The Core Voltage sliders is locked by default to prevent accidental damage to your card. This alone should tell you how potentially serious doing this is. Check the "Unlock voltage control" box in the General tab and click OK. You will unlikely be able to select exactly 10mV, as voltages can only be increased by set amounts. Click Apply. Once you've increased your voltage, run your benchmarking program to see if your overclock is stable now. Remember, you left your settings at a speed that was unstable, so if it is stable now after raising your voltage you can go back to increasing your clock speed. If your overclock is stable now, start raising the Core Clock speed in 10MHz intervals again, running benchmarks each time. Repeat this until you reach the next instability. As voltage increases, the temperature of your GPU will start to go up. As you continue the process of increasing your voltage, keep an eye on your temperature readings in GPU-Z. It's recommended to keep temperatures below 90 °C (194 °F), but many enthusiasts prefer to keep it even cooler, such as 80° and below. Improving your case's and card's cooling can help you increase your overclocking capabilities, but can be expensive and time-consuming. Once you reach your next plateau, raise the Core Voltage by 10mV again. Benchmark, and then repeat the Core Clock process. Remember to keep watching your temperature, as this will be one of the big limiting factors in how far you can take the overclock. Remember the notes you took about your card earlier? Make sure that you don't exceed the safe voltage limit for your card when you are making your adjustments. At a certain point, your overclock will stop being effective. You may reach your temperature threshold, your maximum voltage, or your clock speeds may just not be stable no matter how much your voltage increases. If that's the case then you can move on to the next step. Once you've hit the limit with your Core Clock, it's time to do the same with your Memory Clock. Repeat the process by raising the Memory Clock in 10MHz intervals, raising the voltage when you hit instabilities (if you haven't maxed out your safe voltage or temperature yet). Make sure to keep running the benchmark after each adjustment. Raising the Memory Clock can lead to increases, but at a certain point it will actually start hurting performance. Pay attention to your benchmark scores to get it just right. The process for overclocking SLI cards is pretty much the same as a single card. Each card needs to be overclocked individually, and the slower card will always dictate the overall speed. Since no two cards are the same, one of your cards will be held back a little by the other. Follow the above steps to overclock each individual card.
انقر على زر الإعدادات في برنامج ام اس أي أفتربيرنر. ارفع منزلق فرق الجهد "Core Voltage (mV)" بعد ذلك بمقدار 10 ميلي فولت تقريبًا. شغّل برنامج اختبار الأداء الأقصى. كرّر الجزء الثالث. راقب درجة الحرارة. ارفع فرق الجهد مجددًا. لا تتخطًّ فرق الجهد الآمن. اعرف الوقت الذي يجب أن تتوقف فيه عن المحاولة. كرّر العملية برمّتها مجددًا في منزلق سرعة الذاكرة. كسر سرعة البطاقات المزدوجة.