High-performance scalable multiprocessor systems based on reconfigurable gate arrays
Numerical methods and programming, Tome 8 (2007) no. 2, pp. 24-33.

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A promising approach to the creation of high-performance computing systems with performance capability exceeding foreign supercomputers is considered. Manufactured basic modules and systems on theirs basis are discussed. These systems provide high specific performance due to a new organization of parallel calculations. A single-board basic module contains 320 elementary processors with 50 GFlops board performance. A system with four basic modules has an overall performance of 200 GFlops and occupies a volume of 40 dm$^3$. Hardware and software packages of new multiprocessor systems provide the linear performance growth for different application areas with a real performance above 50% of the peak performance. The paper was prepared on the basis of the authors' report at the International Conference on Parallel Computing Technologies (PaVT-2007; http://agora.guru.ru/pavt).
Keywords: high-performance computing systems, multiprocessor systems, supercomputers, basic module, hardware and software tools.
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     author = {I. A. Kalyaev and I. I. Levin},
     title = {High-performance scalable multiprocessor systems based on reconfigurable gate arrays},
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I. A. Kalyaev; I. I. Levin. High-performance scalable multiprocessor systems based on reconfigurable gate arrays. Numerical methods and programming, Tome 8 (2007) no. 2, pp. 24-33. http://geodesic.mathdoc.fr/item/VMP_2007_8_2_a7/