"ARCTIC fans are able to cool the system more quietly than the stock fans which aren't even very loud themselves. This was shown in our testing where we recorded a lower noise level for the system with the ARCTIC fans installed. One of the main advantages of these ARCTIC fans over other low-noise alternatives is the impressive price point that they come in at."
Greater Efficiency - Less Noise at Higher Airflow
At low fan speed, the motor noise is key. A motor developed in Germany with a new alloy/lubricant combination reduced friction and noise.
Long Service Life
The Fluid Dynamic Bearing comes with an oil capsule that avoids lubricant leakage. Thus this bearing is as quiet as a sleeve bearing but comes with a significantly higher service life.
Innovative Design Enables Quiet and Efficient Ventilation
The innovative design of the fan blades improves the airflow and facilitates a highly efficient ventilation. The impeller was designed with a focus on minimzing the noise level yet delivering the desired airflow and pressure.
"ARCTIC fans are able to cool the system more quietly than the stock fans which aren't even very loud themselves. This was shown in our testing where we recorded a lower noise level for the system with the ARCTIC fans installed. One of the main advantages of these ARCTIC fans over other low-noise alternatives is the impressive price point that they come in at."
Greater Efficiency - Less Noise at Higher Airflow
At low fan speed, the motor noise is key. A motor developed in Germany with a new alloy/lubricant combination reduced friction and noise.
Long Service Life
The Fluid Dynamic Bearing comes with an oil capsule that avoids lubricant leakage. Thus this bearing is as quiet as a sleeve bearing but comes with a significantly higher service life.
Innovative Design Enables Quiet and Efficient Ventilation
The innovative design of the fan blades improves the airflow and facilitates a highly efficient ventilation. The impeller was designed with a focus on minimzing the noise level yet delivering the desired airflow and pressure.