集成微通道3D集成电路的热敏感平面规划指南

P. Zając, M. Galicia, A. Napieralski
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引用次数: 0

摘要

未来的3D集成电路将表现出非常高的功率密度,因此基于集成微通道的新型冷却方法对芯片设计师来说是相当感兴趣的。然而,当考虑到带有微通道的液体冷却时,为3D芯片选择最佳平面图变得更加困难。本文给出了用微通道冷却的三维芯片样品的热模拟结果,并在此基础上为热敏感地板规划提供了指导。结果表明,根据芯片功率分布,两种不同的平面规划方案可能是最优的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Thermal-aware Floorplanning Guidelines for 3D ICs with Integrated Microchannels
Future 3D integrated circuits will exhibit very high power densities and therefore novel cooling methods based on integrated microchannels are of considerable interest for chip designers. However, choosing an optimal floorplan for a 3D chip becomes even more difficult when liquid cooling with microchannels is considered. This paper presents thermal simulations results for a sample 3D chip cooled by microchannels and based on the results, provides guidelines for thermal-aware floorplanning. It is shown that two different floorplanning scenarios can be optimal, depending on the chip power profile.
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