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Overclocking a graphics card can increase performance but also damage it. Manufacturers provide safe software to overclock, while third-party applications can cause problems and reduce accuracy. Risks include heat, power consumption, and damage to hardware.
Overclocking a graphics card, either through software, basic input and output services (BIOS), or with hardware switches, can help increase performance, but it can also damage the card beyond repair. The primary benefit of doing this is an increase in speed, although a peripheral benefit might include a better understanding of how the hardware works. The cons depend on how the card is designed and how well it is overclocked. In general, the greatest risk is to bypass the security mechanisms and cause the graphics card circuitry to melt, short, or destroy. For successful overclocking, some of the drawbacks can include an increase in the amount of heat emitted by the card and an increase in the amount of power the graphics card requires to operate.
There are several methods that can be used to overclock a graphics card. Some manufacturers actually provide applications for customers that will go through software channels to change a card’s performance metrics. In most cases, since this software is provided by the manufacturer, this type of overclocking will provide a small to medium increase in performance without putting your hardware at risk. Some manufacturers even sell factory overclocked graphics cards that are safe and work within the correct parameters.
Third-party applications used to overclock a graphics card can sometimes cause problems. Changing the inherent way the card operates means it can be forced to work near the upper limits of the hardware, which isn’t always the way the card was intended to work. When overclocked in this way, the extra power that is drawn by the card to support the accelerated performance is eventually dissipated as heat. This heat can cause the graphics card to melt or damage, or it can travel to other nearby components and damage hardware not seated on the graphics card.
In the event that overclocking a graphics card is successful, one of the potential problems one may face is a reduction in the accuracy of the card. This can be due to many reasons, including a loss of sync within its own components, but it can cause the card to perform very unpredictably. Basically, calculations may not perform correctly, items in graphics memory may suddenly change or disappear, and occasionally applications that use overclocked acceleration may fail. Unlike hardware upgrades that can fix issues like heat or power consumption, a loss of accuracy is usually only fixed by resetting the hardware to factory settings.
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