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Moore's Law and Technological Determinism: Reflections on the History of Technology

机译:摩尔定律和技术决定论:对技术史的反思

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Just over a year ago, the arrival in my mailbox of a book I had agreed to review triggered some thoughts about technology I had been meaning to articulate. The book was Ross Bassett's To the Digital Age: Research Labs, Start-up Companies, and the Rise of MOS Technology (Baltimore, 2002). In it, Bassett describes the development of metal-oxide semiconductor (MOS) technology, which enabled semiconductor firms to place more and more transistors on a single silicon chip. This became the basis for what is now known as Moore's law, after Gordon E. Moore. In April 1965, Moore, then the director of research and development at the semiconductor division of Fairchild Camera and Instrument Corporation, published a paper in which he observed that the number of transistors that could be placed on an integrated circuit had doubled every year since integrated circuits had been invented and predicted that that trend would continue. Shortly afterward, Moore left Fairchild to cofound Intel—a company, Bassett notes, that staked its future on MOS technology.
机译:就在一年多以前,我同意复习的书进了我的邮箱,引发了人们对我一直想表达的技术的一些想法。该书是罗斯·巴塞特(Ross Bassett)的《到数字时代:研究实验室,初创公司和MOS技术的兴起》(巴尔的摩,2002年)。 Bassett在其中描述了金属氧化物半导体(MOS)技术的发展,该技术使半导体公司能够在单个硅芯片上放置越来越多的晶体管。在戈登·E·摩尔之后,这成为了现在所谓的摩尔定律的基础。 1965年4月,当时的Fairchild相机和仪器公司半导体部门研发总监Moore发表了一篇论文,他观察到自集成以来,可放置在集成电路上的晶体管数量每年翻一番。已经发明了电路,并预测这种趋势将持续下去。不久之后,摩尔离开仙童(Fairchild)并与他人共同创立了英特尔-巴塞特(Bassett)指出,该公司将其未来押在MOS技术上。

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