or complaints caused by the breach of customer requirements. ###### Energy-efficient design and the use of sustainable materials Liquid cooling technology Power conversion efficiency enhancement Reducing raw material usage Adoption of recycled material use ###### In 2025, the global share of renewable electricity usage reached 80.90%, with efforts to build PCBA production lines that meet low-power consumption requirements and implement measures to reduce power consumption during idle periods of rack product testing. Growth Rate +53.17% ###### Global Renewable Electricity Usage Rate (%) 2022 27.73% 2023 57.07% 2024 66.77% 2025 80.90% ###### Sustainable package design ###### By introducing recycled EPE and other plastic reduction designs, gradually increasing the use ratio of recycled materials in packaging, and reducing the usage of single-use plastics, a total reduction of 380,451 kgCO2e was achieved. ###### Recycling wooden boxes and pallets ###### Through the reutilization of packaging (wooden boxes and pallets), we effectively reduced waste by 2,564,814 kilograms and generated an economic benefit of approximately NT$672 million. ###### Wiwynn Corporation has introduced new generation MOSFET components and optimized circuit board design and integration to enhance board power conversion efficiency to over 91%, surpassing the 90% standard required by customers. ###### According to calculations, seven representative sold products in 2025 can save 91,855,689 kWh during the lifecycle utilization stage, reducing 43,539,596 kg of CO2e emissions. - Item: 2023 / 2024 / 2025 - Product operational benefits (kWh): 8,080,383 / 47,947,184 / 91,855,689 - Carbon reduction benefits from product operation (kg CO2e): 3,991,708 / 23,685,968 / 43,539,596 ###### Complying with Waste Electrical and Electronic Equipment Directive (WEEE), all products developed since 2020 have fully followed operating procedures and undergone WEEE-3R evaluation and verification. Product designs meet the 3R requirements (Reuse and Recycled rate=80%, Recovery rate=85%) and bear the WEEE recycle label. ###### Since 2023, Wiwynn Corporation has collaborated with customers to recycle and reuse functional memory modules from end-of-life server products. In 2025, this reduced the demand for newly purchased memory by approximately NT$5.9 billion and reduced emissions by around 10,153,890 kgCO2e. - Item: 2023 / 2024 / 2025 - Recycling weight (kg): 373 / 8,902 / 22,753 - Carbon emission reduction (kgCO2e): 158,075 / 2,811,623 / 10,153,890 ###### Customer relations management - Product development and design Paying attention to customer feedback Information security and protection: ➔ / Product certification Product safety regulations and verification mechanism / ➔ / Use and service Mechanical design optimization Tool-less ###### Wiwynn Corporation carries out regular customer satisfaction survey and evaluation through the Annual Customer Satisfaction Survey, Quarterly Assessment, and Customer Audit to ensure the needs of customers are fulfilled and properly handled. ###### In the most recent four fiscal years, the survey coverage achieved 100%. ###### The assessment result in 2025 showed that customer answered were satisfactory or above was 90%. ### Social Impact URL: https://www.wiwynn.com/esg/social-impact #### Social Imact NT$ 28.19 million 2025 Social and Environmental Expenditures 57782 Trees Planted Globally 8296 Number of coral restoration units ###### Social care and environmental conservation ###### Wiwynn Corporation embraces the vision of "Unleash the Power of Digitalization, Ignite the Innovation of Sustainability," striving to promote various digital aspirations while realizing sustainability through innovation. We have established long-term goals across four key areas: “Eco-friendly operation,” “Driven people with shared beliefs,” “Sustainable supply chain,” and “Innovation with green technology.” Furthermore, we have integrated ESG performance into our compensation system to deepen sustainable management and drive external advocacy for sustainable development within our core business areas. Through participation and dialogue, we aim to enhance the Company's influence in sustainable innovation. At the same time, we actively engage in public welfare activities related to social care and environmental conservation, collaborating with stakeholders such as underprivileged groups and local communities. By aligning Wiwynn Corporation's core operations with stakeholder needs, we strive to allocate resources appropriately, continuously give back to society, and actively promote holistic social development and the creation of social value. ###### Social engagement ###### In 2025, Wiwynn Corporation’s total social engagement investment amounted to NT$28.19 million, covering a range of public welfare activities and donations, industry-academia collaborative projects, internship talent development programs, the Wiwynn Sustainability Foundation, employee welfare committee charitable events, as well as employee-initiated participation in company-led public welfare activities. We actively establish long-term partnerships with public welfare organizations, planning mid- to long-term goals and strategic actions. ###### Volunteer leave policy ###### In 2024, we officially introduced a volunteer leave policy to encourage employee participation in public service. In 2025, the percentage of employees taking “Charity Leave” increased from 1.6% to 3%. ###### Looking ahead, we will collaborate with the Wiwynn Sustainability Foundation to organize a more diverse range of volunteer activities, aiming to maximize the impact of our resources through corporate volunteer efforts in promoting environmental protection, social responsibility, and sustainable development. ###### Feature highlight Nurturing the Future, Practicing Sustainable Care ###### SDG 4, SDG 8 ###### The Seventh Year of Wiwynn Corporation's Internship Program Continuing to Deepen Its Impact on Talent Development ###### In 2025, Wiwynn Technology continues to promote its internship program, cultivating promising young talent through systematic training and cross-departmental practical experience. A total of 10 departments participated in the training, including diverse functional areas such as HW, Thermal, ME, Power, SW, PM, PSM, Sales, Legal, and HR, showcasing the depth and breadth of the Company's cross-disciplinary talent cultivation. Furthermore, 2 interns received official offers after completing their internships, becoming an important part of the Company's future talent pool. ###### Each intern is guided by a professional mentor and develops hands-on skills and problem-solving abilities through practical participation, cross-departmental project collaboration, and observation of internal corporate operations. This year, the internship projects also incorporated AI deep learning models, allowing interns to directly engage in data model training and application. This helped computers automatically recognize data features and apply them to departmental operations, effectively enhancing work efficiency and accuracy while reducing the burden of manual tasks. ###### Beyond professional training, the program also includes diverse learning activities, such as LinkedIn branding workshops, core competency experience courses, and guided tours of the server industry, to help interns deepen their industry understanding and expand their career perspectives, thereby enhancing the overall training effect. ###### SDG 3, SDG 4 ###### Support for Artistic CreationCultivating the Innovative Energy of the Young Generation ###### To support cultural and artistic development and encourage young generation creations, Wiwynn Corporation sponsored the Taiwanese historical musical "Tropical Angels," taking concrete action to support local artistic creation and cultural heritage. The musical, created by veteran actor Lie Yang in collaboration with newcomer actors Yu-Xuan Lin , Hao-Wei Yu and a creative team, combines historical stories with contemporary artistic expression through music and drama. It presents an intergenerational cultural dialogue and the spirit of the era. ###### Emily Hong,the Chair of Wiwynn Corporation, stated that in the rapidly developing AI era, creativity and humanistic spirit remain the most valuable and irreplaceable forces. The creative team of "Tropical Angels" passionately and energetically blends art and history through its performance type, leading the audience to understand historical stories and cultural contexts via stage performances. Through support for artistic creation and young artistic talents, Wiwynn Corporation hopes to promote the diverse development of culture and continue to use corporate strength to foster the connection between art and society, injecting new vitality into the sustainable development of culture. ###### SDG 3 ###### Fulfilling Dreams with Care, Spreading Love — Wiwynn Corporation’s Christmas Charity Wish Adoption Event ###### At the end of 2025, Wiwynn Corporation continued the spirit of the previous year by expanding the "Christmas Charity Wish Adoption Event" and collaborating with the Family Support Center. Employees were encouraged to become Santa Claus, fulfilling the holiday wishes of children in need of care. A total of 474 employees enthusiastically participated in this event, spreading the warmth and blessings of the festive season to all corners of society through concrete actions. ###### Before the event, children wrote wish cards, expressing their pure and adorable hopes; some wished for school supplies, others for everyday necessities. These wishes were modest, yet filled with heartfelt anticipation. Upon seeing the cards, Wiwynn Corporation employees responded enthusiastically. They adopted the children's wishes and thoughtfully prepared gifts, hoping to let the children feel the warmth of care and support during Christmas. ###### At the event, the smiles that lit up the children’s faces when they received their gifts were the most sincere response to everyone’s efforts. Through the Christmas Charity Wish Adoption Event, Wiwynn Corporation continues to connect corporate and social resources, spreading love and hope to more families and children in need, and demonstrating its long-term commitment to caring for the underprivileged and actively engaging in social care. ###### Biodiversity conservation ###### From a single tree to a single coral, from the coast to the forest, Wiwynn Corporation protects the natural environment through tangible actions. From 2021 to 2025, Wiwynn Corporation planted 57,782 trees and 8,296 coral fragments across various regions in Taiwan and Sabah, Malaysia, continuously promoting biodiversity and sustainable natural ecosystems. Wiwynn Corporation supports ecological conservation and environmental education, injecting long-term momentum into the sustainable development of Taiwan’s natural ecology. ###### Enhancing Nature-Based Carbon Sinks Through Scientific Monitoring ###### Nature-based Carbon Sinks & Biodiversity Creating a Green Space Combining Carbon Sequestration, Ecological Conservation, and Long-term Monitoring ###### Nature-based Carbon Sink Strategy Afforestation × Long-term Tending × Scientific Monitoring × Biodiversity Wiwynn integrates nature-based carbon sinks into its climate and nature sustainability actions. By launching an afforestation project on fallow farmland in Zhongli, Taoyuan, and partnering with National Chung Hsing University for forest maintenance, individual tree surveys, and ecological monitoring, we are systematically establishing baseline data on forest growth and biodiversity. This serves as a vital foundation for subsequent carbon sink quantification and natural capital management. 0.65 ha Afforestation Area Transformed from fallow farmland 1,046 Trees Three Tree Species Planted Flamegold Rain Tree, Formosan Ash, Kawazu Cherry 1,045 Trees Individual Tree Surveys Completed Baseline data established for height, ground diameter, and DBH 0.69 m Average Seedling Height Maximum tree height reached 2.10 m Alignment with Taiwan’s 2050 Net-Zero Transition Strategy for Nature-Based Carbon Sinks Forest 1-1 Increase Forest Area Carrying out afforestation on fallow farmland by planting 1,046 trees to enhance green cover and forest carbon sink potential. Forest 2-1 Strengthen Forest Carbon Sink Management Conducting regular patrols, weeding, replanting, staking, and drainage improvements to maintain seedling survival rates and stand health. Forest 4-1 Enhance R&D Capacity for Forest Carbon Sink Technologies Collaborating with National Chung Hsing University to measure tree height, ground diameter, and DBH on a per-tree basis, building essential growth data for future carbon sink assessments. ###### Beyond Carbon Sequestration: Nurturing Biodiversity Through Afforestation 2026 Spring Ecological Survey 4 Mammal Species 51 Bird Species 4 Amphibian Species 3 Reptile Species 6 Butterfly Species 9 Odonata (Dragonfly & Damselfly) Species Located within the "Taoyuan Pond and Plain Wetland Conservation Corridor" and adjacent to eBird waterbird hotspots, biodiversity baselines were established through transect line surveys, point counts, and soundscape recordings. Conservation Highlights 2 Protected Bird Species Recorded Rare & Protected Birds Besra ｜ Black-winged Kite COMPANY - About Us - Investors - Newsroom - Events - Careers - Contact Us TECHNOLOGY - Overview - Whitepapers - High-Speed Interconnect - High Power Architecture - Advanced Thermal & Mechanical SOLUTIONS & SERVICES - AI Infrastructure - Data Center Operations Optimization - Rack Integration - Green Innovation - Manufacturing & Quality - Supply Chain & Logistics ESG AT WIWYNN - Sustainability - Corporate Governance - Sustainable Supply Chain - Innovation with Green Technology - Eco-Friendly Operation - Driven People with Shared Beliefs - Social Imact - Locations - Privacy & Legal - Site Map © 2026 Wiwynn Corporation Facebook Linkedin YouTube Return to top ### Social Welfare URL: https://www.wiwynn.com/esg/social-welfare NT$ 29.52 M 2024 Social and Environmental Expenditures 46800 Global reforestation efforts 8296 Number of coral restoration units ###### Social Engagement ###### Wiwynn actively contributes to society through its core operations, implementing four strategic pillars to fulfill its corporate citizenship role. Collaborating with schools, underprivileged groups, and communities, Wiwynn promotes social development while advancing sustainability initiatives to amplify its impact on sustainable innovation. ###### Social Investment ###### In 2024, Wiwynn Corporation invested NT$29.52 million in social engagement, covering a wide range of initiatives such as charitable activities and donations, industry-academia collaboration projects, internship and talent development programs, the Wiwynn Foundation, employee welfare committee activities, as well as employee-led participation in corporate-driven social initiatives. We actively build long-term partnerships with non-profit organizations, setting mid- and long-term goals and action strategies. In 2024, Wiwynn officially introduced a “Volunteer Leave Program” to encourage employees to participate in community service. Moving forward, the Wiwynn Foundation will further expand diverse volunteer activities, aiming to maximize the impact of corporate volunteering power in advancing environmental protection, social responsibility, and sustainable development. We believe that continuous and systematic commitment is the key to driving positive change for both society and the environment. It also represents an essential step in fulfilling corporate social responsibility. Wiwynn will continue to amplify its influence and realize a vision of harmony between people, society, and the environment. ###### Feature Story Nurturing the Future, Advancing Sustainable Care ###### SDG 4, SDG 8 ###### Wiwynn Internship Program Enters 6th Year, Strengthening Talent Development Impact ###### Since launching its internship program, Wiwynn has reached its sixth year by 2024, receiving strong recognition from both academia and industry. Upholding its commitment to diverse talent development and the core value of “collaboration,” the 2024 program spans departments including thermal R&D, patents, legal, ESG sustainability, MRO procurement, PSM, SCP supply chain planning, and AM sales—demonstrating both depth and breadth of interdisciplinary learning. ###### Each intern is guided by a professional mentor and gains hands-on experience through practical participation, cross-functional project collaboration, and internal operations observation—enhancing workplace readiness and problem-solving skills. This year’s program also introduced AI deep learning models, enabling interns to train computers for automated data interpretation, directly applied in departmental tasks to improve accuracy and efficiency while significantly reducing manual workload. ###### Beyond technical training, the program features diverse learning activities such as LinkedIn branding workshops, core competency courses, and server industry tours to broaden interns’ career perspectives and industry understanding, enhancing the overall training value. ###### Wiwynn will continue promoting high-quality internship programs, actively cultivating promising young talent and supporting their transition into the workforce—injecting fresh energy into the industry while contributing to sustainable and stable talent development in society. ###### SDG 3, SDG 4 ###### Promoting Cultural Sustainability Through Family-Friendly Traditional Arts Experience ###### In line with its commitment to cultural sustainability, Wiwynn hosted the “Contemporary Legend Theatre Family Aesthetic Experience Day,” inviting employees and their families to explore the beauty of traditional opera. Collaborating with the Contemporary Legend Theatre—renowned for blending classical Peking Opera with modern theatrical aesthetics—the event aimed to revitalize traditional art forms and enhance their cultural significance and global visibility. ###### The event featured a wide range of activities engaging participants through visual, physical, and cultural experiences. These included face painting, dance workshops, and a performance of *Open Dragon Palace*, offering an enriching and entertaining introduction to traditional opera. Through interactive and educational activities, Wiwynn hopes to deepen employees' and their families' appreciation of Taiwan’s traditional performing arts and jointly promote cultural preservation and creative inheritance. More than just an artistic celebration, it was a meaningful journey of cultural education and family connection. ###### SDG 3 ###### Spreading Love and Fulfilling Wishes — Wiwynn’s Christmas Wish Adoption Campaign ###### At the end of 2024, Wiwynn partnered with five charitable organizations—World Vision (Taipei and Banqiao Centers), Taipei Children's Welfare Center, Huaxing Orphanage, Ti-Hwei Orphanage, and Chung Yi Social Welfare Foundation—to host the heartwarming “Christmas Wish Adoption Campaign.” Employees were invited to become Santa Claus and help children fulfill their Christmas wishes. ###### Before the event, children wrote their own wish cards—simple, sincere desires like school supplies or eating utensils. While not extravagant, each wish carried deep hope. Wiwynn employees responded with enthusiasm: all 189 wish cards were adopted in less than two days. Many even went above and beyond, upgrading their gifts to ensure the children received not just presents, but heartfelt care and warm blessings. ###### At the event, the smiles on the children’s faces as they received their gifts were the most genuine form of gratitude. This initiative not only spread holiday joy and compassion but also embodied Wiwynn’s long-standing commitment to supporting underprivileged communities and giving back to society. ###### SDG 4, SDG 13 ###### Healing Through Nature: Green Technology Powers a New Model for Corporate Wellbeing ###### In collaboration with National Taipei University of Education, the Wiwynn Sustainability Foundation launched a series of green technology-based corporate wellness programs. These initiatives integrate nature-based care methods such as forest therapy and adventure therapy with corporate sustainability goals, promoting mental and physical well-being through interaction with the natural environment to create a holistic and sustainable employee wellness model. ###### Two main themes—forest healing and adventure therapy—were carried out using a portable salivary amylase monitor, which converts salivary enzyme activity into measurable stress indicators. This allowed for scientific assessment of the effects nature-based activities had on employee stress levels. ###### In terms of impact: forest therapy showed significant improvements in emotional well-being and psychological health, especially in stress management. Adventure therapy, on the other hand, demonstrated greater effects on physiological stress indicators while also boosting employee confidence and team cohesion through group interaction and personal challenges. ###### Biodiversity and Forest Conservation ###### 2021: Initiated "Ocean Hugs" by planting 800 trees in Yilan Wujie. 2022: Conducted reforestation in Taijiang National Park, enhancing wetland and coastal ecological functions and biodiversity. 2023: Participated in reforestation in Shei-Pa National Park's Wuling area to restore the habitat of the Formosan landlocked salmon. 2024: Planned collaboration with Penghu County Government to plant 10,000 trees, green 2.5 hectares, and restore 8,000 corals, increasing 120 square meters of coral reefs. These projects aim to enhance biodiversity, improve environmental resilience, and promote sustainable development. ###### Yilan Wujie Initiating Ocean Hugs Coastal Afforestation We planted 800 saplings along the coast of Yilan Wujie, marking the first step in protecting the coastline and initiating coastal afforestation around the island. ###### Taijiang National Park Protecting the Qigu Lagoon Coastal Afforestation Enhancing the ecological habitat function and the restoration capability of biodiversity in wetlands and coastal areas. ###### Shei-Pa National Park, Wuling Area Habitat Restoration for the Endangered Formosan Landlocked Salmon Restoring the forest environment, mitigating soil erosion, effectively conserving water sources, stabilizing water temperatures, and providing a stable habitat and food sources for the Formosan Landlocked Salmon. ###### Penghu Hangwan Fishery Protection Forest and Coral Restoration Satoyama Initiative From planting trees on land to restoring coral underwater, this initiative combines terrestrial and marine efforts, enriching both land and sea ecosystems while realizing the beautiful vision of Satoyama and Satoumi. ###### Keelung Heping Island Geopark Coral Habitat Restoration To rebuild a coral reef ecosystem, artificial reef bases have been placed around Heping Island to create a suitable marine habitat, attracting diverse marine species. The initiative also promotes coral-related knowledge and fosters education on marine ecological sustainability and development. ###### In 2025, to build a complete coral reef ecosystem, we will use regenerated multi-textured materials developed by the Metal Industries Research & Development Centre to create stable attachment substrates that support coral growth and attract diverse marine life. Long-term monitoring and impact assessments will also be conducted to enhance the ecological functions and biodiversity value of the artificial reefs, bringing new hope to Taiwan’s marine sustainability efforts. COMPANY - About Us - Investors - Newsroom - Events - Careers - Contact Us TECHNOLOGY - Overview - Whitepapers - High-Speed Interconnect - High Power Architecture - Advanced Thermal & Mechanical SOLUTIONS & SERVICES - AI Infrastructure - Data Center Operations Optimization - Rack Integration - Green Innovation - Manufacturing & Quality - Supply Chain & Logistics ESG AT WIWYNN - Sustainability - Corporate Governance - Sustainable Supply Chain - Innovation with Green Technology - Eco-Friendly Operation - Driven People with Shared Beliefs - Social Imact - Locations - Privacy & Legal - Site Map © 2026 Wiwynn Corporation Facebook Linkedin YouTube Return to top ### Eco-Friendly Operation URL: https://www.wiwynn.com/esg/sustainable-operations 57.1 % Global Renewable Energy Usage Rate — 37.8 % Waste Generation Compared to Previous Year 4 億 Benefits of Wooden Crate and Pallet Recycling 9 % Increase in Water Resource Recovery Rate Compared to the Previous Year ###### Goal Implementation Status - Strategy: Item / 2023 Implementation Status - ．Assess climate change risks and opportunities ．Formulate greenhouse gas reduction and energy management plans ．Achieve net zero by 2040: Commitment to Using Renewable Energy / 57.07% - Newly Built Factories Meet Local Gold-Level Green Building Standards: WYMY expected to obtain GBI Green Building Certification in 2024 - New Global Low-Power PCBA Production Line: In Progress - Reduce Idle Power Consumption During Cabinet Product Testing: In Progress - Strategy: Items / 2023 Implementation Status - ．Source management ．Proper classification of waste to enhance utilization rate ．Ensure waste treatment procedures comply with environmental, safety, and health regulations: Number of cases penalized by environmental regulatory agencies / 0 cases ###### Climate Governance and Management Procedures ###### Climate change affects the global economy. Since 2019, Wiwynn has disclosed climate-related information based on the TCFD framework. The company continues to implement relevant plans to address climate challenges and opportunities, striving to reduce greenhouse gas emissions and fulfill corporate social responsibility. ###### Climate Issues Governance Unit ###### The Board of Directors is the highest governing body for climate issues and oversees risk management. The Corporate Sustainability Development Committee is responsible for climate risk control, consisting of four directors, with an independent director as the convener. The committee meets at least twice a year. The Chief Sustainability Officer reports on climate issues to the committee and the Board annually, with the most recent report on August 7, 2023. ###### Executive Management Responsibilities ###### The Chief Strategy Officer and the General Manager are responsible for formulating the climate strategy. The Chief Sustainability Officer and unit heads are responsible for risk assessment and management planning. They regularly report the results to the Chief Strategy Officer and the General Manager to ensure that targets are being met. ###### Linking Climate Strategy with Compensation Systems ###### The climate strategy centers on "Environmentally Friendly Operations," "Sustainable Supply Chain," and "Green Innovation," including the use of renewable energy, reduction of electricity consumption, supply chain carbon reduction, and energy-efficient product design. At least 10% of KPIs for senior executives are climate-related, linking performance to compensation to motivate and strengthen goal execution. For general employees, there is an "Energy Saving and Carbon Reduction Incentive Program" to encourage proposals, raising sustainability awareness across the organization and involving everyone in the implementation and advancement of the climate strategy. ###### Climate Risks and Opportunities ###### Risk Identification, Assessment, and Management ###### The Office of Sustainable Development, along with various departments, conducts an annual assessment of climate risks and opportunities, covering transitional and physical risks. These include current regulations, emerging regulations, technology, market, reputation, litigation, acute hazards, and chronic hazards. The timeline is defined as short-term (1-3 years), mid-term (3-5 years), and long-term (5+ years). Consideration is given to existing and emerging climate-related regulations, such as the "Climate Change Response Act," "Renewable Energy Development Act," and various local "Low-Carbon City Self-Government Ordinances." Using matrix analysis, risks and opportunities in the value chain are identified based on impact and likelihood. Coefficients from sources such as the SSP Public Database, TCCIP future scenarios, and international industry trend reports are used to determine the financial impact of climate risks and opportunities on the company. The Chief Strategy Officer and General Manager monitor implementation monthly, with the Chief Sustainability Officer reporting to the committee and board. Note: For Win-Win Technology's 2023 climate transition and physical scenario analysis, refer to the "Win-Win Technology 2023 TCFD Climate-Related Assessment Report." ###### Risks and Opportunities ###### Major Climate-Related Risks in 2023: 1. Product Technology Transformation 2. Investment in New Technologies 3. Demand for Low-Carbon Products The emergence of the AI era has significantly increased computational power demands, focusing on energy saving, carbon reduction, and cooling technologies as key challenges. The global consensus on net-zero emissions and the trend of carbon pricing are influencing corporate climate strategies across nations. ###### The impact and likelihood of extreme rainfall and droughts are relatively high. As global warming intensifies, the frequency and severity of extreme weather events continue to increase, and their effects are becoming more concentrated and severe. The scale of damage caused by these extreme climate events is growing. The future climate holds many uncertainties, continually testing the operational resilience of enterprises. ###### With the revolution in AI technology, the development of low-carbon products is a key opportunity in addressing climate issues. Additionally, the application and development of recycled materials and low-carbon energy sources are crucial. The shortage of natural resources is listed as one of the top ten risks for the next decade in the World Economic Forum's 2024 Global Risk Report. Reducing the use of virgin materials, increasing the application of recycled materials, and decreasing reliance on fossil fuels are opportunities to enhance operational resilience. ###### Risk Matrix ###### Opportunity Matrix ###### Climate Indicators and Targets ###### Wiwynn sets targets according to the SBTi carbon reduction path: 1. Reduce Scope 1+2 emissions by 2.5% annually based on 2021 levels 2. Achieve a 25% reduction in Scope 1+2 and a 12.3% reduction in Scope 3 by 2031 3. Use 100% green electricity by 2030 4. Achieve net-zero emissions by 2040 ###### Greenhouse Gas Emission Management Wiwynn's "Environmentally Friendly Operations" strategy: 1. Implement multiple ISO environmental management systems 2. Conduct GHG inventory according to ISO 14064-1:2018 with 100% certification coverage 3. Overall emissions increased with the addition of the Malaysia plant in 2023 4. Actively deploy green electricity: 2022 Taipei headquarters completed green electricity transfer ．2023 Tainan plant introduced green electricity ．Install solar panels and purchase renewable energy certificates at overseas locations ###### Goal: Gradually achieve carbon reduction targets in line with international carbon reduction paths - 2023 Achievements: 1. Scope 1+2 market-based emissions reduced by 4,106.0533 tons of CO2e compared to 2022, a reduction of 20.17% 2. Global renewable energy usage rate reached 57.07%, an increase of 29.34% compared to 2022 ###### 2023 Greenhouse Gas Emissions Statistics (Scope 1+2) ###### The main sources of Scope 3 emissions are purchased goods and services, and the use of sold products. Wiwynn communicates the 2023-2025 three-year supply chain carbon reduction plan through supplier workshops, establishing a sustainable supply chain platform to facilitate online two-way communication with suppliers, and negotiating carbon reduction targets. Wiwynn also collaborates with customers to develop environmentally beneficial products to improve product energy efficiency. ###### 2023 Greenhouse Gas Emissions ###### Energy Management ###### In 2023, purchased renewable electricity was the primary source of energy usage (accounting for 52.30%), followed by purchased non-renewable electricity (39.35%). The total renewable energy consumption was 132,109,200 MJ, and non-renewable energy consumption was 112,287,512 MJ. The unit revenue total non-renewable energy consumption decreased by 17.42% compared to the previous year. Currently, in addition to introducing green electricity and purchasing renewable energy certificates, solar panels have been installed on the roof of the new plant in Malaysia for self-use. Future new buildings will adopt green building standards, introduce energy-saving designs, and reduce non-renewable energy use. ###### 2023 Energy Consumption Statistics Table ###### Energy Management Performance Indicators ###### Environmental Management ###### Wiwynn Group’s main operational (production) sites are 100% certified under ISO 14001. With the thorough implementation of the P-D-C-A process, Wiwynn has maintained a record of no environmental violations or penalties for five consecutive years. ###### Waste Management ###### The company identifies hazardous industrial waste through environmental impact assessments and evaluates its impact on the value chain to adopt appropriate management methods to reduce environmental and human harm. Wiwynn strictly adheres to the Waste Disposal Act and other relevant regulations, ensuring the proper execution of reporting and disposal procedures. To effectively manage waste generated during production and operations, the company commissions qualified transport and disposal agencies to handle waste, ensuring compliance with environmental, safety, and health standards. Contracts are signed with these agencies, and any legal violations will result in immediate termination of cooperation. In 2023, the company audited the transport and disposal agencies as per the procedures and found no deficiencies, demonstrating a rigorous approach and effective execution in waste management. ###### ．Hazardous Substance Management ．Halogen-free Product Control ．Use of Recycled Materials in Metal Casing, Plastic Parts, and Packaging ###### ．Enhance the Recycling Rate of Recycled Materials, Ensuring Resilience through Design Verification ．Memory Recycling and Reuse ###### ．Comply with 3R Requirements (Reuse and Recycled rate=80%, Recovery rate=85%) ．