Computer case fan XILENCE XPF120UR.ARGB 120 mm, 500–1800 RPM, hydraulic bearing, 7–13.2 V, black

XILENCE XPF120UR.ARGB is a 120 mm computer case fan engineered for case ventilation, radiator assistance and targeted component cooling. The fan operates in a speed range from 500 to 1800 RPM under PWM control and uses a hydraulic bearing to reduce noise and extend service life. Physical dimensions are 120 × 120 × 25 mm and the unit comes in black. The model features a reverse airflow design and an Infinity Mirror ARGB motif with a 3‑pin ARGB connector for synchronized lighting control with compatible motherboards.

Advantages

The combination of nine rotor blades, a hydraulic bearing and vibration‑damping rubber pads gives stable, low‑vibration operation with reduced acoustic footprint. PWM control enables automatic speed regulation between low and high airflow needs, while the 3‑pin ARGB interface allows lighting synchronization and custom effects. The reverse fan layout provides flexible installation options where airflow must be directed from the rear toward the front or across shroud tunnels.

Suitable for

Key specifications

How to use

Install the fan in the desired position inside the PC chassis using the four mounting holes and appropriate screws. Connect the power and control cable to the system fan header or PWM hub and the 3‑pin ARGB cable to a compatible motherboard ARGB header for lighting control. Ensure the fan orientation matches the intended airflow direction: the reverse design directs air from rear toward front or through a shroud tunnel. Adjust fan speed profiles and lighting effects in the motherboard or fan controller software to meet cooling and acoustic preferences.

Recommendations

Place the fan where its reverse airflow and ARGB effect provide the best compromise of cooling and cable routing, such as on the top of PSU tunnels or side panels. Use PWM control to limit maximum RPM for quieter operation during light loads and increase speed under higher thermal loads. Regularly inspect and clean the blades and ARGB surfaces to maintain airflow performance and lighting clarity.