Auras LPT-709- Provided by: Auras
- Platform support: Intel S775, AMD S939/AM2
- Type of heatsink: Tower
- Installation Type: Push-Pins (Intel), Clip (AMD)
- Materials: Aluminum, Copper, Heat Pipes
- Fan Support: 1x 92mm
- Extra’s: Case Badge, LED fans
- Average Selling Price: ~$40
The third cooler from Auras is the smallest and most affordable LPT-709, a more classic tower heatsink design, with a 4 heat pipes bend in a U form and joined in a copper base, aluminum waved fins (to increase surface area) dissipate the heat with help of a 92mm fan (the same fan used on the GTO-990).
The retail packaging is very similar to their other products, listing specifications and also including the thermal image on the side:
On the side of the box this photo, less red = cooler running:
These are the specifications given by Auras:
Heat Sink Dimension: L92 x W86 x H140 mm
Heat Sink Material: Stamped Micro-Fin with 4 heat pipes / Copper base plate
Bearing Type: FDBB (2 ball)
Fan Dimension: 92 X 92 X 25 mm
Fan Speed: 800~2400 rpm
Fan Airflow: 47 CFM
Rated Voltage: 12 V
Noise Level: 23 dBA
Connector: 4 pin (PWM)
LED: 4 sets (blue light)
Weight: 415 g (with fans)
The package contents are again very similar, Auras has designed a mounting mechanism which can be re-used by most of their CPU cooler products; the included goodies are the same here.
As you will see in the photo below, the fin area is as big as the 92mm fan, making the cooler rather compact:
The heat pipes are slightly bent to shift the weight balance towards the middle of the heatsink:
The copper base has a mirror finish, almost perfect:
The 92mm fan is mounted with soft rubber mounts which are slipped over the aluminum fins to keep in place:
We had no compatibility issues with the LPT-709, it fits perfectly inside the case and leaves enough space around the CPU area, so you can orientate it to point towards the rear without issue:
As before, once powered on the blue LED fan will be visible if your case has a side panel window:
A new sheriff in town from Coolink (former Noiseblocker), it is VERY interesting that it seems to be geared towards silent computing (hence performing best there while not outperforming with a high speed fan. I can't seem to get it here tough