Main Specifications

Socket

4677, 4710

Radiator Size

Triple Fan

Radiator Size

Triple Fan

Radiator 360mm – high performance for gaming/intensive use, requires a large case.

Fan Dimension

120 mm

Fan Dimension

The fan dimension (in millimeters) affects airflow, noise, and compatibility with the case.

Colour

Black

Tube Length

450 mm

Tube Length

The Tubing Length (mm) indicates how long the tubes connecting the pump to the radiator of the liquid cooling system are, and it directly affects the ease of installation inside the case. A longer length offers more flexibility in radiator placement (e.g., in large cases or in different positions such as the top or front), while a shorter length results in a more “compact” setup but with limited placement options.

Radiator Material

Aluminum

Radiator Material

Aluminum

Aluminum radiators are lighter and more affordable, making them the usual choice for AIO liquid coolers, with good performance for everyday use and easy integration into most systems.

Pump Display

No

Pump Display

Built-in display on the pump for viewing temperatures and statistics. Allows full customization with your own designs or animated GIFs.

Technical Specifications

Air Flow

77 cfm

Air Flow

Airflow (CFM) indicates the volume of air that the fan moves per minute (Cubic Feet per Minute) and directly affects the cooling performance of the radiator. The higher the value, the more air passes through the radiator, contributing to better heat dissipation, although it is usually accompanied by increased noise.

Thermal Design Power (TDP)

800 W

Thermal Design Power (TDP)

It indicates the maximum heat in Watts that the liquid cooler can dissipate from your processor.

For maximum stability, choose a cooler with a TDP higher than the rated requirements of your CPU.

This ensures that the system will remain cool even under intense gaming or professional use conditions.

Air Pressure

6.9 mmH₂O: millimeters of water

Air Pressure

Air Pressure (mmAq) indicates the force with which the fan pushes air through obstacles such as the radiator and is measured in mm of water column. The higher the value, the better the fan can penetrate the dense fins of the radiator, making it more efficient for water cooling compared to regular case fans.