最小化未来处理器IR事件中的欧姆损耗

M. Budnik, K. Roy
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引用次数: 0

摘要

IR事件是处理器产生高水平稳态工作电流的时间段。在红外事件期间,欧姆损耗发生在电力输送路径上。为了尽量减少这些欧姆损耗,传统的系统使用并行来减少电力输送路径的电阻。然而,当工作电流继续增加时,可能需要额外的补救措施来维持可接受的欧姆损耗。我们展示了如何使用集成降压转换器的处理器来降低其功率传输路径中的欧姆损耗。在130nm技术节点上,我们的集成解决方案可将传输路径欧姆损耗降低32.8%
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Minimizing ohmic loss in future processor IR events
IR events are periods in time when processors draw a high level of steady state operating current. During IR events, ohmic losses occur in the power delivery path. To minimize these ohmic losses, conventional systems use parallelism to reduce the resistance of the power delivery path. As operating currents continue to increase, however, additional remedies may be required to maintain acceptable ohmic losses. We show how a processor with integrated step down converters can be used to reduce the ohmic loss in its power delivery path. In a 130nm technology node, our integrated solution can reduce the delivery path ohmic loss by 32.8%
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