Memory Recycling and Reuse ###### Waste Management Procedures ###### Waste Statistics In 2023, the amount of waste generated per unit revenue decreased by approximately 24.74% compared to 2022, reaching 2.19. To reduce waste generation, our subsidiary in Mexico has implemented a recycling program for the wooden boxes and pallets used for product transportation. On average, these materials were recycled five times, reducing waste by an estimated 3,004,500 kilograms in 2023, resulting in economic benefits of approximately NTD 460 million. Wiwynn will continue to expand waste reuse channels, enhance recycling systems, and improve environmental performance. ###### Water Resources We use the Aqueduct Water Risk Atlas tool from the World Resources Institute (WRI) to assess the water resource pressure index at all our global locations, evaluating the degree of water resource risk and disclosing water withdrawal sources, discharge bodies, and wastewater treatment units. ###### Water Usage Statistics Wiwynn primarily uses municipal water for operations, with no water used in manufacturing processes. Our water sources include tap water, reclaimed water, and groundwater, and we only generate domestic wastewater. In 2023, we reclaimed 14.92 million liters of water, accounting for 9% of our total water intake. Reclaimed water is sourced from air conditioning condensate, rainwater, and handwashing water, and is reused for landscape irrigation. ### Sustainable Supply Chain URL: https://www.wiwynn.com/esg/sustainable-supply-chain 100 % Supplier ESG Training 100 % Supplier Code of Conduct Signing Rate 100 % Key supplier audits & improvements 91 % GHG inventory verified by third party ###### Goals and Implementation Status - Strategy: Item / 2025 Implementation Status - ．Continuously implement risk management through new supplier evaluation ．Supplier audits and performance evaluation: Signing rate of Supplier Code of Conduct / 100% - Increase the renewable electricity usage rate of key suppliers (high-maturity / benchmark suppliers): Newly added - Completion rate of Sustainable Supply Chain Self-Assessment Questionnaire (SAQ): 95% - Key and high-risk supplier audits and deficiency improvement counseling: 100% - Promoting supply chain greenhouse gas inventory to pass third-party verification: 91% - Promoting supply chain to pass RBA third-party audits: 81% - Supplier ESG training rate: 100% ###### General situation of the supply chain ###### The core business of Wiwynn Corporation is to provide various products and system as solutions for hyper scale data centers and cloud infrastructures. By the end of 2025, we work with more than 300 suppliers all over the world, mainly located in Taiwan, China, Japan, Korea, the United States, and Europe. Products and materials provided by key suppliers include key components, electronic and mechanical parts. The types of suppliers are manufacturers, agents, and distributors. The characteristic of the industry is both capital and technology intensive. ###### Sustainable supply chain management ###### Management process of the sustainable supply chain ###### Supplier Code of Conduct ###### Wiwynn Corporation established the Supplier Code of Conduct as the fundamental guideline for suppliers to follow. The content not only covers five key dimensions of labor, health and safety, environment, business ethics and morals, and management system, but also includes biodiversity, zero deforestation, and land conservation to ensure the sustainable utilization of natural resources, the survival of ecosystems, and to reduce the impact on the environment. By 2025, we communicated the content and requirements of the Supplier Code of Conduct to all suppliers and strengthen our shared commitment to sustainability through diverse communication channels. ###### Global supply chain ###### In supply chain management, Wiwynn Corporation adopts a global supply chain strategy of "multi-region" and "localization", which not only strengthens supply chain resilience but also promotes the industrial development and sustainable transformation of the manufacturing locations. In 2025, the global local procurement ratio is 18.02%. ###### Implementation of ISO 20400:2017 Sustainable Procurement ###### The planning for the implementation of the ISO 20400 Sustainable Procurement Management System has begun in 2025, aiming to strengthen the Company's governance capabilities in sustainable procurement and supply chain management through system establishment and process optimization. The related systems and operational processes are expected to be implemented in 2026, and further apply for ISO 20400 verification to enhance the transparency of sustainable supply chain management and deepen alignment with international standards. ###### Supplier selection ###### Wiwynn Corporation's selection criteria for suppliers (for both new and existing suppliers), contains the following three dimensions: basic information, core capability, and sustainable resilience. Other than signing the code of conduct and various declarations, we encourage suppliers to issue ESG reports and request them to obtain the ISO certifications, or pass the RBA VAP. In 2025, 100% of new suppliers were selected based on international certification standards under the "sustainable resilience" criteria Note . Note: It excludes specific suppliers designated by customers. - Basic information: Industry, product, country/region, factories (equipment) distribution, credibility and business reputation, relationship with upstream suppliers and downstream customers, and distribution of major customers - Core capability: Quality, cost leadership, delivery and supply, service team and technological capabilities - Sustainable resilience (accounts for 12%): ．International certification standards/RBA (2%) Basic requirements: ISO 9001, IECQ QC 080000, ISO 14001, ISO 45001 Additional (optional): ISO 14064-1, ISO 50001, and pass RBA VAP effectiveness audits ．Labor, health and safety, environment, business ethics, management system (accounts for 10%) ###### Sustainability risks evaluation ###### To grasp the current status of sustainable development within the supply chain, Wiwynn Corporation conducts a sustainability risks evaluation every two years. An annual Self-Assessment Questionnaire (SAQ) is distributed to key suppliers with purchase amounts exceeding NT$10 million, covering five major dimensions: "labor human rights," "health and safety," "environmental management," "business ethics," and "management system," and is used to identify suppliers with potential high risks in the economic, environmental, and social dimensions. ###### Audits and Improvement Actions ###### To ensure that key suppliers' SAQ responses aligned with their actual management practices, Wiwynn conducted SAQ audits for the 136 key suppliers in 2025 through document reviews and remote audits, achieving a 100% coverage rate. In addition to referring to the SAQ rating results, a risk evaluation was conducted by considering three indicators: audit performance over the past two years, evaluations from user units and procurement units, and whether the materials contained customer logos, identifying 2 high-risk material suppliers. For the aforementioned 2 high-risk suppliers, Wiwynn Corporation further conducted on-site audits. The audit results show that the non-conformity rate is 2.19%, with deficiencies mainly in the "safety and health" and "environment" dimensions. These include cutting fluid spills causing oil stains on the floor, expired first aid supplies, improper wearing of safety shoes, dust accumulation, and insufficient cleaning of diesel storage barrels. Some warning signs, work slogans, and hazard notifications are not provided in multiple languages, affecting the understanding and communication of safety information among foreign employees. Related deficiencies have all been addressed through counseling and improvement, achieving a completion rate of 100%. ###### Reward, elimination / Withdrawal mechanisms ###### To enhance the performance of sustainable management of the supply chain, Wiwynn Corporation has established a supplier reward and elimination mechanism, using quarterly assessment and annual SAQ evaluation results as the basis for management. ###### In 2025, a total of 4 suppliers were awarded. No suppliers were suspended from procurement or had their qualifications canceled. ###### Training, supervision, and capacity building ###### Wiwynn Corporation continues to strengthen the mechanism for suppliers' greenhouse gas verification and carbon emission information collection, achieving 100% coverage in supplier educational training in 2025. Collecting suppliers' emissions data through carbon inventory questionnaires ➔ Procurement colleagues engage in one-on-one communication and counselling with suppliers ➔ Sustainable Development Office compiles and analyzes data ➔ Supplier benchmark learning and carbon management capability enhancement exchange ###### Supplier capacity building programs ###### To achieve sustainable development goals and fulfill our commitment to the environment, Wiwynn Corporation continuously enhances the suppliers' capacity to provide green materials. - Project Name: Content - Recycled plastic materials: We cooperate with suppliers to evaluate the adoption of recycled plastic materials. In order to ensure the quality meeting the standards, suppliers need to complete tests such as heat resistance and flexibility, and submit reports. Wiwynn Corporation also adapts product design according to material characteristics and communicates with customers about the feasibility of implementation during the new product development stage, completing mold tryout, verification, testing, and approval. - Recycled EPE: Recycled EPE (expanded polyethylene) was incorporated into the packaging materials, and design adjustments, testing, and validation were conducted simultaneously to ensure the product’s protective performance. In the future, we will continue working with suppliers to develop possible packaging material that reduces EPE consumption or carbon emission. - Recycled steel: We are working with suppliers to incorporate recycled steel into the sheet metal for the chassis, while ensuring through design that the steel’s toughness and quality remain unaffected. ###### Sustainable Procurement Promotion and Supply Chain Communication ###### Feature Highlight Deepening Sustainability Awareness Building a Green Procurement Team ###### To achieve the goal of completing the implementation of ISO 20400:2017 Sustainable Procurement Guidelines by 2026, the procurement team made the ISO 20400 series courses the training major objectives in 2025. As of January 2026, a total of 45 people had been trained for approximately 157.5 hours. Through systematic training, purchasing personnel are able to implement sustainable supply chain management in the procurement process, further supporting the Company's sustainable development strategies. ###### Feature Highlight Supplier Conference ###### The 2025 event is themed "Make an Impact," aiming to convey that a company's value should not be limited to tangible profits but should also emphasize the intangible impact it can have on society. While pursuing business growth, one should also have a long-term vision and adhere to altruistic thinking, continuously creating value from the perspectives of "technology" and "humanity" to exert a positive influence on society. ###### Feature Highlight Joining Hands with Supply Chain Partners for Ecological Sustainability ###### To enhance sustainable supply chain management and deepen collaboration with partners, Wiwynn and the Wiwynn Sustainability Foundation co-sponsored the Taiwan documentaries ' Shipwrecks Taiwan ' and ' The Island and the Trees ' hosting a private screening for partners and colleagues. ###### Through the Ocean Hugs initiative, we unite industry, government, academia, research institutions, and 11 supply chain partners to deploy 1,620 recycled-material coral restoration bases in Mao’ao Bay, combining marine education and restoration efforts to advance ocean conservation and biodiversity." ###### Responsible minerals management ###### Wiwynn Corporation established related operating procedures, conducting due diligence according to the “Due Diligence Guidance for Responsible Supply Chains of Minerals from Conflict-Affected and High-Risk Areas” published by the Organization for Economic Cooperation and Development (OECD) through the Green Product Management System (GPM). ###### Wiwynn Corporation ensures 100% verification and confirmation that the reported smelters or refineries are recognized as qualified by RMI . The investigation covers minerals such as gold ( Au ), tantalum ( Ta ), tungsten ( W ), tin ( Sn ), cobalt ( Co ), and mica ( Mica ), including minerals sourced from conflict-affected or high-risk regions as defined by the OECD or other recognized organizations. ###### In 2025, all 100% of surveyed suppliers have a conflict-free supply chain declaration and have completed CMRT and EMRT related investigations and management. Additionally, we established a Supplier Code of Conduct to communicate the requirement of not supporting or using conflict minerals to our suppliers. Any supplier that violates these regulations will be listed as high-risk suppliers. Our purchasing team will be informed to suspend trading with the supplier until improvement is completed. If the supplier does not wish to cooperate and improve, it will have its qualification as a supplier canceled immediately. ### Sustainable Supply Chain URL: https://www.wiwynn.com/esg/sustainable-supply-chain-management 100 % Supplier ESG Education and Training 95 % Supplier Code of Conduct Signing Rate 437 hrs Procurement Sustainable Management Training Hours 239 ppl Number of Personnel Trained in Procurement Sustainable Management ###### Implementation Status of Objectives - Strategy: Item / 2023 Implementation Status - ．Continuously execute risk management through new supplier evaluations ．Supplier audits and performance evaluations: Supplier Code of Conduct Signing Rate / 94.69% - Sustainable Supplier Self-Assessment Questionnaire Completion Rate: 89.77% - Audits and Improvement Guidance for Key and High-Risk Suppliers: 100% - Key Material Suppliers Comply with Greenhouse Gas Inventory Standards: 81.65% - Key Material Suppliers Comply with Greenhouse Gas Inventory Standards: New - Promote Supply Chain to Pass RBA Third-Party Verification: New - Supplier ESG Training Rate: 100% ###### Supply Chain Overview ###### Wiwynn focuses on hyperscale data center and cloud infrastructure solutions. By the end of 2023, there were nearly 300 global partner suppliers, mainly located in Taiwan, China, Japan, Korea, the United States, and Europe. Suppliers provide key components, electronics, and mechanical parts, including manufacturers, agents, and distributors, characterized by capital and technology intensiveness. - 2020: 2021 / 2022 / 2023 - Asia: 198 / 176 / 198 / 251 - Americas: 28 / 28 / 14 / 33 - Europe: 0 / 0 / 2 / 2 - Global: 226 / 204 / 214 / 286 Unit: Number of Suppliers ###### To effectively manage suppliers, we categorize and grade them to inform management decisions and analyze the supply chain overview. By assessing sustainability risks, we aim to reduce potential supply chain disruption risks and enhance the resilience of Wiwynn's supply chain. In 2023, Wiwynn identified 106 key suppliers (including both tier-one and non-tier-one suppliers). - Suppliers: Key Suppliers - Number: Achieved Number / Controlled Number / Total - Tier-One Suppliers: 286 / Procurement Amount Above NTD 10 Million / 88 / 106 - Non-Tier-One Suppliers: 26 / 18 ###### Supply Chain Management ###### To strengthen sustainable supply chain management, training was provided to procurement personnel. In 2023, a total of 239 participants attended the training sessions, accumulating 437 hours in total. This enhanced sustainability awareness and optimized procurement processes, advancing sustainable development strategies. ###### Internal Education and Training - Item: Hours - Upstream Supply Chain Carbon Questionnaire: 26 People / 65 Hours - Supplier Code of Conduct Management: 54 People / 54 Hours - Climate Change Issues_Carbon Management Knowledge: 50 People / 100 Hours - Resource Recycling Issues_Circular Economy: 45 People / 90 Hours - ESG Sustainable Actions and Factory Energy Saving and Carbon Reduction Methods: 30 People / 60 Hours - GHG Scope Basic Knowledge & Explanation of Carbon Questionnaire: 34 People / 68 Hours ###### Supply Chain Management Process ###### Supplier Code of Conduct Supply Chain Layout ###### Supplier Code of Conduct ###### In 2022, Wiwynn established a Supplier Code of Conduct , covering five major aspects: labor, health and safety, environment, business ethics, and management systems. The code includes biodiversity, zero deforestation, and land protection, aiming for the sustainable use of resources and ecosystem protection. The company requires suppliers to sign and comply with this code to jointly promote sustainable development. As of Q1 2024, the signing rate, including new suppliers, reached 94.69% ###### Supply Chain Layout ###### Since 2020, Wiwynn has been promoting a global supply chain reorganization based on security and risk diversification, adopting a "multi-region" and "localization" strategy. A new factory was established in Malaysia in 2023, gradually increasing production capacity in the country. The company encourages key component suppliers to implement global capacity layouts and collaborates with customers to ensure that over 80% of key suppliers support the production strategy at manufacturing sites. In 2023, the local procurement ratio reached 72.90% ###### Supplier Selection Sustainability Risk Assessment ###### Supplier Selection ###### Wiwynn has established selection criteria for suppliers (both new and existing suppliers), covering three dimensions: "Basic Information," "Core Competencies," and "Sustainable Resilience." Besides signing the Code of Conduct and various declarations, we encourage suppliers to issue ESG reports and require them to obtain ISO-related international certification standards or pass the RBA VAP validity audit. In 2023, 100% of new suppliers were selected based on international certification standards in the "Sustainable Resilience" dimension - Basic Information: Industry, product name, country/region, factory (equipment) distribution, reputation, supplier upstream and downstream relationships, main customer distribution - Core Competencies: Quality capability, cost leadership capability, delivery and supply capability, service team and technical capability - Sustainable Resilience (15%): ．International Certification Standards/RBA (2%) Basic requirements: ISO 9001, IECQ QC 080000, ISO 14001, ISO 45001 Additional (optional): ISO 14064-1, ISO 50001, and passing the RBA VAP validity audit ．Labor, health and safety, environment, ethics, management system (13%) ###### Sustainability Risk Assessment ###### To understand the sustainability status of the supply chain, in 2023, Wiwynn conducted an annual Self-Assessment Questionnaire (SAQ) survey for 88 key suppliers with procurement amounts over NTD 10 million (accounting for 99.75% of procurement amounts). A total of 79 suppliers responded, achieving a response rate of 89.77%. The questionnaire covered five dimensions: "Transparency and Business Ethics," "Sustainable Operation Management," "Labor and Human Rights," "Environmental Management," and "Responsible Procurement." Based on the responses, suppliers with potential high risks in economic, environmental, and social aspects were identified. ###### Five Dimensions of SAQ Survey ###### Audit Improvement Actions ###### Audit and Improvement Actions ###### Wiwynn evaluates suppliers through various methods. In 2023, Wiwynn conducted SAQ audits on 79 suppliers. Sustainability risks are classified into four levels, with C level and below considered high risk. In 2023, no suppliers scored below 60 on the SAQ; however, based on three additional criteria, one supplier was rated high risk. This supplier submitted an RBA VAP report in Q1 2024 with a non-compliance rate of 4.3%, primarily related to health, safety, and environmental issues, requiring improvement within 90 days. ###### Reward, Elimination/Exit Mechanism Education, Training, and Counseling ###### Reward, Elimination/Exit Mechanism ###### Wiwynn adopts quarterly evaluations and annual SAQ assessments as the basis for rewarding and eliminating suppliers. Evaluation criteria include core competencies and sustainable resilience (10%). Suppliers with A grade for three consecutive quarters and B grade or above in the SAQ assessment receive more orders and opportunities for new projects. Suppliers with E grade for three consecutive quarters and C grade or below in the SAQ assessment are downgraded to secondary suppliers and required to improve. Those who fail to improve within two years will be suspended or disqualified. In 2023, no suppliers were suspended or eliminated. ###### Quarterly Evaluation Grading ###### Reward and Elimination Mechanism Based on Evaluation Results - Reward: Elimination - Conditions: ．A grade for three consecutive quarters ．B grade or above in annual SAQ assessment / ．E grade for three consecutive quarters and C grade or below in annual SAQ assessment ．Failure to improve within two years - Decisions: ．Increased orders ．Eligibility for new projects ．More collaboration opportunities / ．Disqualification ．Initiation of elimination mechanism ###### Conflict Minerals Management ###### Wiwynn has established a " Conflict Minerals Policy " in accordance with the OECD Due Diligence Guidance for Responsible Supply Chains. The company conducts due diligence through the Green Product Management System (GPM), using the Conflict Minerals Reporting Template (CMRT) and the list of conformant smelters published by RMI to assess suppliers. Wiwynn ensures 100% use of compliant smelters and confirms that gold (Au), tungsten (W), tantalum (Ta), and tin (Sn) do not originate from conflict or high-risk areas. Non-compliant suppliers are placed on a high-risk list and transactions are suspended until improvements are made. Those unwilling to improve will be disqualified as suppliers. ###### As of Q1 2024, the Supplier Code of Conduct signing rate (including new suppliers) reached 94.69%. Communicated the requirement to suppliers to not support or use conflict minerals. ## 2025 Sustainability Report — Key Data Source: Wiwynn Corporation 2025 Sustainability Report (English edition), covering January 1 – December 31, 2025. Published August 2026; approved by the Board of Directors on August 7, 2026. Prepared in accordance with GRI Standards 2021, with reference to SASB (Electronic Manufacturing Services & ODM; Hardware) and the UN SDGs. Assured by BSI under AA1000AS v3 (Type 2); GHG data verified by BSI under ISO 14064-1:2018 (reasonable assurance). The full report can be downloaded from the Sustainability page: https://www.wiwynn.com/esg ### Company Profile (as of December 31, 2025) - Headquarters: 8F., No. 90, Sec. 1, Xintai 5th Rd., Xizhi Dist., New Taipei City, Taiwan; a Gold-level green and smart building headquarters is under construction in Neihu Science Park, Taipei - Chair and Chief Strategy Officer: Emily Hong; President & CEO: William Lin - Established: 2012-03-03; IPO: 2019-03-27 (TWSE 6669); registered capital NT$1.858 billion - Employees: 15,891; local-national employment rate 90.63% - Manufacturing: 6 manufacturing facilities (WYMTN 2, WYMX 2, WYMY 1, WYMUS 1) totaling 386,567 m²; production in Taiwan, Malaysia, the Czech Republic, and Mexico, plus a plant in Texas, USA - Business model: ODM-Direct supply of cloud and AI servers and integrated rack solutions to cloud service providers (CSPs), covering x86 and Arm CPUs, GPUs, and AI ASICs, with liquid cooling (DLC, immersion, single/two-phase) and co-packaged optics (CPO) development ### 2025 Financial Performance - Consolidated revenue: NT$950.663 billion (+163.7% YoY); AI products accounted for more than half of revenue - Net profit after tax: NT$51.118 billion (+124.4% YoY); basic EPS NT$275.06 (2024: NT$126.57) - Gross margin 8.25%; operating margin 6.7%; net margin 5.38%; ROE 48.03%; ROA 20.31% - Revenue by region: Americas 82.12%, Europe 9.00%, Asia 5.45%, other 3.43% ### Sustainability Strategy and Targets Four ESG strategies: Sustainable supply chain, Innovation with green technology, Eco-friendly operation, and Driven people with shared beliefs. ESG KPIs account for at least 10% of performance assessment, and sustainability-linked targets make up 10% of senior executives' long-term incentives. | Strategy | Target | 2026 | 2028 | 2030 | |---|---|---|---|---| | Sustainable supply chain | Green electricity usage rate among key suppliers | 40% | 45% | 50% | | Sustainable supply chain | Supplier sustainability self-evaluation completion | 95% | 98% | 100% | | Sustainable supply chain | Supply chain GHG inventories passing third-party verification | 92% | 95% | 100% | | Sustainable supply chain | Supply chain passing RBA third-party or Wiwynn internal RBA audit | 85% | 90% | 100% | | Innovation with green technology | FLOPS per unit of cooling power consumption | >2.5x | >5x | >10x | | Innovation with green technology | Revenue share from low-carbon products (liquid-cooled or low-carbon-material products) | 70% | 80% | 90% | | Innovation with green technology | Green metal used in products | 60% | 70% | 90% | | Innovation with green technology | Recycled plastic content in products | 60% | 65% | 85% | | Eco-friendly operation | Renewable electricity usage | 80% | 90% | 100% | | Eco-friendly operation | New plants certified Gold-level green building or above | 100% | 100% | 100% | | Eco-friendly operation | New low-power PCBA production lines worldwide | 60% | 80% | 100% | | Driven people with shared beliefs | Ratio of female managers | 27% | 27% | 30% | | Driven people with shared beliefs | Job rotation ratio | 6% | 7% | 9% | | Driven people with shared beliefs | Global Engagement Survey participation | 80% | 85% | 90% | ### Climate and Energy - Climate goals: 100% renewable electricity by 2030 and net-zero emissions by 2040. Carbon reduction targets validated by SBTi: 2021 baseline, Scope 1+2 absolute reduction of 2.5% per year (25% by 2031), and Scope 3 reduction of 12.3% from baseline - Renewable electricity usage rate: 80.90% globally in 2025 - Self-generated electricity covers nearly 30% of the Malaysia plant's electricity use - The Mexico plant obtained EDGE Advanced green building certification, cutting energy consumption by 36% - Six energy-saving initiatives in 2025 saved 630,678 kWh, equal to 298.74 tCO₂e - New low-power PCBA production line in Malaysia consumes about 36% less power than the original design - Climate risk disclosure follows TCFD (since 2019) and IFRS S2; nature-related disclosure follows TNFD, with a Nature and Biodiversity and No Deforestation Policy published in 2025 | GHG emissions (tCO₂e) | 2024 | 2025 | |---|---|---| | Scope 1 | 1,857.47 | 1,093.48 | | Scope 2 (location-based) | 53,842.97 | 92,134.88 | | Scope 2 (market-based) | 18,703.45 | 17,268.22 | | Scope 1+2 (market-based) | 20,560.93 | 18,361.70 | | Scope 3 | 7,995,958.59 | 20,961,286.80 | | Intensity, market-based (tCO₂e per NT$ million revenue) | 0.06 | 0.02 | Boundary: all subsidiaries included in the consolidated financial statements. ### Water and Waste - Water withdrawal: 405.87 thousand m³; water consumption: 173.76 thousand m³; withdrawal share from regions of extremely high water stress: 35.96% - Recycled water: 21.95 million liters (5.41% of total intake), from rainwater, air-conditioning condensate, and handwashing wastewater - Total waste: 18,233.26 tons (hazardous 393.00 tons, hazardous waste recycling rate 14.9%); waste recycling and reutilization rate 82.00% - Wooden crates and pallets at the Mexico plant are reused about five times on average, avoiding about 2,564,814 kg of waste with roughly NT$670 million in economic benefit - Zero penalties for violations of environmental regulations ### Green Products and Innovation - R&D: 2,498 R&D personnel and an R&D budget of NT$9.4 billion - Patents: total patents up 18% YoY, with more than one-third aligned with the UN SDGs; invention patents account for 90.12% of total patents; global patent applications up 24% vs. 2024; TIPS Level A certification for IP management - Product energy efficiency: lifecycle energy savings for downstream customers from seven products are estimated at 91,855,689 kWh, equivalent to 43,539 tCO₂e - Materials and end-of-life: recycled materials and plastic-reduction designs cut 15,756 tCO₂e; recycling and reusing memory modules cut 10,154 tCO₂e; total 25,910 tCO₂e - Recycled material usage: 57.8% for steel and 85% for plastics; 22 metric tons of memory recovered (100% recycling rate) - Product compliance: 100% of product revenue covered by IEC 62474 declarable substance management; halogen-free component usage 97%; products follow WEEE 3R requirements (reuse and recycling rate ≥ 80%, recovery rate ≥ 85%) - Recognized with the Ministry of Environment's Resource Recycling Excellence Gold Award ### Supply Chain - Supplier Code of Conduct covers labor, health and safety, environment, ethics, and management systems, plus biodiversity, zero deforestation, and land conservation; communicated to all suppliers - Responsible mineral supplier survey completion: 100% - Local procurement ratio: 18.02% globally (Taiwan 52.8%, Malaysia 40.46%, Mexico 14.36%) - ISO 20400 sustainable procurement management system implementation started in 2025, with verification planned after rollout in 2026 ### Governance - Board of Directors: 9 directors, including 5 independent directors and 4 female directors (about 44%); 9 board meetings in 2025 with 98.77% average attendance - Corporate Sustainability Committee under the Board, chaired by Director William Lin; the Board reviews sustainability at least twice a year - 100% of board evaluation recommendations implemented - No violations of integrity or corruption cases in 2025 ### People - Global average training hours: 34.04 hours per employee - Ratio of female managers: 29% (2026 target 27%, 2030 target 30%) - Global Engagement Survey participation: 82% - Employee nationality mix: Mexico 43.19%, Taiwan 28.36%, Malaysia 18.99%, the Philippines 8.14%, USA 0.66%, others under 1% - Occupational safety: Taiwan Frequency-Severity Indicator (FSI) of 0.09, better than the industry average of 0.13; global FSI improved for 4 consecutive years ### Social Impact - Social engagement investment: NT$28.19 million in 2025, mainly cash contributions (91.91%) - Largest SDG focus areas: Life Below Water (40.74%), Industry, Innovation and Infrastructure (23.12%), Decent Work and Economic Growth (13.33%), Good Health and Well-being (12.77%) - Coral Garden Project at Heping Island, Keelung: 7 coral species cultivated with a 96% survival rate and AI-based marine monitoring; received the Ocean Sustainability Action Award ### Selected 2025–2026 Recognitions As listed in the report: World's Most Sustainable Companies; World's Best Companies – Sustainable Growth; 2026 Sustainability Yearbook Member; Climate Change "A" and Supplier Engagement Assessment "A"; Corporate Governance Evaluation (6%–20% tier); selected in the TIP TW ESG Index; Taiwan's Top 100 Sustainable Role Model Companies; Platinum and Gold Awards for Sustainability Report; Resource Recycling Excellence Gold Award; Sustainable Development Excellence Award; Sustainable Impact Ecological Conservation and Social Co-prosperity Awards; Asia's Best Employer and related HR awards (Best Employee Welfare, Best Hybrid Learning Program); Asia's Most Influential Businesswoman; Taiwan's Best Publicly Traded Female CEO. ## News & Press Releases (October 2024 – October 2026) Full text of Wiwynn English press releases and event recaps published since October 2024, newest first (company boilerplate and media contacts removed). Older news is indexed with titles and dates in https://www.wiwynn.com/llms.txt. ### Recap of Wiwynn at OCP Global Summit 2026: Scaling AI Beyond Limits URL: https://www.wiwynn.com/news/recap-of-wiwynn-at-ocp-global-summit-2026-scaling-ai-beyond-limits Published: 2026-10-20 At the OCP Global Summit 2026, Wiwynn presented advances in compute, power, interconnect, and cooling technologies designed to build scalable, efficient, and sustainable AI factories. Through these exhibits, Wiwynn underscored its deep expertise in frontier technologies and its vision for the future of AI data centers. For next-generation AI infrastructure, Wiwynn introduced NVIDIA Vera Rubin NVL72 and the AMD Helios rack-scale solution. Built for the AI factory era, these platforms tackle challenges in compute density, power delivery, connectivity, and cooling. Through close collaboration with its partners, Wiwynn leverages its rack integration and manufacturing expertise to provide adaptable solutions tailored to CSP requirements. Together with Ayar Labs and GUC, Wiwynn presented a rack-level architecture integrating GUC's multi-chip packages (MCPs) with Ayar Labs' TeraPHY™ optical engines (OEs). Real-time telemetry confirmed an active optical link, while stable signal-quality metrics under thermal and wavelength drift validated the system's readiness for real-world operation. Wiwynn also unveiled a comprehensive portfolio of forward-looking cooling innovations, including Diamond-Based Microchannel Cooling, 6 kW Double-Sided Cold Plate with Cavity PCBA and VPD, and Lightweight Cold Plate and Inner Manifold Design. These developments reinforce Wiwynn's commitment to pushing beyond the physical limits of conventional thermal architectures. At this year's summit, Wiwynn reached a new milestone with nine executive and technical breakout sessions, showcasing the knowledge of our team and the invaluable support of our industry partners. Together, we continue to exchange insights, contribute to the Open Compute Project community, and drive progress in AI infrastructure. ▶ View Video Playlist 第一單元影片標題 點擊即可在此播放 --> Wiwynn in Action at OCP 2026 ### Wiwynn, Ayar Labs, and GUC Advance Co-Packaged Optics with Live Demonstration of Integrated Optical Compute System at OCP Global Summit 2026 URL: https://www.wiwynn.com/news/wiwynn-ayar-labs-and-guc-advance-co-packaged-optics-with-live-demonstration-of-integrated-optical-compute-system-at-ocp-global-summit-2026 Published: 2026-10-13 Three-way collaboration showcases platform integration, real-time telemetry and system management readiness, accelerating CPO deployment into rack-scale AI infrastructure San Jose, CA — October 13, 2026 — Wiwynn, an innovative cloud IT infrastructure provider for data centers, Ayar Labs, the leader in co-packaged optics (CPO) solutions for AI scale-up, and Global Unichip Corp. (GUC), the Advanced ASIC Leader, today announced the latest milestone in their strategic collaboration. For the first time, they are presenting a live demonstration at OCP Global Summit 2026, showcasing Wiwynn’s compute system integrating GUC's ASIC with Ayar Labs' TeraPHY™ optical engine paired with SuperNova™ light source, streaming