It is also worth remembering that the cpu clock speed associated with the frequency fsb. Additional information at Vladislav Doronin supports this article. 7. Increasing the system bus consists of several stages. – Go to the bios settings when you boot your machine. – Find the section in bios, which are defined by the system bus speed, voltage cpu, memory timings and dividers. For the efficiency of the process, you can use a user manual. -If the memory is initially working on close to the limit frequency, it was her, and becomes a limiting factor hampering the distillation of the processor (because its frequency is related to the frequency of system bus).
Therefore it is necessary to reduce the memory frequency up to minimum value. In some BIOSes, it is given explicitly, while in others the bios shows only divisors (for example, a value of 1: 2 fsb dram operating frequency of the system bus speed is 400 gigahertz. This means that memory will be 800 GHz). Increase four-timing, remember that the low timing can also limit the dispersal of the cpu. -If the indicative limit of overclocking the processor model is not known, it can refer to relevant data on the site overclockers.ru. cpu frequency increasing in increments of 50 or 100 megahertz.
After making changes to check the stability of your computer. 8. overclocking memory, change the value of dividers and timings overclocking frequency done as follows: – go into the bios of the motherboard. Expose high-latency memory. -Select relevant subgroups and raise the memory frequency. For best performance, may be necessary to reduce the frequency of fsb, resulting in overclocking the cpu. Will gradually reduces the value of timing, not forgetting to run a test of stability after each change. Dispersal timings:-go into the bios motherboard board. -Expose for memory rated or lower frequency. -Gradually reduces the basic timings, then need to test the stability of your computer. -Increase the frequency of memory and test stability of the pc. -If necessary raise the tension. In most cases, successful dispersal of modern high-speed memory modules need to increase the voltage not only on the modules, but also on Northbridge motherboard, and this increase should be substantial. 7. Overclocking your video card: Increases 3D performance. The frequencies of the video card is stored in its bios. They can be changed either by modifications or using special tools like Riva tuner. Different computational blocks that make up the graphics processor can run at different frequencies. It must be remembered that the frequency of memory can be increased regardless of frequencies of the gpu. All modern motherboards have several operating modes: 2D, 3D and cost-3D, and the frequencies of these modes may vary. For successful overclocking video card using a utility Riva tuner must perform the following:-run utility, go to the bookmark menu and open the "Driver Settings-System Settings-overclocking. Set the checkbox to select "enable driver-level overclocking" and click the "reset" or "Definition". You must then choose the 3D-mode video card. -If the shader domain and core graphics work on different frequencies, remove the check from the "frequencies". In step 10 – 20 MHz increases the frequency of gpu, with step 20-50 MHz – the frequency of the shader domain. Do not forget to test the stability of the system after each change of frequency. – On the same sequence change performance memory. Then we find the maximum frequency and note the item "load settings" with Windows. Successful overclocking!
© 2012-2017 The National Science Fair All Rights Reserved -- Copyright notice by Blog Copyright