jam只是另一个微音序器

MICRO 18 Pub Date : 1985-12-01 DOI:10.1145/18927.18925
W. Tracz, B. Boesch
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引用次数: 2

摘要

JAM (Just Another Microsequencer)是一个灵活的双角色微码测序器。它支持高性能N-Way微测序操作(传统的360/370型分支地址生成技术),以及更传统的(如AMD 2910)“结构化”微码测序控制。该芯片的一个独特之处在于并行分支的程度可以动态改变。也就是说,芯片可以重新配置,以支持2路,4路,…多达256路分支在一个14位控制存储地址。支持16种微测序操作,包括:下一个顺序控制存储地址N-Way分支,N-Way调用和N-Way返回(包括几个子模式)条件分支,条件调用和条件返回循环控制片上堆栈提供多达8级深度的微例程嵌套。堆栈还用于循环和特殊的条件分支机制。该芯片采用4微米NMOS技术设计和制造,循环时间低于100纳秒。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
JAM—just another microsequencer
JAM (Just Another Microsequencer) is a flexible - dual role microcode sequencer. It supports high performance N-Way microsequencing operations (traditional 360/370 type branch address generation techniques), along with more traditional (a la AMD 2910) sequencing control over “structured” microcode. A unique feature of the chip is that the degree of parallel branching can be changed dynamically. That is, the chip can be reconfigured to support 2-way, 4-way, … up to 256-way branching on a 14 bit Control Store address. There are 16 microsequencing operations supported including:Next Sequential Control Store Address N-Way Branch, N-Way Call and N-Way Return (Including several submodes) Conditional Branch, Conditional Call and Conditional Return Loop Control An on-chip stack provides micro-routine nesting up to 8 levels deep. The stack is also used for looping and a special conditional branching mechanism. The chip has been designed and fabricated using 4 micron NMOS technology and has a cycle time of under 100 nanoseconds.
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