VLSI制程集成

C. Y. Wong, M. Chan
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引用次数: 4

摘要

据预测,到2001年,微处理器将使用超过1300万个晶体管,到2010年,将使用超过9000万个晶体管来制造效率不断提高的半导体芯片。人们普遍认为,每生产一代新微处理器,晶圆厂的成本就会翻一番。在即将到来的21世纪,VLSI工艺集成,在产品/研究/开发和制造中,不仅需要满足技术创新、可靠性和规模挑战的需求,还需要满足成品率、工厂工作流程和产能管理的成本效益。提出并讨论了解决这些因素的问题,有时会导致截然不同的方向,以及新的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
VLSI process integration
It has been predicted that microprocessors will use over 13 million transistors by year 2001 and that by year 2010, over 90 million transistors will he deployed to fabricate semiconductor chips with ever increasing efficiency. It has also been generally accepted that the costs of a wafer fab essentially double for each new generation of microprocessor. In the coming 21st Century, VLSI process integration, in product/research/development and in manufacturing, will need to meet the demands of not only the technology innovations, the reliability and scaling challenges, but also the cost effectiveness of yield, factory workflow and capacity management. Issues addressing these factors, sometimes leading in diametric directions, and the novel solutions, are presented and discussed.
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