Noctua NH-D9DX I4 3U specs.
Computer coolers Specs >> Noctua >> Noctua NH-D9DX I4 3U| Specifications | | | Reviews |
General characteristics Noctua NH-D9DX I4 3U
Use:
Processor
Processor support:
Intel 1356, Intel 2011, Intel 2011-v3, Intel 2066
Color:
Red, Beige, Silver
Luminous:
No
Connector(s):
4-pin Female
Ball bearing:
No
PWM:
Yes
Heat Pipe:
Yes
Adjustable speed:
No
Cooling type:
Ventirad (active)
Top Flow:
No
Dual tower:
No
Fan diameter:
92 mm
Min sound level:
16.3 dB
Max sound level:
22.8 dB
Minimum rotation speed:
400 RPM
Maximum rotation speed:
2000 RPM
Min airflow:
62.6 m³/h
Max airflow:
78.9 m³/h
Material(s):
Aluminum, Copper
Use:
Server
AIO radiator compatibility:
N/A
Dimensions Noctua NH-D9DX I4 3U
Height (fan included):
110 mm
Width (fan included):
95 mm
Depth (fan included):
95 mm
Height:
110 mm
Width:
95 mm
Depth:
95 mm
Weight:
531 g
Reviews, Questions about Noctua NH-D9DX I4 3U
Write Review / Ask a question about Noctua NH-D9DX I4 3U
Popular today
Titan TFD-8025H12C
Purpose: chassis; Number of fans: 1; Fan dimension (LxW): 80x80 mm; Speed of rotation: 3000 rpm; Air flow: 37.27 CFM; Noise level: 33 dB; Bearing type: 1x rolling and 1x slip; Backlight: no; Speed con...
Intel E41759-002
Purpose: processor; Socket: S1150/1155/S1156; Compatibility: Intel Quad-Core; Heat sink material: aluminum+copper; Number of fans: 1; Connector type: 4-pin PWM; Backlight: no; Speed controller: no;...
Noctua held a presentation of its new products and advanced developments in Japan. The main announcement was a two-phase thermosiphon cooler - a liquid cooling system operating without a pump. The company told about the principle of operation and release dates of the novelty.
XPG brand has announced the global launch of the LEVANTE II 360 AIO liquid cooling system. It is quieter and more efficient than its predecessors, but will be priced 40% less than the previous model.
be quiet! has introduced Pure Rock 3 CPU cooler series, which includes five models at once. They differ from each other not only by design and heat dissipation parameters, but also by fan design features.