Rack Integration   

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.