The complete water cooling Mirage L120 from Aerocool combines high cooling performance with an attractive design. The pump block and the one fan are equipped with digitally addressable RGB lighting that can be controlled via the synchronization interfaces of the major mainboard manufacturers. The 120 mm fans, optimized for use on radiators, are controlled by a PWM signal and generate high static pressure.

The Aerocool Mirage L120 complete water cooling at a glance:
- Addressable RGB-LED lighting on the pump block and fans
- 120 triple radiator made of aluminum for maximum cooling performance
- Includes one 120mm PWM fan with high static pressure
- Max. 122.67 m³ / h (72.20 cfm) delivery volume at max. 2,000 rpm
- Easy handling thanks to flexible hoses with kink protection
- Compatible with common AMD & Intel sockets

Powerful complete water cooling with extensive RGB lighting
The Aerocool Mirage L120 offers a triple radiator made of aluminum. This is equipped with one 120 mm ARGB fan . The fans are controlled by PWM in a range between 600 and 2,000 rpm. At maximum rotation speed, each of the three fans generates a static pressure of 1.62 mmH2O . The air throughput is 122.67 cubic meters per hour (72.20 cfm). In combination with the low fin density of the radiator, efficient cooling up to 200 W TDP is guaranteed, so that powerful processors are effectively cooled.

Connections and lighting
The base plate of the CPU cooling block is made of copper and guarantees the best possible heat dissipation from the CPU. Thermal compound is included with the Aerocool Mirage L120 . The pump is powered via SATA, the speed signal is provided via a 3-pin fan connection. The fan is operated and controlled via 4-pin PWM connections.

A dark, circular pane of glass is embedded in the pump block. In combination with the ring-shaped RGB lighting, this creates an endless effect (Infinity Mirror). The fan and pump have digitally addressable 3-pin RGB connectors. These are equipped with Y-switches for looping through the signal. Colors and lighting modes can be customized using the software on the mainboard.