Case fan ASUS Prime MR120 120 mm 1600 RPM White (3-pack, LED, 58 CFM, 23 dB)

The ASUS Prime MR120 ARGB Reverse Fan is a 120 mm computer case fan with a thicker 28 mm frame that delivers up to 58 CFM airflow while keeping noise at or below 23 dB(A). It integrates 20 addressable RGB LEDs with dual-sided lighting on the frame, offering consistent illumination for multi-fan configurations. Available in black or white and in standard or reverse airflow versions, the fan balances cooling performance and acoustic efficiency for a variety of PC builds.

Advantages

The extra-thick 28 mm frame increases airflow capacity and improves cooling reliability without significantly raising noise. Dual-sided ARGB lighting and a circular LED layout create uniform, extendable illumination when multiple fans are installed side by side. PWM control supports speeds up to 1600 RPM, allowing precise regulation of cooling and acoustics. Multiple color and orientation options help the fan fit diverse aesthetic and airflow requirements.

Key specifications

• Fan size: 120 x 28 x 120 mm
• Frame thickness: 28 mm
• Airflow: up to 58 CFM
• Noise level: ≤ 23 dB(A)
• Max speed: up to 1600 RPM (PWM)
• Static pressure: 1.38 mmH2O
• Bearing type: Sleeve bearing
• LEDs: 20 addressable RGB (circular design)
• Lighting: Dual-sided frame illumination
• Compatibility: Aura Sync
• Variants: black or white; standard or reverse airflow
• Pack quantity: 3 pc(s)

How to use

Install the MR120 ARGB Reverse Fan in a 120 mm fan mount in your PC case, aligning airflow direction according to your cooling plan (standard or reverse orientation). Connect the fan power and PWM cable to the appropriate motherboard headers for speed control, and connect the ARGB cable to a compatible ARGB header or controller to enable lighting effects and Aura Sync coordination. Configure fan curves and lighting through your motherboard software or ARGB controller for optimal performance and appearance.

Recommendations

For best results, install multiple MR120 fans with consistent orientation to create uniform airflow and extend the dual-sided lighting effect. Use PWM control and motherboard software to balance airflow and noise according to workload, and ensure ARGB headers or a compatible controller are available for full lighting functionality.