real-time health telemetry. This demonstration marks a significant step forward from the companies' previous rack-level architecture collaboration, advancing to platform integration and functional validation. The system integrates GUC's multi-chip packages (MCPs) with TeraPHY™ optical engines (OEs), powered by the Ayar Labs SuperNova™ light source. In this live demo, telemetry is continuously polled from the OEs within the MCPs and displayed in real time, proving the optical link is up inside the system. As the tuning subsystem tracks thermal and wavelength drift, key signal quality metrics hold steady, validating the system's real-world operational readiness. “AI infrastructure is rapidly evolving toward an optically connected future,” said William Lin, President and CEO of Wiwynn. “This deeper integration with Ayar Labs and GUC, proving that the optical engine and light source can operate reliably within a real system architecture, marks a significant step forward in our collaboration. Together, we are accelerating CPO deployment at scale, helping hyperscalers build high-bandwidth, more power-efficient, and more scalable AI infrastructure.” Live Demonstration Highlights: - Silicon-to-System Optical Integration: Wiwynn’s system architecture integrates GUC's MCP with Ayar Labs' TeraPHY OEs paired with ELSFP-based high-power SuperNova light sources, into an ORV3-ready compute system. - OE Telemetry and System Health Monitoring: Real-time optical engine telemetry gives data centers visibility into system status, strengthening reliability at scale. - Stability Metrics Under Live Operation: As the tuning subsystem tracks thermal and wavelength drift (TX heater activity), key eye metrics (eye height, OMA, ER) hold steady alongside OE and ELSFP temperatures. - Advanced Cooling Solution: Wiwynn's system-level cooling architecture supports stable operation of optical power under real-world conditions. - Detachable FAU and In-Chassis Fiber Routing: Demonstration of serviceability and manufacturability at the compute system level. Deepening Collaboration to Accelerate CPO Commercialization “AI is driving the industry toward an optically-connected future, and the bar is no longer whether it works; it’s whether it can be deployed and managed at scale,” said Mark Wade, CEO and co-founder of Ayar Labs. “This demonstration with Wiwynn and GUC is about proving integration and operability in a real platform, and giving data center teams the data they’ll need to adopt CPO with confidence. We're proud to work with Wiwynn and GUC to make the next generation of AI infrastructure deployable at hyperscale.” “Integrating optical I/O directly into chip design, and proving its functionality through live system-level demonstration, is a significant achievement in our collaboration with Wiwynn and Ayar Labs,” said Sean Tai, President of GUC. “This cross-layer collaborative approach allows us to incorporate system requirements earlier in the chip design phase, significantly shortening the development cycle from silicon innovation to system readiness, and providing our customers with a definitive advantage in the global AI race.” Looking Ahead AI infrastructure is shifting toward optical-electrical convergence. This demonstration shows CPO has progressed from architectural validation to system-level functional proof, laying a solid foundation for hyperscale adoption. The three companies will continue deepening their collaboration, driving CPO from validation toward high-volume deployment. Visit the Wiwynn booth at OCP Global Summit 2026 to experience the Compute Tray CPO live demonstration firsthand. ### Wiwynn Showcases Next-Gen AI Platforms, Thermal Engineering, and Optical Interconnect Technologies at 2026 OCP Global Summit URL: https://www.wiwynn.com/news/wiwynn-showcases-next-gen-ai-platforms-thermal-engineering-and-optical-interconnect-technologies-at-2026-ocp-global-summit Published: 2026-10-12 San Jose, CA — October 12, 2026 — Wiwynn Corporation, a leading cloud IT infrastructure provider, today unveiled its latest AI infrastructure innovations at the 2026 OCP Global Summit (Booth C74, San Jose Convention Center), spanning next-generation AI rack platforms, breakthrough thermal technologies, and co-packaged optics (CPO) solutions. This reflects its holistic approach across compute, cooling, power, and connectivity. “As AI workloads push compute density to unprecedented levels, the industry needs partners who can deliver proven, full-stack engineering across the entire rack,” said William Lin, President and CEO of Wiwynn. “At OCP 2026, we are showcasing our end-to-end capability from custom design to high-volume rack integration, combined with continued investment in advanced cooling, power and optical interconnect technologies, Wiwynn is committed to build the next generation of AI infrastructure at scale with CSP customers and ecosystem partners.” Next-generation AI Rack Platforms - NVIDIA Vera Rubin NVL72: Wiwynn and Wistron are among the first NVIDIA Pilot Build Partners for the NVIDIA Vera Rubin NVL72 platform for engineering validation and design-in. This liquid-cooled, rack-scale architecture, integrating 72 NVIDIA Rubin GPUs and 36 NVIDIA Vera CPUs with 6th-generation NVIDIA NVLink, delivering breakthrough performance and efficiency for AI factories. - AMD Helios™ rackscale solution: Built on the Open Rack Wide (ORW) standard, AMD Helios brings together AMD Instinct™ MI450 Series GPUs, 6th Gen AMD EPYC™ Server CPUs, AMD Pensando™ advanced networking technologies and AMD ROCm™ open software in a unified architecture for large-scale AI training and inference. Through close collaboration with AMD, Wiwynn is applying its rack integration and manufacturing expertise to bring this architecture to customers at scale with solutions tailored to CSP requirements. Advanced Thermal Engineering: Pushing Beyond the Limits of Cooling Wiwynn will showcase a full spectrum of forward-looking cooling innovations, from on-package cooling and advanced materials to system-level lightweight design, demonstrating its commitment to breaking through the physical limits of traditional cooling architectures. - Diamond-based Microchannel Cooling: Wiwynn is exploring diamond-based composite materials as a next-generation alternative to copper, demonstrating direct diamond-to-silicon bonding with integrated microchannel structures for on-package cooling. This leverages diamond's superior thermal conductivity to shorten the heat transfer path directly at the chip level. - 6kW Double-Sided Cold Plate with Cavity PCBA and VPD: An ultra-thin double-sided cold plate with cavity PCBA design for high-power AI ASICs using Vertical Power Delivery, delivering 6kW cooling capacity, over 15% thermal performance improvement, and up to 80% reduction in power delivery loss. This design simultaneously addresses thermal, power, and space constraints in next-generation AI modules. - Lightweight Cold Plate and Inner Manifold Design: Through reduced metal usage in cold plates and inner manifolds, along with lightweight tubing, Wiwynn cuts cooling component weight by at least 30%, streamlining integration, transportation, and installation for high-density AI racks as deployments scale worldwide. - Topology-Optimized Microchannel Cold Plate: Together with Corintis, Wiwynn will showcase topology-optimized microchannel designs tailored to chip power maps, targeting high heat flux regions while balancing thermal and hydraulic performance. This approach has the potential to further enhance cold plate performance for next-generation AI ASICs. Overcoming Network Bottlenecks: CPO-Based Optical Interconnect Wiwynn, together with ecosystem partners including Ayar Labs, Corning, GUC, and Senko, will showcase its co-packaged optics (CPO) scale-up rack solution, covering rack-level fiber routing, patch panel integration, and multi-vendor fiber management, alongside a live demonstration of optical engine telemetry. The demo highlights an open ecosystem approach and Wiwynn's ability to integrate optical, mechanical, cooling, and system-level innovations into a scalable rack-scale AI infrastructure platform. Wiwynn's latest innovations will be explored in greater depth throughout the Summit, from Executive Track and Expo Hall Talk sessions to in-depth engineering workshops and the Future Technology Symposium. Visit Wiwynn at Booth C74, San Jose Convention Center, and download the latest whitepapers to learn more about next-generation AI infrastructure and data center technologies. ### Wiwynn Strengthens Global Supply Chain Resilience with Grand Opening of Advanced Manufacturing Facility in Texas URL: https://www.wiwynn.com/news/wiwynn-strengthens-global-supply-chain-resilience-with-grand-opening-of-advanced-manufacturing-facility-in-texas Published: 2026-09-15 Socorro, Texas, September 14, 2026 – Wiwynn, a cloud data center IT infrastructure provider, today held the grand opening ceremony for its advanced manufacturing facility in Texas, marking another significant addition to its global manufacturing footprint. Located in Socorro, El Paso, Texas, the facility will further enhance Wiwynn’s local manufacturing and delivery capabilities in North America. It will also connect the company’s manufacturing resources across Asia, the America, and Europe, enhancing the flexibility and resilience of its global supply chain, and supporting surging demand for AI and cloud infrastructure. The ceremony brought together officials from state, county, and city governments, Director General Yvonne Hsiao of the Taipei Economic and Cultural Office in Houston, as well as representatives from major leading cloud service providers (CSP), including Amazon and Microsoft. Together, they witnessed an important milestone in Wiwynn’s expansion of its U.S. manufacturing presence. The Texas facility not only addresses the rapidly growing demand for AI and cloud services but also opens a new chapter in Wiwynn’s global manufacturing strategy. As a global leader in cloud IT infrastructure, Wiwynn continues to invest in technology innovation and manufacturing excellence. The Texas facility is equipped with state-of-the-art server manufacturing and rack integration technologies, offering complete production and testing capabilities for both air cooled and liquid-cooled racks. The facility also advances automation in manufacturing and logistics to ensure production efficiency and consistency. These capabilities not only meet customers' expectations for local production and high quality but also reinforce the flexibility and resilience of Wiwynn's global supply chain. Wiwynn has invested more than US$1.6 billion in the Texas facility. The first building, spanning about 393,000 square feet, kicked off in 2025 and began shipments by the end of that year, now entering mass production, demonstrating Wiwynn's swift execution in establishing U.S.-based manufacturing and delivery capabilities. The second building, spanning approximately 476,000 square feet, is expected to begin production in the second quarter of 2027. The overall campus plan, including existing buildings and future expansions, is expected to exceed 1.7 million square feet in total building area over the long term. "The opening of our Texas facility marks an important extension of Wiwynn's global manufacturing footprint and a key step in strengthening our supply chain resilience," said Emily Hong, Chair and Chief Strategy Officer of Wiwynn. "This site will provide advanced production capacity for server racks, becoming a vital hub for Wiwynn's AI and cloud infrastructure business in the United States. We will continue working closely with our global partners to respond swiftly to fast-growing demand, as we embrace the next phase of growth in AI infrastructure together." "This facility is the result of an extraordinary relationship between Amazon and Wiwynn," said Tyler Doornenbal, Vice President, Amazon Annapurna Labs. "We look forward to the expanded capabilities this new facility brings to Socorro, Texas, and to continue building the future of AI infrastructure together." Looking ahead, Wiwynn will continue to advance its capabilities in smart manufacturing, automation, and rack-level system integration, while strengthening its global manufacturing and service network. Working tightly with customers and supply chain partners, Wiwynn remains committed to supporting the long-term development of AI and cloud infrastructure. ### Amazon and Wiwynn announce expansion of advanced manufacturing facility in Texas, creating nearly 1,000 jobs and boosting the US supply chain URL: https://www.wiwynn.com/news/amazon-wiwynn-data-center-manufacturing-jobs-texas Published: 2026-09-10 The facility brings production of custom hardware to the U.S. and strengthens domestic manufacturing capacity for Amazon’s infrastructure. Key takeaways Amazon and Wiwynn announced a facility expansion in Socorro, Texas, to boost U.S. manufacturing and create nearly 1,000 jobs. The expanded site helps to strengthen Amazon’s supply chain with U.S.-manufactured server racks. Amazon has invested more than $100 billion in Texas since 2010, with 86,000 employees working across the state. Amazon and Wiwynn announced an expansion of Wiwynn’s manufacturing operations in Socorro, Texas. Together, the companies expect to create nearly 1,000 new advanced manufacturing jobs by the end of 2027. Wiwynn’s continued investment supports growing customer demand and will bring total employment at the facility to over 2,500 next year, with further growth to 4,000 employees expected at full capacity. Wiwynn supports Amazon’s data center infrastructure by manufacturing and integrating server systems and racks, helping to provide the hardware and capacity needed to support Amazon’s growing cloud infrastructure across the U.S. The facility is part of Amazon's broader effort to strengthen its supply chain by bringing production of custom hardware to the U.S. and building domestic capacity for Amazon’s infrastructure needs. “Amazon’s investments in Texas have created more than 86,000 jobs across the state. Wiwynn’s new facility further expands this positive impact and shows what’s possible when we work with our manufacturers to strengthen the U.S. supply chain,” said Gary Szilagyi, Amazon vice president of Annapurna Labs. “We’re proud to deliver cutting-edge chips as part of this investment, supporting the creation of nearly 1,000 advanced manufacturing roles that will help strengthen both the Texas and U.S. economies.” "Amazon’s continued work with Wiwynn to bring nearly 1,000 advanced manufacturing jobs to the U.S. is exactly the type of collaboration we want to see to help strengthen the U.S. supply chain. This investment is one example of Taiwan’s commitment to invest $250 billion in advanced manufacturing into the United States.“ said Deputy United States Trade Representative, Ambassador Rick Switzer. “America’s competitive edge is reliant on investment that will onshore more of these opportunities and our administration is committed to supporting the critical infrastructure that will spur our economic growth.” “Wiwynn’s new advanced manufacturing facility represents a major new chapter in our global manufacturing footprint and an important milestone for Amazon, Texas, and the entire U.S. supply chain,” said William Lin, president and CEO of Wiwynn. “Through our over $1.6 billion investment in the Texas facility, we are expanding our ability to address the growing demand of U.S. customers, reinforce the resilience of the global supply chain, and create high-value career opportunities as we continue to grow in partnership with the local community.” Amazon's data centers power the services millions of people and businesses rely on every day, from hospitals and emergency services to streaming entertainment and AI innovation. Wiwynn’s server racks are a critical part of that infrastructure, and together, these investments help fuel the U.S. economic engine. Since 2017, data center activity has grown U.S. manufacturing jobs by nearly 70% to over 200,000 jobs*. Creating career pathways At the El Paso-area facility—Wiwynn's first manufacturing site in the U.S.—the company is hiring across manufacturing and industrial engineering, testing and automation, quality engineering, equipment maintenance, supply chain, and production operations. This includes roles that pay 30% above the local wage base. The company is working with the University of Texas at El Paso, New Mexico State University, El Paso Community College, and Western Technical College to help build its talent pipeline. Amazon prepares its workforce for future opportunities through comprehensive education and skills training programs. Since 2019, more than 14,500 Texas employees have participated in these free initiatives. In Texas, Amazon partners with 35 educational institutions through its Career Choice program, which prepays 100% of tuition for employees pursuing further education. These partnerships with colleges and universities across the state help Amazon employees gain in-demand skills that can propel them into new careers. From Machine Learning University to Career Choice, these programs represent Amazon's investment in developing talent and creating pathways to opportunity for its workforce. In the coming months, Amazon will bring even more workforce development programs to Texas. These include AWS's Fiber Optic Fusion Splicing Certificate Course along with an Information Infrastructure Pre-Apprenticeship (I2PA), a paid pre-apprenticeship for job-seekers with little or no prior experience to launch skilled trade careers related to cloud infrastructure. ### Wiwynn Foundation Unveils Marine Picture Book to Promote Ocean Literacy URL: https://www.wiwynn.com/news/wiwynn-foundation-partners-parenting-source-launch-coral-picture-book-promote-marine-literacy Published: 2026-09-01 The Wiwynn Foundation has teamed up with CommonWealth Education Media to publish《 聽! 珊瑚在說話 》(literally translated as Listen! The Coral is Talking), a children's picture book aimed at instilling early ocean literacy. Launched on June 7 at the New Taipei City Main Library ahead of World Oceans Day, the book aligns with UN SDGs 13 (Climate Action) and 14 (Life Below Water). Key attendees included Wiwynn Foundation Director Yang Wan-ju, Wiwynn HR Director Chung Chia-hsin, CommonWealth Education Media and Publishing Deputy GM Lin Yen-chieh, New Taipei City Library Secretary Chen Wen-tseng, and Friendly Seed Product Planning Manager Huang Pei-wei. Inspired by Wiwynn’s long-standing "Ocean Hugs" coastal afforestation initiative and its 2025 "Coral Garden Project," the book translates complex issues like coral bleaching into engaging, relatable stories for young readers. Emily Hong, Chairwoman of the Wiwynn Foundation, stated that the initiative grew out of her focus on global marine debris. She emphasized that despite its vastness, the ocean is extremely fragile, which is why the foundation has prioritized coral restoration and biodiversity since day one. Through this book, she hopes to make ocean conservation accessible to children and inspire the public to embrace the marine environment. Wiwynn Foundation Director Yang Wan-ju noted that the book features an intuitive coral fold-out page and an appendix covering northern Taiwan's marine life, offering an easy-to-understand look at environmental challenges and restoration. The launch event also included a guided reading and a pledge activity where parents and children wrote down daily conservation goals—such as cutting single-use plastics—turning ocean knowledge into tangible everyday action. ### Wiwynn Reports Second Quarter 2026 Financial Results URL: https://www.wiwynn.com/news/wiwynn-reports-second-quarter-2026-financial-results Published: 2026-08-07 Wiwynn held a Board of Directors meeting today (August 7) and approved its financial statements for the second quarter of 2026. In the second quarter of 2026, consolidated revenue reached NT$278.153 billion, representing a year-over-year increase of 26.0%. Profit after tax (PAT) was NT$14.969 billion, increased by 23.5% from the same period in 2025. Beginning in April, memory procurement for certain customers shifted to a procurement agency model, with the related amounts excluded from revenue and cost of goods sold. Combined with higher NRE income from a new product introduction during the quarter, gross margin improved to 9.3%. Operating margin was 7.3%, and PAT margin was 5.4%. Basic earnings per share (EPS) was NT$80.43, compared with NT$65.23 in the same period of 2025. In response to changes in the AI product mix and rising component costs, the Company has continued to work with customers to adjust its business model. In the first half of 2026, consolidated revenue achieved NT$554.660 billion, increased by 41.7% year-over-year. PAT was NT$29.084 billion, increased by 32.7% year-over-year. Gross margin was 8.4%, operating margin was 6.8%, and PAT margin was 5.2%. EPS increased to NT$156.38 from NT$117.93 in the same period of 2025, setting a record high for the period. The Company is optimistic about the long-term growth of the AI and data center markets, and continues to advance computing, thermal and power solutions, and related technologies and product development. To support business growth and global capacity expansion, the Board approved a consolidated capital expenditure budget of US$942 million for the second half of 2026, primarily for investments in power infrastructure, equipment, land, and buildings. In addition, to support working capital and long-term investment needs, the Board approved a proposal to issue the Company's first domestic unsecured convertible bonds of up to NT$15 billion and to arrange a US$1.5 billion syndicated loan. The Board also approved September 2 as the ex-rights trading date for the stock dividend distribution from 2025 earnings. For details of other relevant dates, please refer to the Company’s announcement. ### 《The Island and the Trees》 Hits NT$20M: Director LEE Hsiang-hsiu Spends 5 Years Documenting Taiwan's Ancient Trees and Ecology URL: https://www.wiwynn.com/news/the-island-and-the-trees-box-office-20m-director-lee-hsiang-hsiu-5-years-taiwan-giant-trees-ecology Published: 2026-08-03 Box office returns for《The Island and the Trees》have topped NT$20 million across Taiwan. Exclusively sponsored in 2026 by Wiwynn and the Wiwynn Foundation, the documentary spotlights the country's forests and monumental trees. The foundation’s backing began with the "Tree Searchers" project, driven by a simple question: Taiwan is full of trees, but what species are out there, and how healthy are they? The effort started with Dr. Hsu Chia-chun (Rebecca Hsu) at the Taiwan Forestry Research Institute. Her "Tree Searchers" team partnered with Prof. Wang Chi-kuei’s group at National Cheng Kung University, using airborne LiDAR across 50,000+ point-cloud datasets to locate Taiwan's hidden giant trees and build an essential baseline database. Their fieldwork revived public appreciation of alpine old-growth forests and provided solid empirical data for conservation. Golden Horse–winning director Lee Hsiang-hsiu spent five years—and over two decades of her personal retirement savings—following the team into steep mountain terrain. Her film captures the rapport among researchers, camera crews, Indigenous guides, and mountaineers. It also traces Taiwan's logging history from Japanese colonial rule to the postwar era, highlighting how climate extremes now threaten ancient trees with windthrow and collapse. Connected by Dr. Hsu, the Wiwynn Foundation partnered with Lee to bridge scientific research, corporate sponsorship, and cinema. Wiwynn Foundation Director Yang Wan-ju called the collaboration an arrangement of "the mountain spirits." Beyond its box office success, the film serves as a vital environmental lesson: the goal is not merely measuring how tall these trees are, but ensuring they survive for generations to come. The foundation will continue supporting giant-tree research and forest conservation. ### Recap of Wiwynn at COMPUTEX 2026: Scaling the AI Future URL: https://www.wiwynn.com/news/recap-of-wiwynn-at-computex-2026-scaling-the-ai-future Published: 2026-06-26 At COMPUTEX 2026, Wiwynn showcased the evolution of next-generation AI infrastructure across compute, storage, interconnect, and cooling. The exhibition brought together practical, rack-scale innovations designed to support the growing performance and density demands of future AI data centers. Wiwynn showcased NVIDIA and AMD rack-scale platforms, including the NVIDIA Vera Rubin NVL72 and AMD Helios rack-scale solution, demonstrating its system integration capabilities for next-generation AI infrastructure. In optical interconnect, Wiwynn collaborated with Ayar Labs, GUC, and fiber ecosystem partners—including Browave, Corning, FOCI, Molex, SENKO, and TE Connectivity—to demonstrate a CPO-based optical scale-up rack design. The showcase highlighted how optical connectivity can help overcome the limitations of traditional copper interconnects and support the next stage of AI scale-up. Complementing these innovations, Wiwynn introduced a range of advanced thermal designs, including the 6kW Double-sided Cold Plate with Liquid Metal TIM, Space Cooling concepts, and Diamond Composite Cooling technologies, reflecting our continued focus on solving system-level thermal challenges for high-density AI deployments. Wiwynn’s COMPUTEX 2026 showcase underscored our vision for the next generation of AI infrastructure—where compute, storage, interconnect, and cooling are designed together at rack scale. Through continued innovation and ecosystem collaboration, Wiwynn is advancing the system-level foundation for future AI data centers. Inspiring Moments of Wiwynn at COMPUTEX 2026 ### Wiwynn and Shinwa Controls Announce Strategic Collaboration to Deliver Advanced Next-Generation Data Center Cooling Solutions URL: https://www.wiwynn.com/news/wiwynn-and-shinwa-controls-announce-strategic-collaboration-to-deliver-advanced-next-generation-data-center-cooling-solutions Published: 2026-06-04 Three years of joint engineering validation accelerates liquid cooling deployment for global cloud service providers TAIPEI, Taiwan & TOKYO, Japan – June 3, 2026 – Wiwynn Corporation (TWSE: 6669), a leading global cloud IT infrastructure provider, today announced its formal strategic collaboration with Shinwa Controls Co., Ltd., a premier developer of high-precision thermal control and advanced infrastructure systems with proven high field reliability which have been matured for decades in the stringent semiconductor fab industry. Building upon three years of intensive joint engineering, validation, and product co-development, the partnership delivers highly optimized, production-ready server liquid cooling infrastructure designed to meet the rigorous power density and efficiency demands of leading global Cloud Service Providers (CSPs). Shinwa has also pioneered low-GWP refrigerants/coolants and low-power systems As artificial intelligence (AI) and high-performance computing (HPC) workloads scale exponentially, thermal management has emerged as a critical limiting factor for next-generation data centers. Traditional air-cooling methods are increasingly inadequate for high-density compute clusters. To address this paradigm shift, Wiwynn and Shinwa have tightly integrated their respective expertise—combining Wiwynn’s world-class cloud server architecture with Shinwa’s proven advanced thermal control technologies, such as high-efficiency Direct Liquid Cooling (DLC) and specialized coolant distribution systems. Over the past three years, the two companies have successfully completed exhaustive validation cycles. This deep integration ensures that Shinwa’s thermal infrastructure operates in seamless synchronization with Wiwynn’s hyper-dense compute racks, offering cloud service providers a highly reliable, turnkey cooling roadmap that lowers Total Cost of Ownership (TCO) and drastically improves Power Usage Effectiveness (PUE). "Wiwynn is committed to providing cloud service providers with the most efficient, reliable, and sustainable computing platforms on the market," said William Lin, President and CEO at Wiwynn. "Thermal management is the cornerstone of next-generation infrastructure. With Shinwa's technical precision and robust manufacturing capabilities, we are accelerating the deployment of liquid cooling technologies to support the industry’s most demanding hyperscale applications." Shinwa's advanced cooling systems are engineered to manage extreme thermal profiles while maintaining structural reliability and leak-free operations within multi-megawatt environments. By achieving rigorous joint verification alongside Wiwynn’s high-density server platforms, Shinwa has demonstrated its readiness to scale production in alignment with strict global supply chain standards. "We are proud to formalize our long-standing engineering relationship with Wiwynn," said Takuji Yamamoto, President and CEO of Shinwa Controls. "Validating our advanced thermal systems alongside Wiwynn's industry-leading data center products for elite cloud operators has allowed us to refine our technology to meet the highest possible standards of efficiency and uptime. This collaboration reinforces Shinwa’s position as a premier, market-ready supplier capable of enabling the world's largest data centers to scale their AI infrastructure safely and sustainably." Key Highlights of the Partnership: - Proven Hyperscale Validation: Three years of collaborative testing and deployment architecture optimized directly for major CSP frameworks. - Seamless Architectural Integration: Harmonized mechanical and fluid-dynamic pairing between Shinwa cooling hardware and Wiwynn high-density server configurations. - Sustainability and Efficiency: Designed to substantially lower carbon footprints by maximizing efficiency and reducing auxiliary energy consumption. ### Wiwynn and Ecosystem Partners to Showcase Co-Packaged Optics Innovations at Computex 2026 URL: https://www.wiwynn.com/news/wiwynn-and-ecosystem-partners-to-showcase-co-packaged-optics-innovations-at-computex-2026 Published: 2026-05-28 Accelerating Optical Scale-Up for Hyperscale AI Data Centers TAIPEI, Taiwan — May 28, 2026 — Wiwynn, an innovative cloud IT infrastructure provider for data center, today announced it will unveil its latest Co-Packaged Optics (CPO) interconnect technologies at Computex 2026 (Nangang Exhibition Center Hall 1, Booth #J0106). The demonstration brings together ecosystem partners including Ayar Labs, Global Unichip Corp. (GUC), Browave, Corning Incorporated, FOCI, Molex, SENKO, and TE Connectivity. Together, the companies will present a full-stack path from chip-level CPO innovation to data center-scale deployment, marking a pivotal step forward for AI scale-up architectures. As AI compute clusters continue to push the boundaries of performance, bandwidth, and power density, traditional copper interconnects are becoming a structural bottleneck for large-scale AI expansion. CPO technology addresses this challenge at its root by deeply integrating optical I/O with AI ASICs, fundamentally reducing signal loss and system power consumption, providing the critical foundation for next-generation AI scale-up. "AI infrastructure is shifting toward optical-electrical convergence," said William Lin, President and CEO of Wiwynn. "Through close collaboration across our ASIC, silicon photonics, and fiber ecosystems, combined with Wiwynn's expertise in rack-level server integration and manufacturing, we are taking CPO technology from silicon-level innovation to system-ready architecture, accelerating real-world deployment and helping hyperscalers build next-generation AI data centers with higher bandwidth, improved power efficiency, and greater scalability." With Ayar Labs: Bringing CPO into Deployable, Rack-Scale AI Infrastructure Co-packaged optics is essential to AI scale-up as clusters grow beyond the limits of copper. To accelerate adoption, Wiwynn has formed a strategic partnership with CPO leader Ayar Labs. By integrating Ayar Labs' industry-leading TeraPHY™ optical engines and External Laser Small Form Factor Pluggable (ELSFP) SuperNova™ light sources into Wiwynn's rack-level architecture, the two companies are jointly delivering high-bandwidth, power-efficient CPO connectivity. Together, they are addressing key hyperscaler deployment challenges: fiber management, CPO-enabled AI ASIC integration, thermal management, power efficiency, and manufacturability. “AI scale-up is driving step function demand for bandwidth, latency, and power efficiency across and between racks,” said Mark Wade, CEO and co-founder of Ayar Labs. “Our work with Wiwynn brings co-packaged optics closer to hyperscale deployment by combining Ayar Labs’ optical engines with Wiwynn’s proven rack-level systems expertise. Together, we are laying the foundation for the next generation of AI infrastructure.” In-House Liquid-Cooling Solution: Ensuring Stable External Light Source To meet CPO architecture’s critical demand for stable external light sources, Wiwynn has engineered an in-house liquid-cooling solution specifically for ELSFP to ensure consistent laser output. Paired with a high-density in-chassis fiber routing, this design delivers highly reliable optical connectivity from the CPO ASICs to server system platforms, empowering hyperscalers to perfectly balance extreme AI compute performance with rigorous thermal management. With GUC: Driving System-Level Integration from the Silicon Design phase At the silicon and system architecture level, Wiwynn is collaborating with Global Unichip Corp. (GUC), the advanced ASIC leader, to incorporate system requirements early in the chip design phase. By holistically considering optical I/O, power delivery, and thermal design, this strategic approach reduces integration complexity, improves development efficiency, and accelerates the transition from chip-level innovation to system-ready AI infrastructure. “The strategic collaboration with Wiwynn represents a fundamental shift in our R&D paradigm from silicon design phase to system-level intelligence.” said Sean Tai, CEO of GUC. “This holistic approach significantly reduces integration complexity and accelerates the development cycles. It ensures that our AI infrastructure is industry-leading in terms of energy efficiency and deployment speed, providing our customers a definitive competitive edge in the global AI race." A Complete Fiber Ecosystem: End-to-End Optical Connectivity from Chassis to Rack Wiwynn also collaborates with a robust ecosystem of fiber and connectivity leaders, including Browave, Corning, FOCI, Molex, SENKO, and TE Connectivity, to bridge fiber routing and optical interconnect solutions within the server system to rack-level infrastructure. The exhibition features advanced technologies, highlighting Fiber Array