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Slow-Down in Power Scaling and the End of Moore's Law?

机译:电力缩放和摩尔法的结尾缓慢?

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This talk tracks the evolution of drop in chip power in recent CMOS technology nodes (relative to the previous node), with focus on high performance microprocessors. It argues that in the more recent nodes, the total chip power (energy-per-operation) has scaled much less than that of earlier CMOS nodes. If the present trends continue, it will spell challenge in continuing Moore's Law. Improving the chip power scaling in the future nodes is critical, especially as it relates to high performance microprocessors.
机译:此谈话跟踪最近CMOS技术节点(相对于上一个节点)中芯片功率下降的演变,专注于高性能微处理器。它争辩说,在最近的节点中,总芯片功率(每次操作)的缩放远低于较早的CMOS节点。如果目前的趋势持续下去,它将在持续的摩尔定律中挑战。在未来节点中提高芯片功率缩放至关重要,特别是因为它与高性能微处理器相关。

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