Well, I think I'm gonna go all-out-insane & do a dual pump/dual loop system.
Loop1 will be a 500gph Danner feeding a homemade high-flow water block. Pump -> Block -> Rad
Loop2 will be either 250 or 500gph Danner(probably the 500) feeding GF4 -> Chipset -> RAM -> PSU -> Flow sensor/indicator -> HD -> Rad.
_
Basically: (ignore periods for spacing)
Pump1 -> Loop1 -\................/-> Pump1
..........................>Radiator<
Pump2 -> Loop2 -/................\-> Pump2
90% sure there will be a plexi waterwindow/res in there too..., Two systems could dump into the res then into rad. I might put the GF4 into the first system loop though...
Rad is an Escort Heatercore, about 6"x8"x2" core or so, shrouded with fans on both sides.
I'll be getting the new Soyo P4X400 DRAGON Ultra P4 board with a 1.6A P4 or 1.8A P4 at the least, OC'ed as far as it will go.
Can anyone tell me if this HC will handle all this?
Loop1 will be a 500gph Danner feeding a homemade high-flow water block. Pump -> Block -> Rad
Loop2 will be either 250 or 500gph Danner(probably the 500) feeding GF4 -> Chipset -> RAM -> PSU -> Flow sensor/indicator -> HD -> Rad.
_
Basically: (ignore periods for spacing)
Pump1 -> Loop1 -\................/-> Pump1
..........................>Radiator<
Pump2 -> Loop2 -/................\-> Pump2
90% sure there will be a plexi waterwindow/res in there too..., Two systems could dump into the res then into rad. I might put the GF4 into the first system loop though...
Rad is an Escort Heatercore, about 6"x8"x2" core or so, shrouded with fans on both sides.
I'll be getting the new Soyo P4X400 DRAGON Ultra P4 board with a 1.6A P4 or 1.8A P4 at the least, OC'ed as far as it will go.
Can anyone tell me if this HC will handle all this?