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White Paper: Rack Integration and Quality Assurance in Modern Data Centers
The evolution of modern data centers demands a shift from isolated hardware delivery to seamless infrastructure integration. This whitepaper...
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.
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The evolution of modern data centers demands a shift from isolated hardware delivery to seamless infrastructure integration. This whitepaper...
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As AI and High-Performance Computing (HPC) push rack power densities beyond 250 kW and localized heat fluxes past the 500 W/cm² threshold,...
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This paper introduces a paradigm shift in storage architecture designed to overcome the CPU-centric data path bottlenecks in modern AI workloads. By...