• Optimal mix of airflow and static pressure: Can be used as a fan for PC cases, radiators or CPU coolers
• MagLev bearings: Stabilizes the rotor for less friction and less noise. Offers a lifespan of 400,000 hours
• Minimal acoustic profile: Whisper-quiet cooling performance at 22.5dB (A), tuned to a balanced and stable audio frequency
• aerodynamic fan blade and housing design: minimizes air turbulence and maximizes airflow
• Extensive operating range: 250 – 1800 rpm for more flexibility and to generate a quiet fan curve (fan is regulated down at 0% PWM load)
• Vibration-dampening pads and brackets: Reduces vibrations and prevents rattling noises

Optimal mix of airflow and static pressure
The ROG Strix XF 120 fan offers exceptional cooling performance in the crucial middle area of ​​the P / Q curve. This means optimized performance with a minimized acoustic profile, both with static pressure and with airflow cooling, for example as a fan for PC cases, radiators or CPU coolers.

Groove blade blade design
Precisely crafted indentations on the fan blades direct and focus the air so that it flows evenly along the blades and prevents the airflow from separating. This increases the fan performance and reduces turbulence noise, which improves the overall acoustics.

Direct flow housing
The angle and curvature of the housing struts were designed to direct and channel the airflow in one direction, creating a highly concentrated airflow. This design minimizes turbulence and increases the static pressure through a focused air flow.

Magnetic levitation technology
The fan bearing in the ROG Strix XF 120 is equipped with 360 ° MagLev technology to avoid skewing and friction. This technology enables exceptional cooling performance, low noise levels and a long service life of up to 400,000 hours.

Dynamic pre-calibration for perfect balance
The balance of each individual fan is manually optimized in order to minimize inefficiencies and ensure optimum performance.

Precise, Flexible PWM Speed
Control An extensive operating range of 250-1800rpm provides the precision and flexibility to maximize cooling performance for a variety of workloads. The fan switches off automatically when it is set to 0% PWM or to an extremely low noise profile, such as when the load is low.