Chassis Fans

Arctic, Be Quiet, & Silverstone Chassis Fans.
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SST-AP121-White: SilverStone created Air Penetrator fan specifically designed for intake fan applications, where airflow rating is not a priority. The design goal for Air Penetrator is to focus airflow into a column that can be channeled through various obstacles inside the modern computer case for more efficient cooling performance

SST-AP121-White: SilverStone created Air Penetrator fan specifically designed for intake fan applications, where airflow rating is not a priority. The design goal for Air Penetrator is to focus airflow into a column that can be channeled through various obstacles inside the modern computer case for more efficient cooling performance

SST-AP121-Red: SilverStone created Air Penetrator fan specifically designed for intake fan applications, where airflow rating is not a priority. The design goal for Air Penetrator is to focus airflow into a column that can be channeled through various obstacles inside the modern computer case for more efficient cooling performance

SST-AP121-Red: SilverStone created Air Penetrator fan specifically designed for intake fan applications, where airflow rating is not a priority. The design goal for Air Penetrator is to focus airflow into a column that can be channeled through various obstacles inside the modern computer case for more efficient cooling performance

SST-AP121-Green: SilverStone created Air Penetrator fan specifically designed for intake fan applications, where airflow rating is not a priority. The design goal for Air Penetrator is to focus airflow into a column that can be channeled through various obstacles inside the modern computer case for more efficient cooling performance.

SST-AP121-Green: SilverStone created Air Penetrator fan specifically designed for intake fan applications, where airflow rating is not a priority. The design goal for Air Penetrator is to focus airflow into a column that can be channeled through various obstacles inside the modern computer case for more efficient cooling performance.

SST-AP121-Blue: SilverStone created Air Penetrator fan specifically designed for intake fan applications, where airflow rating is not a priority. The design goal for Air Penetrator is to focus airflow into a column that can be channeled through various obstacles inside the modern computer case for more efficient cooling performance

SST-AP121-Blue: SilverStone created Air Penetrator fan specifically designed for intake fan applications, where airflow rating is not a priority. The design goal for Air Penetrator is to focus airflow into a column that can be channeled through various obstacles inside the modern computer case for more efficient cooling performance

BQF SHADOW WINGS SW1, 80mm PWM: Very quiet operation Low-noise operation due to high-quality rifle bearing. The parallel arrangement of recesses on the outer side of the bearing shaft ensure uniform circulation of the high-quality oil and make the fan very quiet. Mechanical noise is minimized by antivibration fasteners and the rubberized fan frame. The high-quality IC motor controller reduces electrical noise source

BQF SHADOW WINGS SW1, 80mm PWM: Very quiet operation Low-noise operation due to high-quality rifle bearing. The parallel arrangement of recesses on the outer side of the bearing shaft ensure uniform circulation of the high-quality oil and make the fan very quiet. Mechanical noise is minimized by antivibration fasteners and the rubberized fan frame. The high-quality IC motor controller reduces electrical noise source

Arctic F14 PWM (With PST): Patented PWM Sharing Technology (F14 PWM) It shares the same PWM signal as other PWM fans being used in the system so that they all run at optimal speed based on the CPU load.

Arctic F14 PWM (With PST): Patented PWM Sharing Technology (F14 PWM) It shares the same PWM signal as other PWM fans being used in the system so that they all run at optimal speed based on the CPU load.

Arctic F14 PWM (With PST): Patented PWM Sharing Technology (F14 PWM) It shares the same PWM signal as other PWM fans being used in the system so that they all run at optimal speed based on the CPU load.

Arctic F14 PWM (With PST): Patented PWM Sharing Technology (F14 PWM) It shares the same PWM signal as other PWM fans being used in the system so that they all run at optimal speed based on the CPU load.

BQF SHADOW WINGS SW1, 80mm Low Speed: Very quiet operation Low-noise operation due to high-quality rifle bearing. The parallel arrangement of recesses on the outer side of the bearing shaft ensure uniform circulation of the high-quality oil and make the fan very quiet. Mechanical noise is minimized by antivibration fasteners and the rubberized fan frame. The high-quality IC motor controller reduces electrical noise source

BQF SHADOW WINGS SW1, 80mm Low Speed: Very quiet operation Low-noise operation due to high-quality rifle bearing. The parallel arrangement of recesses on the outer side of the bearing shaft ensure uniform circulation of the high-quality oil and make the fan very quiet. Mechanical noise is minimized by antivibration fasteners and the rubberized fan frame. The high-quality IC motor controller reduces electrical noise source

Arctic F12 TC: Temperature Control Sensor (F12 TC) The temperature sensor will detect the temperature within the computer chassis and it is programmed to maintain the temperature between 32C and 38C, meaning this case fan will automatically speed up when the temperature rises

Arctic F12 TC: Temperature Control Sensor (F12 TC) The temperature sensor will detect the temperature within the computer chassis and it is programmed to maintain the temperature between 32C and 38C, meaning this case fan will automatically speed up when the temperature rises

Arctic F12 PWM CO: Patented PWM Sharing Technology (F14 PWM) It shares the same PWM signal as other PWM fans being used in the system so that they all run at optimal speed based on the CPU load.

Arctic F12 PWM CO: Patented PWM Sharing Technology (F14 PWM) It shares the same PWM signal as other PWM fans being used in the system so that they all run at optimal speed based on the CPU load.


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