为高性能pc选择正确的缓存架构

T. Horton
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引用次数: 0

摘要

异步SRAM的特性促使SRAM供应商提供具有更简单接口的新SRAM架构,以提高系统性能。英特尔奔腾处理器的二级缓存(L2)的新架构之一是32K/spl倍/32管道突发模式SRAM,它正在成为行业标准。该架构由英特尔和多家SRAM供应商支持,旨在标准化32K/spl次/32突发模式SRAM和用于奔腾处理器的二级缓存(L2)的系统设计接口。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Selecting the right cache architecture for high performance PCS
The characteristics of asynchronous SRAMs have led SRAM vendors to provide new SRAM architectures with simpler interfaces in order to improve system performance. One of the new architectures that is becoming an industry standard for the second level cache (L2) for the Intel Pentium processor is a 32K/spl times/32 pipeline burst mode SRAM. The architecture, backed by Intel and multiple SRAM vendors, is an effort to standardize the 32K/spl times/32 burst mode SRAM and system design interface for a second level cache (L2) for the Pentium processor.<>
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