The latest heatsink from Thermal Transtech (aka nPower) features the largest heatpipe I’ve ever seen for CPU cooling.
The NPH Hurricane uses a central heatpipe measuring 25.4 mm (about 1 inch) centered over the heatspreader. In addition there are two heatpipes on each edge for additional cooling.
Key Features
- 25.4 Central heatpipe with two 6mm edge-located heatpipes
- Mounts for Socket 775/1366/1156, Socket AM2/AM
- Size 130 x 164 x 58 mm; Weight 660 grams ex fan
- 45 fins with copper base
A side view shows the large central heatpipe:
The base shows two holes on each side which are used to attach the CPU mounts:
The included parts give users a wide range of mounting options. Mounting does require the removal of the motherboard from the case. In addition at first glance you might think this is an erector set – there are numerous nuts, bolts and washers involved in setting up the different mounts. I did find some extra parts for those easily dropped items which is a nice touch, including a second set of fan clips for those users looking to mount two fans for aggressive cooling.
Test Results
The NPH Hurricane was tested on an Asus P5WD2 motherboard with a modified Pentium D 805 to read CPU case temps while running Prime 95 with the following results:
Test | Die Temp | Ambient Temp | C/W |
NPH Hurricane | 37.1 | 22.1 | 0.16 |
Fan noise from both 120 mm fans was measured 8″ from the fans’ intake with a Radio Shack sound meter and measured <50 dBA @ 1455 rpm; 50 dBA at this distance is very quiet 3 feet from the fan.
Results place the NPH Hurricane in the upper-most rank of heatsinks tested to date HERE.
The noise from the fan was minimal – very quiet – and yet performance was quite good. Users looking for a more aggressive setup could use a more powerful fan or for top performance, use two high power fans; obviously noise goes up. For a quiet setup, this NPH Hurricane turns in very respectable performance – usually you get low noise with a performance hit but not so with the Hurricane.
Overall a very nice heatsink giving users lots of cooling flexibility.
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