2.25 gb /s 1 Mbit智能缓存SRAM

J. Ku, S. Siu, M. Yazdani, Yolin Lih, Wei Lu, A. Desroches
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引用次数: 4

摘要

广义架构被大多数系统供应商广泛地划分为下一代CPU架构。这种类型的架构需要高速、高带宽的二级缓存来支持。由于CPU与内存控制单元之间的高速缓存线事务的效率和灵活性将极大地影响系统的整体性能,因此必须将字节写、旁路、比较和交换等重要的高速缓存数据传输功能包含在二级高速缓存中,以达到最优的性能。惠普宽字计划的项目目标之一是设计一个16 K/spl次/72同步、流水线式智能缓存SRAM,能够以每秒2.25 gb的数据速率发送数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A 2.25 gbytes/s 1 Mbit smart cache SRAM
The wide-word architecture is widely regionized as the next generation CPU architecture by most of the system vendors. This type of architecture requires high speed, high bandwidth second level cache memory to support it. Since the efficiency and the flexibility of the cache line transaction in between the CPU and the memory control unit would greatly affect the overall system performance, those important cache data transferring functions such as byte write, bypass, compare and swap capabilities have to be included in the second level cache to achieve the optimal performance. One of the project goals within HP wide-word program is to design a 16 K/spl times/72 synchronous, pipelined smart cache SRAM which is capable of sending out data at a rate of 2.25 Gbyte data per second.
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