This creates a noticeably quieter environment, particularly during demanding tasks like gaming or video editing. This liquid then travels through a system of tubing to a radiator, where the heat is expelled into the air via large surface area fins and dedicated fans.
Liquid Cooling CPU Components Explained: Pump, Radiator, and Tubing
A liquid cooling system, however, uses larger, slower-spinning fans on the radiator. Custom loops, however, require periodic draining, cleaning of the components, and refilling with fresh coolant to maintain optimal thermal performance and prevent corrosion.
They come in various sizes, typically 120mm, 240mm, or 360mm, referring to the radiator dimensions. This allows for lower core temperatures at full load, which translates to higher and more consistent clock speeds without thermal throttling.
Liquid Cooling CPU Components Explained: Radiator, Pump, and Fittings
Air coolers rely on moving air through fins, which creates a bottleneck effect as the heat has to move through the air before reaching the fins. The system relies on a closed loop of fluid that moves via the combined effect of a pump and natural convection.
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