Legit Cooling Reviews

Danger Den NVIDIA GeForce GTX480 All Copper Water Block Review

Manufacturer: Danger Den
Product: DD-GTX480 All Copper
Date: Sat, May 22, 2010 - 12:00 AM
Written By: Shane Higgins -
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Overclocking Performance


Danger Den DD-GTX480 Water Block stock nVidia GTX480 GPUz

First we will start off with a dead stock EVGA GeForce GTX 480 video card and put it through the paces to see how it does stock and how far we can push this particular card, as all will act differently. Once that is done repeat with the Danger Den DD-GTX480 installed. In its stock configuration the GTX480 has a core clock of 701Mhz, Memory 924Mhz, and Shaders at 1401Mhz. Since not to many enthusiasts leave things stock anymore lets overclock the card.

Danger Den DD-GTX480 Water Block EVGA’s Precision graphics tuning tool

To do this we need to install EVGA’s Precision graphics tuning tool. You can get it from EVGA’s website. To make changes its just as simple as moving the slider, hitting apply, and testing.

Danger Den DD-GTX480 Water Block EVGA’s E-LEET tuning tool

EVGA also just recently released a new version of E-LEET that allows for voltage adjustment to the card. So we will be using that as well, it too can be found on EVGA’s website.

Danger Den DD-GTX480 Water Block nVidia GTX480 830Mhz GPUz

I first wanted to see how far I could push the card with the stock cooler. By adjusting only the Core, Memory, and forcing fan speed to 100% I was able to get the card to 830Mhz.

Danger Den DD-GTX480 Water Block nVidia GTX480 900Mhz GPUz

Once I had the Danger Den water block installed I was able to push the card harder. Reaching 900Mhz on the core and 1100Mhz on the memory. To do this I also had to bump the voltage from 1.000v to 1.1125v, but the extra power allowed it to be stable and run perfectly. Let's see how the card performs!

Next Page - Temperature Testing


Review Index
Page 1 - Danger Den DD-GTX480 Water Block
Page 2 - Looking closer at the DD-GTX480
Page 3 - Water Block Installation
Page 4 - The test system
Page 5 - Overclocking Performance
Page 6 - Temperature Testing
Page 7 - 3DMark Vantage & Power Consumption
Page 8 - Final Thoughts