Overclock NVidia Graphics Cards Using EVGA Precision XOC

When it comes to the hardcore gamers, they are not satisfied even with the latest the technology has to offer. They want to squeeze every last drop of power that the graphics cards or the main processor in their computers provide. One way they achieve this is by overclocking their graphics cards. By overclocking the graphics cards, they make these graphics processors run a slightly higher clock frequency than is allowed by their specifications. This way they get a higher performance but the GPU also generates extra heat and consumes a little bit more power.

If you have an NVidia graphics card then you can easily overclock it using a free software utility called EVGA Precision XOC. This utility not only allows you to overclock the GPU, but you can also monitor their performance as you use graphics intensive programs or games. Using this utility you can even test how smooth a game can be played by monitoring the frame rate (FPS) during the gameplay. There is also a service that allows you to capture screen shots from the game and save them on your computer. The screenshots are saved as BMP or JPEG images.

EVGA Precision XOC

EVGA Precision XOC offers many different overclocking modes – standard, pascal linear, pascal manual and automatic. If you are new to overclocking, then you may want to pick the automatic mode as it can make the best decision based on your computer’s hardware configuration. This method allows you to overclock not only the GPU clock, but also the in-built memory and the individual shaders. It can also display the current statistics for the graphics card, for example, the temperatures for the shaders or the graphics processor core and the cooling fan’s speed in RPM.

Conclusion: EVGA Precision XOC is a reliable overclocking utility that allows you to make the most out of your graphics card. It is built for the latest NVidia graphics cards and can also automatically tune them for the best performance.

You can download EVGA Precision XOC from http://www.evga.com/precisionxoc/.