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Intel keynoter: Power consumption challenges litter path to exascale computing

机译:英特尔的关键提示:功耗挑战百亿亿次计算的基础

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Thanks to parallelism and technology scaling, exascale computing will become a reality before the decade is out, but it won't live up to its full potential unless fundamental power consumption barriers are overcome, according to Intel Fellow Shekhar Borkar. Delivering a keynote address at the Semicon West fab tool vendor tradeshow here last Tuesday (July 10), Borkar noted that exascale computing is expected to become a reality by the end of the decade. By about 2018, engineers are expected to create an exascale supercomputer-capable of a 1,000-fold performance improvement compared with today's state-of-the-art petaflop systems.
机译:英特尔院士谢卡·博卡(Shekhar Borkar)表示,由于并行性和技术扩展,百亿亿次计算将在十年结束之前成为现实,但是除非克服基本的功耗障碍,否则万亿计算将无法发挥其全部潜力。 Borkar在上周二(7月10日)在Semicon West晶圆工具供应商交易会上发表主题演讲时指出,百亿亿次计算有望在本世纪末成为现实。与当今最先进的petaflop系统相比,工程师有望在2018年左右创造出百亿亿级的超级计算机,性能将提高1000倍。

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