BlueGene/L超级计算机处理器节点基于eDRAM的L3-cache

M. Ohmacht, D. Hoenicke, R. Haring, A. Gara
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引用次数: 5

摘要

BlueGene/L是由64K双处理器单片系统计算节点组成的超级计算机,能够提供每个节点5.6 gflop的算术峰值性能。为了使内存速度与高计算性能相匹配,系统为每个节点实现了积极的三级片上缓存层次结构。实现的层次结构在缓存层次结构级别2和3上提供高带宽和集成预取,以减少内存访问时间。集成的L3-cache使用多银行嵌入式DRAM存储总计4MB的数据。嵌入式DRAM的1024位宽数据端口提供22.4GB/s带宽,以满足两个处理器内核和千兆以太网DMA引擎的推测预取需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The eDRAM based L3-cache of the BlueGene/L supercomputer processor node
BlueGene/L is a supercomputer consisting of 64K dual-processor system-on-a-chip compute nodes, capable of delivering an arithmetic peak performance of 5.6Gflops per node. To match the memory speed to the high compute performance, the system implements an aggressive three-level on-chip cache hierarchy for each node. The implemented hierarchy offers high bandwidth and integrated prefetching on cache hierarchy levels 2 and 3 to reduce memory access time. The integrated L3-cache stores a total of 4MB of data, using multibank embedded DRAM. The 1024 bit wide data port of the embedded DRAM provides 22.4GB/s bandwidth to serve the speculative prefetching demands of the two processor cores and the Gigabit Ethernet DMA engine.
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