Coolermaster Vortex 752- Provided by: Coolermaster
- Platform support: Intel S775, AMD S939/AM2
- Type of heatsink: Compact
- Installation Type: Back Plate
- Materials: Aluminum, Copper, Heat Pipes
- Fan Support: 1x92mm custom design
- Extra’s: None
- Average Selling Price: ~$20
The Vortex 725 is a new low cost CPU cooler from Coolermaster, most likely a follow-up to their
Sussuro heatsink. The Vortex 725 features two heat pipes, a large series of aluminum fins and a 92mm fan with custom housing which bends outwards towards the top to increase the in-take of air. Coolermaster has adopted a new installation method for the products which requires motherboard removal but ensures a very secure fit, they continue this trend even with this low cost cooler, this might proof successful, time to find out.
These are the specifications given by Coolermaster:
Heat Sink Dimensions 112.3 x 108.4 x 75.4 mm
Heat Sink Material Cu base/ 2 heatpipes/ Al. fin
Fan Dimension (W / H / D) 92 x 25 mm
Fan Speed 800~2200 R.P.M.
Bearing Type Long life sleeve
Fan Life Expectancy 40,000 hours
Fan Noise Level (dB-A) 18 dBA
Connector 4-Pin PWM
Weight 307.81 g
The version of the Vortex 725 we tested comes with a transparent fan, there is also one with a black fan.
Inside the package there is the compact heatsink, manual and mounting gear:
The fan is installed on the heatsink with 4 soft rubber mounts to reduce vibration noise:
When the fan is removed you can get a better look at the heatsink design, a series of small aluminum fins cover the active area of the fan, the dead spot under the fan is empty:
The bottom reveals the copper base which is machine lapped and flat, two heat pipes are joined in the base and transfer heat to the fins:
Installation requires motherboard removal as mentioned before, the heatsink is turned upside down and the motherboard placed on top, then the screws are tightened:
The compact size of the Vortex 752 ensures maximum compatibility:
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