Arkamedies
10-14-01, 07:53 AM
Okay folks, this may get long, I am not sure yet... I have so much romping through my mind right now that I can't even sleep... there goes another 30-some hour day! Damn I hate that... Anyways... here we go.
After looking over the VapoChill and Koolance and several other HIGH end coolinf cases, I have decided that these folks just do not, and I mean do not with a passion, like to deal with real world folks. They make their cases, they say "We can get you to -5 deg F." So ya look into it figuring they are ready to roll with real life people... nope.
The problem I run into is that.. well okay, there are several problems...
1. The hose is only designed for a medium sized case, and that is only if you don't have an od motherboard with the connector low instead of at the top.
Their answer: We are looking to the need for longer hoses, but we did not say our product worked for all systems.
2. They are NOT going to make a system for duel CPUs.
answer from them: There is not enough market for it. We are focussing on the overclocking crowd for now.
3. Their systems cost $450.00 and up JUST for the cooling system.. that is with no case or ANYTHING! LOL
answer from them: We have no problem with people just ordering the cooling system, but you may need to send it and your system to us to install it.
Here is why I want the refridgerator compressor style actual cooling system:
1. The temp on a Intel 1.3 gig chip, overclocked to 1.888 stayed at -5 F under load for 24 hours.... impressive
2. The compressors are quieter than normal fans by almost half.
Meaning 48 d instead of 75 to 80 d.
3. I would rather have a sealed compressor system than a water system that may spring a leak from a joint.
4. Did I mention -5 F?
Okay all you Engineering/Rocket Science/Phreaks/Techno-galactic-SuperClockers! Has anyone got even the slightest clue of how to make a compressor feed two (2) lines out and two (2) back in?
This is what I figure, and PLEASE correct me if I am wrong.
If I put a "Y" splitter at the outflow joint that feeds to the CPU's, and another on the intake to the canister that turns the vapor back into liquid before it goes back into the compressor, would that not work?
Again, I am sorry for the long letter, but if anyplace can help me... OC can!!! Thanks!!!:D
After looking over the VapoChill and Koolance and several other HIGH end coolinf cases, I have decided that these folks just do not, and I mean do not with a passion, like to deal with real world folks. They make their cases, they say "We can get you to -5 deg F." So ya look into it figuring they are ready to roll with real life people... nope.
The problem I run into is that.. well okay, there are several problems...
1. The hose is only designed for a medium sized case, and that is only if you don't have an od motherboard with the connector low instead of at the top.
Their answer: We are looking to the need for longer hoses, but we did not say our product worked for all systems.
2. They are NOT going to make a system for duel CPUs.
answer from them: There is not enough market for it. We are focussing on the overclocking crowd for now.
3. Their systems cost $450.00 and up JUST for the cooling system.. that is with no case or ANYTHING! LOL
answer from them: We have no problem with people just ordering the cooling system, but you may need to send it and your system to us to install it.
Here is why I want the refridgerator compressor style actual cooling system:
1. The temp on a Intel 1.3 gig chip, overclocked to 1.888 stayed at -5 F under load for 24 hours.... impressive
2. The compressors are quieter than normal fans by almost half.
Meaning 48 d instead of 75 to 80 d.
3. I would rather have a sealed compressor system than a water system that may spring a leak from a joint.
4. Did I mention -5 F?
Okay all you Engineering/Rocket Science/Phreaks/Techno-galactic-SuperClockers! Has anyone got even the slightest clue of how to make a compressor feed two (2) lines out and two (2) back in?
This is what I figure, and PLEASE correct me if I am wrong.
If I put a "Y" splitter at the outflow joint that feeds to the CPU's, and another on the intake to the canister that turns the vapor back into liquid before it goes back into the compressor, would that not work?
Again, I am sorry for the long letter, but if anyplace can help me... OC can!!! Thanks!!!:D