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Implementation and bandwidth considerations in multi ported, on chip data cache

机译:多端口的实现和带宽注意事项,芯片数据缓存

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As CPU workload increases, the on-chip cache becomes a bottleneck for data transfer. In this paper, we evaluate the cache efficiency in terms of data bandwidth (BW), or the number of data accesses per cycle that a cache can handle. Four cache configurations are described and tested for the best BW performance. This paper deals not only with the type of two-level cache configuration but also with the best size ratios of the two levels. The results given are based on tests conducted with a cache simulation supporting two-level cache configurations.
机译:随着CPU工作负载的增加,片上高速缓存成为数据传输的瓶颈。在本文中,我们在数据带宽(BW)方面评估高速缓存效率,或缓存可以处理的每个循环的数据访问数。描述并测试了四个缓存配置,以获得最佳BW性能。本文不仅处理了两级缓存配置的类型,还处理了两个级别的最佳尺寸比率。给出的结果是基于使用支持两级缓存配置的高速缓存仿真进行的测试。

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