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CRACKING ICs' TOUGHEST NUTS: No easy fix for power issues

机译:开裂集成电路的最坚硬的螺母:解决电源问题没有容易的方法

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Honolulu - Circuit designers looking to tame the beast of power consumption will have to chip away at the problem from every possible angle and hope that the sum of those efforts does the job. Researchers at the 2002 Symposium on VLSI Circuits here last week said there is no quick fix on the horizon to quell the rise in both active-power and leakage current in next-generation semiconductor devices. "There is no silver bullet when it comes to power," said Shekhar Borkar, an Intel fellow working at the Hillsboro, Ore., circuit research center. "We have to attack the problem with a series of 10 percent improvements, and if we have enough of them it adds up." Intel, IBM and other chip makers have come up with a flurry of proposals suggesting several lines of attack on the power problem. In Honolulu, Intel researchers presented 18 papers with power savings as the central theme. IBM, for its part, described a dual-supply-voltage strategy for high-performance microprocessors that is claimed to save power while maintaining performance.
机译:檀香山-希望驯服功耗大的电路设计师必须从各个角度解决问题,并希望这些努力的总和能奏效。上周在2002年VLSI电路研讨会上的研究人员说,目前尚没有快速的方法来抑制下一代半导体器件中有功功率和泄漏电流的上升。英特尔公司研究人员Shekhar Borkar说:“在供电方面,没有万灵丹。” “我们必须通过一系列10%的改进来解决这个问题,如果我们有足够的改进,它就会加起来。”英特尔,IBM和其他芯片制造商提出了一系列建议,建议在电源问题上采取几条攻击路线。在檀香山,英特尔研究人员发表了18篇以节能为中心的论文。 IBM就其自身而言,描述了一种针对高性能微处理器的双电源电压策略,该策略据称可在保持性能的同时节省功率。

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