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Scalable on-chip network in power constrained manycore processors

机译:功耗受限的多核处理器中的可扩展片上网络

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While much research has been done using 2D mesh network as a baseline on-chip network topology, recent multi-core chips from vendors leverage a ring topology. In this work, we re-visit the topology comparison in on-chip networks and model the impact of on-chip network on overall performance while holding the entire chip power constant. We vary the amount of power allocated to the on-chip network and evaluate its impact on overall performance to determine a balanced system design. We show how the ring topology is efficient in current technology at 45nm but the scalability is limited as technology continues to scale and show how a simple hierarchical ring approach can provide a scalable solution.
机译:尽管使用2D网状网络作为基准片上网络拓扑已经进行了许多研究,但最近供应商提供的多核芯片都采用了环形拓扑。在这项工作中,我们将重新访问片上网络中的拓扑比较,并在保持整个芯片功率恒定的同时,对片上网络对整体性能的影响进行建模。我们改变分配给片上网络的电量,并评估其对整体性能的影响,以确定平衡的系统设计。我们展示了环形拓扑在当前的45nm技术上如何高效,但是随着技术的不断扩展,可扩展性受到限制,并展示了简单的分层环形方法如何提供可扩展的解决方案。

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