首页> 外文会议>International Conference on Microchannels and Minichannels >Challenges in Electronic Cooling ― Opportunities for Enhanced Thermal Management Techniques ― Microprocessor Liquid Cooled Minichannel Heat Sink ―
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Challenges in Electronic Cooling ― Opportunities for Enhanced Thermal Management Techniques ― Microprocessor Liquid Cooled Minichannel Heat Sink ―

机译:电子冷却挑战 - 增强热管理技术的机会 - 微处理器液体冷却的迷路散热器 -

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The volumetric heat dissipated by computer equipment at each level of the package from the chip to the chassis is having a tremendous impact on the thermal management of computer equipment. Because of the consumer's insatiable desire for increased performance the competitive pressures are driving the computer manufacturer to pack as much processor/memory performance within the smallest volume possible. The consumer views high performance in a compact package as a benefit. These market pressures seem to be in direct conflict with the desire to continue to provide air cooling solutions for the foreseeable future. Because of these trends in power and package design other cooling technologies beside air are now becoming viable techniques but each must be weighed with many other factors that influence the cooling technology selected. These factors will discussed along with two specific IBM server packages and their associated cooling technology employed. Finally a microprocessor liquid cooled minichannel heat sink will be described and its performance presented as applied to a current microprocessor(IBM Power4) chip.
机译:体积热在从芯片到机箱的包的每一层由计算机设备消散正在对计算机设备的热管理的巨大影响。由于消费者对更高的性能永不满足的欲望的竞争压力正在推动计算机制造商包装的体积最小可能的范围内多处理器/内存性能。消费者在一个紧凑的封装意见高性能的一项福利。这些市场压力似乎在继续提供可预见的未来空气冷却解决方案的愿望直接冲突。由于电力和包装设计等制冷技术,这些趋势的空气旁边正变得可行的技术,但是每个人都必须与影响选择的散热技术等诸多因素进行权衡。这些因素将具有两个特定IBM服务器包和采用它们相关联的冷却技术一起讨论。最后一个微处理器液体冷却的小通道散热器进行说明和介绍了其性能如应用于当前微处理器(IBM的Power4)芯片。

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