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Vapor-phase Processor Cooling

Posted by CowboyNeal on from the over-the-top-approaches dept.

Econolinecrush writes "If even exotic water-cooling isn't enough for your processor cooling needs, there's always vapor-phase cooling. The Tech Report has an interesting review of Asetek's latest Vapochill system, an admittedly pricey cooling option, but one that manages to fight off condensation while keeping even high-end processors running at sub-zero temperatures. A little extreme? Sure, but it's undeniably cool nonetheless." I haven't seen a cooling system this intense since my organic chemistry labs.

3 of 167 comments (clear)

  1. here's a thought... by intermodal · · Score: 5, Interesting

    underclock. even out of the factory, CPUs are basically overclocked for all intensive purposes. I know thats not what you all want to hear. But every advance that the chipmakers make that should be able to reduce the heat coming off a processor ends up getting put into running it faster instead. I grant its good for the MHz race, but the MHz race in the long run isn't really that good of an idea.

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    In SOVIET RUSSIA... erm...NSA AMERICA, the Internet logs onto YOU!
  2. Re:What about electro-migration? by shamilton · · Score: 5, Interesting

    As long as you keep your voltage below about 2V, you should be okay. Some have taken it up as high as 2.2V or so and not had problems, but I wouldn't condone that on any expensive chip.

    However, what's the point of worrying about fried hardware? Those of us who overclock our systems to such degrees replace hardware every 6 months at least.

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    "[A] high IQ is like a Jeep; you will still get stuck, just farther from help!" --Just d' FAQs, c.g.a
  3. I'd rather see... by Lurgen · · Score: 5, Interesting

    Personally, I'd prefer to see a whole lot more work going into silent computers. Processors and video cards are at the point right now where overclocking only yields benchmark improvements - bumping that chip up 15MHz only gives you a few points in 3DMark, or UT2k3.

    For actual use though, it doesn't make any difference. 150fps, instead of 130. Or 0.5 seconds faster load times. Does anybody really care any more?

    I'd be a lot more interested in spending money reducing the noise output of my machine. Give me passively cooled power supplies (instead of these 3 fan monsters). Cases designed purely for better noise reduction (Antec Sonata is heading in the right direction).

    Having a frozen CPU running 20% faster than it was meant to might win you a few brownie points at a LAN party, but does it actually make any difference? I doubt it.

    *shrug* each to their own. I'll be impressed when I see a 3GHz P4 or Athlon running without any noticable noise.