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Pros and Cons of Overclocking Monitor

Monitor Overclocking pros and cons

The current era is a technological symbol of the significant advances that have been made in computers. The monitor is no exception, facilitating the interaction between the operator and his team, giving life to the data generated in said communication.


The development is so remarkable that the resolutions, contrasts, brightness and more, have allowed the images to be brought to life by their unparalleled realistic details.

The capabilities of the monitors can be improved by an alternative that does not represent any economic problem. It is Overclocking. It is a simple but meticulous method based on increasing the Hertz frequencies of a certain electronic component to obtain its maximum performance.

When buying a monitor, the manufacturer indicates the device’s capabilities, but these are not used 100%, which is why this type of technique appears.

Benefits of Overclocking Monitor

  • Overclocking achieves the true potential of a monitor, reduces input lag, and improves the sensitivity and speed of the monitor.
  • It does not cost anything financially, only effort, time, and alternative if you want better performance in general, especially games (it is not necessary to buy a new one).
  • Its implementation can reinforce with different support applications that correctly guide the installation. Besides, being wrong has a fairly low percentage if each step is properly attended to and if the tests are applied at the exact moments to know what moderate capacity it can reach.


  • Almost all current computers can be overclocked, as long as the monitor’s characteristics are well known.
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Disadvantages of Overclocking Monitor

  • By applying this method, the monitor is overstressed, so its useful life may be significantly affected. An increase in capacities will require more voltage, leading to more heat production (more than usual), which can damage the panel. For this reason, the manufacturers provide the recommended and safe characteristics for the use of the equipment.
  • The screen, when working at the limit, will sometimes present errors, lags, application crashes, or frame skips.
  • The more you use voltage as a consequence of overclocking, it equates to more power consumption, especially when the system integrates cooling components.
  • If the heat generated by the screen is not properly controlled, the device can quickly stop working.
  • Carrying out overclocking is quite complex for inexperienced users, as it is a process that takes a lot of time and careful observation.
  • An inexpensive alternative can result in quite a high cost since if applied recklessly, it will result in an investment in components such as refrigerants.
  • The effects are not noticeable in all tasks, only in specific ones and those that require more capacity.


Can overclock monitor damage it?

Overclocking is a process that, like everything else, must be applied with caution, knowledge and without exceeding the limits. A monitor has minimum capacities offered by the manufacturer, but the maximum is that it is obtained with said application.

If the uncertainty element, the necessary stabilization tests, and the corresponding adjustments are perfectly managed, there is no concern of generated damages. You can also check CPU speed and see what’s the process is going.

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Improving the qualities and benefits may not always represent the best option: if you want higher performance, it is preferable to buy a new device.

The result is not always the same either, since it varies in terms of the characteristics of the screen, taking into account that the increase in capacities is only reflected in specific tasks. It is a process that benefits, but the team’s structure must risk possessing the best that it can offer.


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