| Document Date: 2014-02-26 11:59:50
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City San Francisco / Crete / Grenoble / / Company IBM / Interconnection Networks / Morgan Kaufmann Publishers Inc. / FARADAY Technology Corporation / / Country France / United States / / / Facility port F64 / i.e. square / / IndustryTerm switch chips / metal / conservative technology / metal layer / crossbar network / industrial tools / 90nm technology / actual processing part / average mid and higher metal layer routing pitch / Internet routers / processor chips / Intermediate solutions / metal tracks / metal track / purpose processing / valency switch chips / router systems / metal layers / upper metal / switch chip / congestion control algorithms / / Organization ASIC / European Commission / Foundation for Research and Technology / / Person Christos Sotiriou / R. Kumar / V / / Position driver / single tristate driver / baseline crossbar scheduler / tristate driver / scheduler / arbiter / / Product Cyclops64 / M-16 / M-9 / F16 / / ProgrammingLanguage php / / ProvinceOrState New Brunswick / M. B. / / Technology multi-hop Network-on-Chip / conservative technology / 90nm technology / Input-Qutput Queued switch chips / ASIC / EDA algorithms / Internet routers / flow control / same technology / IBM Cyclops64 processor chips / congestion control algorithms / ASIC technology / SRAM / CIOQ switch chips / switch chip / high-valency switch chips / Switch chips / / URL www.faraday-tech.com / http /
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A 128 × 128 × 24Gb/s Crossbar Interconnecting 128 tiles in a single hop and Occupying 6% of their area Giorgos Passas, Manolis Katevenis, and Dionisis Pnevmatikatos Inst. of Computer Science (ICS) Foundation for Resear