SteamPunk Custom PC Copper Watercooling by Quadcapable
UPDATE TO PICS
I began this build over a year ago with the assumption I could have it completed within a few months. A year later and after several RMA resolutions and a very tricky timing bios issue is finally my daily driver. Because of my disability (quadriplegic), there have been some additional issues when trying to communicate my ideas to the actual hands putting the computer together. Luckily, I have been able to have some very good people assist me, get frustrated with me, but in the end get the job done. Many of the components were taken from a computer purchased by the Department of Veterans Affairs for my use along with some of my own purchases.
I want to incorporate Alice in Wonderland and Steampunk into the build and thought the best way to do that was to use one half-inch copper tubing along with the push to connect fittings by Sharkbite. I also painted the case to make it look more antiqued and added a decorative backdrop inside the case to bring the exterior and interior together. The lighting effect is meant to incorporate an Edison bulb glow to the interior.
I chose the I7-8700 K based on my personal workload. I typically use my computer as a workstation for video editing (minimally) and a lot of streaming and gaming. My stream has offset to a different computer for rendering, etc. I have managed to overclock the CPU on all six cores to 5. 2 GHz stable at 30°
At first, I had chosen the Asus Hero, but after having to RMA that board I upgraded to the Formula X. this board was also an RMA as apparently my first 8700 K was shorting out my motherboards. After a couple of months of Postal Service back and forth. I had a CPU and motherboard that really like each other and managed to POST and load Windows.
From all of the forms, I have read this particular combination of CPU and motherboard work well with 3200 MHz RAM. I chose the RGB Trident Z because of the lighting effect along with the great reviews of that particular RAM. There were some timing issues initially and I had to disable fast booting power to synchronize everything for startup.
Samsung 960 Evo 250 MB for the operating system and any programs I run daily. Initially, I will have a second m.2, but for now, I am backing up to a secondary SSD which only shows signs of lag when rendering large videos.
The 1080 from MSI came with the build from Department of VA, so I transferred to this case. It manages to run every game I have at 144 MHz refresh rate FPS. Unfortunately, with the prices of GPU’s. I will have to wait on the 1080 TI so that I can update this graphics card. But I am very happy with the 1080 Aero OC 8 GB from MSI. I overclocked with MSI Afterburner 2075 MHz 11200 euros for the memory at 32°C. 1043mV
I chose the case because of its rigidity and that it can be gutted relatively easily and allow for more customization.
Fully modular with a great control panel enough power to launch a rocket ship. 1200 W may be overkill for this particular build. The PSU was also from the Department of VA computer. I think that the HX or AX 650 and up from Corsair would be just fine.
I recommend water cooling hands-down over any other type of cooling readily available to the average consumer. I chose a rather difficult way of and permitting cooling, but if you were to use flexible tubing. You would be able to get by with a lot less of an expense. AIO coolers are a simple but effective way to meet most cooling demands. The Kraken G 12 helps with incorporating your GPU for cooling without breaking the bank. If you are considering a loop for your build. I advised to keep it very simple and you will find you may end up with something like I have.
My temperatures for the CPU under-load the PC never goes over 50°C and at 29°C idle. Previously using air cooling temperatures Were around 65°C idle, and around 79° while gaming. I also de-lidded the CPU so that also assisted with the lower temps. My 1080 always ran over 80° no matter what settings were applied. With the watercooling, it stays at 30°C with overclocking and under stress.
Pics by: https://jeffjenkinsphotography.com
overclocked easily to 5.2ghz all cores at 30degrees w/ watercooling