For liquid cooling, the GPU is more important than the CPU.
For liquid cooling, the GPU is more important than the CPU.
I'm planning to construct a new system within a compact case. I can accommodate a full-sized video card, but only space for a single small AIO liquid cooler. I've noticed some premium video cards with built-in AIO coolers; I'm unsure if it's more advantageous to purchase one or opt for a CPU liquid cooler instead.
the new i5 is expected to outperform the current i7 at a lower cost. prices should stay within a few dollars, around 10-20 on the CPU and roughly the same as before (+- 150$) in memory capacity. For your situation, even with an optimized custom loop, it would likely be very noisy and probably limited by heat issues. However, the larger Shift X model can support 280 + 120 radiators, which works well with AiOs. A custom loop would be more efficient, allowing you to share radiators and use superior parts. Under load, it might still be noticeable but not overly bothersome. Creating a custom loop is quite manageable, and leaks are rare over time—my experience shows no leaks after 15-20 minutes of testing. Doing this for...
No AIO CLC type CPU cooler matches the thermal performance of higher-end air coolers in their price range. For GPUs, they reduce GPU temperatures but have no impact on VRM or memory. Without specific details about the components involved, a thorough response can't be given. For case cooling, it's suggested to use one 140mm fan per 75-100 watts of power. With a 90 watt CPU, 250 watt GPU, 35 watt MoBo, and 40 watts for other parts... at least four fans are needed.
Sorry, I considered using an i7-7700K for the CPU and a 1080 Ti video card, but then I recalled an EVGA model and thought it might be worth exploring. I understand it's currently out of stock, though.
OK so I'm noticing a 7700k (90 stock / 130 watts overclocked) setup... and a GFC card that can easily reach 350 overclocked... (well not that one).
My advice is:
Case - [link]
Cooler - [link]
Card - [link]
You should add (Swiftech):
(2) G-1/4 fittings
18" tubing
Extra bottle of coolant
If you want, you can add another 240mm rad in front and a 140mm in the rear
Refer to the 3:26 mark for the CLC build
https://www.youtube.com/watch?v=8t-ibmQ5kfE
I don't recommend using CLC type cooling with their weak pumps, no reservoir, and most importantly mixing thermally inefficient aluminum rads with copper water blocks.
With the Swiftech... you remove all those issues
I'm concerned about creating a custom liquid cooling setup. I believe an AIO option would be more reliable, as I fear making mistakes could lead to leaks and wasted money. I was planning to use the new Phanteks Shift case, which allows for some customization, but I still worry about handling it myself. Based on the photos I've seen, I think I can fit around 2 140mm, though it will be quite tight—one at the bottom and one at the front.
The Swiftech is an all-in-one system. It consists of ready-made custom water cooling components assembled at the factory and delivered exactly as depicted. Adding the EK Sehawk is straightforward:
1. Insert the G-1/4 fittings onto the card.
2. Remove the tube from the water block and connect it to the radiator on the side. Drain any remaining coolant into the pitcher.
3. Link that tube to the card water block inlet.
4. Connect the new tube from the 1080 Ti block to the radiator.
5. Fill the radiator side port with coolant.
6. Perform a system bleed.
An alternative choice is the Asus Poseidon, which offers a combined air and water cooling solution. You can begin with an air-only setup and upgrade later as you become more comfortable.
Another reliable option is the EK system, though it comes at a higher cost. It uses genuine custom water loop parts and is designed for seamless installation. You buy a pre-filled 1080Ti water block and install it directly:
https://www.youtube.com/watch?v=Sq4iNbCD844
For more details on the latest updates, see the announcements here:
- https://www.ekwb.com/news/ek-is-announci...-products/
- https://www.reddit.com/r/watercooling/co...s/dg7gg4g/
Q3 concludes in five days.
unless you reside in an arctic area, i recommend against this choice for your setup. you'll need to utilize CPU and GPU with power draw above 400w tdp, plus significant overclocking. additionally, purchasing a 7700k right now seems unnecessary. within a week, the 8700k model will be available with two more cores.
I considered choosing the 7700k as it remains a solid CPU option and thought prices might drop with the next generation models. If I opt for the coffee plan, I might end up needing the i5 version if costs become too high, plus a newer 370 motherboard which would add to the expense. I appreciate the Shift design but noticed it struggles with heat, so I’m considering liquid cooling. However, I’m hesitant about doing a custom build and risking leaks, which is why I’m leaning toward an AIO solution. The EK systems also appeal because they combine everything in one package and are supposed to be easy to install. I’ll need to weigh my options further.