Semiconductor CIM system, innovation toward the year 2000

G. Inoue, S. Asakura, M. Iiri
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引用次数: 2

Abstract

Yield and device monitoring during the production rather than at the end of the whole processes on final chips may also be more commonly practised for the earlier detection of failures. In-situ monitoring with single wafer processing may be used for finer process control. To reduce the ever increasing cost of clean rooms including the running cost, mini environment technologies will be applied more to production in clean rooms. Material handling automation will be essential for dealing with heavy load of larger wafers. To share the higher investment for equipment and facilities, international alliances among foreign companies will be accelerated, and production environment needs to be global. Technology trends toward the year 2000 are shown. The role of CIM systems in the semiconductor industry has become increasingly important for dealing with new technologies as well as with their difficulties. Their importance and expected roles are discussed.
半导体CIM系统,面向2000年创新
在生产过程中对产量和设备进行监控,而不是在整个过程结束时在最终芯片上进行监控,也可以更普遍地用于早期检测故障。单晶圆加工的现场监测可用于更精细的过程控制。为了降低日益增长的洁净室成本,包括运行成本,微型环境技术将更多地应用于洁净室生产。物料处理自动化对于处理较大晶圆的重负荷至关重要。为了分担更高的设备设施投资,将加快外国企业之间的国际联盟,并需要全球化的生产环境。图中显示了到2000年的技术趋势。CIM系统在半导体工业中的作用在处理新技术及其困难方面变得越来越重要。讨论了它们的重要性和预期作用。
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