Design for manufacturing in the semiconductor industry: the Litho/Design Workshops

F. Schellenberg
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引用次数: 18

Abstract

Design for Manufacturing (DFM) practices for productivity improvement have been applied with great success in many industries, including automobile manufacturing, engine design, and consumer electronics. Until now, Moore's Law for IC productivity has been dominated by innovation and invention, not a drive for efficiency. With IC fab costs dramatically increasing, DFM procedures are becoming far more attractive. In this paper, we briefly review the general DFM practices that have been successful in other industries, and report on the results from an example in the semiconductor industry, produced by the SEMATECH Litho/Design Workshops. The results of these workshops have assisted the adoption of advanced lithographic DFM technologies, such as OPC (Optimized Process Correction) and accelerated progress along the Moore's Law productivity curve.
半导体工业的制造设计:光刻/设计工作坊
用于提高生产率的制造设计(DFM)实践已经在许多行业中获得了巨大的成功,包括汽车制造、发动机设计和消费电子产品。到目前为止,关于集成电路生产率的摩尔定律一直被创新和发明所主导,而不是对效率的追求。随着IC晶圆厂成本的急剧增加,DFM程序变得越来越有吸引力。在本文中,我们简要回顾了在其他行业中取得成功的一般DFM实践,并报告了SEMATECH光刻/设计研讨会在半导体行业中的一个例子的结果。这些研讨会的成果有助于采用先进的光刻DFM技术,例如OPC(优化过程校正),并加速了摩尔定律生产率曲线的进展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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