Fractal Design Dynamic GP-14 Computer Fan - Silent Fan - High Airflow 140x140x25 mm 1000RPM FDB-Bearings Trip Wire - Aerodyn
 | Expecting restock Socket: |
 |
Close
Hydraulic bearings: cost-efficient compromise between a standard Sleeve bearing and a true FDB Bearing
Counter-balancing magnet: reduces the axial tension on the bearing, further protecting the longevity of the bearing
Optimized fan geometry: creating a good balance between static pressure and maximum airflow, resulting in good performance in all usage scenarios
Aerodynamically shaped thin stator struts (including wire strut), mimicking the design commonly found on airplane wings: delivering correct angles allowing for air to easily pass through reducing noise and unwanted turbulence.
Stator struts are angled perpendicular to the blades: reduces noise commonly emitted when the blades pass the struts. in effect, minimal noise that may be emitted will be constant and therefore almost inaudible
Trip Wire technology: commonly found in airplane wing designs, offering a micro-turbulent layer that helps to combat the elements that negatively affect performance. The presence of the trip Wire overall provides a more efficient and quiet fan environment
Counter-balancing magnet: reduces the axial tension on the bearing, further protecting the longevity of the bearing
Optimized fan geometry: creating a good balance between static pressure and maximum airflow, resulting in good performance in all usage scenarios
Aerodynamically shaped thin stator struts (including wire strut), mimicking the design commonly found on airplane wings: delivering correct angles allowing for air to easily pass through reducing noise and unwanted turbulence.
Stator struts are angled perpendicular to the blades: reduces noise commonly emitted when the blades pass the struts. in effect, minimal noise that may be emitted will be constant and therefore almost inaudible
Trip Wire technology: commonly found in airplane wing designs, offering a micro-turbulent layer that helps to combat the elements that negatively affect performance. The presence of the trip Wire overall provides a more efficient and quiet fan environment
The product description is generated based on data from online stores. Before purchasing be sure to verify all information directly with the seller.
How to choose a water cooling systemBasic criteria for choosing a water cooling system for stable and safe operation of gaming PCs
How to properly build a PC yourself?Quick course on building computers of varying levels of complexity for beginners and amateurs
We recommendCompare using chart →
liquid cooling, per processor, AMD: AM4, AM5, Intel: 1150, 1155/1156, 2011 v3, 2066, 1151/1151 v2, 1200, 1700 1851, fan: 3, 120 mm, depth 25 mm, 1800 rpm, maximum TDP 350 W, UV glow, backplate mount
air cooler, per processor, AMD: AM2/AM3/FM1/FM2, AM4, Intel: 775, 1150, 1155/1156, 2011 v3, 2066, 1151/1151 v2, 1200, fan: 2, 140 mm, 1500 rpm, maximum TDP 220 W, height: 165 mm, magnetic bearing, UV glow, backplate mount
liquid cooling, per processor, AMD: AM4, AM5, Intel: 1700 1851, fan: 3, 140 mm, depth 25 mm, 1700 rpm, UV glow, backplate mount
air cooler, per processor, AMD: AM4, AM5, Intel: 1150, 1155/1156, 2066, 1151/1151 v2, 1200, 1700 1851, fan: 1, 120 mm, depth 25 mm, 1800 rpm, maximum TDP 220 W, height: 135 mm, UV glow, backplate mount
air cooler, per processor, AMD: AM4, AM5, Intel: 1150, 1155/1156, 1151/1151 v2, 1200, 1700 1851, fan: 1, 92 mm, depth 25 mm, 2200 rpm, maximum TDP 130 W, height: 123 mm, backlight, UV glow
air cooler, per processor, AMD: AM4, AM5, Intel: 1150, 1155/1156, 1151/1151 v2, 1200, 1700 1851, fan: 1, 120 mm, depth 25 mm, 1500 rpm, maximum TDP 220 W, height: 154 mm, backlight, UV glow, backplate mount
