基于波场规范的32位TX2微处理器设计

H. Goto, Y. Otaguro, T. Utsumi, E. Masuda, Y. Nozuyama, M. Mitaya
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引用次数: 1

摘要

TX2处理器是东芝TLCS90000/TX系列32b微处理器中基于TRON规范的第二种实现。TX2微体系结构定义了实现四阶段管道的五个功能单元。具有寄存器-寄存器操作的基本指令在一个周期内用微码的一个步骤执行。TX2的性能为25 MIPS,在25 MHz和零等待外部总线周期下每秒执行约20,000 dhrystones。TX2的设计是基于完全定制的LSI设计方法。为了提高CISC微处理器TX2的工作频率,进行了基于静态路径延迟分析的时序设计。因此,实现了高速加工。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of 32-bit TX2 microprocessor based on TRON specifications
The TX2 processor is the second implementation in the Toshiba TLCS90000/TX series of 32-b microprocessors based on the TRON specification. The TX2 micro-architecture defines five functional units which implement a four-stage pipeline. Basic instructions with register-register operation are executed in a single cycle with a single step of microcode. The TX2 has a performance of 25 MIPS and executes about 20,000 dhrystones/second at 25 MHz with zero wait external bus cycle. Design of the TX2 is based on full custom LSI design methodology. To increase the operating frequency of the CISC microprocessor TX2, timing design based on static path delay analysis was performed. As a result, high speed processing has been achieved.
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