Ua kua txias lossis cua txias

      Usually, the heat sink we mention when assembling a computer refers to the CPU heat sink. With the increasing computing power of CPU, its calorific value also increases. Nowadays, more and more people are not satisfied with the complimentary fan of the original CPU and begin to pursue stronger heat dissipation effect. At this time, it is necessary to choose a suitable external radiator. A good radiator can quickly cool the CPU and effectively ensure the stable operation and work of the computer.

      The principle of liquid cooling and heat dissipation is to use the circulating water flow to take away the heat emitted by the CPU. Generally speaking, the volume of liquid cooling is slightly larger than that of air cooling.

    The advantage of liquid cooling is that the coolant has stronger heat absorption capacity. The cold exhaust can directly extract the heat without accumulating the heat inside the chassis. While improving the heat dissipation efficiency, it takes away the heat generated by the CPU faster to make the computer run more stable. Most high-end water cooling comes with RGB light effect, which is undoubtedly a great temptation for players who love "light pollution". Compared with air cooling, water cooling is also characterized by low noise, which is determined by the structure of the water pump.

    Air cooling heat dissipation is to make the fan blades rotate through the power supply of the main board, transfer the heat generated by CPU operation to the copper pipe, and dissipate the heat to the air in time, so as to achieve the purpose of heat dissipation.

    Compared with liquid cooling, the noise of air cooling will be slightly higher, but now the high-end air cooling heat dissipation pays more and more attention to silence. There is no big difference in noise between air cooling heat dissipation and water cooling heat dissipation.

     Many people think that the cooling effect of liquid cooling will be better than that of air cooling, but there is little difference in cooling performance between today's high-end air cooling and liquid cooling at the same price. Although the effect of liquid cooling is better, it also has higher requirements for practical ability, and there are still some risks compared with air cooling. For air-cooled heatsink, it has low price and the thermal performance of most CPUs today are enough for many users who do not have high performance requirements.