How to Keep Your Computer Cool
ThinSkin writes "ExtremeTech is featuring a how-to article on keeping your computer cool by adopting an efficient airflow strategy for your PC case. The article goes into detail on what types of fans are optimal for your computer and your needs, where you should place them, and how to make your own fan mounts. From the article: 'With an efficient cooling strategy, there's no reason a case should ever grow so warm. Good airflow is critical to keeping your PC operating and extending the life of the components. Keep the air flowing!'"
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~ |rip/\/\aster /\/\onkey
If you didn't overclock your computer to hell (in more ways than one) you wouldn't need so much cooling.
It should also be noted that the environemnt of the room should be the largest factor in determining your cooling needs. If you have a guaranteed 65 degF 24/7 you can get by with much lower airflow rates than a varying room with peaks 79 degF and possible lows to 70 degF (typical yearly household range, I'd venture a guess without the Google trudging)
However windows has better support for ACPI so it runs cooler and uses less power.
I wouldn't say parent is flamebait or a troll. I would say it's misinformed. Alas, no mod points for that.
What could possibly go wrong?
A heat pipe and a large radiator does passively via convenction what the stirling engine does forcefully for the extra 9W.
Not so. A heat pipe is passive because it merely equalizes the temperature. A Stirling engine can continue pumping heat far below the ambient temperature. As I said, right into cryogenics range.
The overall cooling effect is still limited by the heat transfer ability of the hot side, which is always some kind of radiator.
'Tis true. But the hot side can easily be enhanced with fancier metals, and larger surface areas. Basically, you could use the entire side of the computer case to cool your centimeter square microprocessor.
Javascript + Nintendo DSi = DSiCade