- Jul 11, 2013
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Just wanna get opinions to verify that no problems would come up with this set-up besides the pressure that the pump may face.
here's a rough plan for the watercooling loop that I have in mind.
I got a multi-in/out reservoir, pump is still under debate on which one I should use (probably gonna use a D5 pump)
So my main goal is to let CPU and GPU act like separate loops without using two pumps and reservoir to save space and money as well. and since I got a multi port reservoir I thought that may be I could use T splitter right after the pump, then it would push water thru two tubes one passing thru the CPU and another to the GPU each having they're own radiator. Temp wise, I believe it should perform just a tiny better against a traditional single loop, two blocks config but not much but I just like the fact that the liquid wouldn't be as warm while passing thru the 2nd block (whichever it may be) when using a traditional single loop.
Please tell me what you guys think, just wanna verify and another nice thing about this set-up, if I were to remove the GPU to upgrade, I can close out that part without much trouble and keep the CPU loop in tack.
or I may also get another pump making it two pumps/1 res configuration instead. that would cost me 80bucks more but would it be worth it?
here's a rough plan for the watercooling loop that I have in mind.
I got a multi-in/out reservoir, pump is still under debate on which one I should use (probably gonna use a D5 pump)
So my main goal is to let CPU and GPU act like separate loops without using two pumps and reservoir to save space and money as well. and since I got a multi port reservoir I thought that may be I could use T splitter right after the pump, then it would push water thru two tubes one passing thru the CPU and another to the GPU each having they're own radiator. Temp wise, I believe it should perform just a tiny better against a traditional single loop, two blocks config but not much but I just like the fact that the liquid wouldn't be as warm while passing thru the 2nd block (whichever it may be) when using a traditional single loop.
Please tell me what you guys think, just wanna verify and another nice thing about this set-up, if I were to remove the GPU to upgrade, I can close out that part without much trouble and keep the CPU loop in tack.
or I may also get another pump making it two pumps/1 res configuration instead. that would cost me 80bucks more but would it be worth it?