So basically it comes down to whether i'd have enough flow to do everything in parallel...
If i do the cpu in parallel with the gpu and n-bridge in series as Brad suggests, then the hottest parts would get the coolest water and there would only be the one division of flow. Provided that the n-bridge doesn't need that much cooling.
Considering these things, what radiator would work best for this? What do u guys suggest? Or even what do u run? If u had the money to burn what would u get?
Block-wise i guess most are suffice... From what i've read on some ppls setups those that use DD work pretty well... What are your experiences? I want it cold and all, but my main focus is to keep it cool and quiet with the leeway for some overclockin... I'd prefer the system to be capable of at least a couple mobo/cpu upgrades b4 i have to change the water system. Most likely I'd imagine most cpu upgrades in the future will still probably hover around these temp points. If u notice that the TBird was hot but the XP was a little cooler until the Mhz went up. So i imagine that even if the die size goes down it will be counter acted by the freq going up. Regardless I'd like the Radiator to be able to handle the heat and bring the water temp back as close to ambient as i can get. I'm not in for some super cooling...
Just cool with quite a bit of room to spare.
Cyph3r