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Challenges in microprocessor physical and power management design

机译:微处理器物理和电源管理设计中的挑战

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The free ride from process technology for CPU design has ended. Innovations in architecture, circuit design, and physical implementation are required to cope with increased challenges imposed by the lack of process scaling, increased variability and layout-dependent effects. In addition, power density is rising to prohibitive levels and has now become the predominant performance limiter. Extensive power management at both architectural and circuit levels is a major focus point in today's microprocessor design. This paper gave an overview of the issues, the potential solutions and the tool requirements to address the ever- increasing physical design and power management challenges.
机译:来自处理技术的免费CPU设计已经结束。需要架构,电路设计和物理实现方面的创新,以应对因缺乏工艺规模,可变性和布局相关效应而带来的日益严峻的挑战。另外,功率密度正在上升到令人无法接受的水平,现在已成为主要的性能限制器。在当今的微处理器设计中,在体系结构和电路两级进行广泛的电源管理是一个主要重点。本文概述了这些问题,潜在的解决方案和工具要求,以应对不断增长的物理设计和电源管理挑战。

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