Units (FAUs), high-density optical connectors, blind-mate interconnects, and fiber management systems. This builds a complete optical interconnect solution from in-chassis to rack-level, accelerating the large-scale adoption of CPO technology in data centers. Moving forward, Wiwynn remains committed to deepening its cross-layer ecosystem partnerships, leading the transition of CPO technology from validation to hyperscale volume deployment. Ecosystem Partner Statements (in alphabetical order): Browave “Our in-depth collaboration with Wiwynn signifies market-leading recognition of Browave’s R&D strength in Silicon Photonics and high-end CPO,” said Victor Hwang, CEO of Browave. ” Leveraging decades of technical heritage in optical communications and our strategic head start in the CPO market, Browave is honored to provide the core components that empower Wiwynn to showcase industry-leading innovations at Computex. Together, we are capturing the opportunities of the AI wave and continuing to drive the AI server market to new heights.” Corning Claude Echahamian, vice president and general manager, emerging businesses and EMEA, Corning Optical Communications: "Co-packaged optics represents a fundamental shift in how optical connectivity is designed and deployed for large-scale AI systems. This is achieved through relationships across the ecosystem of companies that innovate to make this transformation a reality. Corning is pleased to work with Wiwynn in bringing robust and high-density fiber infrastructures within server trays and across racks for the latest generation of large-scale AI systems." FOCI “We are pleased to establish a strategic CPO partnership with Wiwynn,” said D.D. Hu, General Manager of FOCI. “Leveraging our core optical interconnect technologies, developed through years of collaboration with the semiconductor industry, we will work together to address key challenges in silicon photonics packaging, including reflow compatibility and system pluggability. Together, we aim to reduce packaging complexity, enhance transmission architecture flexibility, and accelerate the deployment of next-generation AI optical communication infrastructure.” Molex ”Molex is enabling the shift to optical interconnects for AI infrastructure through high-density connectivity solutions, and accelerating co-packaged optics adoption in next-generation data centers.", said Aldo Lopez, SVP at Molex. ” SENKO "Manufacturable and serviceable interconnect design is essential to scaling co‑packaged optics,” said Kazu Takano, President and CBDO of SENKO Emerging Technologies Group. “As AI infrastructure transitions toward co‑packaged optics, reliable, high‑density optical connectivity becomes mission‑critical. Through our collaboration with Wiwynn, SENKO is supporting system‑level component integration including detachable FAUs with SEAT™ technology, and SN®-MT Very Small Form Factor (VSFF) interface connectivity, as shown in Wiwynn’s COMPUTEX CPO system demonstration.” TE Connectivity “Co-packaged optics is emerging as a foundational technology for next-generation AI infrastructure, and a strong ecosystem will be critical to advancing these solutions at scale,” said Vishwas Rao, Senior Vice President and General Manager at TE Connectivity. “At TE, we bring deep expertise in high-density interconnects (including M x N arrayed high density FAUs), end-to-end signal and power solutions, and global manufacturing. We combine this with our next generation designs and processes to help customers deploy next-generation CPO architectures across AI data centers.” ### Wiwynn Advances Datacenter Design at Computex 2026 with High-Power and Optical Interconnect URL: https://www.wiwynn.com/news/wiwynn-advances-datacenter-design-at-computex-2026-with-high-power-and-optical-interconnect Published: 2026-05-26 Presenting AI Compute, Liquid Cooling, Optical Scale-Up, and HVDC Power Delivery Taipei, May 26, 2026 -- Wiwynn (6669), an innovative cloud IT infrastructure provider for data centers, today announced to showcase its vision of next-generation data center designs at Computex 2026 (Booth #J0106, TaiNEX1). The exhibition spans cutting-edge rack-scale AI servers, developed with Wistron, breakthrough cooling technologies, optical scale-up designs, and high voltage DC (HVDC) power delivery architectures "AI is no longer just a compute challenge. It's a full-system engineering challenge. Compute, thermal management, data transmission, and power delivery must be co-designed at rack scale," said William Lin, President and CEO of Wiwynn. "At Computex, Wiwynn and our ecosystem partners present a full-stack, rack-scale technology blueprint, demonstrating our commitment to system design and integration excellence for data centers and cloud service providers worldwide." Powering the AI Factory: Next-Generation AI Compute and Storage Systems - NVIDIA Vera Rubin NVL72: Wiwynn and Wistron are among the first in line with readiness for the fully liquid-cooled, rack-scale platform unifying 72 NVIDIA Rubin GPUs and 36 NVIDIA Vera CPUs. Optimized for frontier AI model training, inference and reasoning, the platform delivers up to 10X higher performance per watt through extreme co-design —delivering breakthrough performance and efficiency for AI factories. - AMD Helios rack-scale solution: Built on the OCP ORv3 Open Rack Wide (ORW) specification and powered by AMD Instinct™ MI400 Series GPUs, 6 th gen AMD EPYC™ CPUs, AMD Pensando™ networking technologies and the unifying AMD ROCm™ software stack, this pioneering AI platform is purpose-built for the world's most demanding workloads. Its open rack design enables superior power density, streamlined scaling, and simplified serviceability. As a trusted ODM partner, Wiwynn brings the AMD Helios platform from reference design to production, accelerating open, interoperable AI infrastructure for the next-generation hyperscale AI deployments. - Storage: A storage server prototype providing aggregate high IOPs from 96 liquid-cooled E3.S SSDs, accessed with NVIDIA SCADA, using NVIDIA GPUs capable of saturating the PCIe connections to the drives for GNN and vector databases. Rethinking Power: High Voltage DC (HVDC) Power Distribution: As rack power density escalates, HVDC is becoming a foundational shift in data center architecture. Wiwynn, together with key ecosystem partners Delta and TE Connectivity (TE), showcases a rack level 800 VDC solution, spanning the power rack, liquid-cooled busbar, and an 800V-to-50V power distribution board (PDB), demonstrating the end-to-end HVDC system integration for high-density AI deployments. Beyond Copper: Optical AI Scale-up with Co-Packaged Optics (CPO): Bandwidth bottlenecks are the next frontier in AI infrastructure. Wiwynn collaborates with ecosystem partners, including Ayar Labs and GUC, to demonstrate a CPO-based optical scale-up rack design, integrating AI ASIC with 2.5D advanced package, TeraPHY™ optical engines, ELSFP SuperNova™ remote light sources, advanced fiber routing and optical interconnects. Wiwynn will also highlight its in‑house liquid‑cooling solution, purpose-built for ELSFP, ensuring reliable in‑chassis optical connections. This end-to-end demonstration marks a critical milestone in transitioning CPO from component-level innovation to hyperscale-ready deployment. Breaking Thermal Barriers: Advanced Cooling innovation As chip power envelopes reach new extremes, Wiwynn introduces two breakthrough cooling technologies: - 6kW Double-sided Cold Plate with Liquid Metal TIM: Designed to support AI ASICs up to 6kW, this ultra-thin, double-sided liquid cooling solution integrates cavity PCB architecture to support Vertical Power Delivery (VPD), shorten power delivery paths and improve power delivery efficiency by more than 80% in a compact environment. With Liquid Metal TIM significantly reducing silicon-to-cold plate temperature differentials, the solution delivers over 30% gains in thermal efficiency. - Diamond Composite Cooling: Wiwynn pushes material science boundaries with diamond composite, a next-generation thermal material offering superior thermal conductivity and a weight advantage over copper. Demonstrated in a microchannel cold plate design, diamond composite enhances cooling performance, addressing both thermal and structural challenges in high-density AI deployments, while unlocking promising potential for future IC package-level cooling applications. Visit Wiwynn @Computex 2026 (Booth #J0106, TaiNEX1) to explore these innovative solutions driving the future of AI infrastructure and data center technologies. ### Wiwynn Corporation 2026 Annual Shareholders Meeting URL: https://www.wiwynn.com/news/wiwynn-corporation-2026-annual-shareholders-meeting Published: 2026-05-25 (May 25, 2026, Taipei) – Wiwynn Corporation (Wiwynn, TWSE: 6669) held its 2026 Annual General Shareholders’ Meeting today at 9:00 a.m. at the second floor of Building C in Oriental Science Park (2F., No. 94, Sec. 1, Xintai 5th Rd., Xizhi Dist., New Taipei City, Taiwan). The meeting was chaired by Chairperson Emily Hong. At the meeting, the 2025 Business Report and Financial Statements were approved, and a stock dividend of NT$20 per share and a cash dividend of NT$145 per share were resolved. Meeting Highlights • Consolidated revenue totaled NT$950.663 billion, while profit after tax reached NT$51.118 billion. Earnings per share (EPS) was NT$275.06. • The meeting approved the 2025 earnings distribution of NT$30,663,730,515, including a stock dividend of NT$20 per share, amounting to NT$3,716,815,820, and a cash dividend of NT$145 per share, amounting to NT$26,946,914,695. • The election of the 6th Board of Directors (including Independent Directors) was approved, with a term from May 25, 2026 to May 24, 2029. The newly elected board members are Emily Hong, William Lin, Frank Lin, Sylvia Chiou, Charles Kau (Independent Director), Simon Dzeng (Independent Director), Jaclyn Tsai (Independent Director), Jian-Jang Huang (Independent Director), and Steven Chang (Independent Director). Independent Directors constitute a majority of the board, with five seats in total. • The meeting approved a capital-raising plan of up to 18 million common shares, to be executed based on market conditions and the Company’s funding needs, through one or a combination of the following methods to issue new common shares to sponsor issuance of GDR and/or issue new common shares in public offering and/or issue new common shares in private placement and/or issue of common shares to sponsor issuance of GDR in private placement. Business Highlights • New Product and Technology Development Wiwynn remains highly confident in the long-term demand for data centers. The Company continues to invest in the development and mass production of diversified platforms, including CPU, GPU, and ASIC, to deliver optimized computing platforms for customers. Wiwynn is also collaborating with ecosystem partners to advance innovative technologies, including CPO, HVDC, and thermal solutions, accelerating the commercialization and large-scale deployment of next-generation AI computing technologies. Through close partnerships with customers and technology providers, Wiwynn maintains its leadership in technology, supply chain, manufacturing, and global delivery capabilities. The Company is well positioned to capture significant opportunities driven by AI training, inference, and agentic AI, offering competitive rack-level integration and system solutions. • Global Capacity Expansion To support customers’ demand for a resilient global supply chain, Wiwynn’s Texas plant commenced production by the end of 2025, strengthening its North American presence alongside operations in Mexico. The Company has also proactively secured power capacity for high-power rack integration facilities, with planning in place through 2028 across key regions including the U.S., Mexico, and Malaysia. This ensures sufficient and stable production capacity and power availability ahead of customer demand, enabling flexible allocation and reliable delivery as market demand continues to grow. Outlook Looking ahead, Wiwynn will continue to demonstrate strong resilience and agile execution capabilities. Through technological innovation, strategic capacity expansion, and sustainability initiatives, the Company aims to shape a digital future that balances efficiency with sustainability. We are committed to working responsibly alongside our partners, customers, suppliers, and all stakeholders to advance steadily toward a more resilient and sustainable future. ### Wiwynn Reports First Quarter 2026 Financial Results URL: https://www.wiwynn.com/news/wiwynn-reports-first-quarter-2026-financial-results Published: 2026-05-07 Wiwynn held a Board of Directors meeting today (May 7) and approved its financial statements for the first quarter of 2026. In the first quarter of 2026, consolidated revenue reached NT$276.508 billion, representing a year-over-year increase of 62.0%. Profit after tax (PAT) was NT$14.114 billion, increased by 44.1% from the same period in 2025. Gross margin was 7.6%, operating margin was 6.3%, and PAT margin was 5.1%. Basic earnings per share (EPS) was NT$75.95, compared with NT$52.70 in the same period of 2025. Consolidated revenue, profitability, and basic EPS for the first quarter of 2026 all reached record highs for the same period. In response to changes in the AI product mix and rising component costs, the Company has continued to adjust its business models in collaboration with customers. Beginning in April, memory procurement for certain customers shifted to a procurement agency model, under which memory revenue is excluded from reported revenue. As a result, April revenue was NT$82.731 billion, representing a year‑over‑year increase of 29.67% and a month‑over‑month decrease of 16.14%. Server rack shipment volume increased month-over-month, and margins also improved compared to the previous month. Looking ahead to the full year, total profit is expected to remain unaffected by partial changes in business models, with shipment volume continuing to achieve double-digit growth. The Company is optimistic about AI and data center market, and is committed to continuous investments to deepen computing, thermal and power efficiency, and related technologies and product development. In Q1, the company invested in Ayar Labs, the co-packaged optics (CPO) leader, collaborating to bring CPO innovation in rack-level AI systems and capture growing opportunities in hyperscale AI workloads. To meet customers’ long-term demand growth and working capital needs, the Board of Directors has approved to increase capital in the subsidiary, Wiwynn International Corporation, by USD$500 million to enhance its working capital and strengthen its financial structure. ### GUC Collaborate with Wiwynn to Advance Silicon-to-System Infrastructure for Next-Generation Hyperscale AI URL: https://www.wiwynn.com/news/guc-collaborate-with-wiwynn-to-advance-silicon-to-system-infrastructure-for-next-generation-hyperscale-ai Published: 2026-05-05 Collaboration brings together flagship SoC design, optical I/O and rack-scale liquid-cooled system integration to help hyperscalers accelerate system-ready AI infrastructure HSINCHU, TAIWAN – May 4, 2026 – Global Unichip Corp. (GUC), the Advanced ASIC Leader, today announced a strategic technical collaboration with Wiwynn, an innovative cloud IT infrastructure provider for data centers. This collaboration integrates GUC's flagship SoC design and 2.5D/3D advanced packaging with Wiwynn's expertise in rack-scale system integration, liquid cooling and optical interconnect. Together, the collaboration enables hyperscale customers to transition more efficiently from silicon definition to deployment-ready AI infrastructure. AI clusters continue to scale in performance, bandwidth and power density, hyperscalers must increasingly evaluate silicon, packaging, interconnect, thermal and rack-level design choices much earlier in the development cycle. Through this collaboration, GUC and Wiwynn are aligning key technology pillars, including leading-edge ASIC implementation, 2.5D/3D advanced packaging, optical I/O, power delivery, thermal architecture, manufacturability, serviceability and rack-scale integration. By addressing these factors holistically at the outset, the collaboration partners aim to reduce integration complexity, improve development efficiency and accelerate the transition from silicon-ready innovation to system-ready AI infrastructure. “As AI infrastructure evolves beyond chip-level optimization and scale-up networks push the limits of conventional electrical interconnects, close alignment across silicon to system architecture become critical,” said Aditya Raina, Chief of Marketing of GUC. “By collaborating with Wiwynn, we are helping hyperscale customers evaluate critical system-level tradeoffs earlier, integrating optical I/O to deliver the bandwidth and power efficiency required for next generation AI systems. This partnership establishes a more practical, holistic path from flagship ASIC development to deployable, rack-scale AI infrastructure. “With deep expertise across board-level innovation, rack-scale integration, and manufacturing, Wiwynn effectively bridges semiconductor innovation with data center deployment,” said Tony Wen, Vice President at Wiwynn. “Together with GUC, we are enabling a comprehensive silicon-to-system approach that delivers scalable, efficient and serviceable AI infrastructure tailored for next-generation hyperscale environments.” ### Recap: Wiwynn at NVIDIA GTC 2026 - Create AI Beyond Limits URL: https://www.wiwynn.com/news/recap-wiwynn-at-nvidia-gtc-2026-create-ai-beyond-limits Published: 2026-04-14 At NVIDIA GTC 2026, Wiwynn participated under the theme “ Create AI Beyond Limits,” showcasing how AI factories are engineered for production-scale deployment—from board-level innovation to rack-scale system integration. Key highlights included readiness for the NVIDIA Vera Rubin NVL72 AI factory platform, a Storage‑Next™–based GPU‑Initiated Server concept, and validated liquid‑cooling capabilities demo designed for high‑density environments. Throughout the event, we were pleased to connect with ecosystem partners and guests across the AI supply chain, including NVIDIA, Ayar Labs and Kaohsiung City Government—reflecting Taiwan’s growing role in global AI infrastructure. Wiwynn also delivered a GTC session with YTL and NVIDIA, sharing production deployment learnings and practical approaches to power density planning, liquid‑cooling risk management, and GPU cluster validation at scale. In addition, Wiwynn joined an NVIDIA Podcast to discuss what separates “rack‑ready” from truly “AI‑ready” infrastructure—and the system‑integration role of Wiwynn. The conversation highlights why checklist completion isn’t the finish line, and how production readiness is defined by stable, repeatable day‑to‑day performance. Another milestone came from the GTC 2026 Poster Gallery, where Wiwynn’s work was selected as the top entry among 150+ submissions—recognizing our focus on applied, production-oriented innovation that translates into real operational impact. Across our booth and speaking engagements at GTC 2026, Wiwynn reinforced our role as a hands‑on AI factory builder—delivering infrastructure designed to perform reliably in real-world, production-scale environments Exciting Moments of Wiwynn at GTC 2026 ### Wiwynn Showcases NVIDIA Vera Rubin NVL72 AI Factory Infrastructure at NVIDIA GTC 2026 URL: https://www.wiwynn.com/news/wiwynn-showcases-nvidia-vera-rubin-nvl72-ai-factory-infrastructure-at-nvidia-gtc-2026 Published: 2026-03-16 San Jose, Calif. – March 16, 2026 — Wiwynn, an innovative cloud IT infrastructure provider, is showcasing the latest NVIDIA-powered AI solutions, developed in collaboration with Wistron, at GTC 2026 (Booth # 1121). From board-level innovation to rack-scale integration and validation, Wiwynn’s end-to-end expertise in accelerated computing, storage, and liquid cooling delivers future-ready AI factories with breakthrough performance, exceptional energy efficiency, and faster time-to-value. “As AI accelerates, customers need a trusted partner to rapidly build out integrated, rack-scale solutions that harmonize compute, storage, networking, and liquid cooling,” said William Lin, President and CEO at Wiwynn. “With end-to-end integration capability and manufacturing excellence, Wiwynn brings the latest platforms and innovations powered by NVIDIA to market faster—unlocking performance-per-watt gains and building a robust AI infrastructure layer that keeps customers at the forefront of the AI era.” Technology highlights - NVIDIA Vera Rubin NVL72: Wiwynn and Wistron are among the first in line with readiness for the fully liquid-cooled, rack-scale platform unifying 72 NVIDIA Rubin GPUs and 36 NVIDIA Vera CPUs. Optimized for frontier AI model training, inference and reasoning, the platform delivers up to 10X higher performance per watt through extreme co-design —delivering breakthrough performance and efficiency for AI factories. - NVIDIA HGX Rubin NVL8: A top-tier modular accelerated computing platform—a fanless, high-density 2U system with eight NVIDIA Rubin GPUs and 100% liquid cooling to achieve remarkable PUE. Scales from 8 to 16 systems per rack over NVIDIA Spectrum-X Ethernet or NVIDIA Quantum-X800 InfiniBand, adapting to evolving compute needs at scale. - NVIDIA RTX PRO Server: A compact 2U Arm-based platform that pairs dual NVIDIA Vera CPUs with two NVIDIA RTX PRO 4500 Blackwell Server Edition GPUs (32GB GDDR7 each) to power neural rendering and AI-driven design. - Storage‑Next: Part of NVIDIA’s Storage-Next initiative, the GPU-initiated storage architecture leverages NVIDIA SCADA to directly orchestrate I/O across a 96-drive NVMe array via the GPU, delivering ultra-high IOPS, sub-millisecond tail latencies and petabyte-class density for GNN, LLM inference, and RAG. Direct liquid cooling, integrated per-drive telemetry and multi-zone leak detection enable high efficiency and hot-serviceability. Session at GTC 2026 - Topic: Build an AI-Ready Data Center: Practical Insights from YTL, Wiwynn, and NVIDIA - March 19, 2026, 10:00–10:40 a.m. PT - A deep dive into L11–L12 co-engineering—from rack delivery to cluster acceptance—accelerating deployments and optimizing thermals, power, and serviceability. "The next generation of AI innovation will run on rack-scale accelerated computing platforms designed for extreme performance and efficiency,” said Kaustubh Sanghani, vice president of product management at NVIDIA. “With deep expertise in liquid-cooled infrastructure and rack-scale system integration, Wiwynn is bringing the power of the NVIDIA Vera Rubin platform to data centers worldwide—enabling customers to build AI factories that can scale training and inference for the agentic AI era.” ### Ayar Labs and Wiwynn Partner to Bring Co-Packaged Optics to Rack-Scale AI Systems URL: https://www.wiwynn.com/news/ayar-labs-and-wiwynn-partner-to-bring-co-packaged-optics-to-rack-scale-ai-systems Published: 2026-03-11 Collaboration moves CPO beyond component-level innovation and into deployable AI infrastructure for hyperscale workloads SANTA CLARA, Calif., and TAIPEI, Taiwan — March 11, 2026 – A yar Labs, the leader in co-packaged optics (CPO) solutions for AI scale-up, and Wiwynn, an innovative cloud IT infrastructure provider for data centers, announced a strategic partnership to deliver optically connected, rack-scale AI systems that support next-generation hyperscale AI workloads. As AI models drive compute demand, traditional copper interconnects increasingly constrain performance, system growth, and power efficiency. By combining Ayar Labs’ CPO solution with Wiwynn’s rack-level system design and manufacturing capabilities, the two companies are enabling a new class of rack-scale AI infrastructure that’s not constrained by the bandwidth and reach limitations of copper. “AI infrastructure is outgrowing the limits of copper, and hyperscalers need a fundamentally new approach to scale,” said Mark Wade, CEO and co-founder of Ayar Labs. “Optically connected racks eliminate the interconnect bottleneck and unlock the next order of magnitude in performance and efficiency. By combining Wiwynn’s global system and manufacturing leadership with Ayar Labs’ co-packaged optics expertise, we are delivering pioneering, rack-scale architectures purpose-built for optically connected scale-up AI networks.” The joint solution integrates Ayar Labs’ AI scale-up CPO technology, including TeraPHY™ optical engines powered by the SuperNova™ remote light source, into Wiwynn’s rack-level architecture for next-generation data centers. Together, the companies are solving the practical deployment challenges hyperscalers face, including optical fiber management, integration of CPO enabled AI ASICs, thermal management, power efficiency, and manufacturability. “Silicon photonics is reshaping how AI infrastructure is built,” said William Lin, President and CEO of Wiwynn. “With Ayar Labs’ leadership in co‑packaged optics and Wiwynn’s strengths in rack‑level integration and manufacturing, we accelerate the shift from silicon‑ready innovation to system‑ready solutions. Together, we are enabling advanced optical I/O that delivers greater scalability and energy efficiency for cloud and hyperscale customers, powering next‑generation AI data centers.” The new optically-connected rack-scale AI infrastructure is designed to scale to 1,024 AI accelerators and beyond, with each accelerator capable of delivering more than 100 Tbps of optical connectivity, enabling thousands of accelerators to operate as a single, unified system across multiple racks. The solution incorporates a liquid-cooled architecture optimized for high-power operation, including support for external laser small form factor pluggable (ELSFP) light sources, advanced fiber management, and serviceable system designs required for hyperscale environments. Wiwynn brings over a decade of experience delivering rack-level IT solutions to the world’s leading cloud service providers, with end-to-end capabilities spanning board design, system integration, and high-volume L10 and L11 rack delivery. The company has shipped general and AI servers to more than 750 data centers worldwide, supported by manufacturing operations in Taiwan, the United States, Mexico, Malaysia, and the Czech Republic. At the Optical Fiber Communication Conference (OFC), March 15-19, 2026, in Los Angeles, Ayar Labs and Wiwynn will showcase their joint AI CPO solution, highlighting an HVDC (High Voltage Direct Current)-enabled, rack-level system architecture for next-generation AI data centers. It features a 100% liquid-cooled AI system reference design with support of ELSFP SuperNova remote light sources and AI ASICs with optical engines. Access to this preview will be available through private, pre-arranged briefings for select customers, press, and analysts For a full list of Ayar Labs’ activities at OFC 2026, visit the OFC event web page for more information. ### Wiwynn Announces 2025 Financial Results and Key Resolutions of the Board of Directors URL: https://www.wiwynn.com/news/wiwynn-reports-fourth-quarter-2025-financial-results Published: 2026-02-26 Wiwynn Corporation held a Board meeting today (February 26) and approved the financial statements for fiscal year 2025. In the fiscal year 2025, consolidated revenue achieved NT$950.663 billion, increased by 163.7% year-over-year, with AI-related products contributing to more than half of the revenue. PAT was NT$51.118 billion, increased by 124.4%. Gross margin was 8.3%, operating margin was 6.7%, and PAT margin was 5.4%. EPS was NT$275.06, compared with NT$126.57 in the same period of 2024, reflecting an increase of approximately 117.3%. Consolidated revenue, profits and EPS all grown by a multiple and achieved record highs in the fiscal year 2025. The Board also approved the following resolutions: Approval of the 2025 earnings distribution proposal, including a total distribution of NT$30,663,730,515 in stock and cash dividends. The stock dividend amounts to NT$3,716,815,820, with NT$20 distributed per share. The cash dividend amounts to NT$26,946,914,695, with NT$145 distributed per share. To meet working capital needs, the Board approved a fundraising plan authorizing the issuance of up to 18,000 thousand common shares, subject to market conditions and the Company’s requirements. Approval to convene the 2026 Annual General Meeting on May 25, 2026. ### Wiwynn Reports Fourth Quarter 2025 Unaudited Financial Results URL: https://www.wiwynn.com/news/wiwynn-reports-fourth-quarter-2025-unaudited-financial-results Published: 2026-01-08 Today (January 8), Wiwynn Corporation announced unaudited consolidated financial results for the fourth quarter of 2025. In the fourth quarter ended December 31, 2025, consolidated revenue achieved NT$292.440 billion, increased by 152.9% year-over-year. Profit after tax (PAT) was NT$13.792 billion, increased by 95.7% year-over-year. Due to changes in the product portfolio, the gross margin declined to 7.2%, operating margin was 5.6%, and PAT margin was 4.7%. Basic earnings per share (EPS) reached NT$74.21, nearly doubling from NT$37.92 in the same period of 2024, representing 95.7% year-over-year growth. Unaudited consolidated revenue reached a record high, while profits and EPS both achieved second-highest levels on record in the fourth quarter of 2025. In the fiscal year 2025, unaudited consolidated revenue achieved NT$950.663 billion, increased by 163.7% year-over-year, with AI-related products contributing to more than half of the revenue. PAT was NT$51.118 billion, increased by 124.4%. Gross margin was 8.3%, operating margin was 6.7%, and PAT margin was 5.4%. EPS was NT$275.06, compared with NT$126.57 in the same period of 2024, reflecting an increase of approximately 117.3%. Unaudited consolidated revenue, profits and EPS all grown by a multiple and achieved record highs in the fiscal year 2025. To meet customers’ long-term demand growth for AI and data center, the Company is committed to continuous investments to deepen computing, thermal and power efficiency, and related technologies and product development. The Company is also continuing to expand its global production capacity, with the factories in the United States beginning to ramp up capacity as scheduled at the end of the fourth quarter of 2025. ### Wiwynn Sweeps Five Major Sustainability Awards, Underscoring its ESG Governance and Net-Zero Commitment URL: https://www.wiwynn.com/news/wiwynn-sweeps-five-major-sustainability-awards-underscoring-its-esg-governance-and-net-zero-commitment Published: 2025-12-02 Taipei, December 2, 2025 - Wiwynn (6669) driven by its vision of "Unleash the Power of Digitalization, Ignite the Innovation of Sustainability," is dedicated to advancing data center businesses while actively engaging in sustainable environmental and social development. Wiwynn today announced it has secured top honors across five major sustainability evaluations in 2025. These recognitions from leading domestic and international bodies validate Wiwynn’s ESG governance, transparency, resilience, and operational excellence. 