摩尔定律是违宪的

W. Rhines
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引用次数: 2

摘要

摩尔定律是一种经验观察,即集成电路的组件密度和性能大约每18个月翻一番。从物理学和热力学的基本原理构成自然规律的意义上说,它不是一个“定律”。但是有一条“定律”可以作为摩尔定律的基础;这是支配学习曲线的一般原则,即,当以对数尺度分析时,效率随着总累积产量的增加而提高一个固定的百分比。分析集成电路技术的当前趋势,揭示了通过缩小设计规则和增加芯片和晶圆尺寸的传统方法来实现性能、可靠性和成本改进的潜力。报告还指出,非传统创新可能在哪些领域产生最大影响。这次演讲探讨了这些对未来技术的预测,并提出了最可能发生不连续性的地方。
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Moore's Law is Unconstitutional
Moore's law is the empirical observation that component density and performance of integrated circuits - approximately doubles every eighteen months. It is not a 'law' in the sense that basic principals of physics and thermodynamics constitute the rules of nature. But there is a 'law' that serves as the basis for Moore's law; it is the general principle that governs learning curves, i.e. that efficiencies improve a fixed percentage with increases in the total accumulated volume of production, when analyzed on a logarithmic scale. Analyzing current trends in integrated circuit technology reveals the potential left to achieve performance, reliability and cost improvements via the traditional means of shrinking design rules and increasing die and wafer size. It also suggests where nontraditional innovation is likely to have its greatest impact. This talk explores these projections for future technology and suggest where the discontinuities are most likely to occur.
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