我们的机器,一个微编码的大规模集成电路处理器

MICRO 11 Pub Date : 1978-11-19 DOI:10.1145/1014198.804298
D. Johannsen
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引用次数: 5

摘要

当前的大规模集成电路技术允许系统设计人员在单个硅芯片上构建包含数万个晶体管的复杂数据处理结构。技术所施加的限制影响了设计的权衡,并导致计算机体系结构与更经典的计算机设计截然不同。在加州理工学院,我们正在探索nMOS技术提供的可能性,“我们的机器”(OM)项目是当前的研究项目之一。OM项目正在研究多芯片微编码处理器系统的结构化设计。由于有限的人力和计算机能力所施加的限制,随着技术的进步,我们正在深入了解所有大型芯片设计的未来限制,这些限制将使芯片的复杂性达到今天设计的数百倍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Our machine, a microcoded LSI processor
Current LSI technology allows the systems designer to construct complex data processing structures containing tens of thousands of transistors on single silicon chips. Constraints imposed by the technology influence design tradeoffs and result in computer architectures dramatically different from the more classical computer designs. At CalTech we are exploring the possibilities offered by nMOS technology, with the “Our Machine” (OM) project being one of the current research projects. The OM project is investigating the structured design of a multi-chip microcoded processor system. Due to constraints imposed by limited man- and computer-power, we are gaining insights into future constraints that will be placed on all large chip designs as the technology improves to allow chips with hundreds of times the complexity of today's designs.
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