2025 Award Highlights - 2025 BSI Sustainable & Resilient Excellence Award: Recognizing the company's comprehensive achievements in sustainability practices, transparent governance, and resilient management. - Global Corporate Sustainability Awards (GCSA): Won the "Sustainability Reporting Award – Gold Class," showcasing international standards in sustainability reporting quality, indicator management, and stakeholder communication. - Taiwan Corporate Sustainability Awards (TCSA): Named one of "Taiwan's Top 100 Sustainability Exemplary Award" winners and received the "Corporate Sustainability Reports Award – Platinum Class," reinforcing Wiwynn’s industry leadership across governance, environmental, and social dimensions. - 2025 MOENV Circular Economy Excellent Awards: Won the "Gold Award" for innovative practices in green design and product life cycle management, demonstrating Wiwynn's long-term commitment and concrete actions toward environmental sustainability. - 2025 PwC’s Sustainability Impact Awards: Secured both the "Ecological Conservation Award" and "Social Inclusion Award." By systematically promoting sustainability initiatives and strengthening stakeholder engagement, Wiwynn continues to amplify its positive impact on ecological conservation and social inclusion. "These awards not only affirm our past efforts but remind us to continue facing global sustainability challenges with innovation and responsibility," said Harry Chen, Chief Sustainability Officer at Wiwynn. "We will work closely with clients, supply chain partners, and stakeholders to move steadily toward a net-zero transition and a resilient, sustainable future." Building on these achievements, Wiwynn will continue to collaborate with sustainability partners, leading the industry through innovation and responsibility to advance toward a more sustainable future alongside the global value chain. ### Wiwynn Delivers Best MLPerf Training v5.1 (Closed) Llama 2 70B LoRA Results at YTL Malaysia Data Center URL: https://www.wiwynn.com/news/wiwynn-delivers-best-mlperf-training-v5.1-closed-llama-2-70b-lora-results-at-ytl-malaysia-data-center Published: 2025-11-17 Best verified results on Llama 2 70B LoRA using 1x and 8x NVIDIA GB200 NVL72 systems, production-deployed to power APAC AI training at YTL. Taipei, November 14, 2025 - Wiwynn announced best results in the MLPerf ® Training v5.1 Llama 2 70B LoRA benchmark (Closed division), earning best performance on both 1x and 8x  NVIDIA GB200 NVL72  configurations. The submissions were executed on production systems already deployed by YTL AI Cloud, spanning a 1-rack NVIDIA GB200 NVL72 (with 72  NVIDIA Blackwell  GPUs) and an 8-rack NVIDIA GB200 NVL72 integrating 576 GPUs—demonstrating leadership from single-rack to multi-rack scale. The verified MLPerf scores highlight Wiwynn’s strengths in system design, manufacturing, liquid cooling, multi-rack integration, and hardware/software co-optimization, combined with YTL’s excellence in AI infrastructure integration and operations. Together, the partners demonstrate how close collaboration between system manufacturers and data center operators can deliver production-grade, benchmark-verified AI training performance. “Wiwynn designs for workload optimization and real-world deployment,” said William Lin, President and CEO at Wiwynn. “Our collaboration with YTL spans from L11 system integration to L12, delivering expanded infrastructure and software integration. Our solution built on NVIDIA GB200 NVL72 infrastructure at YTL shows how system engineering and software tuning unlock the full potential of large-scale GPU clusters.” “At YTL AI Cloud, we are building the region's most advanced AI infrastructure to serve as a premium hub for AI training and inferencing across APAC,” said Philip Lin, CEO, YTL AI Cloud. “Our collaboration with Wiwynn demonstrates how the right facility design, infrastructure readiness, and system partnership can deliver world-class AI capability at production scale.” “ Congratulations  to Wiwynn on their strong achievements in MLPerf ® Training v5.1. We appreciate their active, transparent participation and knowledge sharing, which strengthen the ecosystem and supports our mission of open collaboration to improve AI systems’ accuracy, safety, speed, and efficiency," said David Kanter, Founder and Head of MLPerf, MLCommons. YTL AI Cloud's large scale clusters are purpose built with the most advanced GPUs, liquid-cooled high-density racks, redundant power architecture, and low-latency interconnects. As a strategic AI hub for the Asia-Pacific region, YTL AI Cloud in Johor, Malaysia enables global and regional customers to deploy, train, and scale frontier AI models such as Llama 2 70B efficiently and sustainably. By combining Wiwynn’s cutting-edge system integration with YTL’s robust AI data center foundation, the collaboration establishes a new standard for high-performance, scalable, and sustainable AI training infrastructure in the region. Footnote: [1] MLPerf ® Training v5.1 Closed Llama 2 70B LoRA; systems: 1x NVIDIA GB200 NVL72 (72 GPUs) and 8x NVIDIA GB200 NVL72 (576 GPUs). Official results verified by MLCommons Association. Retrieved from the MLCommons  results site  on Nov. 12, 2025. The MLPerf name and logo are registered and unregistered trademarks of MLCommons Association in the United States and other countries. All rights reserved. Unauthorized use strictly prohibited. See  www.mlcommons.org  for more information. ### Wiwynn Reports Third Quarter 2025 Financial Results URL: https://www.wiwynn.com/news/wiwynn-reports-third-quarter-2025-financial-results Published: 2025-11-07 Following the Board of Directors meeting today (November 7), Wiwynn Corporation announced consolidated financial statements for the third quarter of 2025./p> In the third quarter ended September, 2025, consolidated revenue achieved NT$266.824 billion, increased by 172.8% year-over-year. Profit after tax (PAT) was NT$15.411 billion, increased by 143.5% year-over-year. Benefiting from economies of scale and improved operational efficiency, gross margin was 8.8%, operating margin was 7.3%, and PAT margin was 5.8%. Basic earnings per share (EPS) for the third quarter of 2025 was NT$82.92, higher than NT$34.36 in the same period of 2024. Consolidated revenue, profits and EPS all grown by a multiple and achieved record highs in the third quarter of 2025. In the first three quarters of 2025, consolidated revenue achieved NT$658.223 billion, increased by 168.7% year-over-year. PAT was NT$37.327 billion, increased by 137.3% year-over-year. Gross margin was 8.7%, operating margin was 7.2%, and PAT margin was 5.7%. EPS was NT$200.85, higher than NT$88.38 in the same period of 2024. Consolidated revenue, profits, and EPS all grown by a multiple and achieved record highs in the first three quarters of 2025. The Board of Directors has approved an increase of USD$250 million for subsidiary Wiwynn Technology Corporation and USD$200 million for subsidiary Wiwynn Mexico, S.A. de C.V., for the renovation of Texas factories in the United States and the newly leased plant in Mexico, and expenses related to advanced liquid cooling equipment and electrical infrastructure. The Company is optimistic about AI and data center market, and is committed to continuous investments to deepen computing, thermal and power efficiency, and related technologies and product development. To meet customers’ long-term demand growth and working capital needs, the Board of Directors has approved the second unsecured overseas convertible bonds, within the limit of USD$2 billion and issuance period of five years, subject to the market conditions and the Company’s needs. ### Wiwynn Foundation and New Taipei City Government Unite Industry Government Academia and Research to Safeguard Northern Taiwans Ocean URL: https://www.wiwynn.com/news/wiwynn-foundation-and-new-taipei-city-government-unite-industry-government-academia-and-research-to-safeguard-northern-taiwans-ocean Published: 2025-10-20 To safeguard Northern Taiwan’s marine ecosystems and address the urgent challenges of a changing marine environment and accelerating biodiversity loss, the Wiwynn Foundation and the New Taipei City Government formalized their commitment at the “Wiwynn Foundation x New Taipei City Government | Safeguarding Northern Taiwan’s Oceans” memorandum of understanding (MOU) signing ceremony at the City’s Comma Lab on October 20. This partnership will advance coral and marine habitat restoration. This cross-sector initiative unites industry, government, academia, and research partners to promote marine conservation and the sustainable use of resources in Northern Taiwan. The Wiwynn Foundation will work closely with the New Taipei City Government and the team of Professor Shinya Shikina of National Taiwan Ocean University (NTOU) to continue investing in coral restoration. This project will utilize versatile recycled materials developed by the Metal Industries Research & Development Centre (MIRDC), specifically using waste stone materials and discarded oyster shells, combined with 3D printing, to create ocean-friendly artificial reef substrates. These will provide safe and stable ‘new homes’ for corals. In addition to planning a landmark coral restoration demonstration base for northern Taiwan, the initiative will also deepen coral restoration and marine education efforts. By revitalizing habitats, the goal is not only to attract more marine life but also to enhance the effectiveness of marine afforestation, advancing toward the goal of the sustainable development of marine resources and realizing a shared vision for a sustainable ocean in Northern Taiwan. New Taipei City Mayor Hou Yu-Ih stated, “SDG 14 is a core principle guiding our marine conservation efforts. To protect marine ecosystems, New Taipei has already designated four Aquatic Organisms Propagation and Conservation Zones in Wanli, Yehliu, Ruifang, and Gongliao, and established the nation’s first aquaculture fishery demonstration zone in Mao’ao Bay. Additionally, this year we are promoting the complete withdrawal of gillnets from the Northeast Coast. Starting January 1, 2026, the use of gillnets will be banned within 3 nautical miles of the Northeast Coast, eliminating the impact of nets on corals and marine life, allowing our marine resources to thrive. We are also collaborating with NTOU on the Mountain and Marine Afforestation initiative, planting 500 corals annually. We are proud that the foundation of a valued local enterprise, Wiwynn Corporation, is the first to answer our call to action, signing this MOU to jointly promote marine conservation and realize our vision of a sustainable ocean in Northern Taiwan.” Emily Hong, Chair of the Wiwynn Foundation, stated, "The partnership signed today is more than just a beginning; it is Wiwynn’s commitment to sustainability. Since our establishment, the Foundation has operated on the philosophy of 'harmony with the environment, inclusivity among people, and balance within oneself,' promoting nature conservation and sustainability education. Under our ‘Ocean Hugs’ initiative, we have advanced marine conservation projects, including planting corals in Penghu and creating a coral garden at Heping Island in Keelung. In collaboration with Professor Shinya Shikina of NTOU, we have successfully restored nearly 350 corals. We also partnered with MIRDC to use recycled materials for artificial substrates, giving new life to waste resources." Emily Hong added, "In the future, we will continue to deepen restoration and monitoring in northern waters and expand educational collaborations to involve more Wiwynn partners, schools, and communities. Today's partnership is a concrete practice of collaboration between the private sector and the government. Only through cross-sector cooperation can the power of sustainability truly converge and continue to grow." Liu, Chia-Ju, Chair of the Metal Industries Research & Development Centre (MIRDC), stated, "This project incorporates versatile recycled materials developed by the MIRDC team, combined with 3D printing, to create ocean-friendly artificial reef substrates that allow corals to grow in a safe and stable environment. The deeper meaning behind coral restoration is a true blessing for the future environment. MIRDC is honored that its role in this partnership demonstrates technology as both a force for good and a core responsibility." NTOU Vice President Fan-Hua Nan remarked, “NTOU has a long-term partnership with New Taipei City in marine resource restoration, annually conducting coral restoration and releasing various aquatic fry. Though coral ecosystems cover a small fraction of the ocean floor, they play a vital role in maintaining both ecological balance and biodiversity. This collaboration with the Wiwynn Foundation will combine the professional research capabilities of NTOU with the foundation's corporate resources to jointly advance coral and habitat restoration in northern Taiwan, ensuring the long-term, stable development of these restoration outcomes." The Wiwynn Foundation emphasized that it will continue to promote public-private partnerships and realize its sustainability blueprint through concrete actions. Starting from New Taipei, the foundation aims to enable more people to get close to the ocean, understand the ocean, and turn conservation ideals into action. This will allow the results of marine restoration to spread and endure, allowing the vision of a sustainable ocean to take root and flourish in Taiwan. ### Wiwynn Showcases Next-Generation AI Infrastructure and Cooling Advances at OCP Global Summit 2025 URL: https://www.wiwynn.com/news/wiwynn-showcases-next-generation-ai-infrastructure-and-cooling-advances-at-ocp-global-summit-2025 Published: 2025-10-13 San Jose, Calif., October 13, 2025 -- Wiwynn (6669), an innovative cloud IT infrastructure provider for data centers, is showcasing its next-generation AI servers, developed in collaboration with Wistron, and advanced direct liquid cooling (DLC) solutions at OCP Global Summit 2025 (Booth B13, San Jose Convention Center). “At OCP Global Summit, we're proud to demonstrate our latest accelerated solutions and cooling innovations," said William Lin, President and CEO at Wiwynn. "Together with industry leaders, we’re advancing the frontiers of AI computing performance and thermal efficiency. These collaborations enable a comprehensive suite of cutting-edge products that address the surging needs of both modern and legacy data centers in the AI era." Next-Generation AI Systems - NVIDIA GB300 NVL72: Wiwynn and Wistron are among the first to be offering NVIDIA GB300 NVL72 systems. This liquid-cooled, rack-level AI system is built on 72 NVIDIA Blackwell Ultra GPUs and features NVIDIA ConnectX-8 800Gb/s SuperNICs, delivering unprecedented AI factory output for reasoning model inference, leading the next wave of accelerated computing. - NVIDIA HGX B300: The cutting-edge 10U system is built with eight NVIDIA Blackwell Ultra GPUs. Featuring 2.1TB of HBM3e memory and NVIDIA ConnectX-8 800Gb/s SuperNICs, the NVIDIA HGX B300 system delivers breakthrough performance for demanding AI workloads. - AMD Instinct™ MI350 Series GPUs and platforms: Powered by AMD Instinct™ MI350 series (AMD CDNA™ 4) and built on a platform featuring EPYC™ CPUs and an AMD Pollara 400 AI Network Interface Card, the system delivers up to 35x improvement in inference performance compared to its prior generation. - Double-Wide Rack Architecture: Doubles traditional rack width to support larger, higher ‑ power AI chips, integrating HVDC power, advanced liquid cooling, and signal ‑ integrity ‑ optimized layouts to address data, power and thermal challenges in high ‑ density computing. The new architecture is engineered to accommodate next-generation accelerators such as AMD Instinct™ MI400 Series GPUs, enabling rack scale performance for frontier AI training and inference. ( More Details about the Architecture) Advanced cooling innovations - Double-side Cold Plate: Designed for future high ‑ power ICs, Wiwynn ’ s double ‑ sided cold plate supports up to 4 kW thermal capability for the primary AI-accelerator and essential vertical power ‑ delivery ICs concurrently. Leveraging Wiwynn ’ s proprietary microchannel designs and electrochemical 3D-printing technology, it is expected to provide up to a 40% improvement in thermal performance. - Two-phase Cold Plate: Designed for two-phase liquid cooling systems using dielectric, eco-friendly refrigerants, Wiwynn’s patented 3D ‑ printed wicking ‑ fin cold plate design harnesses phase change to boost heat transfer and reduce leakage ‑ related downtime — delivering a high ‑ efficiency, high ‑ reliability solution for large ‑ scale liquid ‑ cooled AI/HPC. - 300 kW AALC Sidecar: Developed with Shinwa Controls Co.,Ltd., the double-rack-width solution, further boosts AALC (Air-Assisted Liquid Cooling) capability with high reliability and serviceability, enabling liquid-cooled AI racks in air-cooled data centers without infrastructure changes. - Future Technologies Symposium preview: Wiwynn and Fabric8Labs will present “Next-generation cold plate with electrochemical 3D-printed microchannels for Ultra-high heat fluxes beyond 350W/cm ²”, detailing how advanced thermal technologies and IC package co‑design significantly enhance the cold plate thermal capability for liquid cooling system. Cutting-edge Networking Solutions - NVIDIA Spectrum -X: The companies are showcasing NVIDIA Spectrum-X Ethernet for AI networking, building upon NVIDIA Spectrum-4 MAC technology. This platform integrates SONiC and NVIDIA Cumulus to deliver advanced Ethernet connectivity for multi-tenant, hyperscale AI clouds, enabling flexible datacenter deployment scenarios. - Broadcom Tomahawk 6: The revolutionary 102T datacenter switch adopted the latest Broadcom Ethernet Switch, supporting 1.6Tbps x 64 ports in a 4RU air-cooled system designated for modern datacenter. Visit Wiwynn @ OCP 2025 (Booth B13, San Jose Convention Center), join our engineering workshop sessions and download our latest whitepapers to explore the latest innovations shaping the future of AI infrastructure and data center technologies. ### Wiwynn Debuts Double-Wide Rack Architecture for Next‑Generation AI at OCP Global Summit 2025 URL: https://www.wiwynn.com/news/wiwynn-debuts-double-wide-rack-architecture-for-next-generation-ai-at-ocp-global-summit-2025 Published: 2025-10-13 San Jose, Calif. — Wiwynn (6669), an innovative cloud IT infrastructure provider for data centers, unveiled its double-wide rack architecture to address the industry shift toward larger, higher‑power AI chips at the OCP Global Summit 2025 (Booth B13, San Jose Convention Center). The architecture brings together an HVDC power rack and busbar, advanced liquid cooling, and a signal ‑ integrity ‑ optimized compute/switch layout to tackle data transmission, power delivery, thermal, and mechanical challenges in high ‑ density computing — propelling the future of AI and turning ideas into impact. Key innovations on display - Double-Wide Rack: Doubles the width of traditional rack to accommodate growing chip/module footprints as compute demand rises. The double‑wide compute tray places four large AI accelerators side by side, supporting chips scaling to 9.5 ‑ reticle with 12 × HBM and substrates up to 120 × 150 mm. The design preserves on‑board high‑speed interconnects and signal integrity while reducing cable routing and signal loss. It is co‑designed with the switch tray configuration to ensure high‑speed signal quality in scale‑up scenarios. The compute and switch trays use an advanced mechanical design with a reinforced chassis to prevent sagging. The new architecture is engineered to accommodate next-generation accelerators such as AMD Instinct™ MI400 Series GPUs, enabling rack scale performance for frontier AI training and inference. - HVDC power: To meet surging rack ‑ level power density, the architecture adopts HVDC power delivery. A HVDC power rack converts AC to ± 400/800 VDC and distributes it to IT racks next to it via vertical and horizontal busbars and connectors, significantly reducing distribution losses while boosting energy efficiency and scalability. With ecosystem partners, Wiwynn offers ± 400/800 VDC and 50 VDC busbar options and the required power delivery boards (PDBs) to flexibly support data center needs. - Liquid‑cooled Busbar: Engineered for high‑current busbars, integrating liquid cooling to control temperature and reliability, improving safety and stability. Supports Wiwynn’s in-house design with flexible inlet/outlet configurations to fit diverse data center liquid‑cooling loops, while also supporting multi‑vendor solutions. - Advanced Liquid Cooling Solutions: Targeting 4 kW class chip thermal capability, the portfolio includes high ‑ efficiency cold plates, AALC, in ‑ row CDUs, and liquid ‑ cooling management. It balances reliability, serviceability, and scalability to deliver efficient, sustainable cooling for AI/HPC workloads. “ AI is rapidly entering an era of higher power and larger package footprints. Meeting fast ‑ evolving compute ‑ density demands requires out ‑ of ‑ the ‑ box thinking, ” said William Lin, President and CEO at Wiwynn. “ Our double ‑ wide rack breaks traditional limits, delivering rack ‑ level optimization across compute and signal integrity while uniting HVDC power and liquid ‑ cooling technologies to build the efficient, scalable, and sustainable infrastructure needed for next ‑ generation AI. We look forward to partnering with OCP ecosystem partners to bring these designs into practical deployments. Visit Wiwynn @ OCP 2025 (Booth B13, San Jose Convention Center), join our engineering workshop sessions and download our latest whitepapers to explore the latest innovations shaping the future of AI infrastructure and data center technologies. ### Wiwynn Holds Groundbreaking Ceremony for New Headquarters URL: https://www.wiwynn.com/news/wiwynn-holds-groundbreaking-ceremony-for-new-headquarters Published: 2025-10-02 Taipei, October 2, 2025 - Wiwynn (6669) today held a groundbreaking ceremony for its new headquarters in the Tanmei Section of Taipei’s Neihu District. The ceremony was hosted by Emily Hong, Chair and Chief Strategy Officer of Wiwynn, and was attended by distinguished guests, including Taipei City Mayor Chiang Wan-an and other industry leaders. Construction will proceed as planned following today's ceremony and is scheduled for completion in 2029. The new headquarters will be built on a site for which Wiwynn announced the acquisition of 60-year superficies rights on May 9, 2024. The land, designated as lots 35 and 35-1 in Section 5 of the Tanmei Section in Neihu District, spans 8,160.01 square meters (approx. 2,468.4 ping). Wiwynn plans to construct an eight-story, four-basement levels corporate headquarters to serve as its central hub for operations management and R&D. The building is designed to achieve Gold-level certifications for both Green Building and Intelligent Building standards, with a planned total floor area of approximately 43,576.33 square meters (approx. 13,182 ping). Wiwynn, an innovative cloud IT infrastructure provider for leading data centers, is committed to the vision of “unleash the power of digitalization; ignite the innovation of sustainability.” The company continuously invests in the research and development of advanced computing and cooling technologies for cloud computing and artificial intelligence, to provide global customers with the best TCO (Total Cost of Ownership) and energy-optimized solutions. The completion of Wiwynn's new headquarters will not only provide employees with an enhanced office environment and meet the company's growing need for office and R&D space but is also expected to attract more top talent through its location within the Neihu Technology Park's industry cluster. Looking ahead, Wiwynn will continue its collaboration with its parent company, Wistron, to actively invest in artificial intelligence and jointly promote the development of the AI industry in the Neihu area. ### Wiwynn Sweeps Two Major International HR Awards Highlighting Its Commitment to ESG and Sustainable Talent Development URL: https://www.wiwynn.com/news/wiwynn-sweeps-two-major-international-hr-awards-highlighting-its-commitment-to-esg-and-sustainable-talent-development Published: 2025-08-11 Wiwynn (6669), an innovative cloud IT infrastructure provider for data centers, has received two prestigious awards in the international human resources field, securing recognition as one of the "Best Companies to Work for in Asia" for 2025 by HR Asia and winning two Gold and one Bronze awards at the 2025 Brandon Hall Group™ HCM Excellence Awards®, often regarded as the "Oscars of the human resources industry." This dual recognition highlights Wiwynn's long-term commitment to the "Social" aspect of ESG, underscoring the company’s philosophy of treating employees as its most valuable asset and its success in fostering a thriving workplace that is diverse, inclusive, and sustainable. HR Asia's "Best Companies to Work for in Asia" award is one of the region's benchmark accolades in human resources. Its comprehensive evaluation model invites employees to participate in the scoring process, assessing the company across three dimensions: organizational culture, employee experience, and team trust. Meanwhile, the HCM Excellence Awards® are presented by the Brandon Hall Group™, a globally recognized authority in the human capital management field. Receiving recognition from both international institutions affirms that Wiwynn's people-centric strategy is aligned with global best practices. Wiwynn stood out in this year's Brandon Hall Group™ awards for three innovative initiatives: - Gold Award – Best Benefits, Wellness and Well-Being Program: Centered on employee needs, Wiwynn designs and implements a wide range of mental and physical health activities. From routine wellness seminars to comprehensive psychological support systems, the company is dedicated to fostering a supportive environment where employees can work with peace of mind and lead healthy lives, thereby enhancing overall organizational resilience. - Gold Award – Best Hybrid Learning Program: To address the rapidly changing demands of the industry, Wiwynn utilizes an innovative hybrid learning model to create customized career development paths for its employees. This program effectively cultivates core competencies and cross-disciplinary skills, reflecting the company's commitment to sustainable talent development. - Bronze Award – Best Use of Employee Resource Groups to Address DEI&B: Wiwynn actively promotes Employee Resource Groups (ERGs), such as the "Wiwynn Women in Tech (WWIT)" community. These groups encourage experience sharing, mutual support, and professional growth among colleagues, creating an environment of belonging for female employees and supporting their success in their career development. "We firmly believe that our employees are the key engine driving Wiwynn's continuous innovation and growth," said Monica Chung, Senior Director of Human Resources at Wiwynn. "This dual recognition from HR Asia and the Brandon Hall Group™ is a direct reflection of our ESG social responsibility commitments. In the future, we will continue to deepen our people-centric culture and build a sustainable workplace where top global talent can thrive." ### Wiwynn Reports Second Quarter 2025 Financial Results URL: https://www.wiwynn.com/news/wiwynn-reports-second-quarter-2025-financial-results Published: 2025-08-08 Following the Board of Directors meeting today (August 8), Wiwynn Corporation announced consolidated financial statements for the second quarter of 2025. In the second quarter ended June 30, 2025, consolidated revenue reached NT$220.744 billion, an increase of 184.9% year-over-year. Profit after tax (PAT) was NT$12.122 billion, up 158.3% year-over-year. Driven primarily by strong demand for general and AI servers, hardware product revenue grew significantly faster than product design and development income (one-time NRE engineering fees), resulting in a gross margin of 8.6%. Leveraging these economies of scale, the operating margin increased to 7.2%, exceeding previous quarters despite the rapid appreciation of the NT dollar. Following the increase in shares outstanding from the GDR issuance in 2024, basic earnings per share (EPS) for the second quarter of 2025 still reached NT$65.23, exceeding NT$26.85 in the same period of 2024. Consolidated revenue, profits, and EPS all grew by a multiple and achieved record highs in the second quarter of 2025. In the first half of 2025, consolidated revenue reached NT$391.399 billion, up 166.1% year-over-year. PAT was NT$21.916 billion, an increase of 133.1% year-over-year. Gross margin was 8.6%, operating margin was 7.1%, and PAT margin was 5.6%. EPS was NT$117.93, higher than NT$53.77 in the same period of 2024. Consolidated revenue for the first half of 2025 has already surpassed the full-year total for 2024, and consolidated revenue, profits, and EPS all grew by a multiple and achieved record highs. To meet the office and R&D space requirements arising from business growth, the Board of Directors approved a construction budget of NT$4 billion for the headquarters building in Taipei City. The Board also approved an increase in capital for its U.S. subsidiary, Wiwynn International Corporation, by US$500 million to enhance working capital and strengthen the financial structure. The Company remains optimistic about long-term market demand and growth for data centers, and is committed to continuous investments to deepen AI, computing, thermal, and related technologies and product development. Looking ahead to the second half of 2025, amid uncertainties in the international landscape and various countries’ tariff policies, the Company is building manufacturing facilities in Texas, USA. Production is scheduled to commence by the end of 2025 to strengthen production and supply chain resilience. At the same time, the Company will continue to maintain close communication with customers and flexibly adjust global production capacity. ### Wiwynn's Green Initiative: Championing Marine Conservation in Gongliao with a 'Production, Livelihood, Ecology' Philosophy URL: https://www.wiwynn.com/news/wiwynns-green-initiative-championing-marine-conservation-in-gongliao-with-a-production-livelihood-ecology-philosophy Published: 2025-06-13 Economic Daily News | Reporter: Wu Kang-Wei | Taipei Wiwynn (6669), a leading server manufacturer under the Wistron Group (3231), driven by its vision of "Unleash the Power of Digitalization, Ignite the Innovation of Sustainability," is dedicated to advancing data center businesses while actively engaging in sustainable environmental and social development. In response to critical global issues such as drastic climate change and the need for corporate energy conservation and carbon reduction, the team joined hands with the New Taipei City Government's Fisheries and Fishing Port Affairs Management Office, National Taiwan Ocean University (NTOU), and the Gongliao District Fishermen's Association on the 14th. Together, they hosted a " Mountain and Marine Afforestation - Biodiversity Restoration" restocking event at the Gongliao Marine Resources Restoration Park. Claire Yang, CEO of the Wiwynn Foundation, attended the event, which highlighted several key initiatives. These include developing coral bases using recycled materials and 3D printing technology, and launching a pilot program for sea urchin aquaculture in partnership with NTOU. This program aims to help aquaculture operators diversify their business, reduce the harvesting of wild purple sea urchins, and create a sustainable marine ecosystem by integrating the core principles of "Production, Livelihood, and Ecology." New Taipei City Deputy Mayor Chu Ti-Chih(朱惕之) stated that to maintain marine ecology and habitat health, the city government cooperates with fishermen's associations annually to clear derelict fishing nets, promotes a real-name system for the gillnet fishery, and assists gillnet fishing boats in transitioning, thereby implementing responsible fishing. The city has designated four aquatic animal and plant breeding conservation areas in Wanli, Yeliu, Ruifang, and Gongliao, and has established the nation's first aquaculture fishery demonstration area in Mao'ao Bay, allowing marine resources to regenerate endlessly for sustainable fishery development. The New Taipei City Government, based at the Marine Resources Restoration Park and combining the industry-academia forces of NTOU and the Taiwan Shan-Hai-Angel Association (臺灣山海天使協會), is promoting the "Foresting the Mountains and Seas" project. This includes planting 500 coral colonies in the Mao'ao Bay sea area annually and actively cultivating high-quality fry to enrich marine resources. In 2025, releases will continue with 100,000 abalone, 10,000 purple sea urchin larvae, 5,000 cuttlefish fry, and over 20,000 saltwater fish fry, including nibblers, black porgy, gilthead seabream, and brown-striped snapper. Additionally, considering that the abalone harvest season is limited to the period before the Lunar New Year, a pilot program for sea urchin aquaculture has been promoted to foster industrial diversification. The program guides aquaculture households to utilize their ponds for the polyculture of high-economic-value purple sea urchins, which are harvested in the summer. This not only enhances the income of aquaculture households but also reduces the harvesting amount of wild purple sea urchins. To strengthen the promotion of marine education, in addition to continuing to offer guided tours of the restoration park, coral planting experience courses such as the "Coral Workshop" in July and the "Ho-Mei Sea Home" in August were launched, as well as "Marine Sustainability Course Lectures." These activities allow the public to jointly participate in marine restoration work, thereby raising public awareness of marine ecology. Dr. Fan-Hua Nan, Vice President of National Taiwan Ocean University, stated that NTOU has a long-term partnership with New Taipei City in marine resource restoration. With local partners, they annually restore and release cuttlefish, Gongliao abalone, and various other aquatic fry, continuously enriching marine resources. This year, in a first-time collaboration with the city government, they are promoting the polyculture of purple sea urchins in abalone ponds. Juvenile purple sea urchins, co-cultivated with the city's restoration park, will be provided to three aquaculture households recommended by the Gongliao production and marketing group, with each household receiving 2,000 sea urchin larvae. NTOU will track the aquaculture performance and provide guidance to the farmers, with the expectation that local farmers can harvest Gongliao abalone in the winter and also harvest sea urchins in the summer, while simultaneously reducing the capture of wild purple sea urchins. Furthermore, this year they are taking a step further by releasing local species such as black sea bream, gilthead seabream, and brown-striped snapper to deepen marine biodiversity and promote the sustainable management of fishery resources. Claire Yang, CEO of the Wiwynn Foundation, expressed, "Wiwynn has long been concerned with marine conservation issues and, with 'Ocean Hugs' as its main theme, has successively engaged in actions such as coastal afforestation and coral restoration. Since the establishment of the Wiwynn Foundation, we hope to more proactively promote the sustainable development of marine ecosystems, leverage our corporate power, and make our contribution to marine conservation and environmental sustainability. We are especially grateful for the invitation from the New Taipei City Government this year, which has given us the opportunity to participate in this marine restoration action. In the future, the Wiwynn Foundation will continue to work with the New Taipei City Government and Professor Shinya Shikina of National Taiwan Ocean University on coral restoration work. This project will also versatile recycled materials developed by the Metal Industries Research & Development Centre (MIRDC), combined with 3D printing technology, to produce artificial reef bases. This will provide a safe and stable 'new home' for corals, creating a more friendly environment suitable for marine life to inhabit." "Simultaneously," she added, "the Foundation will actively connect resources from industry, government, and academia to jointly promote coral restoration and marine education. We hope that by restoring coral habitats, we can not only attract more marine life but also enhance the effectiveness of marine afforestation, moving towards the goal of achieving sustainable marine resources. We aim to do our part for conservation and education, and to ensure that the next generation can also have a clean, beautiful, and vibrant ocean." The New Taipei City Fisheries and Fishing Port Affairs Management Office stated that the New Taipei City Marine Resources Restoration Park is an important base for promoting marine sustainability. In recent years, the "Foresting the Mountains and Seas" coral restoration project has also received subsidies from the Ocean Conservation Administration (OCA), Ocean Affairs Council. In addition to promoting the restoration and release of local marine life, the restoration park also offers guided tours by appointment. Vistors interested in learning about marine life are welcome to visit the park to understand New Taipei City's marine resource conservation achievements and marine biodiversity through expert explanations, and to work together for the sustainability of marine resources. ### Wiwynn Showcases Next-Generation AI Infrastructure at COMPUTEX 2025 URL: https://www.wiwynn.com/news/wiwynn-showcases-next-generation-ai-infrastructure-at-computex-2025 Published: 2025-05-19 Taipei, May 19, 2025 - Wiwynn (6669), an innovative cloud IT infrastructure provider for data centers, showcases its next-generation AI servers, developed in collaboration with Wistron, and advanced direct liquid cooling (DLC) solutions at COMPUTEX 2025 (Booth G0017, TaiNEX1). “At COMPUTEX, we're showcasing our commitment to innovation and partnership through our latest accelerated solutions and cooling innovations," said William Lin, President and CEO at Wiwynn. "We are thrilled to collaborate with industry leaders to push the boundaries of AI computing and thermal efficiency. These partnerships have resulted in a comprehensive suite of cutting-edge products that address the