Monitor Overclocking Software Explained

There are a few different types of monitor overclocking software available. Some are more effective than others, so it is important to find one that works best for your needs. The two most popular options are RivaTuner and Afterburner.

RivaTuner is a program that affects both the graphics card and monitor. It gives you control over things like fan speed, voltage, and memory clock speed. You can also use it to overclock your monitor by increasing the refresh rate.

Afterburner is made specifically for graphics cards, so it does not have as many features as RivaTuner. However, it is still a very effective way to overclock your monitor.

You must experiment with different settings in both programs to find the best results. Start with small increases and work your way up until you find the perfect balance between performance and stability.

Once you have found the right settings, save them so you can easily apply them again.

The Risks of Overclocking Your Monitor

Overclocking your monitor can be a great way to get more performance. However, there are some risks associated with doing this.

First, if you overclock your monitor too much, it can exhibit strange behaviour, such as artefacts or screen tearing. Additionally, if you don’t have a good cooling system, overclocking your monitor can lead to overheating and potentially damaging the internal components.

Finally, while most monitors will allow you to overclock without voiding the warranty, some manufacturers may not honour the warranty if they determine that overclocking was the cause of any problems.

Overall, overclocking your monitor is a bit of a gamble. It can pay off with increased performance, but some definite risks are also involved. If you decide to overclock your monitor, do your research first and ensure that you have a good cooling solution in place.



RivaTuner is a utility designed for customizing the settings of NVIDIA display adapters. This software provides extensive tweaking options for all NVIDIA display adapters.

You can use RivaTuner to tweak your NVIDIA graphics card to extract every last bit of performance. The main interface of RivaTuner is straightforward to use.

The RivaTuner also allows you to overlock your NVIDIA graphics card. Overclocking your GPU can lead to significant game and application performance gains. However, overclocking comes with its risks, so be sure to do your research before attempting it.

In addition to overclocking, RivaTuner also provides various other features, such as fan control, frame rate monitoring, and capturing screenshots and videos.

Overall, RivaTuner is an excellent tool for anyone looking to get the most out of their NVIDIA graphics card.

How to use RivaTuner

RivaTuner is a freeware utility designed for customizing the performance of NVIDIA graphics cards. It allows users to overclock their graphics cards, tweak memory timings, and monitor GPU temperatures.

RivaTuner also supports tweaking the fan speed of NVIDIA graphics cards. I will show you how to use RivaTuner to overclock your NVIDIA graphics card.

  1. You need to download RivaTuner from the official website. After installing RivaTuner, launch the program and select your graphics card from the drop-down menu.
  2. Click on the “Clock Frequencies” tab and increase the “GPU Core Clock” slider by a few percentage points. Then, click the “Apply” button to apply the new clock speed.
  3. We will need to increase the memory clock speed of our graphics card. To do this, go to the “Memory Timings” tab and find the “Memory Clock Frequency” option.
  4. Increase this value by a few percentage points and click the “Apply” button.
  5. We must adjust our fan speeds to keep our GPU cool while overclocking it. To do this, go to the “Fan Speed Control” tab and increase the “Fan Speed (%)” slider until your GPU’s fan speeds are increased accordingly.

Make sure not to set your fan speeds too high, as this can damage your GPU in the long run. Once you’re done adjusting your fan speeds, click on the “Apply” button and then exit RivaTuner.

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Custom Resolution Utility (CRU)

CRU is a handy tool that allows users to customize their resolutions and refresh rates on Windows computers. The utility provides a user-friendly interface for making changes, making it ideal for those unfamiliar with editing the Windows Registry.

CRU also allows users to back up and restore their custom resolution settings, which is handy in case something goes wrong. Overall, CRU is a valuable tool for anyone who wants to tweak their display settings on Windows.

One of the great things about CRU is that it offers a wide range of options for customizing resolutions and refresh rates. For example, users can create custom resolutions with specific widths and heights and choose any refresh rate they like.

This flexibility is useful for those who want to get the most out of their displays.

