Weight & dimensions
| Fan dimensions (W x D x H) |
140 x 140 x 25 mm |
| Depth |
80 mm |
| Weight |
842 g |
| Width |
146 mm |
| Height |
170 mm |
Performance
| Pulse-width modulation (PWM) support |
Y |
| Supported processor sockets |
LGA 1150 (Socket H3), LGA 1155 (Socket H2), Socket AM3, Socket AM3+, Socket AM2+, LGA 775 (Socket T), Socket FM2, Socket AM2, LGA 1156 (Socket H), LGA 2011-v3 (Socket R), LGA 1151 (Socket H4), LGA 1366 (Socket B), Socket FM1, LGA 2011 (Socket R) |
| Airflow |
108 m³/h |
| Rotational speed (max) |
1200 RPM |
| Type |
Cooler |
| Suitable for |
Processor |
| Fan diameter |
140 mm |
140 x 140 x 25 mm, 1200 U/min, 108 m³/h
Ultimate performance, ultra low noise and a completely new designed convex coldplate… With the Himalaya 2 the engineers of Alpenfoehn introduce their strongest slim-tower heatsink for more compatibility in your system.
The ideal performance of the Himalaya 2 is ensured by using the new 140mm WingBoost2 premium fan that come with the cooler. With the new aerodynamically revised s-shaped wing geometry and the new WingBoost´s we both could increase the airflow as well as improve the static pressure at lower noise.
The included high-end thermal grease Permafrost assures max performance on socket 2011, 2011-v3, 1366, 115x, 775, AM3(+), AM3, AM2(+), AM2, FM1 as well as FM2.
Heatsink design
with a total width of 146mm the heatsink ensures an optimized airflow through the heatsink for any 140mm fan.
with a maximum depth of only 52mm all memory slots can be populated – even if high heatspreaders are used on the modules.
Heatpipe/Coldplate
the six U-shape Heatpipes have a large contact area to the full copper baseplate to optimize the heat-transfer from the CPU.
the special shape of the new designed convex colplate ensures a performance advance, even on Haswell based systems.
WingBoost 2 fan
The first generation of WingBoost fans already proved it´s exellent performance in various reviews. With the new aerodynamically improved wing geometry we could not only increase the airflow but as well inprove the static pressure at lower noise.
With the improved S-Shape geometry we could reach a higher static pressure compared to conventional designs.
Permafrost thermal grease
Permafrost our new high performance thermal grease assures best perfomance due to a low thermal resistance.
Highest concentration of advanced silicone fluid interacts with filler particles to create a more stable matrix.
