Where Are Cache Memories Going?

J. Handy
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Abstract

In the span of only five years cache memories, once an arcane method of eking the last ounce of processing power from large mainframe computers, have become a household word. Caches are now offered in most high-end personal computers, as well as in all workstations. Caches offer a means of putting today's CPU architectures to their highest capability, without requiring massive changes in the direction of processing. This does not imply that we have reached a steady state, where the only developments to be expected will be improvements in CPU speed and cache size. The cache will be found to facilitate radical changes in computer architecture without requiring equivalent changes in CPU design. Caches are already being used to allow the implementation of tightly-coupled multiprocessor systems, some of whose throughputs are more than proportional to the number of processors used in the system.
缓存内存何去何从?
在短短5年的时间里,高速缓存存储器,这个曾经被认为是利用大型计算机最后一盎司处理能力的神秘方法,已经变成了一个家喻户晓的词。现在大多数高端个人电脑以及所有工作站都提供缓存。缓存提供了一种将当前CPU架构发挥到最高能力的方法,而不需要在处理方向上进行大规模更改。这并不意味着我们已经达到了稳定的状态,唯一可以期待的发展将是CPU速度和缓存大小的改进。人们将发现,高速缓存可以促进计算机体系结构的根本改变,而不需要对CPU设计进行相应的改变。缓存已经被用于实现紧密耦合的多处理器系统,其中一些系统的吞吐量与系统中使用的处理器数量成正比。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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