[Metaxas]

....I hope it performs better then the one that I have on here right now....ack. And not only that, it don't matter, I am going to convert the other block into a homemade chiller. This is what I want to accomplish with this:

I want to be able to cool the CPU when it is in it overclocked state, however, I do not want to go below room temp, so I want to be able to adjust the flow through the chiller, as to not go below room temp (or below the dew point anyways) how powerful of a TEC would that require? Can someone tell me if this is a worthy idea? Gotta get that bird down in temps a wee bit, its running at 120F...after a few hours of Q3A, and everything, but i've seen people that have 1.6Ghz cpus running at just over 100F in the same type of conditions.

[jordan]

your 1.2 chip overclocked will use about 85 watts of heat, you would need 156 watt peltier which would put a grand total of 240+watts of heat to dissipate, a dangerden cube readiator dissipates 200 watts of heat, you would need to add a small single radiator which would dissipate 100watts also for a total dissipation of 300 watts if you wanted to do it right, anything else would make your temps warmer.

[Metaxas]

No no no, like an inline chiller. Ok, visualize this:

Coolant flow from output of pump / reservoir, through a "T" valve, (X) percent of coolant would flow through block, and the other would just flow normal, and then the cold coolant would hit the warmer coolant, and have a "balancing effect", then after the cooler, it hits the DDMaze2 block, then to radaitor, (big ass heater core) to back to pump. See, I just want a balancing effect, just to knock the temps down some, but not to the freezing mark. Why? I haven't finished my super secret project to elimante the condensation worries forever.... ;D

Note that, if the TEC isn't too large, I am going to use a hedgehog and delta fan combo to cool it.