![]() In the case of overclocking a computer monitor, we manually increase the stock refresh rate to dig into that tolerance a little to make it work harder and faster for our benefit. Overlocking pushes components a little harder in the knowledge that we can usually get more performance out of that component without risking it too much. ![]() The result is (hopefully) reduced mechanical failure and improved reliability-two things manufacturers depend upon. They should perform at their baseline with minimal deviation for the longest amount of time. The theory is that unstressed components last longer. This tolerance level makes it so that the component can deliver acceptable performance without putting the device under stress. Most component manufacturers build in a degree of tolerance into their products. It’s the same principle, but in monitor overclocking, you’re trying to increase your monitor’s refresh rate. If you’re familiar with the general concept of overclocking-the process of tweaking a component’s stock speeds, clocks, or performance- you’re already familiar with monitor overclocking. Is Overclocking Your Monitor Worth It? What is Monitor Overclocking?
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BGadgets.xyz
4/9/2023 10:43:41 am
Thanks for writing about the topic: Can I Overclock My Laptop........
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