Novel variation-aware STA methodology

S. Kuriyama, A. Yoshikawa, G. Tanaka
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Abstract

A novel variation-aware STA methodology is proposed. And with 65nm process, the impact of this methodology is estimated. Statistical STA has come into use in order to consider process variation. But methodologies to consider SI such as crosstalk and PI such as voltage drop are still under investigations. In the point of PI, process variations are considered definitely [1–3]. With the power shut off circuit, it is important to recognize which part in the circuit, power routing, normal transistors, or switch transistors is most sensitive to performance. From this acknowledgement, it is necessary to control variation of most sensitive elements and develop validation flow to handle these phenomena.
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新颖的变化感知STA方法
提出了一种新的变化感知STA方法。并以65nm制程为例,对该方法的影响进行了估计。为了考虑过程变化,已经开始使用统计STA。但是考虑诸如串扰之类的SI和诸如电压降之类的PI的方法仍在研究中。从PI的角度来看,过程变化是明确考虑的[1-3]。对于电源关断电路,重要的是要认识到电路中哪一部分对性能最敏感,是电源路由、普通晶体管还是开关晶体管。在此基础上,有必要控制大多数敏感元素的变化,并制定验证流程来处理这些现象。
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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