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mo · 09-19-2002, 07:04 AM

The latter is exactly what Im talking about gmat:
CPU -> WB -> Water -> chiller -> Heatsink -> Air

Extreme performance is far from the object either. Dont need an industrial noisy chiller:P And while efficiency is a goal, it is not the primary goal. Think of it this way.. What do you benefit from cooling your pc to --20 degrees? can you push it all the way to its normal +20 degrees temperatures for a crazy overclock? I have yet to see that. Even with phase change units , from what Ive seen stability seems to start to waver while you are still below zero.

09-19-2002, 07:04 AM	#44
mo Cooling Savant Join Date: Aug 2002 Location: Canada, Montreal Posts: 136	The latter is exactly what Im talking about gmat: CPU -> WB -> Water -> chiller -> Heatsink -> Air Extreme performance is far from the object either. Dont need an industrial noisy chiller:P And while efficiency is a goal, it is not the primary goal. Think of it this way.. What do you benefit from cooling your pc to --20 degrees? can you push it all the way to its normal +20 degrees temperatures for a crazy overclock? I have yet to see that. Even with phase change units , from what Ive seen stability seems to start to waver while you are still below zero.