Once you know the peak frequency for both, set the GPU and memory to those speeds simultaneously and test for stability once more. Then, play a game or loop a benchmark to test stability. This is also intended to reduce the CPUs workload considerably and thereby enabling it to work efficiently and faster. Then at last these ends with a couple of how to apply parallel processing in simple serial programs. Among other specifications that need to be looked into is Processor lock speed, Memory size, and Memory bandwidth. A stock Radeon HD 7950 already offers upwards of 240 GBps of memory bandwidth–much more than most lower-end cards supply–so adding a few more gigabytes per second didn't help much.
All said and done, you will need to take into account the limitations of this multi-GPU technology and plan your purchase around it. Similarly, Memory bandwidth of graphics cards needs to be on a higher side for greater rendering speeds and for faster transfer of data. Before you begin overclocking, install the latest drivers for your graphics card and Nvidia's System Tools if necessary, and play a few games to ensure that the system is stable. The above steps and tips can help users overclock their graphics card and get better performance when they play computer games. They cover all the important topics starting from very basics of parallel computing.
There are some mobile graphics gives the users a complete world of HD. Many graphics cards are available today that come with different processing power. If you are using the above strategy to build your gaming system then purchasing a decent set of graphics cards that was released to the market few months before the newest releases will suffice. The consumers can enjoy best of both worlds with the evolutionary platform independent graphics switching technology for maximum battery life or maximum performance. The role of AMD Radeon R9 295X2 in your computer cannot be undermined, particularly if you are used to working with video contents, 3D games and graphics.