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KALRAY today announces world’s first hyper-scalable 1000+ cores MIMD processor architecture for next generation exaflop supercomputers

SC13 Denver, Nov. 19 -- KALRAY today announces world’s first hyper-scalable 1000+ cores MIMD processor architecture (about 1 TeraFlops at less than 30 Watts, and up to 512 GigaBytes of DDR) for next generation exaflop supercomputers.

This MPPA SCoC (SuperComputer on a Chip) hyper-scalable architecture, is the only one available for next generation exaflop supercomputers. Indeed, breaking the exaflops barrier becomes realistic, thanks to its low power characteristics and the NoC extension (NoCX).

Typical applications include :

This disruptive KALRAY’s  massively parallel processor has low power, scalable and deterministic characteristics which makes it the best suitable solution for intensive computing.

It minimizes the TCO (i.e. Total Cost of Ownership) both by reducing CAPEX (i.e. Capital Expenditures) & OPEX (i.e. Operating Expenses), thus maximizing the total ROI (i.e. Return On Investment).

By connecting 4 MPPA boards, this setup totalizes 1152 MIMD cores and 32 GigaBytes of DDR, expendable to 512 GB.

Additionally,  MPPA ACCESSCORE, KALRAY’s SDK, allows upward compatibility from the MPPA-256 to a multiple MPPA MANYCORE setup. The demonstration for the show runs an FFT algorithm scaling on to 1000+ cores. This setup develops about 1 TeraFlops but consumes less than 30 Watts and has 32 GB of DDR (expendable to 0.5 TeraBytes).

Kalray recently announced an office in the USA, in addition to the existing European & Japanese offices.

ABOUT KALRAY

KALRAY is a fabless semiconductor & software company developing and selling a new generation of  manycore processors for  high performance applications . Our products boost the development of innovative digital applications in the fields of image and  signal processing, telecommunication,  intensive computing ,  industrial automation ,  data management , or  transport.