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Company ST SA / IBM / VA SA / Tail Flit SA / RC 2 VA SA / Intel / / Currency USD / / / Facility Example pipeline / Computer Systems Laboratory D.E. Shaw Research and Development Stanford University / Speculative pipeline / / IndustryTerm earliest interconnection networks / technology make / low-radix router / lower cost solution / lower radix networks / lower-radix network / node network / router chip / performance routers / downstream router / radix routers / speed signaling technology / interconnection network / radix router / virtual channel router / circuit technology / radix network / technology changes / interconnection networks / low-radix routers / baseline router / nonk blocking network / low-radix high bandwidth routers / higher radix networks / / NaturalFeature Virtual Channel Allocation Virtual channel / / OperatingSystem XP / / Organization MIT / Stanford University / / Person William J. Dally / Flit Body / Amit K. Gupta / John Kim / / / Position distributed arbiter / arbiter Global Output Arbiter Figure / speculative switch arbiter / nonspeculative switch arbiter / baseline architecture switch arbiter / head / output switch arbiter / arbiter / output arbiter / IEEE Cycle Packet Head / global output arbiter / appropriate local output arbiter / Intermediate grant =k Local Output Arbiter / separate arbiter / input controller / input arbiter / switch arbiter / separate arbiter for each output virtual channel / local output arbiter / local/global virtual output channel arbiter / output virtual channel arbiter / representative / credit return bus arbiter / IEEE VC arbiter / controller / / SportsLeague Stanford University / / Technology semiconductor / 10000 Torus Routing Chip / performance routers / 2003 technology / 2010 technology / 1000 2010 100 2003 1996 3 Baseline Router / Baseline virtual channel router / 4 2010 technology / 2010 technologies / high-radix router / high-speed signaling technology / circuit technology / baseline router / downstream router / low-radix router / high radix routers / radix Routing Router / flow control / high-radix routers / 0.10µm technology / radix-64 router / low-radix high bandwidth routers / simulation / router chip / low-radix routers / routing algorithm / /
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Microarchitecture of a High-Radix Router John Kim, William J. Dally, Brian Towles1, Amit K. Gupta 1 Computer Systems Laboratory D.E. Shaw Research and Development Stanford University, Stanford, CA 94305