Fan Lian Li SL-INFINITY 12 cm wit

The Lian Li SL-INFINITY 12 cm White is a 120 mm case fan combining the SL and AL series design with a centered infinity mirror and multi-layer ARGB effects. It spins up to 2100 RPM, provides 61.3 CFM airflow, 2.66 mmH2O air pressure and operates at 12 V with Fluid Dynamic Bearing (FDB) for reduced noise and extended lifespan. The fan’s white finish and aluminum trims create a modern visual accent while integrated ARGB lighting offers synchronized illumination.

Advantages

The SL-INFINITY fan delivers a balance of airflow and static pressure suitable for general and radiator cooling while keeping noise levels low (29 dB at full speed). Its centered infinity mirror and side-frame ARGB strips create layered lighting effects visible from multiple angles. Aluminum trims and a rear ARGB rim around the Lian Li logo enhance durability and appearance without affecting performance.

Suitable for

• PC case cooling
• Radiator or AIO cooling setups
• Systems where ARGB lighting synchronization is desired

Key specifications

• Type: Fan
• Fan diameter: 120 mm
• Maximum speed: 2100 RPM
• Airflow: 61.3 CFM
• Air pressure: 2.66 mmH2O
• Noise level: 29 dB (at maximum speed)
• Voltage: 12 V
• Bearing: Fluid Dynamic Bearing (FDB)
• Colour: White

How to use

Install the fan into a compatible 120 mm mounting location in your PC case or onto a 120 mm radiator following standard mounting orientation for intake or exhaust. Connect power and ARGB headers to your motherboard or controller according to the manufacturer’s wiring: 12 V power supply for the fan motor and the appropriate ARGB connector for lighting control. Secure the fan with screws and verify airflow direction before closing the case.

Recommendations

For optimal cooling and lighting results, use the SL-INFINITY fan with a compatible ARGB controller or motherboard header to synchronize effects. Combine multiple fans for consistent airflow across radiators or case intakes, and maintain periodic cleaning to preserve performance and quiet operation.