XPG VENTO PRO 120 PWM Case Fan

From the collaboration of XPG and Nidec comes the VENTO PRO 120 PWM Case Fan, a high-performance cooling solution designed specifically for the needs of PC gaming enthusiasts and modders. This fan is a refined version of the original GentleTyphoon design, optimized for the most demanding builds and offering superior static pressure performance. The VENTO PRO 120 PWM is powered by Nidec's Gentletyphoon technology, ensuring efficient cooling even under heavy-duty loads. Its 4-Pin PWM design and Daisy Chain capability allow for dynamic and smooth fan speed alterations, eliminating the annoyance of stepping. The flat cable design further enhances its connectivity, making it easy to operate multiple fans simultaneously for optimal temperature management. Equipped with high-precision Japanese quality Dual Bearings, this fan is designed to endure the harshest thermal environments. These bearings not only withstand heavy-duty loads but also operate with greater efficiency, ensuring quiet operation and a longer lifespan. The innovative fan blade design of the VENTO PRO 120 PWM reduces vibration and noise, while delivering high static pressure and airflow. With a static pressure of up to 3.15mm H2O and the ability to produce up to 75 CFM airflow, it's an ideal choice for water cooling radiators or front panel installation, even in the presence of dust filters that limit airflow. The VENTO PRO 120 PWM also features a unique Nidec design that reduces vibration and noise. The fan motor and support mechanism utilize a double-vibration reduction structure and a spring instrument to dampen vibration. The fan propeller is meticulously designed to convert disturbing frequency fan noise into a more pleasant "vibration tone". With the addition of 4 anti-vibration rubber pads, this fan operates at a mere 28dB(A) even at its maximum speed of 2,150 RPM. With a verified MTTF (mean time to failure) of 250,000 hours at 25 degrees C and 60,000 hours at 60 degrees C, the VENTO PRO 120 PWM is built for endurance. It's an ideal choice for space-constrained builds with higher internal temperatures, maintaining stability and quiet operation across a wide temperature range.