Pako
Staff Emeritus
- 16,450
- NW Montana
- GTP-Pako
- GTP Pako
Ok, so.... I have to say, a common misconception to water cooling is that it is a quieter way to go. That is what I thought when I first went the H2O route. Depending on your setup, that may not be the case. Just because you are on water, you still have to have fans cooling the radiator fins that the water passes through.
For example, my water cooled system uses (2) 120mm x 3 radiators. That's a total of 6 120mm fans to keep everything nice and cool. I suppose if I were not overclocking, I could have gotten away with a much smaller setup, but as I raised voltages, I had to keep things cool. The larger radiators and subsequently more fans were required which resulted in cooler temps, more stable clocks, but definitely more noise in my setup.
Here's where water really comes into play, if you are raising voltages to get stable clocks but can't manage the heat, it may be time to go water. For example, you have a stable clock, but can only run it under load for 10 minutes because everything is getting too hot, water might be a very good solution for you. Adding water loops is not a miracle solution, but it can help considerably.
For example, my water cooled system uses (2) 120mm x 3 radiators. That's a total of 6 120mm fans to keep everything nice and cool. I suppose if I were not overclocking, I could have gotten away with a much smaller setup, but as I raised voltages, I had to keep things cool. The larger radiators and subsequently more fans were required which resulted in cooler temps, more stable clocks, but definitely more noise in my setup.
Here's where water really comes into play, if you are raising voltages to get stable clocks but can't manage the heat, it may be time to go water. For example, you have a stable clock, but can only run it under load for 10 minutes because everything is getting too hot, water might be a very good solution for you. Adding water loops is not a miracle solution, but it can help considerably.