The principle of water-cooled radiator

Water cooling and heat dissipation can be divided into two categories: active water cooling and passive water cooling. In addition to having all the accessories of a water-cooled radiator, active water cooling also requires the installation of a cooling fan to assist in heat dissipation, which can greatly improve the heat dissipation effect. This water cooling method is suitable for DIY overclocking enthusiasts. Passive water cooling does not install any cooling fans and relies solely on the water cooling radiator itself for heat dissipation. At most, some heat sinks are added to assist in heat dissipation. This water cooling method is less effective than active water cooling, but it can achieve complete silence and is suitable for mainstream DIY overclocking users.

The real advantage of integrated water cooling is that its ability to handle CPU wattage is much higher than any air-cooled heat sink, and it is not affected by high temperatures inside the chassis. If used for low-power CPUs, water-cooled heat sinks are not much stronger than excellent air-cooled heat sinks in cooling the CPU. But when you use high-end or extremely overclocking CPUs that generate a lot of heat, even a small DIY water cooling system will keep the CPU temperature at a relatively low level. classification

Integrated: Body water cooling is an integrated system that, like split water cooling, includes a water cooling head, cold row, water pipe, water pump, and water tank. However, integrated water cooling only integrates these accessories together and is convenient for users to install.

Split type: fixed on the CPU as a thermal conductor, connected to the water pump and cold row through water pipes to form a heat dissipation system.