Additionally, CRU includes an option to delete unwanted resolution entries from the Windows Registry. This can be helpful if your computer has been infected by malware or if you have changed the resolution settings you no longer want.

CRU also offers some advanced features that may be appealing to power users. For instance, CRU can override the estimated capabilities of your display so that you can use higher resolutions and refresh rates than your monitor supports.

While this may not be necessary for everyone, it’s a nice option to have available. Additionally, CRU includes an option to disable frame buffer compression on AMD graphics cards, which can improve image quality in some games.

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How to use Custom Resolution Utility (CRU)

Assuming you have already downloaded and installed CRU, follow these steps to get started:

  1. Run CRU and click the “Add” button under the “Detailed resolutions” section.
  2. Enter your desired resolution in the “Width” and “Height” fields. For example, if you want to create a custom resolution of 1920×1080, you would enter those values here.
  3. Choose your desired refresh rate from the “Refresh rate (Hz)” drop-down menu. If you’re unsure what refresh rate to choose, 60Hz is a good starting point.
  4. Click the “OK” button to add your new resolution to CRU’s list.
  5. Repeat steps 1-4 for any other resolutions you want to add.
  6. When you’re done adding resolutions, click the “Apply” button at the bottom of CRU’s window.


Nvidia Control Panel

Nvidia Control Panel is a graphical user interface that allows users to fine-tune their graphics card settings. The control panel provides options for adjusting image quality and performance and managing 3D settings and display options.

It also allows users to create custom profiles for specific games and applications.

The Nvidia Control Panel can be accessed through the Windows Start menu or by right-clicking on the desktop and selecting “NVIDIA Control Panel” from the context menu.

Once open, the main page of the control panel will provide an overview of all available options. For more detailed information on each option, click on the “?” icon.

Under the “3D Settings” tab, users can adjust various options for how 3D content is displayed on their screen. This includes setting up stereoscopic 3D viewing, enabling anti-aliasing, and changing Anisotropic Filtering (AF) levels.

Users can also select which GPU they want to use for 3D applications from this tab.

The “Display” tab contains options for adjusting resolution, refresh rate, and colour depth. It also has a feature called “Maximise Viewport” which automatically adjusts these settings based on the window size.

Users can create multiple display profiles with different settings for different purposes (e.g., gaming vs watching movies).

Finally, under the “Manage Custom Profiles” tab, users can create custom profiles for specific games or applications with unique settings tailored to them.

This can be useful for getting the most out of a particular game or program without sacrificing performance in other areas. To create a new profile, click on the “Add Profile” button and enter a name.

Then select which game or application you want it to apply to from the drop-down menu.

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How to use Nvidia Control Panel

If you have an Nvidia graphics card on your computer, you can use the Nvidia Control Panel to change settings and adjust performance. Here’s how to use the Nvidia Control Panel.

First, open the Nvidia Control Panel. You can do this by right-clicking on your desktop and selecting “Nvidia Control Panel” from the menu or by searching for it in the Windows Start menu.

Once you’ve opened the Nvidia Control Panel, navigate to the “Adjust image settings with preview” section. Here, you can choose between two options:

“Use my preference emphasizing” and “Let me select one myself.” If you want more control over your settings, select “Let me select one myself.” Otherwise, select “Use my preference emphasizing.”

Next, select which category of games you want to optimize: 3D Settings or 2D Settings. For most games, you’ll want to adjust 3D Settings.

Finally, under the Selected Category heading, make any changes you want. For example, if you’re trying to improve game performance, you might want to turn down some of the visual settings.

Once satisfied with your changes, click Apply at the bottom of the window to save them.

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Radeon Software

Radeon Software is a set of tools, utilities, and drivers that help improve games’ performance and visual quality and other graphics-intensive applications.

AMD’s gaming brand, Radeon, released this software suite to give gamers more control over their gaming experience.

The software includes automatic game optimization, settings profiles for different games and hardware configurations, game capture tools, and even a built-in overclocking utility.

While some of these features are available in other software suites or through third-party applications, Radeon Software provides a comprehensive package that is constantly being updated with new features and improvements.

