I've resisted h2o for a long time now....but it is on now.
I'm going to make a small upgrade in my 2nd computer (KD7-Raid, 1900+) to (2400+ Mobile and Nforce PRO) to tide me over until 939 a64's are available. I'm going to get a new case, I plan on keeping my old system intact (basically because I have so many SCSI devices in it, I can leave it as an mp3/data server and move the good innards to a smaller/newer case). The case I'm planning on getting is an Enermax Titanium with dual 80mm exhaust (I like 120mm better...but I love this case).
Here are the options:
1. One heater core that the two rear 80mm fans can be attached to
2. Two heater cores (each capable of attaching to an 80mm fan...even if it isn't to the rear 80mm fans) with two pumps.
The idea was to cool the vpu, cpu and chipset. Since each block is going to increase my flow resistance (and add heat to the water) what if I were to have one radiator and pump devoted to CPU and the other devoted to VPU and chipset. This would keep flow high on both systems AND would also, I'm thinking, effectively keep all the chips even cooler.
Anyways, here is the case:
http://www.gamepc.com/labs/view_con...CE5869A9027FD6A95EB993073C2E0973232A7F2342D87
I'm going to make a small upgrade in my 2nd computer (KD7-Raid, 1900+) to (2400+ Mobile and Nforce PRO) to tide me over until 939 a64's are available. I'm going to get a new case, I plan on keeping my old system intact (basically because I have so many SCSI devices in it, I can leave it as an mp3/data server and move the good innards to a smaller/newer case). The case I'm planning on getting is an Enermax Titanium with dual 80mm exhaust (I like 120mm better...but I love this case).
Here are the options:
1. One heater core that the two rear 80mm fans can be attached to
2. Two heater cores (each capable of attaching to an 80mm fan...even if it isn't to the rear 80mm fans) with two pumps.
The idea was to cool the vpu, cpu and chipset. Since each block is going to increase my flow resistance (and add heat to the water) what if I were to have one radiator and pump devoted to CPU and the other devoted to VPU and chipset. This would keep flow high on both systems AND would also, I'm thinking, effectively keep all the chips even cooler.
Anyways, here is the case:
http://www.gamepc.com/labs/view_con...CE5869A9027FD6A95EB993073C2E0973232A7F2342D87