电源管理的14纳米英特尔®酷睿−M处理器

A. Deval, Avinash Ananthakrishnan, Craig Forbell
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引用次数: 9

摘要

为了在平板电脑上实现突破性的性能,需要在14纳米英特尔®旗舰酷睿™处理器(Broadwell)上进行几项创新。开发了更好的频率控制算法,包括占空比图形内核,以提高能源效率。开发了新的功率共享算法,以在严格的热和功率传输约束下最大化多个计算域的性能。与受限于4.5W无风扇外形的Haswell系统相比,创新使性能提高了50%,电池寿命提高了25%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power management on 14 nm Intel® Core− M processor
The desire to deliver breakthrough performance in a tablet form factor required several innovations in the 14nm Intel® flagship Core™ processor (Broadwell). Better frequency control algorithms including duty cycling graphics cores were developed to improve energy efficiency. New power sharing algorithms were developed to maximize performance of multiple compute domains within tight thermal and power delivery constraints. Innovations resulted in upto 50% increase in performance and upto 25% improvement in battery life over a Haswell system thermally constrained to a 4.5W fanless form factor.
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