MIPS-X is a 32-b RISC microprocessor implemented in a conservative 2-/spl mu/m, two-level-metal, n-well CMOS technology. High performance is achieved by using a nonoverlapping two-phase 20-MHz clock and executing one instruction every cycle. To reduce its memory bandwidth requirements, MIPS-X includes a 2-kbyte on-chip instruction cache. The authors provide an overview of MIPS-X, focusing on the techniques used to reduce the complexity of the processor and implement the on-chip instruction cache.
Mark Horowitz, John L. Hennessy, Paul Chow, P.G. Gulak, John M. Acken, Anant Agarwal, Chorng-Yeung Chu, Scott McFarling, Steven A. Przybylski, Stephen Richardson, Arturo Salz, Richard Simoni, D. Stark, Peter Steenkiste, Steve Tjiang, Malcolm J. Wing
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