Hi Guys,
Although i have been overclocking high end pc systems for many years, i am yet to venture into the realms of watercooling....
I am ready for a complete system upgrade (re-build) and due to the high specs i am planning, i cant see any other way of achieving a highly stable / low noise / overclockable system without going down the H2O route..
I Have been running a Shuttle XPC system (limited edition) for about the last 18-24 months and i’m starting to feel the thing struggle with some of the latest software and my continually pushing the envelope on multitasking (i use a triple monitor setup and do high res image editing, web/graphic design, 3D CAD design, Video Editing – oh, and the odd hardcore game now and again
)...
So, first of all, here is my plan for the main system which i am reasonably happy to go ahead with:
Case
Lian-Li Aluminium V1200B Plus II Black Case
Mobo
Abit IN9 32X-MAX WiFi nForce
CPU
Intel Core 2 Quad Extreme Edition QX6700 "LGA775 Kentsfield" 2.66GHz (1066FSB)
GPU
BFG GeForce 8800 GTX OC 768MB GDDR3 HDTV/Dual DVI (PCI-Express)
RAM
Corsair 4GB DDR2 XMS2 Dominator DHX PC2-6400C5 TwinX (2x2GB)
PSU
Enermax Infiniti 650W EIN650AWT ATX2.2 Modular SLI Compliant PSU
HDD
Raptor 74Gb X2 (RAID 0)
---------------------------------
I’m kinda thinking this lot is gonna get a tad bit hot so without it sounding like a tornado in my office using basic air cooling, here is my preliminary shopping list for my first Water cooled system:
Pump
Laing 12V D5 Vario Pump
Rad
Back Ice® GTX Gen Two Xtreme 240 Highest Peformance Radiator
CPU Block
Swiftech Apogee™ GTX
GPU Block
Danger Den 8800GTX Single Block - SLI Prep
Res
Not sure, probably a 5 ¼” bay mounted one
You see, what I was thinking is to order another Radiator, like a single Black Ice GTX 120 and then I could do:
Pump -> CPU -> Single Rad -> GPU -> Double Rad -> Res -> back to Pump
I was thinking that the double Rad could go either at the top or the bottom of the V1200 case and the single one on the rear 120mm mount… Then I would be theoretically passing cooler water through the GPU rather than pre-heated water directly from the CPU block to the GPU.
I have a good budget for my main system so cost is the lesser of the issues. My main concern is that everything will sit inside the case without having to pass tubing outside or anything like that.
I have heard that those Abit IN9 chaps get pretty hot around the North bridge chip so adding a secondary cooling phase through the single rad before going to the GPU would maybe handle going through a NB waterblock too.
Obviously, my main concern is that although I have selected the Black Ice GTX series and the half inch ID tubing to allow better (less restricted) flow, I am worried that the Laing D5 Vario will not be able to manage pushing water through all that without slowing flow too badly.
Before i go making my orders online, it would be great to hear some opinions on my planned system before spending the dosh and then finding problems later down the line..
Thanks for any input at all guys, i would really appreciate it
Cheers,
Andy
Although i have been overclocking high end pc systems for many years, i am yet to venture into the realms of watercooling....
I am ready for a complete system upgrade (re-build) and due to the high specs i am planning, i cant see any other way of achieving a highly stable / low noise / overclockable system without going down the H2O route..
I Have been running a Shuttle XPC system (limited edition) for about the last 18-24 months and i’m starting to feel the thing struggle with some of the latest software and my continually pushing the envelope on multitasking (i use a triple monitor setup and do high res image editing, web/graphic design, 3D CAD design, Video Editing – oh, and the odd hardcore game now and again

So, first of all, here is my plan for the main system which i am reasonably happy to go ahead with:
Case
Lian-Li Aluminium V1200B Plus II Black Case
Mobo
Abit IN9 32X-MAX WiFi nForce
CPU
Intel Core 2 Quad Extreme Edition QX6700 "LGA775 Kentsfield" 2.66GHz (1066FSB)
GPU
BFG GeForce 8800 GTX OC 768MB GDDR3 HDTV/Dual DVI (PCI-Express)
RAM
Corsair 4GB DDR2 XMS2 Dominator DHX PC2-6400C5 TwinX (2x2GB)
PSU
Enermax Infiniti 650W EIN650AWT ATX2.2 Modular SLI Compliant PSU
HDD
Raptor 74Gb X2 (RAID 0)
---------------------------------
I’m kinda thinking this lot is gonna get a tad bit hot so without it sounding like a tornado in my office using basic air cooling, here is my preliminary shopping list for my first Water cooled system:
Pump
Laing 12V D5 Vario Pump
Rad
Back Ice® GTX Gen Two Xtreme 240 Highest Peformance Radiator
CPU Block
Swiftech Apogee™ GTX
GPU Block
Danger Den 8800GTX Single Block - SLI Prep
Res
Not sure, probably a 5 ¼” bay mounted one
You see, what I was thinking is to order another Radiator, like a single Black Ice GTX 120 and then I could do:
Pump -> CPU -> Single Rad -> GPU -> Double Rad -> Res -> back to Pump
I was thinking that the double Rad could go either at the top or the bottom of the V1200 case and the single one on the rear 120mm mount… Then I would be theoretically passing cooler water through the GPU rather than pre-heated water directly from the CPU block to the GPU.
I have a good budget for my main system so cost is the lesser of the issues. My main concern is that everything will sit inside the case without having to pass tubing outside or anything like that.
I have heard that those Abit IN9 chaps get pretty hot around the North bridge chip so adding a secondary cooling phase through the single rad before going to the GPU would maybe handle going through a NB waterblock too.
Obviously, my main concern is that although I have selected the Black Ice GTX series and the half inch ID tubing to allow better (less restricted) flow, I am worried that the Laing D5 Vario will not be able to manage pushing water through all that without slowing flow too badly.
Before i go making my orders online, it would be great to hear some opinions on my planned system before spending the dosh and then finding problems later down the line..
Thanks for any input at all guys, i would really appreciate it
Cheers,
Andy