casclean.blogg.se - Overclocking with evga precision x 260 gtx sli

If the GPU is not drawing too much power or running too hot, then this Kepler boost value is added to the Boost Clock when the card is under load. This is the new Dynamic Clocking feature found on the Kepler-based GPUs It will dynamically add more performance to the card if it's at a suitable temperature and suitable power percent. Kepler Boost (aka, Dynamic Clocking Boost, abbreviated as "KB"): The Boost Clock will be clearly shown in the bottom-right of the Graphics Card Tab: There's a number of methods, but the easiest method is to download and use GPU-Z. The second key difference is this number alone can not be used to judge the general performance of a GPU.

However, it is still typically the minimum core speed that the GPU will run at under full-load. The first key difference is the Boost Clock is not the maximum core speed that the GPU will run at under load. This number is quite similar to the original GPU clock of past generations, with some key differences though. For all intents and purposes, this number can just be ignored. Now, with the Kepler-based GPU's dynamic clocking, this number has little to no real-world value. It had significance, and it was the number people would look at when judging the performance of a GPU. In the past, the GPU clock was the maximum and minimum frequency the core of the GPU would run at under full-load.

With all of the new architecture and functionality changes brought about with the GTX 670, I think it will be very beneficial for the community as a whole if we, the GTX 670 owners, could come up with some common terminology. The guide has now been translated to Italian over at hwupgrade by johnnystuffīefore we begin, I feel it's important to go over some new vocabulary that's unique to the Kepler-based GPUs.

Reducing Temperatures to Eliminate Throttle.

How to Receive Help With Your Overclock in This Thread.

Setting up a Quiet and/or Efficient Fan Curve.

Software: Benchmarks and Overclocking Tools: We now have to worry about dynamic clocking, dynamic volt changes, temperatures, and power draw in-order to reach a maximum stable overclock. Now, the user must use a great deal of finesse, and a ton of trial and error, to maximize the potential of their overclock. Gone are the days of manually increasing voltage to stabilize an otherwise unstable overclock.

All of the Kepler-based GPUs (670, 680, and 690's) are a very unique breed of GPU. With the mass-popularity of the new Nvidia GTX 670, and the constant influx of questions related to overclocking them, I've decided to write an all-inclusive master-guide to overclocking them that should help most people get off to a strong start with their new 670's.