aurig2:一个470万晶体管的CISC微处理器

J. Tual, M. Thill, C. Bernard, H. Nguyen, F. Mottini, M. Moreau, P. Vallet
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引用次数: 1

摘要

随着DPS7000大型机系列的高端版本的推出,Bull将提供一款处理器,该处理器将DPS7000 CPU和一级缓存集成在一个包含4.7M晶体管的VLSI芯片上,采用0.5 pm, 3Mlayers CMOS技术。这种增强型CPU旨在提供高集成度、高性能和低成本的系统。多达24个这样的处理器可以集成在一个系统中,使性能水平达到850 TPC-A (Oracle),同时有大约12000个活动连接。设计方法涉及大量使用形式验证和符号布局技术,从而能够在几个铸造厂上达到第一次通过的右硅。本文对CPU的体系结构进行了概述,重点讨论了设计方面的几个原始方面(综合、验证、符号布局)。
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Auriga2: a 4.7 million-transistor CISC microprocessor
With the introduction of the high range version of the DPS7000 mainframe family, Bull is providing a processor which integrates the DPS7000 CPU and first level of cache on one VLSI chip containing 4.7M transistors and using a 0.5 pm, 3Mlayers CMOS technology. This enhanced CPU has been designed to provide a high integration, high performance and low cost systems. Up to 24 such processors can be integrated in a single system, enabling performance levels in the range of 850 TPC-A (Oracle) with about 12 000 simultaneously active connections. The design methodology involved massive use of formal verification and symbolic layout techniques, enabling to reach first pass right silicon on several foundries. An architectural overview of the CPU with emphasis on several original aspects of the design aspects (synthesis, verification, symbolic layout) are discussed in this paper.
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