高密度包装冷却技术的发展趋势

B. Gromoll
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引用次数: 5

摘要

纵观过去几年多芯片模块冷却系统的发展,功耗水平明显提高。考虑了多芯片模块的传热和冷却方法。对冷却系统的极高要求导致越来越多的成本密集型技术解决方案。微冷却系统必须能够集成,以便冷却未来的3D计算机结构。采用硅蚀刻技术生产的微冷却器是这种冷却系统的基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Trends in cooling technology for high-density packaging
A general look at the development of cooling systems for multichip modules over the last few years reveals a clear increase in the levels of power dissipation. Heat transfer and cooling methods for multichip modules are considered. The extremely high demands placed on cooling systems are leading to increasingly cost-intensive technical solutions. Microcooling systems must be capable of integration in order to cool the 3D computer structures of the future. A microcooler produced in Si etched technology is presented as the foundation of this type of cooling system.<>
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