Liquid cooling: a next generation data center strategy

Herb Villa
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引用次数: 1

Abstract

Now that heat loads of 20-25 kW are projected for individual data center enclosures, heat removal and dissipation are critical for ensuring optimization of network component operations and performance. Heat must be evacuated from enclosures and yet not overwhelm a facility's cooling capacity. Also, any proposed solutions must be compatible with site climate control systems.As the IT market continues to focus on maximizing the capacity of server blades per enclosure, traditional air-cooled server cabinets often cannot support escalating heat loads. New solutions are required. Enclosure-based liquid-cooling solutions represent next-generation cooling strategies, offering more effective heat transfer and removal from high-density installations.This presentation will discuss the variety of liquid-cooling systems - both enclosure- and processor-based. A review of enclosure and facility heat loads and current climate-control solutions will lead into a discussion of options available for extreme density installations. End user and facility issues will be addressed followed by application-based solutions for the most stringent criteria.
液体冷却:下一代数据中心策略
现在,单个数据中心机箱的热负荷预计为20- 25kw,散热对于确保网络组件的运行和性能优化至关重要。热量必须从外壳中排出,但不能超过设备的冷却能力。此外,任何提出的解决方案必须与现场气候控制系统兼容。随着IT市场继续关注每个机箱服务器刀片容量的最大化,传统的风冷服务器机柜通常无法支持不断升级的热负荷。需要新的解决方案。基于外壳的液体冷却解决方案代表了下一代冷却策略,提供更有效的传热和高密度装置的移除。本演讲将讨论各种液体冷却系统-包括外壳和基于处理器的。对外壳和设施热负荷以及当前气候控制解决方案的回顾将导致对极端密度装置可用选项的讨论。最终用户和设施问题将得到解决,然后是基于应用程序的解决方案,符合最严格的标准。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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