

The PHANTEKS Glacier One 360 MPH comes with a dual fan radiator in a 240 mm format. The aluminium radiator has a high fin density of 21 FPI, providing a large cooling surface area in a compact space. These help dissipate the heat efficiently from highly overclocked CPUs.
The PWM control adjusts the pump speed according to the current system load. This results in a quiet and high-performance operation. The pump operates at a speed of up to 2,800 rpm in standard mode. An intelligent protection mechanism increases the pump speed to a maximum of 3,600 rpm as soon as the coolants' temperature exceeds 60 °C to ensure safe operation of the components and system.
In addition to the compact design, with a height of only 41 mm, the angled fittings contribute to the high compatibility with motherboards, memory modules, and various other components.
The two 120 mm fans from the PHANTEKS MP PWM series are also controlled according to system load. Their large fan blades help to achieve high static pressure of 3.41 mmH2O and transport up to 102.80 m³/h of air through the radiators fins. The smart daisy-chain cable design saves unnecessary cable tangle, as only one fan cable needs to be connected to the motherboard.
This liquid coolers visual highlight is the cover of the pump housing. It is equipped with RGB lighting and an endless mirror. A total of 14 digitally addressable RGB LEDs create stunning effects. The lighting is controlled via a PHANTEKS D-RGB controller, the integrated hub on PHANTEKS cases via or the software of a compatible motherboard.
The stylish cover is magnetically attached to the pump housing. After the CPU cooler has been mounted, it is simply placed on top and covers the entire mounting system, giving the whole AiO a clean look.
The flexible tubes are sleeved and contribute to the clean overall aestethic. With the included tube clips, the piping can be easily laid and positioned. The Glacier One 360 MPH is already prefilled and pre-applied with thermal paste. The ceramic bearing makes the pump durable and robust.