Liquid Cooling
Water cooling relies on water circulation for heat dissipation, with fans still needed to remove heat from the system. Thermal grease transfers heat from the CPU to the heat sink, which then moves heat to the water-cooled radiator. A fan on the radiator expels the heat from the coolant, which continues to circulate and repeat the process. Water cooling generally offers higher heat dissipation efficiency compared to air cooling.
Open System
Water cooling is complex to set up, requiring components like a water-cooling head, tank, pump, and pipes. It offers flexibility for different applications beyond CPU cooling. Open system water cooling generally provides stronger performance due to the customizable size of the water tank, allowing for greater heat dissipation.
Closed System
The common CPU liquid cooling system, or "all-in-one liquid cooling system," combines the cold head, water pipe, and radiator for convenience and safety, minimizing assembly issues and leakage risks. Dynatron’s AIO liquid cooling module features a high-performance, independently developed water pump with a new waterway design, balancing performance and noise for efficient heat dissipation. Dynatron’s global presence supports the reliability of its products.
Techonology
Water circuit design & Water pump
The water circuit design of a water-cooled radiator impacts cooling efficiency by influencing water flow speed and direction. Advanced designs ensure even water distribution across the radiator, enhancing cooling. The water pump, crucial for determining flow speed and pressure, should be of high quality to maintain stable operation and improve cooling effectiveness.