surging demands across modern and legacy data centers in the AI era." Next-Generation AI Systems - NVIDIA GB300 NVL72: Wiwynn and Wistron are among the first to be offering NVIDIA GB300 NVL72 systems. This fully liquid-cooled, rack-level AI system is built on 72 NVIDIA Blackwell Ultra GPUs and features NVIDIA ConnectX-8 800Gb/s SuperNICs. It delivers a 50X increase in AI factory output for reasoning model inference compared to NVIDIA Hopper platforms, leading the next wave of accelerated computing. - NVIDIA HGX B300: The cutting-edge 10U system built on NVIDIA Blackwell Ultra, NVIDIA HGX B300 systems, delivers up to 7X more AI compute than Hopper platforms. With 2.3TB of HBM3e memory and integration with NVIDIA ConnectX-8 800Gb/s SuperNICs, it unlocks breakthrough performance for the most complex AI workloads. - AMD Instinct™ MI350 Series GPUs and platforms: The brand-new AI server, featuring the latest AMD Instinct™ MI350 series GPU built on AMD CDNA 4 architecture, presents an impressive 35x improvement in inference performance compared to Instinct MI300X. The system adopts AMD Pollara 400 Card which delivers a fully programmable 400 Gbps RDMA Ethernet Network Interface Card. Advanced Cooling Solutions - Cold Plate Advancements: Showcasing an optimized double-sided cold plate, designed for future high-power chips. In addition, a 3.5kw Electrochemical Additive Manufacturing (ECAM) based cold plates, developed in partnership with Fabric8Labs is also featured. Both designs are engineered to lift thermal capability and enhance direct liquid cooling efficiency, addressing the growing demand for high-power computing. - 200 kW AALC Sidecar: Developed with Shinwa Controls Co.,Ltd., the solution leverages the advanced thermal technologies from semiconductor industry to further boost AALC (Air-Assisted Liquid Cooling) capability for legacy data centers. - In-rack CDU: In collaboration with nVent, the in-rack CDU integrated with the NVIDIA GB300 NVL72 rack is showcased, delivering high-performance AI computing and efficient cooling capabilities for data centers. Cutting-Edge Networking Solutions - NVIDIA Spectrum -X: The companies are showcasing NVIDIA Spectrum-X Ethernet for AI networking, building upon NVIDIA Spectrum-4 MAC technology. This platform integrates SONiC and NVIDIA Cumulus to deliver advanced Ethernet connectivity for multi-tenant, hyperscale AI clouds, enabling flexible datacenter deployment scenarios. - Broadcom Tomahawk 5: The switch features Near-Packaged Optical (NPO) technology with Broadcom Tomahawk 5 Switch MAC, combined with copper and optical solutions. It demonstrates significant integration capabilities on optical engines with either embedded laser & ELSFP. - 102T Broadcom Switch: The revolutionary datacenter switch adopted the latest Broadcom Switch MAC, supporting 1.6Tbps x 64 ports in a 4RU air-cooled system designated for modern datacenter. Visit Wiwynn at COMPUTEX 2025 (Booth G0017, TaiNEX1) to explore these innovative solutions driving the future of AI infrastructure and data center technologies. ### Wiwynn Reports First Quarter 2025 Financial Results URL: https://www.wiwynn.com/news/wiwynn-reports-first-quarter-2025-financial-results Published: 2025-05-08 Following the Board of Directors meeting today (May 8), Wiwynn Corporation announced consolidated revenue was NT$170.655 billion, an increase of 145.1% year-over-year. Operating profit was NT$11.981 billion, profit before tax (PBT) was NT$12.523 billion, and profit after tax (PAT) was NT$9.793 billion for the first quarter ended March 31, 2025. Year-over-year, gross margin decreased by 2.4 ppt to 8.7%, operating margin decreased by 1.4 ppt to 7.0%, and PAT margin decreased by 1.1 ppt to 5.7%. Basic earnings per share (EPS) was NT$52.70, higher than NT$26.92 in the same period of 2024. Due to the strong demand for general and AI servers, consolidated revenue, profits and EPS all achieved record highs in the first quarter of 2025. To drive business growth and strengthen the management talent team to support the Company's long-term development, the Board of Directors has approved the promotion of William Lin to the position of the President and Chief Executive Officer. To enhance functional specialization, streamline management structure, and strengthen core competitiveness and boost operational performance, the Company completed the spin-off and transfer of its Tainan Branch to its subsidiary, Wiwynn Smart Manufacturing Corporation, on May 1. In response to political and economic dynamics and customer demand, Wiwynn continues to expand its global supply chain to enhance regional manufacturing resilience. When facing the rising global labor costs and increasing demands for production efficiency, the Company is also accelerating the adoption of automation and smart manufacturing technologies to further improve efficiency and ensure consistent product quality. The Company is optimistic about long-term demand in the data center market and growth, and is committed to continuous investments to deepen AI, computing, thermal, and related technologies and product development. The Company will showcase a number of R&D achievements in collaboration with the technology partners, in COMPUTEX Taipei (May 20 to 23). ### Tim Lee ’s Shipwrecks Taiwan, Showcasing Taiwan's Deep-Sea Wonders in 8K After Four-Year Effort URL: https://www.wiwynn.com/news/tim-lee-s-shipwrecks-taiwan-showcasing-taiwans-deep-sea-wonders-in-8k-after-four-year-effort Published: 2025-04-05 By Pan Tao-Yu (潘韜宇) / Comprehensive Report The splendor and sorrow of Taiwan's deep oceans have leaped onto the big screen in 8K for the first time. Shipwrecks Taiwan, the nation's first deep-sea documentary focused on the ecology of shipwrecks, held its grand premiere today (the 6th) at the Taipei Performing Arts Center. Directed by Golden Bell award-winning producer Tim Lee (李景白), the film took four years to complete. Requiring over 600 deep dives and 2,400 scuba tanks, this documentary not only pushed the limits of technology and physical endurance but also presents the magnificence and fragility of the ocean with overwhelming visual aesthetics. Shipwrecks Taiwan was filmed in 8K at 120 frames per second, the highest specification in the industry, with a resolution four times that of 4K and nearly 8,000 horizontal pixels, making every frame breathtakingly detailed. The premiere was hosted by the Delta Electronics Foundation, which invited marine scholars, coral restoration groups, and industry partners to the grand event. The film was projected onto an 800-inch screen with 5.1 channel sound, using Delta's proprietary 8K projector with 37,000 lumens of brightness to provide an immersive viewing experience. Wiwynn and the Wiwynn Foundation are also key supporters of the film and will host additional 8K special screenings, hoping that through this documentary, more people will pay attention to Taiwan's marine environment and raise awareness for ocean conservation and sustainable development. Director Tim Lee, who also served as the underwater cinematographer, used his lens to capture scenes of fish shoals swimming through shipwrecks and the growth of coral. He admitted that the filming process was filled with loneliness and challenges, as the environment and conditions of each dive were unpredictable, making every shot especially precious. He hopes to preserve the final images of these shipwrecks before they are eroded and destroyed, and through this imagery, remind society that the ocean's beauty and sorrow are a microcosm of human activity. The film uses shipwrecks as a focal point to reveal how these "steel giants" become shelters for marine organisms, nurturing a colorful underwater world. In a healthy ocean ecosystem, the shipwrecks are teeming with fish and coral; an empty wreck, however, serves as a silent warning of the depletion of marine resources. Tim Lee stated that this documentary is not just an exploration of the deep sea, but also a commitment and a responsibility to the ocean. Shipwrecks Taiwan boasts a strong production team. Lee Che-Yi (李哲藝), a 40-time Golden Melody Award nominee, was invited to serve as the music director, creating a bespoke score that evokes the mystery and majesty of the deep sea. Award-winning actor Bamboo Chen (陳竹昇) lent his voice to the narration, guiding the audience into the unknown underwater world with his deep and emotional tone. The film is co-produced by Vision Creator Production Co., Ltd. and LINE Taiwan, bringing stories hidden in the depths of the ocean to the audience and authentically capturing its splendor and sorrow. This deep-sea documentary is not just a tribute to Taiwan's oceans but also a soul-stirring visual feast. Shipwrecks Taiwan will be released nationwide on April 25, leading audiences into the deep sea to experience the life stories of these "steel giants" and to rethink the relationship between humanity and the ocean. ### Recap: Wiwynn x NVIDIA GB300 NVL72 & Cooling at GTC 2025 URL: https://www.wiwynn.com/news/recap-gtc-2025-wiwynn-gb300-cooling Published: 2025-03-28 Wiwynn Highlights NVIDIA GB300 NVL72 and Liquid-Cooling Innovation at GTC 2025! Wiwynn made a strong impact at NVIDIA GTC 2025, showcasing its latest AI computing and cooling solutions at booth #1804. Partnering with Wistron, Wiwynn demonstrated its readiness for the NVIDIA GB300 NVL72 —a cutting-edge AI server powered by NVIDIA Blackwell Ultra, featuring a fully liquid-cooled, fan-less design for superior thermal efficiency and AI acceleration. In addition, Wiwynn unveiled a new 10U HGX system built with HGX B300 NVL16, optimized for AI workloads with increased compute power and memory. The event also highlighted Wiwynn’s UMS100L, an advanced rack-level liquid cooling management system, addressing the escalating cooling demands of AI and HPC data centers. Wiwynn’s presence at GTC 2025 reaffirmed its commitment to AI innovation, scalability, and sustainability, paving the way for the next generation of AI reasoning, agentic AI, and video inference applications. Exciting Moments of Wiwynn at GTC 2025 ### Wiwynn Showcases AI Servers Featuring NVIDIA GB300 NVL72 Platform and Liquid-Cooling Innovations at GTC 2025 URL: https://www.wiwynn.com/news/wiwynn-showcases-ai-servers-featuring-nvidia-gb300-nvl72-platform-and-liquid-cooling-innovations-at-gtc-2025 Published: 2025-03-18 San Jose, Cal. – March 18, 2025 — Wiwynn, an innovative cloud IT infrastructure provider for data centers, is showcasing its latest innovations at GTC 2025 (booth #1804). Wiwynn will highlight its AI servers, developed in collaboration with Wistron, powered by the NVIDIA Blackwell Ultra platform. Additionally, Wiwynn will have its advanced rack-level liquid cooling management system, UMS100L, on display demonstrating leadership in AI GPU servers to address the growing demand of computing and cooling capabilities in the era of GenAI. Key highlights include: - NVIDIA GB300 NVL72: Wiwynn and Wistron are among the first in line with NVIDIA GB300 NVL72 Accelerated by NVIDIA Blackwell Ultra with increased AI FLOPS and over 20TB of HBM3e memory, GB300 NVL72 leads the new era of AI and the next wave of accelerated computing. Featuring the cutting-edge fully liquid cooling design, NVIDIA ConnectX ® -8 SuperNIC and the networking platform integration of NVIDIA Quantum-X800 InfiniBand and NVIDIA Spectrum-X ™ Ethernet, GB300 NVL72 achieve superior rack-level thermal efficiency and AI computing acceleration, unleashing the optimal performance to enable breakthrough performance for AI reasoning, agentic AI and video inference applications. - NVIDIA HGX™ B300 NVL16: debut a brand-new 10U HGX system built with NVIDIA Blackwell Ultra based HGX™ B300 NVL16, leads the new era of AI with optimized compute and increased memory, delivering breakthrough performance. By supporting power delivery options of both power supply units (PSU) and busbars, Wiwynn and Wistron enable datacenters to deploy this cutting-edge solution rapidly within their existing infrastructure. - NVIDIA Spectrum - 4: Building on the extensive development of optimized Ethernet connectivity solutions with the NVIDIA Spectrum-4 MAC, the companies are showcasing the revolutionary NVIDIA Spectrum-X™ Ethernet for AI networking platform with integration of SONiC and NVIDIA ® Cumulus ®. The innovative network solution is designed to power multi-tenant, hyperscale AI clouds through advanced Ethernet connectivity and enable flexibility of usage scenarios for datacenters. - UMS100L: the purpose-built rack-level liquid cooling management system is designed for DLC racks, immersion cooling tanks, and data center facilities, compatible with various in-row CDUs and sidecars. It features advanced leakage detection, real-time monitoring, and rapid containment capabilities, ensuring the safety of critical equipment and data-driven decisions for datacenters. "In today's AI revolution, optimizing computing power requires comprehensive integration at the rack level – from GPUs, computing systems and cooling to power and networking," said William Lin, President at Wiwynn. "As one of the first in line with NVIDIA GB300 NVL72 readiness, we're excited to showcase our innovative liquid-cooled, fan-less design AI rack solution and advanced HGX and networking platforms in collaboration with NVIDIA and Wistron. Our expertise in system integration and cooling technology enables us to deliver high-performance AI computing solutions with time-to-market and keep our customers at the forefront of the AI era." “Our collaboration is driving innovation in AI factories, enhancing performance, scalability, and sustainability to meet the evolving needs of AI,” said Kaustubh Sanghani, vice president of GPU products at NVIDIA. “Combining Wiwynn infrastructure with NVIDIA accelerated computing technologies, such as the NVIDIA GB300 NVL72 platform, enables data centers to handle AI reasoning models to power a new age of computing.” ### Wiwynn Reports Fourth Quarter 2024 Financial Results URL: https://www.wiwynn.com/news/wiwynn-reports-fourth-quarter-2024-financial-results Published: 2025-02-27 Following the Board of Directors meeting today, Wiwynn announced Q4 2024 consolidated revenue of NT$115.614 billion, up 97.5% year-over-year. Operating profit reached NT$8.131 billion, profit before tax (PBT) NT$8.782 billion, and profit after tax (PAT) NT$7.047 billion. Gross margin declined to 9.4% (-1.6 ppt YoY), operating margin to 7.0% (-0.9 ppt YoY), while PAT margin improved to 6.1% (+0.1 ppt YoY). Basic earnings per share (EPS) was NT$37.92, up from NT$20.10 in 2023. Strong demand for general and AI servers drove record-high revenue, profits, and EPS in Q4 2024. For fiscal year 2024, consolidated revenue reached NT$360.541 billion, a 49.0% increase YoY. Gross margin rose to 10.4% (+1.0 ppt), operating margin to 7.8% (+1.2 ppt). PAT was NT$22.776 billion, with PAT margin at 6.3% (+1.3 ppt YoY). EPS stood at NT$126.57. Revenue, profits, EPS, gross margin, operating margin, and PAT margin all reached record highs. The Board approved a cash dividend distribution of NT$13,752,218,534, equivalent to NT$74 per share, and set the 2025 Annual Shareholders’ Meeting for May 29, 2025. To address global uncertainties and supply chain shifts, the Board approved a capital increase of USD 300 million for its U.S. subsidiary, WYMUS, to purchase and develop new factory facilities in Texas. It also raised the capital expenditure for the Southern Science Park factory and office building to NT$8 billion, further enhancing global production and delivery capabilities. Wiwynn remains optimistic about the long-term growth of the data center market and continues to invest in AI, computing, and thermal technologies. The company will flexibly adjust global capacity to meet evolving political, economic, and customer demands. ### Wiwynn Title Sponsors Musical 'Tropical Angel' to Support Young Artistic Creators URL: https://www.wiwynn.com/news/wiwynn-title-sponsors-musical-tropical-angel-to-support-young-artistic-creators Published: 2025-02-23 February 24, 2025 / Commercial Times / By Guo Jing-Zhi Wiwynn, a leading AI server manufacturer, will title sponsor the Taiwanese historical musical Tropical Angel, taking concrete action to support artistic creation and encourage the expression of the younger generation. This musical, a joint creation by veteran actor Yong Lea (楊烈) alongside a new generation of actors and a creative team including Crystal Lin (林雨宣) and Howl Yu (于浩威), to be staged at the National Theater in Taipei from March 21 to 23, 2025. Tropical Angel is adapted from the short story collection Hunting captive women: memories of a Taiwan special volunteer force by literary master Chen QianWu (陳千武). Set in the 1940s, the story delicately portrays the contradictions and dilemmas faced by Taiwanese individuals serving as Japanese soldiers. The production's young creators, from the script and music to the stage design, have interpreted this historical period from a fresh perspective, aiming to spark deep reflection among the audience on the era's context and to showcase a unique artistic style. Emily Hong, Chair and Chief Strategy Officer of Wiwynn, stated: "In the AI era, the passion and power of innovation are the most irreplaceable things! When we first encountered Tropical Angel, we were deeply moved by the talent and vitality of these young people. They skillfully connect art and history, telling the stories of a great era through music and drama." Emily Hong further noted: "Wiwynn hopes to take concrete actions to support the sustainable development of arts and culture, encouraging more young creators to break boundaries, create boldly, and share their stories and passion." This philosophy also echoes Wiwynn Technology's vision of "Unleashing digital energy, igniting sustainable innovation." As one of the key members of Taiwan's technology industry, Wiwynn hopes its action will serve as an inspiration, inviting more corporations to join in supporting the development of Taiwan's culture and arts, allowing the nation's cultural depth and creative energy to shine on the world stage. ### Wiwynn Reports Fourth Quarter 2024 Unaudited Financial Results URL: https://www.wiwynn.com/news/wiwynn-reports-fourth-quarter-2024-unaudited-financial-results Published: 2025-01-08 Today (January 8), Wiwynn Corporation announced unaudited consolidated revenue at NT$115.614 billion, increased by 97.5% year-over-year. Operating profit of NT$10.874 billion, profit before tax (PBT) of NT$8.782 billion, profit after tax (PAT) of NT$7.047 billion for the fourth quarter ended December 31, 2024. Year-over-year, gross margin decreased by 1.6 ppt to 9.4%, operating margin decreased by 0.9 ppt to 7.0%, and PAT margin increased by 0.1 ppt to 6.1%. Basic earnings per share (EPS) was NT$37.92, higher than NT$20.10 in the same period of 2023. Due to the strong demand of general and AI server, unaudited consolidated revenue, profits and EPS all achieved record highs in the fourth quarter 2024. In the fiscal year 2024, unaudited consolidated revenue achieved NT$360.541 billion, increased by 49.0% year-over-year. Year-over-year, gross margin increased by 1.0 ppt to 10.4%, operating margin increased by 1.2 ppt to 7.8%. PAT was NT$22.776 billion, PAT margin increased by 1.3 ppt to 6.3% year-over-year. EPS was NT$126.57. Unaudited consolidated revenue, profits and EPS all achieved record highs in the fiscal year 2024. The Company is optimistic about data center long-term market demand and growth, and is committed to continuous investments to deepen AI, computing, thermal, and related technologies and product development. The Company also closely observes and evaluates political and economic dynamics and customer demand to adjust the global capacity allocation in response. ### Wiwynn Announces Board Resolution to Spin Off Tainan Branch URL: https://www.wiwynn.com/news/wiwynn-announces-board-resolution-to-spin-off-tainan-branch Published: 2024-11-14 Following the Board of Directors meeting on November 13, Wiwynn (the Company) announced the board resolution to spin off Tainan Branch. The Tainan Branch will be transferred to a newly established, wholly owned subsidiary, Wiwynn Smart Manufacturing Corporation. This organizational restructuring aims to enhance function specialization and streamline management structure, enabling the new subsidiary to operate more flexibly and efficiently while strengthening core competitiveness and boosting operational performance. As Wiwynn Smart Manufacturing Corporation is a wholly owned subsidiary of Wiwynn, this spin-off will not affect the book value per share (BVPS) or earnings per share (EPS) in the consolidated financial statements of Wiwynn. As part of the organizational restructuring, the equity value of the shares held in Wiwynn Smart Manufacturing Corporation will equal the business value being spun off, ensuring no impact on shareholder equity. The estimated business value to be transferred through this spin-off is NT$10,000,000,000. The Company will exchange 50,000,000 shares of newly issued Wiwynn Smart Manufacturing Corporation common stock at NT$200 per share. This spin-off follows the provisions of Article 36, Paragraph 1 of the Business Mergers and Acquisition Act, resolved directly by the Board of Directors. The effective date for the spin-off is set for May 1, 2025. The Chair is fully authorized to make any necessary adjustments. Upon completion of the spin-off, the Company will further enhance function specialization, leading to an improvement in overall operational performance and continuous value creation. ### Wiwynn Reports Third Quarter 2024 Financial Results URL: https://www.wiwynn.com/news/wiwynn-reports-third-quarter-2024-financial-results Published: 2024-11-13 Following the Board of Directors meeting today (November 13), Wiwynn Corporation announced consolidated revenue of NT$97.818 billion, an 85.2% year-over-year increase. Operating profit was NT$7.905 billion, profit before tax (PBT) NT$7.939 billion, and profit after tax (PAT) NT$6.328 billion for the third quarter ending September 30, 2024. Year-over-year, gross margin increased by 1.1 percentage points to 10.7%, operating margin by 1.9 percentage points to 8.1%, and PAT margin by 1.5 percentage points to 6.5%. Basic earnings per share (EPS) was NT$34.36, higher than NT$14.96 in the same period of 2023. Consolidated revenue, profits, and EPS all reached record highs. For the first three quarters of 2024, consolidated revenue totaled NT$244.927 billion, a 33.6% year-over-year increase and surpassing the full fiscal year revenue of NT$241.901 billion in 2023. Year-over-year, gross margin rose by 2.0 percentage points to 10.8%, and operating margin by 2.1 percentage points to 8.2%. PAT was NT$15.729 billion, with PAT margin up by 1.7 percentage points to 6.4% year-over-year. EPS reached NT$88.38, higher than the fiscal year 2023 EPS of NT$68.88. The Company remains optimistic about long-term market demand and growth, with continuous investments planned to advance data center technologies and product development. To meet future capacity and operational demands, the Company will acquire the current rental factory owned by Tongtai Machine & Tool Co., Ltd. in Luzhu, Southern Taiwan Science Park, for up to NT$1.52 billion. The Malaysia factory’s PCBA capacity began mass production in the fourth quarter, and the Company is continually implementing and testing next-generation advanced liquid cooling technologies and products across its global factories. ### Wiwynn Launches State-of-the-Art AI Data Center and Cooling Solutions at OCP Global Summit 2024 URL: https://www.wiwynn.com/news/wiwynn-launches-state-of-the-art-ai-data-center-and-cooling-solutions-at-ocp-global-summit-2024 Published: 2024-10-14 - Innovation: New full suite of leading-edge AI solutions based on the NVIDIA GB200 Grace Blackwell Superchip, through a strengthened partnership with Wistron and ecosystem partners - Sustainability and energy efficiency: Embracing dielectric direct-to-chip liquid cooling with up to 2.5 kW TDP SAN JOSE, TAIPEI, October 14, 2024 /PR Newswire/ -- Wiwynn (TWSE:6669), a leading cloud IT infrastructure provider for hyperscale data centers, is unveiling a full suite of AI data center solutions and state-of-the-art liquid cooling technologies, on display at the upcoming Open Compute Project (OCP) Global Summit 2024 on October 15-17 at San Jose Convention Center ( Booth #B11). Visit Wiwynn OCP 2024 Page "The high power demands of AI are pushing the limits of data centers, and as the technology grows more complex, it's essential to enhance both performance and sustainability,” noted William Lin, President of Wiwynn. “We're excited to showcase Wiwynn’s complete AI and advanced cooling solutions at OCP Global Summit 2024. This year, we’re demonstrating how our technology creates unprecedented performance and efficiency to empower data centers worldwide and unlock new possibilities in the AI era." AI solutions harnessing NVIDIA accelerated computing To drive innovation in data centers, Wiwynn has strengthened its cooperation with Wistron Corporation, delivering complete AI acceleration platforms leveraging state-of-the-art chips — including the NVIDIA GB200 Grace Blackwell Superchip. NVIDIA GB200 NVL72 Rack Solution: - One of the first NVIDIA GB200 NVL72 platform-based solutions available on the market. - Supercharges training and inference for trillion-parameter-scale AI models while providing 25x lower total cost of ownership (TCO) compared with the previous generation of GPUs. - The liquid-cooled rack connects 72 NVIDIA Blackwell GPUs and 36 NVIDIA Grace CPUs through fifth-generation NVIDIA NVLink ™ and NVLink Switch technologies, enabling powerful AI acceleration in a single rack. Wiwynn is also offering updated AI solutions on the NVIDIA HGX™ platform, including: - GS1400A: The NVIDIA MGX™ 4U server leverages eight NVIDIA® H200 Tensor Core GPUs interconnected with NVLink and NVSwitch to bring accelerated computing into any data center with modular server designs. - The compact GS1300N: Can be equipped with eight NVIDIA Hopper or Blackwell architecture GPUs within 3U-height and achieves over 90% heat dissipation with Wiwynn’s DLC technology. State-of-the-art liquid cooling At the Summit, Wiwynn will introduce: - Leading-edge two-phase liquid cooling techs that push chip thermal limits: - Through a partnership with ZutaCore®, a leading provider of DLC and waterless liquid cooling solutions, this pushes the single-chip power limit by delivering up to 2.5 kW thermal design power (TDP). Deep dive at OCP Future Technologies Symposium presentation. - Demonstrating a validated two-phase immersion cooling solution that achieves 2.8kW TDP, meeting future demands. - Open IP SuperFluid Cooling Technology: Partnering with Intel®, Wiwynn is solving a major roadblock for DLC by replacing water with a novel dielectric fluid, protecting electric circuits from damage and loss from water leakage, reducing the risk of data center outage, while achieving over 1.5kW TPD cooling capacity with a single-phase solution. For rapidly diversifying data centers, Wiwynn is focusing on developing the cooling technology for the future and offers optimized solutions for data centers. ## Technical Whitepapers All whitepapers listed newest first. Full PDFs require registration on each page; the text below is the public abstract. ### High-Power Double-Wide Rack URL: https://www.wiwynn.com/whitepapers/high-power-double-wide-rack Published: 2026-10-16 This white paper presents a complete design and validation framework for next-generation high-power double-wide racks. Target loads of up to 4,000 kg are met through L11 structural reinforcement, while a modular rear service group (cable cartridge, rack manifold, liquid-cooled busbar) enables independent servicing to minimize Mean Time To Repair (MTTR). Structural performance is validated by static and dynamic FEA, and packaging is validated based on international transportation testing standards. A liquid-cooled busbar design extends the current capacity to approximately 15,000 A for reliable hyperscale AI deployment. ### An All-to-All CPO System Architecture URL: https://www.wiwynn.com/whitepapers/an-all-to-all-cpo-system-architecture Published: 2026-10-15 This white paper presents a system-level perspective on how CPO technology can be integrated into scalable AI server architectures. It first introduces the key CPO building blocks, with a focus on their functions, interconnections, and system-level implications. Different implementations and combinations of these building blocks can introduce different requirements for thermal management, mechanical layout, component placement, space allocation, fiber routing, power delivery, and serviceability. Building on these considerations, this paper further explores how CPO technology can be physically integrated into L10 systems and scaled toward an all-to-all L11 architecture. Through this component-to-system perspective, the paper provides architectural considerations and a practical reference for the development of next-generation AI systems utilizing CPO technology. ### Advancing Vertical Power Delivery URL: https://www.wiwynn.com/whitepapers/advancing-vertical-power-delivery Published: 2026-10-09 As modern compute silicon continues to scale in power density—driven by AI training clusters, high-performance computing (HPC) accelerators, and next-generation data center processors—the current required to power a single chip has grown from tens of amps to over 1000A, while core operating voltages have remained flat or even decreased. This divergence between rising current and stagnant voltage has placed unprecedented stress on power delivery networks (PDNs), where resistive losses scale quadratically with current according to P = I²R. This white paper presents Vertical Power Delivery (VPD), an architectural approach that repositions voltage regulator modules (VRMs) directly beneath the chip rather than around its periphery, substantially shortening the current path and reducing parasitic impedance. We detail the fundamental principles of VPD, present advanced interconnect and PCB innovations that further minimize path impedance—including high-density via arrays, and PCB cavity embedding—and validate these techniques through both simulation (Celsius DC thermal-electrical co-simulation) and physical measurement using load-pull test fixtures. Simulation and physical measurement results demonstrate that VPD combined with PCB cavity technology reduces transmission impedance to 20–23.4 μΩ (measured and simulated, respectively), yielding a 37.1% reduction in transmission power loss compared to conventional non-cavity designs. As chip power continues to climb, we outline a forward-looking roadmap incorporating advanced PCB technology to sustain PDN efficiency in future high-density compute systems. ### Breaking the Thermal–Hydraulic Trade-Off: A Non-Uniform Straight-Microchannel Cold Plate for High-Heat-Flux Cooling URL: https://www.wiwynn.com/whitepapers/breaking-the-thermal-hydraulic-trade-off-a-non-uniform-straight-microchannel-cold-plate-for-high-heat-flux-cooling Published: 2026-10-09 This study proposes a heat-flux-based non-uniform straight-microchannel cold plate design for non-uniform chip heat loading. A preliminary parametric analysis at a fixed open-area ratio of 50% showed that reducing the wall thickness and channel gap below 80/80 μm caused a sharp increase in pressure drop while providing only a limited additional thermal benefit. Therefore, the uniform 80/80 μm straight-microchannel configuration was selected as the baseline. In the proposed five-section design, the high-channel-density configuration is retained near the primary hotspot, while lower channel densities are assigned to regions with lower cooling demand. Compared with the uniform baseline, the five-section design reduces the pressure drop by 29.4% and lowers the maximum case temperature by 0.2 °C, demonstrating that regional channel-density allocation can improve the thermal–hydraulic performance of the cold plate. ### System Integration and Deployment Considerations for CPO-Based AI Scale-Up Infrastructure URL: https://www.wiwynn.com/whitepapers/system-integration-and-deployment-considerations-for-cpo-based-ai-scale-up-infrastructure Published: 2026-10-07 The rapid scaling of AI workloads is pushing traditional copper interconnects beyond their practical limits in bandwidth density, reach, and power efficiency. Co-Packaged Optics (CPO) offers a path toward larger AI scale-up domains by enabling high-density optical connectivity beyond conventional rack boundaries. This whitepaper presents a system-level perspective on deploying CPO-based AI infrastructure, focusing on the integration layer between device-level optical technologies and rack-to-rack deployment. A fiber-centric architectural framework is introduced to examine the key requirements for deployable optical scale-up infrastructure, including fiber architecture, interface standardization, operations, and serviceability. Together, these considerations establish a practical foundation for translating CPO innovation into scalable, manageable and deployable datacenter infrastructure. ### From Material Composition to Effective Thermal Conductivity: A Physics-Based Method for Improving Thermal Simulation Accuracy URL: https://www.wiwynn.com/whitepapers/from-material-composition-to-effective-thermal-conductivity-a-physics-based-method-for-improving-thermal-simulation-accuracy Published: 2026-10-03 Accurate PCBA thermal simulation is critical for high-power, high-density AI and accelerator systems. Modern liquid- and hybrid-cooled servers integrate densely arranged power components that generate significant heat. During early-stage development, however, detailed vendor thermal models for board-level components may be unavailable, while only limited material and structural information may be accessible. Initial simulations may therefore rely on generic modeling assumptions, potentially resulting in discrepancies between simulated and measured component temperatures. This whitepaper presents a physics-based method for deriving effective thermal conductivity from the limited material and structural information available during early-stage development. The method enables improved PCBA-level thermal modeling in the absence of detailed vendor thermal models. Validation on an ORv3-based server system demonstrates close agreement between simulated and measured component temperatures. The proposed method improves the accuracy of early-stage thermal predictions and enables earlier identification of thermal risks. ### System-Level Design Principles for Liquid-Cooled Server Platforms URL: https://www.wiwynn.com/whitepapers/system-level-design-principles-for-liquid-cooled-server-platforms Published: 2026-10-02 As AI and high-performance computing (HPC) workloads continue