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Challenges in Microprocessor Physical and Power Management Design

机译:微处理器物理和电力管理设计挑战

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摘要

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 will give 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:CPU设计的过程技术自由乘坐结束了。需要在架构,电路设计和物理实施方面的创新来应对过程缩放缺乏,可变性和布局依赖性效果的增加,应对增加的挑战。此外,功率密度升高到禁止水平,现在已成为主要的性能限制器。建筑和电路电平的广泛电源管理是当今微处理器设计中的一个主要焦点点。本文将概述问题,潜在的解决方案和工具要求,以解决越来越多的物理设计和电源管理挑战。

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