A system labeled 3. By adjusting the factors affecting clock speed, we can push the processor performance way above its limitations by design. Before we proceed with the idea of overclocking, we need to test whether the system is stable at both idle state and maximum load. There is a free third party tool prime95 that you can install to help you test this.
You will also need to install CPU Thermometer to test how much heat your laptop is generating during the process. Start a torture test on Prime95 and start measuring the temperatures of your laptop via CPU thermometer.
Anything in the low to high 90s in not going to be good for your processor. You need to get an overclocking optimized motherboard, a robust power supply that can handle the increased power load that will be drawn by the laptop.
Set up an aggressive rapid heat cooling system. Here we make use of the base clock. For a system with a default base clock of MHz, we would multiply the base clock by a ratio of 30 to achieve a new frequency of MHZ. This will mean that we increase the ratio to For example, in the above system, we could get 50MHz multiplied by 30 when adjusting settings for the graphics card.
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Aug 6, Select Stress Test from the left-hand menu and rerun the test. In this case, you only need to run the test for 10 minutes. If it completes without a problem, increase the multiplier by another step. Rinse and repeat. Eventually, the test will report a fail result, or it will cause your computer to crash.
When that happens, step back to the previous multiplier setting. If not, reduce the multiplier another step and begin the stress testing process again. When you reach a point where you can happily use your PC as usual at a higher frequency, pat yourself on the back for a successful overclock! If you run into difficulty trying to stabilize your overclock or want to see if you can push the system further, try adjusting its voltage.
This process can differentiate between unstable and stable overclocks, or even the difference between modest and much higher overclocks. But be warned: You need to take more care when adjusting the CPU voltage than you do with multipliers. If you push the CPU to run at a ridiculously high multiplier, it will just crash and restart your system. If you try and force too much voltage through your CPU, it can kill it, so proceed with caution.
Use Google to see what settings other people use for your specific CPU, especially for VCore settings, given its potential to damage the chip. A general rule of thumb is that anything over 1. However, it is very much dependent on the particular chip in your PC, so additional research is worth considering. When ready, select the Advanced Tuning tab in the left-hand menu of the XTU and increase your core voltage by about. Select Apply. Take it steady.
Change settings only in small increments. Run at least one short stress test after each change. Make sure your CPU temperatures do not exceed 80 degrees after a lengthy stress test.
If you click on a link on PCWebopaedia. So, are there really any advantages of overclocking? The higher your refresh rate, the better will be the action on your screen.
The thing about overclocking is that every laptop screen is different. You can virtually overclock any of them, to what extent is pretty much the luck of the draw. Any laptop screen will go up to 75 — 80 Hz easily, anything beyond that depends on how lucky you are. This is a hot topic that keeps popping up on gaming forums, and a lot of people worry that they will damage their screens for good.
However, that is not the case. Gone are the days of analog devices, Laptop monitors are much more advanced now , most of them are okay with exceeding expectations to a certain extent. Before doing this, We put in a ton of research to see if there were really any cases where overclocking resulted in permanent damage to a modern laptop screen.
We could not find a single reliable source! Worst-case scenario you are always welcome to reset your settings back to stock. If you laptop screen is at 60 Hz and it can go somewhere north of 80 Hz, on a consistent basis, then you should definitely go for it!
If you laptop is equipped with a strong processor and a GPU then you will be totally fine. Finally, this guide is great for someone with a high FPS, low refresh screen since it will help bring down screen tearing and improve overall performance.
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