海报:BigBus:一个可扩展的光互连

E. Peter, Janibul Bashir, S. Sarangi
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引用次数: 1

摘要

提出了一种用于1024节点系统的新型片上光子网络BigBus。这个想法的关键是将整个系统分割成更小的节点集群,并对每个节点采用混合策略,包括传统的激光调制,以及在节点之间动态共享功率的新技术。我们内部将能量表示为令牌,其中一个令牌将允许节点向其集群中的任何其他节点发送消息。我们允许光站对令牌进行仲裁,并且在全球层面上,我们预测片外激光器需要产生的令牌等效功率的数量。
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POSTER: BigBus: A Scalable Optical Interconnect
This paper presents BigBus, a novel on-chip photonic network for a 1024 node system. The crux of the idea is to segment the entire system into smaller clusters of nodes, and adopt a hybrid strategy for each segment that includes conventional laser modulation, as well as a novel technique for sharing power across nodes dynamically. We represent energy internally as tokens, where one token will allow a node to send a message to any other node in its cluster. We allow optical stations to arbitrate for tokens and at a global level, we predict the number of token equivalents of power that the off-chip laser needs to generate.
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