Low-Power Design Strategies for Mobile Computing

A. Prasad, Jacob Mathews, N. Naganathan
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引用次数: 7

Abstract

Summary form only for tutorial. The advent of nanometer design process has enabled the integration of multi-million gates with a variety of functionality as a system-on-chip (SoC). The demand for high levels of integration in SoCs are fueled by a strong demand in consumer oriented products for hand held computing, multimedia and other communication products. For these products, power budget is a very critical factor deciding the battery life, size and weight of the portable devices. Designers need to use energy reduction techniques to support as many design features and functions and still keep within the system power budget. The tutorial presents a comprehensive introduction to low power design techniques, and challenges in various facets of the design process. We present an in-depth introduction to concepts with a holistic view to overcome the various challenges and present strategies with a practical approach to the key issues in the design of low power solutions. All the techniques are discussed with practical examples.
移动计算的低功耗设计策略
仅供教程使用的摘要表单。纳米设计工艺的出现使得数百万门具有各种功能的集成成为片上系统(SoC)。对soc中高水平集成的需求是由手持计算、多媒体和其他通信产品的消费者导向产品的强劲需求推动的。对于这些产品来说,功率预算是决定便携式设备电池寿命、尺寸和重量的一个非常关键的因素。设计人员需要使用节能技术来支持尽可能多的设计特性和功能,同时仍保持在系统功率预算之内。本教程全面介绍了低功耗设计技术,以及设计过程中各个方面的挑战。我们从整体的角度深入介绍了概念,以克服各种挑战,并提出了针对低功耗解决方案设计中的关键问题的实用方法。并结合实例对这些技术进行了讨论。
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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