Breakthrough promises hotter, tougher, faster chips
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Thread: Breakthrough promises hotter, tougher, faster chips

  1. #1

    Breakthrough promises hotter, tougher, faster chips

    Powerful processors that run hot but need no cooling and devices capable of withstanding extreme environments may be the result of new research reported today in Nature, the science journal.
    With a melting point of 2,700 degrees Celsius, twice that of silicon, and a hardness close to diamond,39020330,39164729,00.htm

    I say ! Sweet !

  2. #2
    Blast From the Past
    Join Date
    Jan 2003
    that sounds really cool.....but its still in could be anyware from a few months to a few years before we see this in the market......and even longer untill this is common place...but still really cool to know that eventualy we wont need 5 coolingfans per box and still a box fan next to it
    work it harder, make it better, do it faster, makes us stronger

  3. #3
    ********** |ceWriterguy
    Join Date
    Aug 2004
    Sounds promising. Beats the crap out of the liquid nitrogen cooled chips I heard they were experimenting with.
    Even a broken watch is correct twice a day.

    Which coder said that nobody could outcode Microsoft in their own OS? Write a bit and make a fortune!

  4. #4
    Senior Member
    Join Date
    Oct 2001
    LN2 is used by people who are pushing their CPUs past all reasonable limits. And it has been around for a while, so it isn't really anything new. And I don't think they will quite get to the performance you can squeeze out of a chip on LN2 without doing bad things like melting your aluminum case when it reaches around 600c. Heck, you could boil your aluminum case at the temps those chips could withstand. Needless to say, you shouldn't be seeing this in use on consumer computers when a fault condition could melt your heatsink into a puddle of molten metal.

    I have a hunch this will find more use in things like electric motors where heat really is a limiting factor in performance. Or in aerospace (like they are used currently) where the chips need to resist radiation and extreme temps. Also, uses in power-distribution seem possible. Imagine handling twice the electrical load on the same size. Of course, this might increase the risks of Transformers Exploding/Arcing... ( - these videos are must see )

    Anyways, we just have to wait and see who decides to use this.

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