Most computers use a two - step process to cool the CPU . First , a heat energy exchanger paste to the processor draws the heat off . And then a combination of a heatsink and fans dissipate it away from the personal computer . But by merging those two steps into one , thisspinning coolerends up being greater than the sum of its portion .
The Sandia Cooler was spring up by the Sandia National Labs who do enough research to have sex a matter or two about how to effectively cool a computer . The most interesting vista of the ice chest is that it does n’t sequester directly to the CPU using thermal paste — which is n’t potential given it ’s always spinning . Instead , it sit down a mere one-thousandth of an inch above the processor , which creates what ’s called an air bearing that ’s actually just as efficient at transmitting heat .
And as the rut moves from the CPU to the cooler , it ’s almost immediately blasted off via a series of Phoebe spinning at 2,000 rpm . As a resultant , Sandia take the system is at least 30 times more effective at cooling a processor than traditional heatsink and rooter method .
And not only is it also far quieter , but the sword are spin far too quickly to ever pull together dust . So while it permit you safely overclock your system , it ’s also mechanically keeping it clean at the same time . And maybe that ’s the material innovation here . [ Sandia National LaboratoriesviaDvice ]
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