A true all-purpose fan, offering excellent airflow and outstanding 100,000-hour life expectancy thanks to its LLS (Long Life Sleeve) bearing
High-grade LLS bearing with 100,000-hour MTBF delivers long-lasting dependability
PWM support offers a wide speed adjustment range for silent operation under lighter loads and maximum airflow during more demanding activity
Counter-balanced magnet reduces axial tension on the bearing, resulting in less wear over time
Optimized fan geometry balances airflow with extra emphasis on static pressure for great performance in any usage scenario
Aerodynamic stator with embedded wiring helps reduce noise and unwanted turbulence
Stator struts sit on a wide angle to the trailing edge of the blades, resulting in a lower noise level and smoother noise profile
Strategically placed notches near the fan hub on the trailing edge of the blades help to eliminate the humming noise produced when the blades pass stator struts
“Trip wire” technology introduces a micro-turbulent layer that helps to combat elements that negatively affect performance, providing an overall more efficient and quiet fan environment
Customized design contributes to a cool running and beautiful looking build
A beautiful fan to help your system stay cool, yet quiet
Added PWM support offers precise fan control via a wide speed adjustment range of 500 to 2,000 RPM allowing users to select their ideal mix of silent operation and maximum airflow. Designed alongside our high-end Venturi Series, the Dynamic X2 incorporates aerodynamic elements of airplane wing designs for significant noise reduction.
PWM means maximum airflow and minimal noise
PWM support offers a wide 500 to 2000 RPM speed adjustment range for silent operation under lighter loads and maximum airflow during more demanding activity.
High-grade LLS bearing with 100,000-hour MTBF delivers long-lasting dependability
Optimized fan geometry balances airflow with extra emphasis on static pressure for great performance in any usage scenario
Stator struts sit on a wide angle to the trailing edge of the blades, resulting in a lower noise level and smoother noise profile
Strategically placed notches near the fan hub on the trailing edge of the blades help to eliminate the humming noise produced when the blades pass stator struts