nighthawke
n00b
- Joined
- Feb 27, 2005
- Messages
- 17
While prowling the 'net, I hit upon a company with a interesting solution to using thermoelectrics to cool down a system.
They take the TEM and put it into a case with all the supporting gear (fans, pumps, thermostats, reservoir) to operate the unit.
The idea behind my suggestion is to take the TE module and get it away from the CPU because of the ongoing problem with condensation and icing. (moisture + electronics = bad news. But you probably know that already)
This gadget actually tames the chilling effects of the TEM by having it chill glycol/water, then sending it into the 'sinks to cool down the system.
They also make a 580 watt unit with a 500 watt heating option (gawd knows why we would need hot glycol coursing around our chips).
One of the headaches about this kind of setup is the long length of time that it takes to chill the glycol down.. *shrugs*
The other headache is the cost.
$2,000+ US!
This is defintely a unit that you will be investing for the long haul, to last over the lives of several PC systems.
My 2 cents worth
NH
They take the TEM and put it into a case with all the supporting gear (fans, pumps, thermostats, reservoir) to operate the unit.
The idea behind my suggestion is to take the TE module and get it away from the CPU because of the ongoing problem with condensation and icing. (moisture + electronics = bad news. But you probably know that already)
This gadget actually tames the chilling effects of the TEM by having it chill glycol/water, then sending it into the 'sinks to cool down the system.
They also make a 580 watt unit with a 500 watt heating option (gawd knows why we would need hot glycol coursing around our chips).
One of the headaches about this kind of setup is the long length of time that it takes to chill the glycol down.. *shrugs*
The other headache is the cost.
$2,000+ US!
This is defintely a unit that you will be investing for the long haul, to last over the lives of several PC systems.
My 2 cents worth
NH