Overview latest technologies using heat pipe and vapor chamber for cooling of high heat generation notebook computer

V. Wuttijumnong, T. Nguyen, M. Mochizuki, K. Mashiko, Y. Saito
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引用次数: 9

Abstract

The trend of the processor performance and heat dissipation increased significant every year. In the year 2000, the clock speed of processor used in notebook is marginal 1GHz and heat dissipation marginal 20 W, but in the current year 2003 the processor's clock speed is higher than 2 GHz and heat dissipation higher than 50 W and approaching 100 W by year 2004. Heat dissipation increased but in contrary the size of the processor reduced and thus the heat flux is critically high. The heat flux is about 10-15 W/cm/sup 2/ in the year 2000 and could reach over 100 W/cm/sup 2/ by year 2004. The purpose of this paper is to provide overview of various cooling solutions using heat pipe and vapor chamber for cooling high power processors in a confined space of the notebook.
概述了利用热管和蒸汽室冷却高发热量笔记本电脑的最新技术
处理器性能和散热的趋势每年都在显著提高。在2000年,笔记本电脑使用的处理器的时钟速度为1GHz,散热为20w,而在2003年,处理器的时钟速度超过2ghz,散热超过50w,到2004年,处理器的时钟速度接近100w。散热增加,但相反,处理器的尺寸减小,因此热流非常高。2000年的热流密度约为10 ~ 15 W/cm/sup 2/,到2004年可能达到100 W/cm/sup 2/以上。本文的目的是概述各种使用热管和蒸汽室在笔记本电脑的有限空间冷却大功率处理器的冷却解决方案。
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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