to increase rack power density beyond the practical limits of conventional air cooling, liquid cooling has become a key technology for next-generation server platforms. This paper presents a liquid-cooled server platform derived from a conventional 1U dual-socket air-cooled server to investigate the system-level design principles required for liquid-cooling integration. The study examines four complementary design aspects: serviceability-oriented mechanical design, system-level cooling strategy, Heat Capture Ratio (HCR) optimization, and reliability-oriented design. At a coolant inlet temperature of 40°C, the hybrid configuration achieved an HCR of approximately 70–80%, while the near-full liquid-cooled (fan less) configuration increased HCR to over 90% without additional liquid-cooling hardware. Achieving this required approximately 60% higher coolant flow than the hybrid configuration and correspondingly higher pump power, highlighting the cooling-resource trade-off associated with higher HCR. This paper further identifies the key design shifts, architectural evolution, and future design priorities for liquid cooled server platforms. Successful liquid-cooled server design requires effective system-level integration to achieve high HCR without disproportionate increases in cooling resources, implementation complexity, or cost. ### CAE-Assisted Cable Routing Methodology for High-Density Server Platforms URL: https://www.wiwynn.com/whitepapers/cae-assisted-cable-routing-methodology-for-high-density-server-platforms Published: 2026-08-11 As AI server systems continue to scale rapidly in power and data throughput, cable density within server platforms has increased significantly. High-density cable designs introduce critical challenges, including signal integrity, assembly feasibility, and airflow efficiency, which become increasingly important as system complexity grows. Traditional cable design relies on layout-based cable length estimation and multiple physical prototypes, with the final routing refined through iterative trial-and-error during assembly. This approach is prototype-dependent and provides limited visibility of risks during the early stages of development. This paper presents a CAE-assisted cable routing methodology that provides early, actionable insights into cable behavior and associated risks. By introducing simulation-driven decision support, it reduces prototyping iterations, improves design confidence, and supports robust system-level integration for next-generation AI server platforms. ### A Guideline for Direct Liquid Cooling Testing Platform URL: https://www.wiwynn.com/whitepapers/a-guideline-for-direct-liquid-cooling-testing-platform Published: 2026-08-10 As server power density continues to increase in modern AI and high-performance computing applications, direct liquid cooling (DLC) has become a critical thermal management solution for next-generation data centers. This whitepaper presents the design guideline and validation methodology of a modular direct liquid cooling testing platform developed for thermal and hydraulic performance evaluation. The platform integrates coolant circulation, temperature control, flow regulation, data acquisition, and safety protection into a unified architecture to provide stable and repeatable testing conditions. Key design considerations including flow capability estimation, filtration performance, closed-loop architecture, monitoring systems, and protection mechanisms are discussed. In addition, hydraulic and thermal characterization methods such as PQ curve analysis and thermal resistance evaluation are introduced. The proposed platform demonstrates improved operational convenience, testing efficiency, and system reliability, providing an effective foundation for DLC component characterization and server-level thermal validation. ### Introduction to SPDM Attestation between BMC and EROT on AI server URL: https://www.wiwynn.com/whitepapers/introduction-to-spdm-attestation-between-bmc-and-erot-on-ai-server Published: 2026-08-06 This whitepaper introduces SPDM attestation between a BMC and an External Root of Trust (EROT) on AI servers. It outlines SPDM prerequisites and the SPDM protocol flow. It then presents the system design, implementation guidance, and practical applications, followed by challenges and future directions. The paper also references relevant DMTF, PCIe/DOE, and MCTP standards and technical document. ### Firmware Design for Hardware Partitioning URL: https://www.wiwynn.com/whitepapers/firmware-design-for-hardware-partitioning Published: 2026-08-04 Hardware partitioning divides a single server into physically isolated subsystems with independent CPU, memory, and I/O resources—delivering fault containment, workload flexibility, and multi-tenant security beyond software virtualization. This session presents Wiwynn and Microsoft's POC-validated firmware architecture for hardware partitioning on DC-SCM v1.0 interface (reusing Microsoft’s DC-SCM v1.2), targeting a dual Intel Granite Rapids-AP platform. Using an MCTP-over-USB bridge between the main BMC (OpenBMC) on DC-SCM and an SMC (OpenBIC/Zephyr) on the HPM, we enable full partitioned management on today's single-host BMC silicon. This implementation was done pre-OBMF and the architecture will transition to OBMF-compliant interfaces, ensuring a forward-compatible path for the community. ### Rack Integration and Quality Assurance in Modern Data Centers URL: https://www.wiwynn.com/whitepapers/white-paper-rack-integration-and-quality-assurance-in-modern-data-centers Published: 2026-06-05 The evolution of modern data centers demands a shift from isolated hardware delivery to seamless infrastructure integration. This whitepaper introduces a structured, repeatable ODM-driven framework designed to bridge the critical gap between factory manufacturing and real-world data center deployment. Moving beyond the traditional "build-and-ship" model, Wiwynn expands its engineering ownership across the full hardware lifecycle. Drawing on real-world milestones, we detail an end-to-end quality verification framework that ensures consistent reliability under complex, non-factory conditions. This comprehensive approach covers everything from initial deployment readiness to predictable system bring-up and on-site integration. See how our "Design-to-Operate" methodology transforms ODMs from simple hardware suppliers into strategic partners. By empowering service teams and ensuring scalable system-level support, we enable cloud service providers to roll out advanced infrastructure with greater confidence and operational transparency. Download the whitepaper to explore our validation framework and streamline your next-generation data center integration. ### Advanced Microchannel Material - Diamond Composite Thermal Solutions URL: https://www.wiwynn.com/whitepapers/white-paper-advanced-microchannel-material-diamond-composite-thermal-solutions Published: 2026-06-04 As AI and High-Performance Computing (HPC) push rack power densities beyond 250 kW and localized heat fluxes past the 500 W/cm² threshold, conventional copper and silicon cooling technologies are reaching their thermal limits. This whitepaper introduces a breakthrough in thermal management by integrating Single-Crystal Diamond (SCD) and hybrid microchannel architectures to overcome critical heat-spreading bottlenecks. Our research explores the application of diamond-enhanced thermal interface materials (TIMs) and Diamond Microchannel Heat Sink (DMHS) designs in direct liquid-cooling systems. Boasting a remarkable thermal conductivity of approximately 2000 W/m∙K—drastically outperforming traditional copper and standard TIMs—diamond composite materials effectively eliminate temperature penalties under extreme heat fluxes. By incorporating diamond directly into the thermal stack, these advanced architectures achieve substantially lower thermal resistance while maintaining the exceptional mechanical strength required for semiconductor stability. See how superior material conductivity combined with optimized flow channels significantly enhances cooling efficiency for next-generation AI workloads. By bridging the gap between high-performance TIMs and system-level thermal demands, this study provides the design principles and experimental validation needed to future-proof your data center. Download the whitepaper to explore our DMHS architectures and implement ultra-efficient thermal solutions for your extreme-density computing ecosystem. ### GPU-Initiated, Liquid-Cooled, Ultra-High-Density Storage for Next-Gen AI URL: https://www.wiwynn.com/whitepapers/gpu-initiated-liquid-cooled-ultra-high-density-storage-for-next-gen-ai Published: 2026-03-17 This paper introduces a paradigm shift in storage architecture designed to overcome the CPU-centric data path bottlenecks in modern AI workloads . By combining NVIDIA SCADA (Scaled Accelerated Data Access) with a 100% liquid-cooled, fanless chassis housing 96 E3.S NVMe drives, we have created an ultra-high-density storage solution . Our innovative approach bypasses the CPU for the control path, allowing 100,000+ concurrent GPU threads to initiate their own data requests and approach a theoretical limit of 100 million IOPS . This fanless environment eliminates mechanical vibrations, ensuring stable tail latencies and protecting drive longevity, while optimizing power for compute rather than air movement . See how our GPU-initiated storage and advanced thermal management transform data centers by reducing physical footprints by up to 75% and lowering total Data Center OpEx by 40-50% . By streamlining data access for complex RAG, vector databases, and Graph Neural Networks (GNNs), we enable AI enterprises to minimize Time-To-First-Token (TTFT) and maximize GPU cluster utilization . Download the whitepaper to explore our system architecture and implement a silent, ultra-high-performance accelerator for your next-generation AI ecosystem . ### KV Cache Offload to Improve AI Inferencing Cost and Performance URL: https://www.wiwynn.com/whitepapers/kv-cache-offload-to-improve-ai-inferencing-cost-and-performance Published: 2026-03-16 This paper explores a disaggregated key-value (KV) storage architecture designed to efficiently offload KV cache tensors for generative AI workloads . By synergizing Wiwynn's OCP ORv3-compliant servers with Pliops' hardware-accelerated data path, this framework delivers a highly scalable and cost-effective solution for AI inferencing . Our integrated approach ensures optimal resource allocation, significantly reducing the massive GPU memory demands inherent in multi-turn processing and long-context applications . This solution transforms inefficient, compute-heavy KV recomputations into a streamlined store-and-restore pipeline, enabling enterprises and CSPs to maintain low-latency, high-throughput inference while minimizing infrastructure CapEx and OpEx . See how our end-to-end KV cache offloading system overcomes the GPU memory wall to achieve 5-8x higher request throughput and 5-7x faster prefill latency compared to baseline systems . By maintaining strict SLA compliance—even with prompt prefix lengths scaling up to 9,000 tokens—we empower engineering teams to efficiently monetize AI inference models at scale . Download the whitepaper to explore our technical architecture and implement a highly scalable, cost-effective infrastructure for your demanding AI workloads . ### Autonomous AI Agent for End-to-End Component Data Extraction URL: https://www.wiwynn.com/whitepapers/autonomous-ai-agent-for-end-to-end-component-data-extraction Published: 2026-03-13 This paper explores an advanced framework designed to automate the extraction of important attributes from unstructured part datasheets. By synergizing expert data science preprocessing with the Retrieval-Augmented Generation (RAG) architecture, we have achieved industry-leading recognition accuracy. Our hybrid approach ensures maximum flexibility, supporting both scalable cloud-based AI services and secure on-premises deployments for sensitive intellectual property. This solution transforms manual, error-prone data entry into a streamlined, high-precision pipeline, enabling engineering teams to accelerate development cycles and enhance data integrity across parts management. See how our RAG-driven Autonomous AI Agent and advanced preprocessing framework transform unstructured datasheets into high-precision data assets with industry-leading accuracy. By streamlining parts management through flexible cloud or on-premises deployment, we enable engineering teams to eliminate manual errors and significantly accelerate development cycles. Download the whitepaper to explore our technical architecture and implement a high-integrity data pipeline for your AI-driven hardware ecosystem. ### From Design to Live Operation: Wiwynn’s L12 AI Cluster Deployment with MLPerf Validation URL: https://www.wiwynn.com/whitepapers/from-design-to-live-operation-wiwynn-l12-ai-cluster-deployment-with-mlperf-validation Published: 2025-12-31 Deploying large-scale AI clusters introduces engineering challenges that extend well beyond the individual server rack. From liquid cooling integration to high-voltage power distribution and network topology design, the "Last Mile" of AI infrastructure presents multifaceted integration complexities. This paper outlines Wiwynn’s L12 deployment methodology for the NVIDIA GB200 NVL72 platform. Using our Elastic Management Framework and validating performance via MLPerf® Training v5.1, we demonstrate how a structured deployment approach ensures production readiness, minimizing risks and accelerating time-to-market for AI clouds. See how Wiwynn’s L12 methodology and Elastic Management Framework streamline NVIDIA GB200 NVL72 deployment with MLPerf®-proven results. Download the white paper to navigate integration complexities and ensure Day-1 readiness. ### AI Rack Management with Wiwynn UMS URL: https://www.wiwynn.com/whitepapers/ai-rack-management-with-wiwynn-ums Published: 2025-10-20 This paper discusses the rapid expansion of AI workloads and the resulting transformation in data center infrastructure requirements. Traditional air-cooling systems are becoming less effective due to the increased power density of server racks. To address this challenge, the paper presents Wiwynn's Universal Management System (UMS) as a solution for managing AI server racks and Direct Liquid Cooling (DLC) infrastructure. The UMS is designed to provide precise, scalable, and intelligent cooling and monitoring for high-density AI racks. It features a modular hardware design, a dual deployment architecture, and key functionalities such as multi-layer leakage detection, cooling facility management, sensor monitoring, and emergency power management. The paper also includes real-world deployment examples showcasing the versatility and reliability of UMS in various AI and DLC environments. Future directions for UMS involve expanding its capabilities with AI-based algorithms for anomaly detection, workload-aware cooling optimization, and predictive fault isolation. Discover how Wiwynn’s UMS unifies AI rack and Direct Liquid Cooling (DLC) management with precise monitoring, multi-layer leak detection, and intelligent power control. Download the full white paper to explore real-world deployments and the next step toward AI-driven, resilient data center infrastructure. ### Introduction of a new Firmware Update Workflow for PLDM & Redfish URL: https://www.wiwynn.com/whitepapers/introduction-of-a-new-firmware-update-workflow-for-pldm-and-redfish Published: 2025-10-17 Firmware updates are essential for the BMC system. Each device requires a unique update flow and utilizes different transport protocols, such as I2C or JTAG. In previous projects, various update utilities had to be developed to accommodate these requirements. However, without proper software design, issues such as overly customized update tools and duplicated code—especially for hardware protocol read/write functions—have emerged. Therefore, a well-designed architecture for firmware updates is necessary to resolve these problems. In this white paper, we introduce an end-to-end architecture for conducting firmware updates using the Platform Level Data Model (PLDM) and Redfish, both of which align with industry standards. PLDM standardizes the firmware update process and image validation to maximize code reuse, while Redfish provides users with a unified and user-friendly interface. See how Wiwynn enhances BMC firmware management by replacing fragmented utilities with a unified PLDM and Redfish architecture. Download the full white paper to learn how this open-standard approach streamlines updates, reduces code duplication, and strengthens collaboration within the OpenBMC ecosystem. ### Beyond the Rack - The Elastic Management Framework for AI Data Centers URL: https://www.wiwynn.com/whitepapers/beyond-the-rack-the-elastic-management-framework-for-ai-data-centers Published: 2025-10-15 AI clusters using next-generation accelerators (e.g., NVIDIA GB200) push rack power density beyond 130 kW, making air cooling insufficient and driving adoption of direct liquid cooling (DLC). This whitepaper introduces Wiwynn’s Elastic Management Framework, a modular, scalable, interoperable architecture that unifies rack- and cluster-level monitoring and control across IT and facilities. The Wiwynn Universal Management System (UMS) enables autonomous rack-level protection and in-row CDU coordination, integrates heterogeneous sensors and controls via Redfish/Modbus/SNMP/analog/GPIO, and exports normalized telemetry to a Prometheus/Thanos platform with Grafana visualization and AlertManager response. This paper first explains the Elastic Management Framework. It then details a production deployment showing faster leak isolation, safer power sequencing, and telemetry scaling to hundreds of endpoints. It presents lessons on IT/OT protocol standardization, modular rollout from rack to POD to data center, and joint IT–OT design for networking, security, data synchronization, and leak workflows to guide reliable, scalable operations. Explore how Wiwynn’s Elastic Management Framework empowers AI data centers to achieve seamless orchestration from rack to facility. Download the full white paper to uncover strategies for managing high-density GPU clusters with advanced liquid cooling and intelligent infrastructure control. ### Power Efficiency Optimization in AI Systems URL: https://www.wiwynn.com/whitepapers/power-efficiency-optimization-in-ai-systems Published: 2025-10-14 This whitepaper examines the growing importance of power efficiency in AI systems, where increasing computational demand translates into significant energy consumption and operating costs. We begin by introducing the overall architecture of AI applications and their critical power components, including power shelves and bricks, and the key part of switching converter efficiency analysis in detail. And then consider how to improve AI system efficiency by changing power shelf output voltage. We propose a two-step optimization method that effectively reduces power consumption in both idle and peak workload conditions. This approach not only enhances system performance but also ensures lower power loss across varying operating states. Finally, the study provides an estimation of annual energy savings (kWh) and CO₂e emission reductions per system, also demonstrating how optimized power strategies can deliver both measurable cost savings and long-term sustainability benefits for large-scale AI deployments. Also consider the future work from integration of all of AI system parts and cold redundant point of view both. See how Wiwynn’s two-step power optimization method tackles the soaring energy demands of large-scale AI training. Download the full white paper to explore real data on power shelf efficiency, voltage tuning strategies, and measurable kWh and CO₂e reductions across AI data centers. ### General Guidance for Transitioning from Single-Phase to Two-Phase Liquid Cooling Solutions URL: https://www.wiwynn.com/whitepapers/general-guidance-for-transitioning-from-single-phase-to-two-phase-liquid-cooling-solutions Published: 2025-10-13 The rapid expansion of artificial intelligence, high-performance computing, and cloud services is driving unprecedented levels of heat generation in modern data centers. Traditional air cooling and single-phase liquid cooling are increasingly unable to meet the demands of high-density server racks and powerful processors. Two-phase liquid cooling, which transfers heat through the phase change of the coolant, offers significantly greater thermal efficiency and the potential for substantial energy savings. This paper reviews the key differences between single-phase and two-phase cooling, highlights the advantages of two-phase systems, and discusses critical technical challenges such as working fluid selection, boiling behavior, pressure drop management, flow configuration, and the design of quick disconnects. Practical guidance is provided for transitioning to two-phase cooling, emphasizing the importance of system integration, component compatibility, and environmental considerations. With careful planning, two-phase cooling can deliver substantial improvements in heat dissipation for demanding data center applications. Learn how to successfully transition from single-phase to two-phase liquid cooling to meet rising thermal demands. Download the full white paper to explore design insights and implementation strategies for next-generation data centers. ### Testing Apparatus to Facilitate Validation in Immersion Cooling Environment URL: https://www.wiwynn.com/whitepapers/testing-apparatus-to-facilitate-validation-in-immersion-cooling-environment Published: 2025-08-04 As the chip industry moves beyond an era of rapid development, immersion cooling has emerged as a critical technology thanks to its superior cooling efficiency. Yet, validation across different environments often produces inconsistent results. In traditional immersion cooling setups, servers are typically installed vertically, which makes electrical and signal integrity (SI) validation difficult due to limited tank space. To address this, servers usually need to be removed and tested horizontally outside the tank. Wiwynn’s groundbreaking clear test tank redefines this process by enabling horizontal server testing directly within the immersion cooling environment. Its architecture, components, and design are purpose-built for validation, ensuring accurate results under fully immersed conditions. This innovation sets a new benchmark for the industry by delivering consistency, reliability, and a significant step forward in immersion cooling validation. ### Innovative Manufacturing Testing Platform of Immersion Cooling Technology URL: https://www.wiwynn.com/whitepapers/innovative-manufacturing-testing-platform-of-immersion-cooling-technology Published: 2025-07-31 This research introduces an innovative immersion cooling testing platform equipped with dedicated fixtures that streamline production and debugging. The system enables efficient fault detection and component replacement, resulting in higher manufacturing yields and expanded production capacity. By optimizing resource utilization, it reduces electricity, water, and coolant consumption—supporting ESG goals while driving down overall manufacturing costs for next-generation AI servers. With the rapid rise of AI applications, servers must process massive data loads and increasingly powerful chips that generate substantial heat. Traditional air and liquid cooling face mounting challenges in efficiency, cost, and space requirements. Immersion cooling has therefore emerged as a promising solution, yet its testing environments remain limited. This platform addresses that gap by enabling fast signal measurement and early fault identification before formal manufacturing, paving the way for more reliable, sustainable, and cost-effective AI server production. ### Deployment of an ORv3 Architecture Server Within Intel Open IP Single-Phase Immersion Cooling Tank URL: https://www.wiwynn.com/whitepapers/white-paper-deployment-of-an-orv3-architecture-server-within-intel-open-ip-single-phase-immersion-cooling-tank Published: 2025-07-22 Wiwynn is participating in Intel’s Open IP collaboration program by integrating a 1OU computing server, compliant with the Open Compute Project (OCP) Open Rack V3 (ORv3) standard, into Intel’s purpose-designed single-phase immersion cooling tank. The system employs Perstorp Polyolester (POE) 390z synthetic ester (Synmerse™ DC) as the coolant for thermal performance testing. To evaluate cooling efficiency, the test subjects the CPU to stress levels reaching a Thermal Design Power (TDP) of 550W, while analyzing the impact of parameters such as Cooling Distribution Unit (CDU) pumping frequency, inlet coolant temperature, and heatsink type. Comparative assessments are conducted between air cooling and single-phase immersion cooling on the same system, aiming to provide insights for optimizing immersion cooling efficiency and advancing high-performance computing and data center thermal management. ### Platform Optimization for Performance and Endurance with QLC and Cloud Storage Acceleration Layer URL: https://www.wiwynn.com/whitepapers/white-paper-platform-optimization-for-performance-and-endurance-with-qlc-and-cloud-storage-acceleration-layer Published: 2025-07-07 High-density QLC SSDs are redefining storage architectures and are paving the way for greater data density and cost and power efficiency. They are breaking the traditional 4 KiB assumptions that have shaped today’s storage stacks. QLC technology introduces unique characteristics such as larger indirection units and require rethinking the write accesses to the SSDs. Optimizations are required to help ensure that the increased capacity of QLC drives contributes positively to total cost of ownership (TCO), endurance, and efficiency, even as capacities scale toward 122.88 TB and beyond. Cloud Storage Acceleration Layer (CSAL) offers the required optimization by moving a lightweight FTL into the host and fronting QLC with a fast cache tier. Writes land first on SLC/TLC (formerly Optane) media, then flush to QLC as large, sequential blocks, driving WAF down to ~1 while preserving flash endurance and making the high write performance of SLC/TLC drives available to the host. The approach delivers SSD-class throughput, eight-times density per slot, and requires zero changes to the 4 KiB-optimized host software stack. To prove the model, Solidigm partnered with Wiwynn, pairing a Gen5 D7-PS1010 TLC cache with 61.44 TB D5-P5336 QLC drives in production-ready Wiwynn platforms. Mixed-workload testing across AMD and Intel servers hit NAND-saturating bandwidth, maintained QoS at 90 % fill, and slashed watt-per-TB metrics—validating CSAL as a turnkey path for hyperscalers and enterprises to adopt ultra-dense flash without compromising performance or budget. ### Best Practices and Integration Strategies for XPU and 224Gbps in 3D Torus Rack-Level Topology URL: https://www.wiwynn.com/whitepapers/best-practices-and-integration-strategies-for-xpu-and-224gbps-in-3d-torus-rack-level-topology Published: 2025-05-22 AI and large-language-model clusters are straining the limits of traditional fat-tree and star networks. When tens of billions of parameters move across 224 Gbps links, the switch tiers, cable count, and power draw all climb sharply. Our newest white paper explains how a 3D Torus rack-level fabric trims hop counts, shortens cable runs, and reduces switch silicon while preserving the low latency and massive bandwidth required by modern XPU fleets. Inside the paper you will find head-to-head benchmarks of 3D Torus against Fully-Connected, Tree, and Dragonfly designs under tensor- and pipeline-parallel training. Detailed latency heat maps, watt-per-teraflop savings, and bill-of-materials comparisons show why a small-diameter torus consistently outperforms sprawling Clos fabrics. The guide also covers 224 Gbps SerDes layout, efficient rack wiring, and fault-tolerant routing so that architects can scale cleanly from a single rack to exascale pods. Do not let yesterday’s network architecture throttle tomorrow’s models. Download the full white paper today to blueprint a 3D Torus topology that accelerates training, lowers power budgets, and cuts total cost of ownership for your AI infrastructure. ### Innovative Two-Phase Cold Plate Solutions for Future High-Power AI Chips URL: https://www.wiwynn.com/whitepapers/innovative-two-phase-cold-plate-solutions-for-future-high-power-ai-chips Published: 2025-05-21 AI accelerators and next-gen HPC processors are already nudging past the one-kilowatt mark, making single-phase liquid loops struggle with soaring flow rates, pump power, and rack-level energy budgets. Our latest white paper reveals how a two-phase cold plate, tuned for a 45 °C boiling point, evacuates up to 2.5 kW from a die area while holding junction temperatures flat—even when power density climbs to 125 W/cm². The result is cooler silicon, fewer hotspots, and headroom for faster clocks in dense AI deployments. Inside you will find head-to-head lab data that pits this pool-boiling design against conventional single-phase plates across single- and multi-socket testbeds. Detailed charts document a 13.7 °C CPU temperature drop, pump-power cuts of roughly sixty-seven percent, and stable performance at just 0.85 L min⁻¹ coolant flow. The paper also walks through refrigerant selection, manifold layout, and pressure-drop mitigation so system architects can adopt low-GWP fluids without sacrificing thermal margin or uptime. Do not let thermal ceilings choke the next wave of AI chips. Download the full white paper today and map out a two-phase strategy that boosts performance, slashes operating power, and future-proofs your cooling stack. ### The Lightweight Patterned Reinforced Chassis In Server Product URL: https://www.wiwynn.com/whitepapers/the-lightweight-patterned-reinforced-chassis-in-server-product Published: 2025-05-15 Demand for more servers is climbing fast and every extra kilogram of steel increases cost, shipping emissions, and rack loading. Our latest white paper explains how a patterned embossing technique lets a thinner server chassis match the stiffness of thicker sheet metal while trimming weight and embodied carbon. Finite element models and lab tests confirm that structural rigidity improves even as material usage drops. Inside the paper you will see a full cost and sustainability analysis that compares embossed versus conventional chassis across raw materials, process steps, and carbon footprint. Detailed FEA stress maps, vibration data, and drop tests show how strategic embossing routes loads through ridges and ribs so the design meets all reliability requirements. You will also learn fabrication guidelines that fit easily into existing stamping lines without expensive tooling changes. Find out how lightweight chassis design can cut material spend, improve shipping efficiency, and support corporate sustainability goals. Download the full white paper now and put these insights to work in your next generation server platforms. ### Platform Root of Trust Application on Intel Server URL: https://www.wiwynn.com/whitepapers/platform-root-of-trust-application-on-intel-server Published: 2024-10-17 The white paper focuses on Wiwynn's implementation of Intel's Platform Firmware Resilience (PFR) in server systems, based on the NIST SP 800-193 guidelines. It explores both hardware and firmware aspects of PFR, highlighting how these solutions enhance system security by detecting and mitigating malicious firmware attacks. The paper emphasizes key features such as secure updates, self-repair mechanisms, and the protection of firmware content, while also addressing the challenges faced by ODM vendors in implementing PFR mechanisms and outlining Wiwynn's future development plans. ### Study of Jet Impinging and Integrated Cold Plate for Unleashing Chipset Power URL: https://www.wiwynn.com/whitepapers/study-of-jet-impinging-and-integrated-cold-plate-for-unleashing-chipset-power Published: 2024-10-17 As thermal design power (TDP) for modern processors such as CPUs, GPUs, and TPUs exceeds 1 kW, traditional air cooling methods are proving insufficient. Liquid cooling, particularly using cold plates, has emerged as a superior solution. This paper from Wiwynn introduces an advanced cold plate design that integrates in-package liquid cooling with jet impingement techniques to minimize junction-to-liquid thermal resistance, eliminating multiple layers of thermal interface material (TIM) and improving heat transfer efficiency. The proposed integrated cold plate was evaluated through numerical simulations and experimental setups. Simulation results show that these integrated cold plates outperform traditional designs, reducing thermal resistance by 8%. Additional fluidic channels within the chip package, along with direct liquid cooling, further enhance performance by up to 25.7%. The jet impingement cold plate design significantly improves thermal resistance by 20–48% compared to traditional cold plates. When combined with the integrated cold plate, the impingement design reduces thermal resistance by up to 53%. These advancements demonstrate that integrated impingement cold plates offer significant improvements in thermal management for high TDP processors, making them a promising technology for data centers and AI applications. ### A Holistic Approach to Managing Liquid-Cooled AI Clusters URL: https://www.wiwynn.com/whitepapers/a-holistic-approach-to-managing-liquid-cooled-ai-clusters Published: 2024-10-15 The integration of advanced liquid cooling systems in AI clusters is essential for maintaining thermal stability and optimizing performance. Key components such as AI racks, Cooling Distribution Units (CDUs), the Wiwynn UMS100 (Universal Management System), and AMI DCM (Data Center Manager) work together to ensure efficient cooling management. The Wiwynn UMS100 manages cooling at multiple levels, serving as a bridge between individual servers and the overall cooling system, while the AMI DCM provides a centralized platform for monitoring and managing all servers and devices within the AI cluster. This integrated approach enhances performance, improves energy efficiency, and ensures reliability. ### Innovation Molded Pulp Packaging for Server Products URL: https://www.wiwynn.com/whitepapers/innovation-molded-pulp-packaging-for-server-products Published: 2024-10-09 This whitepaper explores how Wiwynn utilizes innovative molded pulp packaging technology to provide environmentally friendly and protective packaging solutions for server products. Molded pulp, made from paper, is biodegradable and serves as an effective alternative to traditional plastic packaging