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Analysis of Cold Plate Matrix in Rack-level Liquid Cooling System

Analysis of Cold Plate Matrix in Rack-level Liquid Cooling System

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.

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Design and Performance Measurement Guidelines for Enhanced Boiler Plate

Design and Performance Measurement Guidelines for Enhanced Boiler Plate

Nowadays, tremendous amounts of data processing, storage, and transmission are required for rising technologies and applications, such as cloud...

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Architecture and Capabilities of Multi-Partition Boot

Architecture and Capabilities of Multi-Partition Boot

Multi-Partition Boot is a method for a computer system having Booting Units and a large quantity of Central Processing Units (CPUs). Initially, the...

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Future-Ready Cooling Solutions and Easy Service Design for AI Training Systems

Future-Ready Cooling Solutions and Easy Service Design for AI Training Systems

Air cooling is the traditional way to remove heat generated from processing units by directing cool air through hot surfaces to dissipate heat.

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