- Joined
- Oct 6, 2009
- Messages
- 2,828 (0.51/day)
- Location
- Midwest USA
System Name | My Gaming System |
---|---|
Processor | AMD Ryzen 7 7800X3D |
Motherboard | Gigabyte b650 Aorus Elite AX |
Cooling | Phanteks Glacier One 360D30 |
Memory | G.Skill 64000 Mhz 32 Gb |
Video Card(s) | ASRock Phantom 7900XT OC |
Storage | 4 TB NVMe Total |
Case | Hyte y40 |
Power Supply | Corsair 850 Modular PSU |
Software | Windows 11 Home Premium |
you know as many of these water cooling setups that I've seen on here I've come to notice one thing...
if your cooling both CPU and GPU/s why go from the CPU block into the GPU block why not put in a Y or T joint in before the CPU and goto each separately, I know it's less hassle to do it the other way but by doing so your just pumping already heated water onto the GPU and even hotter water by the time it gets to a second or third GPU block sorta like this crude sketch
View attachment 41333
Well with me.... I wanted a Performance but also quiet approach. I mulled over it and I asked allot of questions too. Most of the people I asked said go for a Separate GPU Loop and a separate CPU Loop. And I guess I could of.
But with the type of Rad and set up I got going here.... I am getting the best of both worlds really. I am running only 4 fans right now.....and my temps are.....
Old Furmark Temps GPU During Load....
Bottom 75c
Top 87c
New...
Bottom 34c
Top 37c
Old CPU Temp....(Stock speeds haven't overclocked yet)
50c
New CPU Temp....
43c
I thought these temps were too good to be true and that I was getting a glitch some where. But after testing 3 or 4 times with 3 or for different temp monitoring programs....I am actually getting better temps water cooling both the GPU's and the CPUs on the same loop rather then just the CPU on it's own loop.
Now granted I only had a CPU loop in my old setup.... so I had nothing to compare too. Plus I was using the cheapest Duel Black Ice Rad I could find.
But My point is given a strong enough Pump and given a Strong enough Rad.... people should have no problem cooling 2x GPU's and 1x CPU on the same Loop. The water moves fast enough over the Chips that it doesn't matter what order you have the loop in. As long as all the Heat gets to the rad and the rad is able to get rid of it.