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Kepler and Maxwell on the Roadmap for NVIDIA

机译:开普勒和麦克斯韦谈NVIDIA路线图

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On Sept. 21, NVIDIA's cofounder, president and CEO, Jen-Hsun Huang, took the stage at the NVIDIA GPU Technology Conference (GTC 2010, San Jose Convention Center, CA), donning his trademark black T-shirt. The company's current GPU architecture, dubbed Fermi, represented a technological leap, he reminded us: "Fermi is six times faster than the previous generation." Packing as many as 896 cores on a single board (Quadro Plex 7000), it could justifiably be considered a supercomputer on a chip. Under Fermi, NVIDIA GPU performance reached 1.5 double-precision gigaflops (DP GFLOPS) per watt, according to the company. Now, Huang revealed his ambitious roadmap for GPU, plotting the timeline between 2011 and 2013 with two new GPU architectures, dubbed Kepler and Maxwell. Kepler, scheduled to debut in 2011, is expected to push GPU performance to 4-6 DP GFLOPS per watt; Maxwell, targeted for 2013, will push it up to 14-16 DP GFLOPS per watt.
机译:9月21日,NVIDIA的联合创始人,总裁兼首席执行官黄仁勋(Jen-Hsun Huang)在NVIDIA GPU技术大会(GTC 2010,加利福尼亚州圣何塞会议中心)上台,穿着他的标志性黑色T恤。他提醒我们:该公司当前的GPU架构被称为Fermi,代表了技术上的飞跃:“ Fermi的速度是上一代产品的六倍。”在一块单板(Quadro Plex 7000)上最多可容纳896个内核,因此可以合理地认为它是片上超级计算机。在费米的领导下,NVIDIA GPU的性能达到了每瓦1.5倍的双精度千兆位(DP GFLOPS)。现在,Huang透露了他雄心勃勃的GPU路线图,用两种新的GPU架构(开普勒和麦克斯韦)绘制了2011年至2013年的时间表。开普勒计划于2011年首次亮相,有望将GPU性能提升至每瓦4-6 DP GFLOPS。麦克斯韦(Maxwell)计划于2013年推出,它将使其功率提升至每瓦14-16 DP GFLOPS。

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