Perils of power prediction in early power-integrity analysis

A. Arun, Shane Stelmach, R. Venkatasubramanian, Jose Flores, Colin Jitlal, F. Cano
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引用次数: 1

Abstract

Early power integrity and peak power analyses for multi-million gate system on chip (SoC) in advanced technology nodes pose significant methodology definition and implementation challenges. Typically in a SoC, processors and other high performance IPs are dominant contributors to peak power and power integrity issues. To get an early look ahead of potential power integrity issues and to estimate peak di/dt issues in the SoC, it is always desired to analyze potential issues early and address before a silicon failure. This paper presents an overview of implementation challenges faced in RTL based power for predictive power analysis and analyzing peak di/dt issues ahead of time in the context of TI C66× DSP core based multicore SoC.
早期电力完整性分析中电力预测的危险
在先进的技术节点上对数百万栅极片上系统(SoC)进行早期功率完整性和峰值功率分析,对方法定义和实现提出了重大挑战。通常在SoC中,处理器和其他高性能ip是峰值功耗和电源完整性问题的主要贡献者。为了提前了解潜在的电源完整性问题,并估计SoC中的峰值di/dt问题,总是希望尽早分析潜在问题并在硅故障之前解决。本文概述了在基于TI c66x DSP核心的多核SoC环境下,基于RTL的功率预测分析和提前分析峰值di/dt问题所面临的实现挑战。
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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