联邦:为无序指令问题重新利用标量核

D. Tarjan, Michael Boyer, K. Skadron
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引用次数: 48

摘要

未来的soc将包含多个内核。对于具有显著并行性的工作负载,先前的工作已经显示了许多小型、多线程、标量内核的好处。对于需要更好的单线程性能的工作负载,专用的、更大的核心可以提供帮助,但是可以提供的标量核心数量的机会成本很大。本文提出了一种以最小的面积开销将一对标量核转换为双向乱序问题核的方法。然而,以这种方式“联合”标量核可以获得与专用乱序核相当的性能,并且消耗更少的功率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Federation: Repurposing scalar cores for out-of-order instruction issue
Future SoCs will contain multiple cores. For workloads with significant parallelism, prior work has shown the benefit of many small, multi-threaded, scalar cores. For workloads that require better single-thread performance, a dedicated, larger core can help but comes at a large opportunity cost in the number of scalar cores that could be provisioned instead. This paper proposes a way to repurpose a pair of scalar cores into a 2-way out-of-order issue core with minimal area overhead. "Federating" scalar cores in this way nevertheless achieves comparable performance to a dedicated out-of-order core and dissipates less power as well.
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