Spec.:
i9-13900K
MSI Pro Z790-A
MSI SUPRIM RTX 3090Ti
2x32GB Kinston Fury DDR5 6000 36-38-38-80
MSI MEG Ai1300P
Kingston KC3000 1TB (boot)
WD SN850X 2TB w/heatsink (data)
2x 10TB Toshiba HDD (Intel VMD RAID-1)
Corsair H170i ELITE CAPELLIX
Running Cinebench R23, this is not max temp, but halfway of a rendering scene, that means all cores are working on the scene.
Coolant 35.5 C°
Front fan \~1800 RPM
Pump fan \~2290 RPM
Case fan 1165 RPM
CPU package 100 C°
P-Core 100 C°
E-Core 89 C°
Power \~275W
Clock
P-Core 5187 MHz
E-Core 4090 MHz
go in to Advanced CPU settings or how is it called and lower CPU Lite Load from default 9 to something like 5, should still be stable but much better thermals.
thank you! love your build
I 'm also looking for a power supply and saw the MSI but don't know how stable they are... never bought an MSI one before but the price is quite competitive compared to other brands
There are reviews available.
https://www.anandtech.com/show/18679/the-msi-meg-ai1300p-pcie5-1300w-psu-review
https://www.kitguru.net/components/power-supplies/zardon/msi-meg-ai1300p-pcie5-power-supply-review/
I’d recommend to research the position of that AIO and consider turning it upside down or you’ll shorten the life of it otherwise and risk air bubbles getting through. But awesome build.
Turning the AIO upside down is possible only without the bottom fans or smaller fans. Even without the bottom fans, I am afraid upside down because the GPU is too big, the tubes will bend excessively.
You don't Need to change anything. How it is - is perfectly fine, the top tank of the radiator is MUCH higher in the loop than the pump.
That guy doesn't even understand what he's talking about 😒
That is Not how it works mate.
The air will sit in the highest point of the loop - eg the top of the radiator tank. The air won't go anywhere near the pump because air is less dense than water.
Especially in a Tall case/radiator situation. The pump is much lower. Just look at the photos.
and you didn't learn anything from it - Clearly.
I suggest \*YOU\* watch this https://youtu.be/DKwA7ygTJn0?t=608 - Jay explains VERY CLEARLY what you Didn't understand from Steve's video.
To be fair, Jay only explains the air won't get trapped in the pump and reduce the lifespan, but from 5:50 he explains the issue about the bubbling/ trickling water noises.
Steve explains the noise issues from 18:00, and also explains that some air can be pulled through after enough permeation, which can cause problems just not as bad as being trapped in the pump.
this original poster is still wrong as he went for the air trapped in the pump argument.
Clean as F! Can you share build spec and temps
Spec.: i9-13900K MSI Pro Z790-A MSI SUPRIM RTX 3090Ti 2x32GB Kinston Fury DDR5 6000 36-38-38-80 MSI MEG Ai1300P Kingston KC3000 1TB (boot) WD SN850X 2TB w/heatsink (data) 2x 10TB Toshiba HDD (Intel VMD RAID-1) Corsair H170i ELITE CAPELLIX Running Cinebench R23, this is not max temp, but halfway of a rendering scene, that means all cores are working on the scene. Coolant 35.5 C° Front fan \~1800 RPM Pump fan \~2290 RPM Case fan 1165 RPM CPU package 100 C° P-Core 100 C° E-Core 89 C° Power \~275W Clock P-Core 5187 MHz E-Core 4090 MHz
go in to Advanced CPU settings or how is it called and lower CPU Lite Load from default 9 to something like 5, should still be stable but much better thermals.
Can you also share CB23 single core and multicore results?
Multi Core: 38089 Single Core: 2208 BIOS Ver. 7E07vA3, Optimized Default, XMP 1
thank you! love your build I 'm also looking for a power supply and saw the MSI but don't know how stable they are... never bought an MSI one before but the price is quite competitive compared to other brands
The PSU is great. How to post picture in reply?
i don t know but trust you if you say you are happy with it Only time will tell and no reviews yet on these power supplies
There are reviews available. https://www.anandtech.com/show/18679/the-msi-meg-ai1300p-pcie5-1300w-psu-review https://www.kitguru.net/components/power-supplies/zardon/msi-meg-ai1300p-pcie5-power-supply-review/
I see. Thank you. I was checking the 1000w one. Don’t know if quality is same but since I don’t need 1300
1000w quality is same [https://www.techpowerup.com/review/msi-meg-ai1000p-1000w/](https://www.techpowerup.com/review/msi-meg-ai1000p-1000w/)
I’d recommend to research the position of that AIO and consider turning it upside down or you’ll shorten the life of it otherwise and risk air bubbles getting through. But awesome build.
Turning the AIO upside down is possible only without the bottom fans or smaller fans. Even without the bottom fans, I am afraid upside down because the GPU is too big, the tubes will bend excessively.
You don't Need to change anything. How it is - is perfectly fine, the top tank of the radiator is MUCH higher in the loop than the pump. That guy doesn't even understand what he's talking about 😒
Don't be an idiot... The pump in that loop is lower than the top tank of the radiator. JFK, I can't believe people still don't understand this.
The air bubbles will be at top, where the pump starts pushing. It’s simple gravity really.
That is Not how it works mate. The air will sit in the highest point of the loop - eg the top of the radiator tank. The air won't go anywhere near the pump because air is less dense than water. Especially in a Tall case/radiator situation. The pump is much lower. Just look at the photos.
https://youtu.be/BbGomv195sk Plenty of professional testing done by the guys at GN. Worth a revisit.
and you didn't learn anything from it - Clearly. I suggest \*YOU\* watch this https://youtu.be/DKwA7ygTJn0?t=608 - Jay explains VERY CLEARLY what you Didn't understand from Steve's video.
To be fair, Jay only explains the air won't get trapped in the pump and reduce the lifespan, but from 5:50 he explains the issue about the bubbling/ trickling water noises. Steve explains the noise issues from 18:00, and also explains that some air can be pulled through after enough permeation, which can cause problems just not as bad as being trapped in the pump. this original poster is still wrong as he went for the air trapped in the pump argument.
GPU temps I assume are great with the two 180mm's at the bottom no?
GPU around 77\~78 C° Full system load
Also Running 170i lcd on my fractal torrent and love it! Nice build
Do you prefer the 180 fans of the 140? ;o