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Company GPU / TSMC / Hitachi / NVIDIA / Cryptanalytic Hardware / Intel / the AES / / Country United States / / Currency USD / / / Facility Stanford University / Johann Großsch¨adl University of Luxembourg Laboratory / DES Cracker / / IndustryTerm quoted retail prices / optimized processors / multi-core processors / manufacturing costs / present-day technology / electro-optical device / proposed multi-core processor / on-line phase / manufacturing cost / exhaustive key search / exhaustive search / energy / energy costs / encryption chain / hypothetical devices / parallel key-search machine / online phase / manufacturing / actual key-search / retail prices / quadratic sieve algorithm / search space / on-chip / pre-processing / software-based cryptanalysis / / Organization Johann Großsch¨adl University of Luxembourg Laboratory of Algorithmics / Cryptology and Security / Graphics Processing Unit / ASIC / Stanford University / US Federal Reserve / Electronic Frontier Foundation / / Person Marian Rejewski / Alan Turing / Gordon Welchman / Johann Großsch / / / Position producer / designer / / Product GT200b / Rijndael / / ProvinceOrState South Dakota / South Carolina / / RadioStation Core / / SportsLeague Stanford University / / Technology FPGA / RAM / quadratic sieve algorithm / 108 chips / present-day technology / block cipher / secret key / shared memory / GT200b chips / present-day VLSI technology / Encryption / optimized processor / GT200b processor / ASIC / VLSI technology / two GT200b processors / 107 chips / housing two GT200b processors / / SocialTag 
Cryptanalysis of the Full AES Using GPU-Like Special-Purpose Hardware Alex Biryukov and Johann Großsch¨adl University of Luxembourg Laboratory of Algorithmics, Cryptology and Security (LACS) 6, rue Richard Coudenhove-K