![]() ![]() The smart move here is to raise it a little bit at a time and then use a benchmark program such as Superposition Benchmark to test how your system will react to the changes. Go incrementally when changing the curve. If you go too high on both at the same time, the result can be a completely broken GPU which is not something you want to have to deal with. If you choose to Overclock as well as Overvolt, you need to know you are treading on some pretty tenuous ground here as you are going to be putting your system through the ringer. There is no definitive answer as to how much you can Overvolt. You really just need to tweak and test and tweak and test until you feel you have stable system in place. Many graphics cards will tell you what voltage they can handle, so a bit of research is necessary before engaging in this practice. When beginning this task, you should always make sure the voltage does not get lower than 200 mV or too high at any point. There is a curve editor where we can see what the current voltage is and this is where we can begin tweaking. The core voltage setting is our main focus here. You can overclock the memory and GPU, increase temperature limits, change the fan speeds and also change the voltage. With this program, we get a simple menu page with the various sections of the computer we can fiddle with. There are a few out there, but we tend to prefer MSI Afterburner. To start Overvolting, the first thing we are going to need is a program that allows us to access the voltage of our computer. This leads to the same gain in performance without the risk of your PC being fried. When you run your GPUs into overdrive by performing Overclocking, the system tends to heat up quite a bit.Ī lot of the time, the answer is just to remove the Overclock, but another way is to actually Undervolt instead. When you Overvolt, you are increasing the power that your computer can output during any operation. Mobile devices have a limited lifespan for their batteries, conversely. This happens in all kinds of computers, but it is most commonly used in laptops and tablets because their energy comes from a battery as opposed to a desktop which has an internal power source. ![]() When your computer isn’t running any programs at all, Overvolting decreases the voltage to conserve power. When you are running programs, voltage will increase to match what’s needed. This is controlled through Dynamic Voltage Scaling. Overvolting is the process of increasing a component’s voltage beyond its intended specifications.
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