MIT Develops a Cooling Technology of the Future
I want to say one word to you. Just one word. Are you listening? "Plastics."
In terms of cooling, we presently use our massive (and impressive-looking) heatsinks made of heat-conductive metals all in hopes of drawing as much heat as possible away from our chips.
Researchers at MIT have made a notable breakthrough in transforming polyethylene, the most widely used polymer, into a material that conducts heat just as well as most metals while retaining its properties as an electrical insulator.
Another special property of this transformed polyethylene is that it conducts heat very efficiently in just one direction, which makes it highly suitable for cooling a computer chip.
While discoveries such as this are often in an infancy stage that makes it just dream material for computer enthusiasts, the added promise in this latest breakthrough is recognition and interest from Intel.
Ravi Prasher, an engineer at Intel, took notice of the work and characterized the researchers' work as "phenomenal," and added that "this is a very significant finding."
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jrharbort This has me quite curious. I'm wondering how something like this would perform after long term use. Most common plastics get very brittle and break (or even melt) after being exposed to a heat source for too long.Reply
On the plus, it should be cheaper to produce than copper/aluminum based coolers. -
IzzyCraft sounds amazing.. but so do most things, i'm sure it has some issue such as high cost or something.Reply -
sheath shadow187But how cheap is it to produce in mass-quantities?Reply
Its polyethylene, it cant be that expensive. -
akhodjaev let us know when it is toddler stage. maybe there will be positive changes and maybe ready for implementationReply -
cheepstuff @ shadow187Reply
polyethylene is a petroleum-based compound. it is also the base component in plastics. because there is already a huge industry dealing with this kind of material, you should expect it to be more expensive than a child's action figure but less than a common, high end, full copper heatsink you can find today (assuming it is made without any other expensive components like copper).
according to the source, the only difference in making this stuff over normal plastics is slowly lining up the polymers so they all face one direction. IMO this could be interesting because we could eventually get flexible heat pipes out of this. -
thrust2night Knowing Intel, they will brand it as an "Extreme Edition" cooler going for $999.99 in quantities of a thousand.Reply