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Optimization of the ArctiCooler for lowest thermal resistance in a minimum volume

机译:在最小体积中优化Arcticooler以最低的热阻

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The trends in processor power are increasing at an alarming rate with each generation of processor as clock speeds are being pushed beyond 16Hz. Processor power is predicted to reach the 200 watt level in the next 3 to 5 years. This may have a severe impact on architecture of future systems, especially desktop machines that must operate quietly in the office or home environment. The ArctiCooler was developed by Hewlett-Packard just for this purpose; to cool high-power processors at minimal noise levels. This paper describes the steps taken to optimize the ArctiCooler (alias TurboCooler) to achieve the lowest thermal resistance possible in a minimum volume.
机译:随着时钟速度被推超过16Hz,处理器电源的趋势正在增加,每个生成处理器都是处理器。预计处理器电源将在接下来的3到5年内达到200瓦级别。这可能对未来系统的架构产生严重影响,尤其是在办公室或家庭环境中必须静静地运行的台式机器。 Arcticooler是由Hewlett-Packard开发的仅限于此目的;在最少的噪声水平下冷却大功率处理器。本文介绍了优化Arcticooler(别名TurboCooler)所采取的步骤,以在最小体积中实现最低的热阻。

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