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How to use Radeon Software

Radeon Software is a powerful tool that enables you to customize your gaming experience and optimize your system’s performance. Here’s a step-by-step guide on how to use it:

1. Open Radeon Software by clicking the icon in your system tray or searching for it in the Windows Start menu.

2. Click on the “Gaming” tab at the top of the window.

3. From here, you can access all of Radeon Software’s features designed to improve your gaming experience.

For example, you can use the “Game Settings” tab to automatically optimize game settings for over 50 popular titles or create custom profiles for games not yet supported by Radeon Software.

4. You can also use the “Global WattMan” tool to overclock your GPU and memory clock speeds for even more performance, or use the “Display Settings” tab to tweak things like resolution, refresh rate, and gamma correction.”

Monitor Overclocking Software FAQ

1. What is monitor overclocking software?

A monitor overclocking software is a program that allows you to overclock your monitor. This means you can increase your monitor’s refresh rate beyond the standard limit.

This can be useful if you want to get a smoother gaming experience or if you want to use your monitor at a higher resolution than its native resolution.

2. How does monitoring overclocking software work?

A monitor overclocking software works by increasing the refresh rate of your monitor beyond the standard limit. This can be done by changing your graphics card control panel settings or using a third-party program.

The increased refresh rate will make your monitor’s image appear smoother and allow you to use higher resolutions than its native resolution.

3. Are there any risks associated with using monitor overclocking software?

Yes, there are some risks associated with using monitor overclocking software. If you overclock your monitor too much, it can damage your graphics card or cause other problems.

That’s why it’s important to use a program designed to monitor overclocking and only increase the refresh rate by a small amount at first.

4. Is it worth overclocking my monitor?

That depends on what you want to use your computer for. If you’re a casual user who wants to browse the internet and do some light gaming, then there’s no need to overclock your monitor.

However, if you’re a more serious user who wants to get the most out of their games and applications, then overclocking your monitor can give you a significant advantage.

Overclocking your monitor can give you a smoother gaming experience by increasing the refresh rate beyond the standard limit.

This means that images will appear more fluid and sharp, and you’ll be able to use higher resolutions than your monitor’s native resolution.

However, there are some risks associated with overclocking, so it’s important to use a program designed to monitor overclocking and to only increase the refresh rate by a small amount at first.

5. How do I use monitor overclocking software?

Using monitor overclocking software is fairly simple. First, you need to download and install the program on your computer.

Once the program is installed, launch it and follow the instructions to overclock your monitor. Make sure to increase the refresh rate by small increments, as increasing it too much can damage your display hardware.

6. Is there anything else I need to know about using monitor overclocking software?

Yes – when you are finished using the program, make sure to exit it so that your changes are saved properly.

Also, remember that not all monitors can be overclocked, so check with your manufacturer before trying to do so.

Finally, remember that pushing your hardware too far can result in damage, so always exercise caution when overclocking!


We’ve had a long love affair with software that overclocks monitors. We used to use it all the time, and it was great. It gave us an extra performance boost without buying a new monitor.

However, we’ve recently concluded that monitors overclocking software is no longer worth using. Here’s why:

  1. It’s become less effective over time. This is because GPU manufacturers have started including features in their drivers that automatically overclock the refresh rate of your monitor. So if you were using a program like RivaTuner or MSI Afterburner to overclock your monitor, you’re likely not getting as much of a performance boost as you used to.
  2. There are better ways to get a performance boost out of your monitor. You can buy a 144Hz or 165Hz monitor if you want a higher refresh rate. Or, if you want lower input lag, you can buy an IPS panel with G-Sync or FreeSync support.

There are also plenty of other gaming monitors with special features like ultra-wide aspect ratios and high dynamic range that can give you a significant game advantage.

Overclocking your monitor carries some risks that aren’t worth taking anymore. For one thing, it can potentially damage your display or shorten its lifespan (although this is unlikely).

But more importantly, it voids the warranty on your monitor, so if something goes wrong, you won’t be able to get it fixed for free by the manufacturer.


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