Arctic Alpine 17 CO Compact Heatsink & Fan for Continuous Operation, Intel 1700, Dual Ball Bearing, 100W TDP
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SPTECH-HEATARCALP17CO
Arctic Alpine 17 CO Compact Heatsink & Fan for Continuous Operation, Intel 1700, Dual Ball Bearing, 100W TDP
- Type: Heatsink and Fan
- AMD/Intel: Intel
- Compatibility: Intel 1700
- Fan Connector(s): 4-pin
- Installation: Easy and tool-free installation
- #Hide#LED Lighting: No
- Colour: Black
- LED Lighting: -
- Material: Aluminium heatsink
- Weight: 288 g
- Fan Dimensions: 92 mm
- Dimensions: (LXWXH) 99 x 99 x 82 mm
200 mm fan cable
Heatsink:
Height: 32.75 mm
Diameter: 93.6 mm - Fan Controller: PWM
- Rotation Speed: 250 - 2700 RPM
- Fan Bearing: Dual Ball Bearing
- Noise level: 0.3 Sone
- Power: Fan Current/Voltage: 0.09 A/12 V DC
- Additional Features: See Overview
- Package Type: Retail
- Package Weight: 0.3250 kg
- Warranty: 6 Years
- #Hide#1700 Socket: Supports Socket 1700
| Specifications | Compact Intel Alder Lake CPU-Cooler for Continuous Operation Designed For Intel Alder Lake The Alpine 17 is exclusively compatible with Socket LGA1700 and Intel's latest Alder Lake CPUs. Designed For Continuous Operation The premium quality of the two ball bearings allows 24/7 continuous operation without compromising performance. Contamination and high temperatures affect this bearing much less than ordinary plain or magnetic bearings. Therefore, the double ball bearing is the perfect choice in working environments where you want to ensure continuous operation with a low failure rate. Easy And Tool-Free Installation With the MX-4 already pre-applied, the Alpine 17 can be mounted directly. Thanks to the push pins, installation is a breeze. Additional tools are not needed to mount the cooler. Full Control With Wide RPM Range The Alpine 17 features a very wide PWM-controlled speed range. This reduces noise to the minimum while also guaranteeing the highest cooling performance. Improved Cooling Performance Through Innovative Heat Sink Design The extra fine cooling fins of the new Alpine are fanned out in a Y-shape. The high thermal conductivity of the aluminium is fully retained in the type of extrusion used. This novel production process makes it possible to produce a high-performance yet very compact radial heat sink. This results in an increase in the surface area of the heat sink, optimization of the airflow and thus an increase in cooling performance. |
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