Session EP1: Power Management and Optimization Challenges for Sub 90nm CMOS Designs- What is the Real Cost of Long Battery Life?

M. Santarini, P. Chatterjee
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Abstract

The recent migration to DSM process geometries and very large gate counts, has created a need for low power design and multi-voltage designs as standard rather than the exception. The variety of power optimization and power planning tools has resulted in ad-hock modification to existing design flows to accommodate the new requirements. This has given rise to wide variation in the QOR of the silicon that incorporates these design features. The panel will review and discuss places in the design flow where power planning and optimization are beneficial to improving QOR and also some of the analysis and signoff limitations to the automation that is available and directed at this task.
EP1: 90纳米以下CMOS设计的电源管理和优化挑战-长电池寿命的真正成本是什么?
最近向DSM工艺几何形状和非常大的栅极计数的迁移,创造了对低功耗设计和多电压设计作为标准而不是例外的需求。各种各样的电源优化和电源规划工具导致了对现有设计流程的临时修改,以适应新的要求。这已经引起了广泛的变化,在硅的QOR,结合这些设计特点。该小组将审查和讨论设计流程中电源规划和优化有利于提高QOR的地方,以及针对该任务的自动化的一些分析和签署限制。
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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