Pc Water Cooling Explained

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There are a lot of misconceptions and misinformation floating around about PC water cooling. PC water cooling is a process that works much like the way coolant works in the radiator of a car. Coolant keeps the engine cool so that it does not overheat. The same process applies with PC water cooling. Water is used to cool the computer down instead of previous cooling techniques.

PC Cooling Explained

Like cars, computers need to be cooled down in order to run properly. In electronic devices in the past, fans have mainly been used to cool components such as processors and graphics cards. In water cooling instead of using air to cool down the components, water or another coolant is used. Technology has advanced by leaps and bounds since the dawn of the computer age. Now, advances have been made to improve the cooling process of computer processors that have increased in speed and heat over the years. The faster a processor is, the hotter it becomes. With the increased speed of modern technology, air cooling methods were no longer adequate. Water conducts heat approximately twenty-five to thirty-five times faster than air does. Not only does water conduct heat better than air. It also makes less noise than air cooling methods.

What is PC Water Cooling and How Does it Work?

A traditional PC processor heatsink
A traditional PC processor heatsink

By reducing heat, PCs have the ability to perform better and last longer. Many experts in the industry expect PC water cooling to be the future of cooling technology. PC water cooling systems work by circulating water through a device known as a water block. A water block is sort of like a heat sink, but each has their own unique differences. The water block is attached to the top of the processor. Heat from the computer processor is then conducted by the water where it is transferred to a radiator. The radiator is usually affixed to the back case of the computer. As this process loops, the hot water is replaced with cool water. The process continues on and on. The radiator cools the water. The heat dissipates. The water is then transferred through the processor again. This method is much more effective than air cooling methods for computer and technological devices.

Benefits of PC Water Cooling

Benefits of water cooling for PCs include, but are not limited to, the following:

  • Improved processors speeds

  • PCs with water cooling are expected to become a standard in the computer industry.

  • PCs will last for longer periods of time.

Cons Associated with PC Water Cooling

There are a few cons associated with PC water cooling. These cons include:

  • The possibility of rust forming in the case or on components

  • The possibility of the water leaking out in some way and ruining the PCs completely

  • Adding plumbing required for PC water cooling will increase the overall cost of computers.