There are two main reasons why people nowadays turn to liquid (also known as water) cooling – performance and aesthetics. Modern CPU water block – EK-Quantum Magnitude 115X with sophisticated flow design. Today, we all have access to high-performance commercial liquid cooling components through specialized local retailers or online stores. This has also led to the growing popularity of the more powerful liquid cooling. Over time, the rise of desktop PC computing power has brought along increased thermal density and thermal dissipation of chips. Very old and simple liquid cooling parts. Makeshift water blocks were connected with different kinds of PVC or silicone tubing. Everything was homemade, primarily from car radiators and aquarium pumps. Liquid cooling components for desktop computers were not commercially available until the end of the 1990s. a liquid cooler – a water block, a pump, tubing, and a radiator with fans (right). In this case, the liquid travels safely through the cooling system, takes the heat from PC components in the process, and delivers it far away from them for much more efficient cooling.Īn air cooler – a fan and a heat sink (left) vs. It requires water blocks on the components you wish to cool, a water pump, a water-to-air heat exchanger (a radiator + fans), and a liquid reservoir. The more recent and advanced technology is liquid cooling. The cheaper and more commercial is the use of an air cooler, which typically includes a heat sink to transfer the heat from the component and a fan to provide additional airflow for cooling. There are two main options to efficiently and safely remove excessive heat from computer components. Read on to find the best cooling solution for your needs. This short air vs water cooling guide will explain how both titular types of cooling work and discuss their advantages & limitations. If not, overheating disrupts components’ performance, shortens their lifespan, or even permanently damages them. This waste heat needs to be removed to keep components within acceptable operating temperature limits. Due to the impedance of the electronic circuits in chips, heat is constantly generated as a form of energy loss. Heat is one of the biggest enemies of all desktop computers.
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