I replaced the 3.1 DDC pump that came with the block with a 4.2 DDC and installed a heatsink. I eventually used anti-vibration standoffs to mount a 60mm fan to the heatsink. A push-pull drain valve is much easier to install on this distro plate than a turn valve.
I initially tried an older EVGA P2 1000W PSU, but swapped it out for a smaller G6 1000W PSU to leave more space and make it easier to install the channel cover without moding.
The photo makes it looks like this is a fingerprint magnet, but I didn't even realize they were there until after looking at the photo later (otherwise I would have cleaned it before taking the picture).
Finished running the lines and awaiting it's first fill.
Leak tested, filled, and in it's new home.
Mandatory unicorn puke mode (I don't usually leave it in this mode since it's a bit too distracting).
Black and Nickel Z690
Upgrade from my i5-6600K system and my first custom loop build. An O11D-XL distro-plate build isn't very unique I realize, but I like the clean look.
i9-12900K
32GB DDR5 5600MHz C36 Dominator Platinum
Asus Maximus Z690 Apex
EVGA RTX 3080 FTW3 Ultra Gaming
I was going to get a Z690 Hero at first, but they were hard to find at the time after a batch of recalls so I upgraded to the Apex (which I realize is overkill).
I have a 500GB Samsung 980 and 1TB Seagate FireCuda 530. The DIMM.2 slot from Asus Apex MB seems a bit gimmicky at first, but I can run both drives at max speeds (3K and 7K MB/s respectively) and still have access to swap them out later if necessary without draining the loop - since my GPU blocks all the M.2 slots on the motherboard. That being said it does have a couple annoying red RGB lights that cannot be disabled. I tried to cover them with thermal pads but it only dimmed the light (not eliminated it).
I use a Corsair Commander Core XT to run fans off water temperature sensor (pump runs at a fixed RPM from a MB header though). I used adapters to plug in the other RGB into the Corsair RGB channels to manage everything from one place. In hind-sight I would have liked to try out the Lian-Li uni-fans since they have a smaller cable management footprint.
Offset the default voltage curve by -0.06V to drop temperatures and open up headroom for OC to 5.2/4.0GHz all-cores (5.5 boost on 3 cores).