such as EPE foam, reducing environmental impact. The material offers strong structural support, verified through vibration, drop testing, and finite element analysis to ensure safety during transportation. Looking ahead, Wiwynn aims to enhance the water resistance of molded pulp and streamline production costs. The company also foresees the continuous evolution of molded pulp packaging, with innovations in material composition and design that will further contribute to sustainable packaging solutions for server products. ### Anti-tilt Mechanism for Bare Die CPU URL: https://www.wiwynn.com/whitepapers/anti-tilt-mechanism-for-bare-die-cpu Published: 2024-09-23 The bare die CPU, as an innovative product design, offers significant advantages over traditional designs across various stages, including product application, assembly, and production. Traditionally, heat sinks are secured by tightening screws one by one at each corner. However, this method can apply excessive pressure on the bare die, potentially leading to chip damage. In our efforts to develop an anti-tilt mechanism for bare die CPUs, experiments confirmed that the new mechanism reduces uneven contact during heat sink installation, thus preventing chip damage during assembly. Overall, the anti-tilt mechanism design enables easier installation while providing enhanced chip protection. ### How to Optimize PCB finished in-board Trace Width to meet Impedance Requirement URL: https://www.wiwynn.com/whitepapers/how-to-optimize-pcb-finished-in-board-trace-width-to-meet-impedance-requirement Published: 2024-07-26 Impedance matching in trace design may lead to problems such as signal reflections, crosstalk, and dissipation, which can affect the overall system performance and reliability. In design and manufacturing processes, characteristic impedance is prominent in even the slightest variations of any factors, which can deviate the intended impedance value, potentially resulting in unforeseen effects on the product. Wiwynn conducted a series of experiments and analyzed various factors under proper process control. Based on the experimental results, it can be observed that the lateral etching amount of traces is influenced by copper spacing and thickness. ### The Finite Element Analysis Methodology for Printed Circuit Board Assembly URL: https://www.wiwynn.com/whitepapers/the-finite-element-analysis-methodology-for-printed-circuit-board-assembly Published: 2024-07-19 Traditional approaches, such as Trace Mapping FEA, often encounter significant challenges due to uncertainties in material properties and high computational costs. This whitepaper introduces Wiwynn's innovative Hybrid FEA method, which integrates experimental data from three-point bending tests with numerical simulations to more accurately and efficiently determine material properties. The Hybrid FEA method has proven effective in evaluating risks such as DIMM insertion stress, solder ball cracking, and power pin mounting deformation. Case studies demonstrate that the Hybrid FEA method delivers results comparable to traditional methods while significantly reducing computational demands. ### Scalability and Flow Distribution of Immersion Cooling Tank URL: https://www.wiwynn.com/whitepapers/scalability-and-flow-distribution-of-immersion-cooling-tank Published: 2024-06-05 With the rapid growth of immersion cooling, Wiwynn has developed a 1-Phase Immersion Tank to meet the rising power demands of emerging technologies and applications. This document introduces the basic architecture and configuration of the Wiwynn tank, highlighting innovative solutions. For example, it discusses the optimal design for routing the busbar from outside to inside the tank. Additionally, the document focuses on the future scalability of the tank, which is crucial for maintaining flexibility in data centers to meet increasing cooling requirements. It also presents validation results and flow distribution for high power consumption servers. This new solution offers superior cooling efficiency and reduces energy consumption in data centers. ### The Practice of the Wiwynn Management Device URL: https://www.wiwynn.com/whitepapers/the-practice-of-the-wiwynn-management-device Published: 2024-06-05 The whitepaper thoroughly discusses the benefits of the Wiwynn Management Device across various critical usage scenarios in liquid-cooled environments. It explores the advantages of integrating this device in in-rack CDU setups, sidecar applications, in-row CDU infrastructures, and manufacturing testing scenarios. The Wiwynn Management Device proves to be a versatile and indispensable tool, offering a unified management interface, swift response capabilities, comprehensive monitoring, leakage protection, and scalability. These features collectively enhance efficiency, reliability, and management in liquid-cooled environments, making the Wiwynn Management Device a valuable asset for optimizing performance across diverse operational contexts. ### Server Design for Sustainability URL: https://www.wiwynn.com/whitepapers/server-design-for-sustainability Published: 2024-05-28 The global data center construction market is set to soar, expected to hit a staggering USD 453.5 billion by 2033 with a robust 6.7% CAGR from USD 237.1 billion in 2023. Yet, this rapid growth isn't without its drawbacks. The surging demand for servers brings significant environmental concerns, driven by the linear economic model that leads to waste and resource depletion. Wiwynn's groundbreaking white paper offers a compelling solution. It champions the circular economy, advocating for sustainability through recycling and reusing products. Discover innovative strategies to cut the carbon footprint, including the use of low-carbon and recycled materials, reducing material usage, and boosting product reusability. Dive into Wiwynn’s insights to understand how the data center industry can tackle these environmental challenges head-on and lead the way towards a greener future. ### Wiwynn Management Solution for Advanced Cooling Technology URL: https://www.wiwynn.com/whitepapers/wiwynn-management-solution-for-advanced-cooling-technology Published: 2024-03-13 In an era where computing speeds are skyrocketing, the hunt for cooling technologies that can keep up is on. Enter the world of liquid and immersion cooling - the cool kids on the block challenging the old-school air cooling methods. These newcomers promise to tackle the heat of modern data centers with grace, slashing energy bills in the process. Our latest whitepaper dives into a groundbreaking management solution that bends and flexes across various cooling domains, from traditional air to the innovative realms of liquid and immersion cooling. We're taking you under the hood of these technologies, breaking down how they work and the magic behind their management. Plus, we're laying out a detailed comparison to help you navigate the cooling landscape with ease. ### O-RAN 5G AI Server: AI/ML Training and Inference Platform URL: https://www.wiwynn.com/whitepapers/o-ran-5g-ai-server-ai-ml-training-and-inference-platform Published: 2024-02-25 The O-RAN Alliance's new network architecture revolutionizes 5G and B5G by disaggregating RAN functions and automating performance control, addressing the complexities of diverse 5G requirements. To tackle these challenges, it introduces intelligent RAN controllers (RICs) that use AI/ML for dynamic management of RAN configurations and resource allocation, aiming for optimal service quality and operational efficiency. Wiwynn contributes with its AI server range, tailored for 5G RAN virtualization and enhancing the RIC platform. These servers support the physical layer of RAN and expedite ML training and inference, facilitating multi-cell inference tasks and achieving rapid response times in accordance with O-RAN control standards. This integration of advanced AI/ML capabilities into RAN management signifies a significant leap forward in network efficiency and responsiveness, ensuring that future wireless networks can meet the escalating demands of modern telecommunications. ### O-RAN Enhanced 5G Server, A Cloud-Native Platform for vRAN URL: https://www.wiwynn.com/whitepapers/white-paper-o-ran-enhanced-5g-server-a-cloud-native-platform-for-vran Published: 2024-02-01 The O-RAN Alliance, formed by global CSPs, is revolutionizing RAN technology towards an open, standardized ecosystem, moving away from traditional proprietary systems. It focuses on function virtualization, open interfaces, and cloud-native architecture. The O-RAN framework allows agile deployment of virtualized network functions on the O-Cloud, managed by IMS and DMS services through APIs and the O2 service, boosting telecom operators' flexibility and efficiency in network function deployment This whitepaper presents the Wiwynn EP100G2 Server's integration with O-RAN O-Cloud for 5G CU/DU/5GC/MEC and private networks. Demonstrating compatibility with O2 services, it highlights its suitability for telecom edge platforms with configurable, manageable, and powerful functionalities. ### Analysis of Different Rack-Level Direct-to-Chip Liquid Cooling Solutions URL: https://www.wiwynn.com/whitepapers/analysis-of-different-racklevel-direct-to-chip-liquid-cooling-solutions Published: 2023-11-14 This whitepaper provides an in-depth analysis and investigation of rack-level liquid cooling solutions, including Standalone air-assisted, Liquid-to-liquid CDU, and Hybrid architectures. Key components such as cold plates, quick connectors, manifolds, CDUs, and RDHx units were thoroughly tested for optimal performance. The testing highlighted the unique cooling capabilities and infrastructure needs of each solution: CDU-only with an 80kW maximum capacity, Hybrid systems delivering 60kW cooling at the lowest PUE via water cooling, and Standalone air-cooled systems capable of 20kW. The choice of system depends on server power density, cooling demands, available infrastructure, and targeted PUE levels. The analysis and results underline the significant advantages of liquid cooling for thermal management in high-density AI server deployments. ### Outdoor High Performance Computing Edge Server URL: https://www.wiwynn.com/whitepapers/outdoor-high-performance-computing-edge-server Published: 2023-09-27 The surging demand for edge computing underscores the necessity for servers capable of rapid data processing and real-time decision-making. Nevertheless, the endeavor of deploying outdoor high-performance computing (HPC) servers is challenged by server design considerations and unpredictable weather conditions such as high humidity, corrosive gases, rain, dust, and seismic risks. In this whitepaper, we introduce the Wiwynn Outdoor Edge Server (OES), a compact outdoor HPC edge computing system that integrates powerful processors and DDR5 Standard DIMM modules with efficient cooling. This purpose-built solution, designed for lowlatency, high-reliability applications, reduces local maintenance requirements and ensures robust performance across 5G networks, Artificial Intelligence (AI), the Internet of Things (IoT), vehicle-to-everything (V2X) communication. This, in turn, marks a significant stride in the shift from the traditional cloud-centric model to the broader realm of distributed computing. ### Design and Performance Measurement Guidelines for Enhanced Boiler Plate URL: https://www.wiwynn.com/whitepapers/design-and-performance-measurement-guidelines-for-enhanced-boiler-plate Published: 2022-10-17 Nowadays, tremendous amounts of data processing, storage, and transmission are required for rising technologies and applications, such as cloud computing, artificial intelligence (AI), 5G mobile networks, and self-driving vehicles. To achieve high performance and efficient data processing, in addition to miniaturizing integrated circuits (IC) and increasing transistor density, semiconductor manufacturers use the three-dimensional integrated circuit(3DIC) technology that provides higher power density to boost computing performance. Yet, the 3DIC brings the challenge of high heat flux dissipation and causes some issues. For example, heat transfer problems will limit the essential demand in high processing speed; an abnormal temperature will increase failure probability and even reduce the service life of electronic components since the inefficient heat dissipation from electronic components. However, by deploying an excellent thermal solution can effectively solve these thermal issues. This white paper investigates the thermal performance of different engineered designs of boiler plate surfaces and bases in immersion cooling. In the former sections, the engineered surface design (mesh, powder, and pin fin) and different bases (copper base and vapor chamber) are experimented with in low to high heat source thermal performance. Wiwynn conducts several optimization solutions for improving the thermal performance of the boiler. The above experimental results are suitable for this test environment, and the results can serve as a reference for peers and customers. Wiwynn will continue innovating immersion cooling technology and provide advanced cooling solutions for the cloud industry. ### Architecture and Capabilities of Multi-Partition Boot URL: https://www.wiwynn.com/whitepapers/architecture-and-capabilities-of-multi-partition-boot Published: 2022-10-14 Multi-Partition Boot is a method for a computer system having Booting Units and a large quantity of Central Processing Units (CPUs). Initially, the Booting Unit determines the booting mode of the computer system, transmitting the subsequent booting signals to CPUs. After receiving the booting signals, CPUs enter the assigned booting mode: the Multi-CPU Booting Mode, or the Independent Booting Mode. In this paper, we focus on the architectures and capabilities of Multi-Partition Boot. The whitepaper addresses a new idea of system booting collaboration to achieve high-speed computation and system risk spreading. With the ever-increasing trend towards computations having high-efficiency such as cloud technology, Artificial Intelligence, etc., demands of computer systems and servers with high computation power are also increasing. A conventional computer system or server will use a central processing unit (CPU) with increased number of cores to improve the computation ability and data storage. However, since the data computation is centralized on one computer system or server, damage to the data may be a potential risk when some CPUs malfunction. Therefore, this critical issue in the field lies in the spread of system risks through improving computation performance in computer systems or servers. From the aforementioned issue, Wiwynn researched into Multi-partition boot. Multi-partition boot supports both independent booting mode and multi-CPU booting mode. For independent booting mode, the CPUs work independently, preventing the whole system from breaking down completely, thus spreading the risk. For multi-CPU booting mode, the system can operate with numerous computing cores to achieve high performance computing. This invention provides systems with flexibility and efficiency. ### Future-Ready Cooling Solutions and Easy Service Design for AI Training Systems URL: https://www.wiwynn.com/whitepapers/future-ready-cooling-solutions-and-easy-service-design-for-ai-training-systems Published: 2022-10-12 Air cooling is the traditional way to remove heat generated from processing units by directing cool air through hot surfaces to dissipate heat. In recent years, the rapid expansion of AI and HPC is in demand of higher performance in both the processing units and in heat dissipation. Aimed to address the heat dissipation limit of air cooling, liquid cooling is introduced as an advanced cooling method to have coldplate array dissipate heat directly from the processing units. With significant research into AI training system and other data center applications, we came up with multiple swappable cooling solutions for cooling hot processing units (OCP accelerator module) within the same AI training system. This swappable cooling solution design can provide quick and easy upgrade of cooling in most scenarios. ### OAI System Liquid Cooling Guidelines URL: https://www.wiwynn.com/whitepapers/oai-system-liquid-cooling-guidelines Published: 2022-10-06 This document is not a specification for OAI/OAM products. It is a set of guidelines on the design, validation, and implementation of liquid cooling solutions for AI Training Systems with 8x OAM products or others alike. Contents of the document would help a user/designer/supplier of OAI/OAM products understand the basics around those topics/questions related to liquid cooling. For most engineering topics/questions discussed in this document, we (the OAI Cooling workstream members) are contributing what we believed to be best practices as of today. However, for each product, there would be more than one way to design/validate/use it, not to mention potential technology evolvement or changes of dependencies down the road. Please keep open-minded while reading this document, and do not hesitate to contact us directly for feedback and further discussion. ### Modular Design Implementation on Edge Server URL: https://www.wiwynn.com/whitepapers/modular-design-implementation-on-edge-server Published: 2022-08-18 With the ever-growing demand for faster and more reliable transmissions, data centers need to be consistently aware of different architectures and applications such as the 5G network architecture, edge computing advancement, etc. In this whitepaper, we will be providing ideas, design and an actual system created for edge computing, 5G network and AI inference. These aim to solve problems such as drastic environmental conditions, different application areas, inflexible design. Based on this, we introduce ES200, a system with modularized design that can adapt to different applications and edge computing, and, with those, the accompanying design ideas for data centers. ### Wiwynn 5G Solution in Smart Factory URL: https://www.wiwynn.com/whitepapers/wiwynn-5g-solution-in-smart-factory Published: 2022-05-16 The new communication standard does not only offer the 5G connectivity for people, but also for the sensors, devices, and machines on the Internet of Things (IoT). With the high peak data transfer rates, 5G is up to 20 times faster than 4G. In addition, 5G can transfer data with an extreme low latency of one millisecond and provide nearly as reliable data transfer as wired communication. Its qualities make it possible to play a critical communication role that benefits industry 4.0. Where industry 4.0 applications require high performance, absolutely reliably, and absolutely security, 5G can be implemented wirelessly. 5G opens new fields of application where the performance of other wireless technologies such as WIFI cannot be reached. In this whitepaper, we want to show the integrated application practice of smart factory based on private 5G deployed in Wiwynn’s factory. We explain, in detail, the usage scenarios of AOI and AMR, and how these applications utilize the advantages of 5G to reduce deployment and maintenance costs. Through 5G, we have, on average, successfully shortened the construction time from months to about one week compared with the traditional AOI wired environment. In terms of AMR, the original manual handling manpower is completely replaced by AMR, and each production line can save several manpower. Lastly, we will highlight how we used the latest intel platform technology to build an efficient 5G platform. ### OCP Liquid Cooling Integration and Logistics White Paper URL: https://www.wiwynn.com/whitepapers/ocp-liquid-cooling-integration-and-logistics-white-paper Published: 2021-09-21 This whitepaper outlines guidance for liquid cooling integration and logistics when deploying liquid cooled Information Technology Equipment (ITE) and Racks in a data center facility. A comprehensive overview of ITE manufacturing stages is covered in detail including cold plate and manifold integration with a focus on quality assurance activities. The whitepaper is focused on liquid cooling integration specifically within the Technology Cooling System (TCS), which includes cooling components such as cold plates, rack manifolds, Coolant Distribution Unit (CDU, end of row, or in rack CDUs), heat exchangers, hoses, and couplings. Download Now Reference Links: - Analysis of Cold Plate Matrix in Rack-level Liquid Cooling System - Two Phase Rack Level Liquid Cooling Solution ### Wiwynn 5G Solution for O-RAN DU and CU Architecture URL: https://www.wiwynn.com/whitepapers/wiwynn-5g-solution-for-o-ran-du-and-cu-architecture Published: 2021-06-29 In November 2020, Wiwynn partnered with Radisys to participate in the Second Global O-RAN Alliance Plugfest for multi-vendor interoperability test. The solution includes a disaggregated 5G sub-6 GHz O-RAN O-DU and an O-CU and adopts Intel® FlexRAN fronthaul transportation reference architecture. In this whitepaper, we will take a closer look at the O-RAN Alliance architecture as well as an overview of the Wiwynn 5G SA sub-6 GHz O-DU and O-CU solutions. You can see how the flexibility of EP100 helps service providers to deploy different scenarios and enjoy serviceability and manageability with single hardware architecture. ### OCP ACS Immersion Cooling URL: https://www.wiwynn.com/whitepapers/ocp-acs-immersion-cooling Published: 2021-05-19 The OCP ACS (Advanced Cooling Solution) is a sub-project under the OCP Rack & Power Project. The Immersion sub-project enables community driven activities focused on facilitating OCP and industry progression of immersion cooling. Within the Rack and Power ACS group, this project also facilitates harmonization between different ACS sub-projects and the  Advanced Cooling Facilities sub-project to the DCF group Download Now Reference Links: - Microsoft Partners with Wiwynn to Test 2 Phase Immersion Cooling in Production Deployment – DCD - Wiwynn 2-Phase Immersion Cooling with 48V Power Solution - Advanced Cooling – Service Oriented 2 Phase Immersion Cooling with 48V - Hardware Management – Modeling Immersion Cooling Compatible with OCP Profile ### OpenRMC Design Specification URL: https://www.wiwynn.com/whitepapers/openrmc-design-specification Published: 2021-05-19 The OpenRMC Sub-Project is under the direction of the OCP  Hardware Management Project Group   and creates designs and specifications to enable interoperable manageability for Open Rack managers. The data center rack management specification for various open rack manufactures. Once it is being set, Open rack manufacturers will have to follow the specification for the rack management. Data center would definitely benefit from this for massive rack deployment. Download Now Reference Links: - Wiwynn OpenRMC Dev-kit - Block Diagram of Dev-kit ### Analysis of Cold Plate Matrix in Rack-level Liquid Cooling System URL: https://www.wiwynn.com/whitepapers/analysis-of-cold-plate-matrix-in-rack-level-liquid-cooling-system Published: 2021-04-26 Cooling for data center is becoming more and more challenging as the power of processing units increases significantly. Liquid cooling would be one of the solutions to meet this upcoming high-power demand for its ability to maintain high cooling efficiency. In this whitepaper, Wiwynn takes a normal 1U, 2-socket spread core motherboard server as the model for the discussion of L10 internal thermal solution. We propose two coolant loop designs, parallel and series, and analyze thermal performance and serviceability of the liquid cooling solution. ### AI Inference Optimization on OCP openEDGE Platform URL: https://www.wiwynn.com/whitepapers/ai-inference-optimization-on-ocp-openedge-platform Published: 2020-09-18 Looking for Edge AI Server for your new applications? What’s the most optimized solution?  What parameters should take into consideration? Come to check Wiwynn’s latest whitepaper on AI inference optimization on OCP openEDGE platform. See how Wiwynn EP100 assists you to catch up with the thriving edge application era and diverse AI inference workloads with powerful CPU and GPU inference acceleration! ### Open System Firmware Development on OCP Platform URL: https://www.wiwynn.com/whitepapers/open-system-firmware-development-on-ocp-platform Published: 2020-06-22 The OCP Open System Firmware (OSF) project is aiming to allow the system firmware (also known as BIOS) to be modified and shared by the owners OCP Open System Firmware Project. From March 2021, supporting OSF is mandatory for servers with OCP badging. Some ecosystem partners have decided to implement Coreboot and LinuxBoot as their open system firmware architecture. In this whitepaper, we are focused on IPMI implementation integrated with Coreboot/LinuxBoot. OCP Bryce Canyon is the one used in this presentation. At the time of writing, we are moving our works to OCP Tioga Pass (Skylake-SP). The whitepaper begins with a brief introduction of OCP Open System Firmware (OSF) project using Coreboot/LinuxBoot, followed by implementation gaps against UEFI BIOS. IPMI is a key function in data center and the integration implementation is of great importance to the success of OSF. We concluded with a practice for the current challenges and a plan for the future. ### Optimize Your NFVI Performance with Wiwynn EP100 and Intel Speed Select Technology – Base Frequency URL: https://www.wiwynn.com/whitepapers/optimize-your-nfvi-performance-with-wiwynn-ep100-and-intel-speed-select-technology-base-frequency Published: 2019-09-25 Wiwynn® EP100 design is optimized for CoSPs’ NFVI with flexibility, serviceability and performance. CoSPs can utilize their existing racks with flexible configuration of the 1U half-width single socket sled. With the powerful and optimized 2nd generation Intel® Xeon® Scalable processor family, EP100 enables high speed packet forwarding, which is critical to NFVI. By adopting the new NFVI specialized feature called Intel® Speed Select Technology – Base Frequency (Intel® SST-BF), EP100 boosts performance of targeted applications essential for some VNFs. With supports from Industrial Technology Research Institute (ITRI) and Intel, we utilized OPNFV Yardstick/Network Services Benchmarking (NSB) framework to compare performance of Wiwynn® EP100 with Intel® SST-BF enabled and disabled in this whitepaper. The Layer 2 forwarding tests were run on Intel® Xeon® Gold 6252N processor for performance benchmark of Open vSwitch (OVS) and the Data Plane Development Kit (DPDK). This testing process not only helps to identify Wiwynn® EP100’s performance under different CPU frequency configurations, but also assists CoSPs to develop a common reference set of performance benchmarks for their applications. ### Two Phase Rack Level Liquid Cooling Solution URL: https://www.wiwynn.com/whitepapers/two-phase-rack-level-liquid-cooling-solution Published: 2018-11-30 The power consumption of computing silicon, such as CPU and GPU, continues to push envelope of existing thermal solutions in IT technology. The demands of the thermal technologies for IT gears are not satisfied by functioning solutions only. High power efficiency is usually deterministic to the success of thermal solutions. In this whitepaper, Wiwynn investigated a “Two phase Cooling” thermal solution for meeting upcoming challenges. Dielectric fluid is introduced as a working fluid that is pumped to hot chips and transported heat to the rear door heat exchanger (RDHx). The heat is then ejected from fluid to air. This solution takes advantages of the high power dissipating ability of liquid cooling in limited space. Dissipating heat to the hot aisle through RDHx requires no data center facility change. In addition, single- and two-phase liquid cooling systems are also discussed and evaluated. Controlled parameters are evaluated in the thermal model to derive the best efficient operation point. The proposed solution extends the cooling solution to rack level gains more cooling area with bigger fans in the fan wall. By using dielectric fluid as the working liquid, liquid leakage will not result in short-circuits. Heat is finally transferred into the air so it requires no data center facility change and no serviceability change. The component temperature in the two-phase region is more uniform. Controlling the dielectric fluid in two-phase region will lead to higher cooling efficiency. ### High Performance/Scalability Compute Accelerator with Latest PCIe Gen4 Technology URL: https://www.wiwynn.com/whitepapers/high-performance-scalability-compute-accelerator-with-latest-pcie-gen4-technology Published: 2018-11-12 The fast development of AI deep learning and HPC applications increases demands for high performance and high scalability computing solutions to accelerate model training and data processing. To address the fast-growing market, Wiwynn unveiled the industry’s first PCIe Gen 4 enabled 4U disaggregated compute accelerator—XC200G2 at OCP US Summit 2018. XC200G2 is a 19” 4U JBOG (Just a bunch of GPUs) supporting up to sixteen PCIe x16 accelerator cards, including GPUs, ASICs, and FPGA cards. Data centers can choose among various solutions to accelerate and optimize their workloads. With Broadcom’s industry first PCIe Gen4 switch, the bandwidth is double the traditional PCIe Gen3 to provide high performance computing capability. XC200G2’s breakthrough air cooling and mechanical designs, on the other hand, sets the best performance free from thermal barriers. In this whitepaper, we will detail the innovative designs and the performance test to help potential adopters understand how XC200G2 can assist data centers to optimize their workloads with remarkable performance, scalability and quality. ### Accelerating 48V Adoption in Your Data Center: Two-Stage 48V SWC-Regulated Solution URL: https://www.wiwynn.com/whitepapers/accelerating-48v-adoption-in-your-data-center-two-stage-48v-swc-regulated-solution Published: 2018-11-08 With rapid development of cloud computing, the energy used in US data centers is estimated to exceed 190 billion kwr by 2020. Taking into account the increasing demands of high power processors and accelerators, it is inevitable for data center operators to re-architect their power delivery strategy. As discussed in Wiwynn’s previous whitepaper, “48V: An Improved Power Delivery System for Data Centers”, 48V is proven an efficient power distribution architecture, and the adoption of 48V in data center ecosystem is accelerating. The 48V-to-12V two-stage power conversion modules (so-called two-stage solution) and “48V to point of load (PoL)” are the two most popular approaches for 48V implementation. PoL solution offers optimized 48V delivery but its component cost is higher and requires extensive resource for board re-design. In addition, the 48V rail running on mother board could introduce noise coupling issue and cause signal integrity (SI) challenges. Bigger lay-out space and design efforts are required and will further raise the cost. The two-stage solution shortens 48V IT solution development cycle with lower cost but power efficiency might be discounted with legacy technology for the additional stage power conversion. To accelerate 48V adoption in data centers, Wiwynn continuously invested in 48V development and at OCP US Summit 2018, announced the advanced two-stage 48V solution which expedites 48V adoption, leverages existing IT system design and provides uncompromising power efficiency. In this whitepaper, we will detail the design concept with performance comparison. This provides data center community with high power delivery efficiency 48V solution. ### Accelerating your AI deep learning model training with multiple GPU URL: https://www.wiwynn.com/whitepapers/accelerating-your-ai-deep-learning-model-training-with-multiple-gpu Published: 2018-09-14 Deep Learning has shown remarkable results in many fields.Instant parameter adjustment is substantial for a successful deep learning model. To  accelerate training  process of deep learning, many studies are designed to use distributed deep learning systems with multiple GPUs. ### Validation Solution for OCP (PCIe) Mezzanine URL: https://www.wiwynn.com/whitepapers/validation-solution-for-ocp-pcie-mezzanine Published: 2018-06-22 Validation is essential for solid design of NIC cards and its system with OCP mezzanine connectors. Wiwynn, as a key contributor of the OCP community with extensive experiences in designing IT platforms, provides an OCP mezzanine test fixture to satisfy this validation need. The test fixture is used to validate the high speed channel on both the NIC card and OCP mezzanine interface and to ensure meeting design specification and interchangeability/compatibility requirements. This paper addresses challenges of the design and detail of validation process. ### Integrate Ceph and Kubernetes on Wiwynn ST7200-30P All-Flash Storage URL: https://www.wiwynn.com/whitepapers/integrate-ceph-and-kubernetes-on-wiwynn-st7200-30p-all-flash-storage Published: 2018-04-16 Ceph and Kubernetes are popular open source storage software. This paper demonstrates how to integrate them with Wiwynn’s all-flash storage ST7200-30P step by step. ### Are You Ready for Software Defined Data Center? URL: https://www.wiwynn.com/whitepapers/are-you-ready-for-software-defined-data-center Published: 2017-10-20 Wiwynn announced the availability of the technology whitepaper on Wiwynn® Cluster Manager with the latest Intel® Rack Scale Design (RSD) 2.1. This paper will discuss how the integrated solution complements virtualization technologies for advanced software defined data center (SDDC) and how Wiwynn’s innovation makes the architecture more complete. Wiwynn® Cluster Manager is a system software that makes data center easier to manage with features such as resource planning, massive firmware and OS deployment, real-time rack level visual monitoring. Intel® RSD is a logical architecture that disaggregates hardware from preconfigured servers and deploys them in sharable resource pools. Wiwynn is one of the first OEMs in the industry to deliver Intel® RSD version 2.1 with high performance NVMe pooling. With the integrated solution and compliant IT equipment, data center operators can enjoy real-time resource management, agile node composition for required workloads, and optimized hardware utilization ### 48V: An Improved Power Delivery System for Data Centers URL: https://www.wiwynn.com/whitepapers/48v-an-improved-power-delivery-system-for-data-centers Published: 2017-07-18 Wiwynn announced the availability of the whitepaper on 48V server platform based on Vicor’s 48V Direct-to-PoL (Point-of-Load) solution and Intel® Xeon® Scalable processors. This paper will discuss the challenges of 12V power delivery systems in data centers, introduce the proposed 48V power delivery architecture, and detail the 48V implementation in Wiwynn’s new M1 server board.