BitFenix BFF-SPRO-P14025WW-RP - Spectre PRO PWM 140mm Fan - White

Spectre Pro PWM 140mm - White, 0.40A10%, 500-1800 RPM 10%, 122.2 CFM, 2.8 mmH2O, 29.2 dB(A) Following the success of our Spectre Fan Series, Spectre Pro PWM ups the ante with an all-new design and enhanced performance. The high pressure and CFM design is controlled by PWM technology for finer speed control - perfect for high-performance CPU coolers. Its dual ring construction not only looks great, but also helps to dampen vibrations that cause unnecessary noise. Reinforced fan blades prevent warping at high RPM levels, while focused airflow ensures cool air can reach all of your installed components. With FDB technology for low noise and long life and availability in both solid black and solid white variants, Spectre Pro PWM is the new gold standard in performance CPU cooling fans.PWM TechnologyTrue to its namesake, Spectre Pro PWM users pulse width modulation technology to adjust fan speeds. This technology enables your system to control your cooling with much greater precision than conventional linear voltage fans, making them perfect for CPU coolers.High Pressure/CFM DesignEngineered for maximum pressure and airflow, Spectre Pro PWM delivers a torrent of air that will keep your CPU cool even when the action heats up. Performance freaks are going to love Spectre Pro PWM.Dual Ring ConstructionUsing a dual ring construction, Spectre Pro PWM fans not only offer aggressive looks, but also vibration dampening properties, helping to keep noise levels in check. In short, our Spectre Pro PWM looks different because it is different.Reinforced Fan BladesHigh rotation speeds can actually warp fan blades while in motion, resulting in more turbulence and noise. Spectre Pro PWM features reinforced fan blades that resist warping even when spinning at high speeds for maximum cooling performance.Silent Operation and Long LifeLike our Spectre Silent Fan Series, our Spectre Pro PWM features the very same fluid dynamic bearing technology for minimum noise and maximum operating life.