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Why did Intel fail with 60 nanometers? Reiteration of the noise, information, speed and heat aspects of the breakdown of Moore's Law

机译:为什么英特尔用60纳米失败?重申摩尔定法崩溃的噪声,信息,速度和热量方面

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The evolution of microprocessor miniaturization and performance, often described by Moore's law, is close to the saturation limit. This is the part of a more general slowing down which is indicated by, among other things, the facts that Intel has failed with the 65 nm efforts and IBM has recently given up its personal computer market. In the present paper we would like to discuss some noise-related characteristic features of the present situation from the angle of noise and dissipation.
机译:微处理器小型化和性能的演变,通常由Moore的定律描述,靠近饱和极限。这是一个更普遍放缓的部分,其中包括英特尔失败的事实,即英特尔在65纳米努力和IBM最近放弃了其个人计算机市场。在本文中,我们希望从噪声和耗散角度讨论当前情况的一些噪声相关的特征。

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