Building a liquid-cooled PC is surprisingly simple and comes with a wide range of benefits. For starters, a liquid-cooled PC is much quieter than an air-cooled machine. This is great considering you make your liquid-cooled PC incredibly powerful without having to deal with an insanely loud computer.
If you’re searching for how to build a liquid cooled PC, we strongly recommend you consider making a liquid-cooled computer. This post will cover everything you need to know to get started.
Why Build a Custom Liquid-Cooled PC?
If your life doesn’t revolve around computers, you might be wondering why a custom liquid-cooled PC is the way to go. One of the most apparent reasons is cost. When you build a custom PC (the right way), you’ll end up saving money in the long run.
Sure, there are cheaper machines out there with substantial computing power, but their stock cooling systems destroy the hardware after just a couple of years. With the right tools and knowledge, you can build your own computer as a fun project. Constructing your PC will teach you the ins and outs of how a computer works from a hardware perspective.
Building Your Liquid Cooled PC
There are four main components to a liquid cooling system:
- Water blocks
Each of these parts is essential for a well-functioning liquid cooling computer. You should always choose parts based on your goals and desired output. Some machines will require a more sophisticated cooling system, while others might need heavy-duty parts.
Here’s a quick breakdown of how to choose the right components for your custom liquid-cooled PC.
Choosing a Radiator
When choosing a radiator, always opt for the largest one you can fit inside your workspace. Simply put, larger radiators are better at cooling liquid and produce less noise. The “right” radiator will heavily depend on your desired noise-level and temperature. However, it’s always better to go larger than to downsize.
Finding the Right Water Blocks
The water blocks are responsible for transmitting heat into the water flowing within them. Essentially, the water blocks help keep your graphics card (GPU) cool, allowing it to function longer while overclocking. There are two main kinds of water blocks, universal and full-cover. Again, the right water blocks depend on your hardware and desired processing power.
Choosing a Pump
The pump connects the reservoir to the rest of the cooling system. You can either choose a built-in pump or a standalone one. It’s recommended you find a pump that’s compatible with your reservoir (see below).
Lastly, we have the reservoir, which is responsible for storing the cooling liquid. It feeds cooling liquid throughout the rest of the system via the pump. You’ll want to choose a reservoir with the right storage capacity to provide enough coolant to your machine.
Want to learn more about how to build a PC? Check out Spartan Liquid Cooling and discover high-quality PC parts and informative guides.