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  • Who needs CES when you can see Maxwell's equations rendered in 3-D?

    January 7, 2010

    Three-dimensional technology is undoubtedly dominating this week’s Consumer Electronics Show, based on the cover story of USA Today’s Money section. Also, nVIDIA is likely to have a significant presence at CES, but I don’t know. I’ll leave it to my colleague Brian Dipert to track down, now that he has pried himself away from the leather chairs, power plugs, and USB power ports at the San Jose airport and made his way to Las Vegas.

    Meanwhile, the really cool action is at nVIDIA’s Santa Clara headquarters, where Agilent and nVIDIA engineers are demonstrating the use of nVIDIA graphics processing units to accelerate simulations in the Agilent ADS (Advanced Design System) EDA platform and render the results in 3-D. Hany Fahmy, director of SIE/EMC compliance and regulatory engineering at nVIDIA, described the use of ADS to assist in the design of EMI/RFI-compliant graphics boards. Those boards, in turn, can be used to cut some ADS simulation times from weeks to days or hours or enable simulations that simply wouldn’t be possible on general-purpose CPUs, according to Darin Phelps, sales engineer at Agilent’s EEsof EDA division.

    Fahmy said that without such capability, problems might not be found until a board is tested in a chamber, when expensive fixes might be required. He said the 3-D capability is valuable in giving designers insight into the performance of their boards, enabling them to implement compliant boards the first time.

    Agilent says its stereo 3-D viewer capability for the ADS Momentum G2 Element and FEM Element electromagnetic (EM) simulators consists of a support download that enhances ADS 2009 Update 1. The capability requires a computer equipped with an nVIDIA Quadro FX 3800 or higher professional graphics processor, nVIDIA 3-D Vision stereoscopic glasses, and a 3-D vision ready 120-Hz display.

    Not only does the nVIDIA approach boost simulation performance–it saves power as well. EDN technical editor Paul Rako, who saw the demo last week, has more. See “nVIDIA co-processing reduces power use by an order of magnitude.” He will be elaborating further in an upcoming cover story on simulation.

    Posted by Rick Nelson on January 7, 2010 | Comments (3)
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  • January 11, 2010
    In response to: Who needs CES when you can see Maxwell's equations rendered in 3-D?
    Colin Warwick commented:

    Thanks, Rick, for writing up our product. In reponse to Brian, yes NVIDIA is spelt NVIDIA, but it's all caps: no lowercase in the initial N. In response to Dave: Yes, it's a classic story of technological bootstraping. Intel uses simulations on current CPUs to design, amongst other things, next-generation CPUs. This generation of CPUs and GPUs are used to design the next generation of chips including - but not limited - to CPUs and GPUs.


    January 8, 2010
    In response to: Who needs CES when you can see Maxwell's equations rendered in 3-D?
    Brian commented:

    nVIDIA is misspelled several times in this article!


    January 8, 2010
    In response to: Who needs CES when you can see Maxwell's equations rendered in 3-D?
    dave lane commented:

    So the idea of the high end graphics board is to display simulations to design high end graphics boards.....

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