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FSW manufacturing process of cold plates compared to brazing for data center liquid cooling

机译:FSW冷板制造过程与钎焊进行数据中心液体冷却

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Liquid cooling becomes more and more popular in high power server thermal design driven by increasing performance demand of HPC, AI and general computing. The cold plate based liquid cooling takes highest market share among all liquid cooling solutions, including, but not limited to, immersion cooling, two-phase refrigerate cooling in the server system. It’s critical to design and manufacture a reliable cold plate for meeting CPU/GPU thermal and mechanical design requirements which become more and more stringent. There are three main manufacture processes for the cold plate, including O-ring based, brazing and friction stir welding (FSW). The paper introduces detailed manufacture process of latter ones for comparison. A study of pros and cons between these manufacturing processes are also discussed in this paper. Finally, the industrial marketing overview and eco-system enabling will be also introduced in this paper to promote appropriate manufacturing process to meet targeting specific applications.
机译:通过提高HPC,AI和一般计算的性能需求,液体冷却在高功率服务器热设计方面变得越来越受欢迎。基于冷板的液体冷却在所有液体冷却液中都需要最高的市场份额,包括但不限于服务器系统中的浸没冷却,两相冷却冷却。设计和制造可靠的冷板是至关重要的,以满足CPU / GPU热和机械设计要求,这变得越来越严格。冷板有三个主要制造工艺,包括基于O形环的,钎焊和摩擦搅拌焊接(FSW)。本文介绍了后者的详细制造过程进行比较。本文还讨论了这些制造过程之间的利用利弊研究。最后,本文还介绍了工业营销概述和生态系统启用,以促进适当的制造过程,以满足目标特定应用。

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