2 min read
Autonomous AI Agent for End-to-End Component Data Extraction
1. Objective Streamline: complex, error-prone manual data entry Reallocate: engineering talent to high-value innovation Automation: Achieve...
1 min read
Press
Updated on August 4, 2025
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.
2 min read
1. Objective Streamline: complex, error-prone manual data entry Reallocate: engineering talent to high-value innovation Automation: Achieve...
1 min read
Deploying large-scale AI clusters introduces engineering challenges that extend well beyond the individual server rack. From liquid cooling...
1 min read
This paper discusses the rapid expansion of AI workloads and the resulting transformation in data center infrastructure requirements. Traditional...