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

机译:多端口片上数据缓存中的实现和带宽注意事项

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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,片上缓存成为数据传输的瓶颈。在本文中,我们根据数据带宽(BW)或缓存可以处理的每个周期的数据访问次数来评估缓存效率。描述并测试了四种高速缓存配置,以实现最佳的BW性能。本文不仅涉及两级缓存配置的类型,而且涉及两级的最佳大小比率。给出的结果基于使用支持两级缓存配置的缓存模拟进行的测试。

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