OCZ Vendetta- Provided by: OCZ Technology
- Platform support: Intel S775, AMD S939/AM2
- Type of heatsink: Tower
- Installation Type: Push Pins, Clip
- Materials: Aluminum, Heat Pipes
- Fan Support: 1x92mm
- Extra’s: no
- Average Selling Price: ~$30
OCZ is not an unknown name for the hardware enthusiast; they made their name with high end memory modules, adding quality power supplies to their product line up later on. They are now venturing into the cooling world, the OCZ Vendetta is their first retail cooling product available to the masses. It’s a unique design, where the large heat pipes also make up the base, touching the CPU directly. This reduces cost and allow OCZ to put this product up for sale at the $30 price point.

These are the specifications given by OCZ:
Heatsink Dimension: (L)97 x (W)79 x (H)134mm
Fan Size: 92mm
Fan Speed: 1200-2800RPM
Fan Air Flow: 39-54.6 CFM
Noise Level: 22-34 dBA
Bearing type: ball
Inside the box you’ll find mounting material for the different platform, a 92mm fan, a small plastic bag with thermal paste and a manual:

The Vendetta is a compact tower cooler, build for usage with a 92mm fan, the aluminum fins are formed as to maximize the exposure to airflow in areas where is there is more flow:

The unique feature of this OCZ cooler is without a doubt the base, here you can see the 3 thick heat pipes flattened to make a base:

The front of the unit where the fan is mounted has a small indent at the side to allow the fan mounts to be installed:

The mounting gear allows for plug and play installation on all platforms, after you have installed the heatsink, you slip the fan in place using the provided soft rubber mounts:

Here’s the Vendetta installed and lined up with the rear exhaust:

We usually place a small drop of the thermal paste in the middle of the CPU IHS and let the pressure spread out the paste evenly, however with the OCZ Vendetta this method does not prove 100% successful as you will see in the photo below. We had to spread out the paste manually to ensure an even coverage of the IHS.

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