让世界上最环保的超级计算机TSUBAME2.0更环保——对建筑师的挑战

S. Matsuoka
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引用次数: 6

摘要

过去的超级计算机是“不惜一切代价的性能”,包括功耗,但现在的超级计算机需要比普通计算机更高的功率性能效率。在过去的25年里,超级计算机性能增长的比率不断超过所谓的“摩尔定律”,但这在一定程度上是通过增加机器的尺寸和功率需求来实现的;这样的功率增加不再可行,因为机器已经变得太大了。我们的新项目“JST-CREST ULP-HPC”和我们在东京工业大学建造的新的TSUBAME2.0超级计算机旨在获得高性能计算的最高功率效率。TSUBAME2.0在2010年11月的绿色500强排名中被公认为“世界上最环保的生产超级计算机”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Making TSUBAME2.0, the world's greenest production supercomputer, even greener — Challenges to the architects
Supercomputers of the past were “performance at all cost” including power consumption, but nowadays supercomputers require even higher power-performance efficiencies than normal computers. For the past 25 years the ratio of supercomputer performance increase has constantly exceeded the so-called “Moore's Law”, but this has been partly achieved by increasing the size and thus the power requirement of the machine; such power increase is no longer viable because the machines have gotten too big. Our new project “JST-CREST ULP-HPC” and the new TSUBAME2.0 supercomputer we have built at Tokyo Institute of Technology aims to obtain utmost power efficiency in HPC. TSUBAME2.0 has been recognized as the “Greenest Production Supercomputer in the World” in the Green 500 rakings in November, 2010.
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