Cellular supercomputing with system-on-a-chip

George Almasi,Daniel K Beece, R Bellofatto,Gyan Bhanot, R Bickford,Matthias A Blumrich,A A Bright,Jose R Brunheroto,Calin Cascaval,Jose G Castanos, L Ceze, P Cateus, Sandeep Chatterjee, Dejiu Chen,Geming Chiu,Thomas M Cipolla,P Crumley,Alina Deutsch,M B Dombrowa, W E Donath,Maria Eleftheriou,Blake G Fitch,J Gagliano,Alan G Gara,Rene H Germain,Mark E Giampapa, M Gupta, Fred Gehrung Gustavson,S Hall,R A Haring,David F Heidel,Philip Heidelberger,Lorraine M Herger,Dirk Hoenicke, Robert D Jackson,T Jamaleddine,G V Kopcsay,Alphonso P Lanzetta,Derek Lieber, Meihua Lu,M Mendell,L Mok,Jose E Moreira,B J Nathanson,Mark R Newton,Martin Ohmacht,Robert W Rand, R G O Regan,Ramendra Sahoo,A Sanomiya,Eugen Schenfeld,S Singh,P Song,Burkhard Steinmacherburow,Karin Strauss,R Swetz,Todd E Takken,Pavlos M Vranas, T J C Ward, J L Brown,Thomas A Liebsch, A W Schram,G Ulsh

international solid-state circuits conference（2002）

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摘要

System-on-a-chip technology allows a level of integration that can be leveraged to develop inexpensive high-performance, low-power computing nodes. When used in aggregate, this approach promises to challenge conventional supercomputer architectures in the high-performance computing arena. Systems under consideration reach into the hundreds of thousand nodes per machine. Architecture for these systems are described.

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关键词

low power electronics,computer architecture,bandwidth,system on a chip,collaboration,routing,application specific integrated circuits

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