Are you asking yourself the question, “how to change freesync range?” No need to worry since this blog will help you find the answer.
I will answer your question and give you a detailed explanation. But first, I will give a quick overview of what FreeSync actually is. So, let’s start this journey!
How to Change Freesync Range?
If you’re using FreeSync over HDMI, you’ll have to edit the extension block. In the ‘Extension Block’ window, select ‘FreeSync range’, and then click on “Edit”. Here type in a number from 40-60 (inclusive) and hit OK twice more. The FreeSync range adjusts itself based on how much power your monitor supports. Changing the FreeSync range can be performed in OSD.
The FreeSync range, or the minimum and maximum refresh rate that can be supported by your monitor, is a setting that you can adjust in your graphics card’s settings.
So if you want to change it, you need to make sure that your monitor is capable of supporting the new range.
All About FreeSync Range
Do you know what FreeSync is? If yes, good but if not, don’t worry as I am here to guide you all about freesync.
FreeSync works by changing the refresh rate of the monitor. When you change the refresh rate, you also change how often your graphics card sends data to the monitor.
This can cause a lot of problems if you don’t know exactly what range your graphics card can handle. There are two main types of monitors: CRT and LCD.
CRTs have their own built-in refresh rate and don’t need FreeSync to work properly.
LCDs, on the other hand, have a fixed response time (typically between 2ms and 5ms) that causes visual artifacts when it changes over time—this is where FreeSync comes in.
FreeSync allows monitors with relatively low response times to function at much higher refresh rates than they normally would be able to achieve without any visual artifacts appearing.
For example: if you have an LCD monitor with a 4ms response time and use FreeSync at 100Hz or 120Hz (which is double or triple its normal refresh rate), then there will be no visual artifacts.
Dig deeper into: G-Sync Worthiness: What You Should Know
Why Adjust the FreeSync Range?
As you have gone through freeSync but do you know the importance of adjusting it? In simple words I am asking you the reason for reading this blog.
Adjusting the FreeSync range is useful if there are certain games you play where you want to ensure that your FPS stays above a certain threshold.
This can help prevent screen tearing and stuttering while playing those games.
To do this, go into the Nvidia Control Panel (or AMD Radeon Settings) and look for an option called “FreeSync Range.”
This will let you set an upper limit for how high your FPS should go before FreeSync kicks in.
For example, if you have a 144Hz monitor and set this option to 100FPS, then once your FPS drops below 100FPS, FreeSync will kick in and keep it above 100 FPS until conditions improve.
How to Change Free-Sync Range Using CRU?
Imagine a game that starts at 60 FPS but slows down to 40, 30, or even 20.
Various monitor settings can help with this situation, including adaptive refresh rate (AR), which matches the display’s frame rate and variable refresh range (VRR).
Luckily, it’s very quick and simple to change! Check out my latest post for more information on the application and how it can help you!
With FreeSync, you can enjoy a more seamless gaming experience.
If your monitor supports this feature and has DisplayPort or HDMI input options, there are two different methods to edit the range of refresh rates that get used.
What is Custom Resolution Utility (CRU)?
CRU is a utility that allows you to customize your display settings.
This program will allow users the chance to configure many aspects of their monitor, including color depth and refresh rates.
This can be helpful for those who need high detailed graphics or want smoother video playback at lower frame rates while not sacrificing too much quality in either category.
How to Change Free-Sync Range Using CRU over HDMI?
Be sure to edit your extension block if you’re using FreeSync over HDMI.
FreeSync is a technology that synchronizes the refresh rate of monitors with the frame rate of video cards, eliminating screen tearing and stuttering for more fluid gameplay.
But it only works when used in combination with certain display technologies like Displayport or DVI—so what about those who are switching from one type of connection to another?
Let’s get into how this might affect someone transitioning between these connections!
In the ‘Extension Block’ window, you will find a list of various peripherals supported by this software. You can edit them to get even more out of your monitor!
If you’ve been feeling like your computer is acting up, then do yourself a favor and click ‘OK’ on these three windows to bring it back to its former glory.
Click the range you want and then click OK in each window for an instant fresh start! You may think running the restart64.exe file is a lot of work, but all you need to do is click it in reality.
Explore in greater detail: Mastering Screen Tearing: V-Sync-Free Strategies
Increase Free-Sync Range with DisplayPort
Make the following changes to your monitor’s FreeSync range using DisplayPort.
Next, run CRU by clicking ‘CRU’ in that folder or typing “crusoftware” into Command Prompt (the Windows equivalent of Terminal) followed by entering the key.
You’ll see a window labeled as ‘Monitor.’
In this menu, select what you want to be edited before selecting Edit next to its model name; for example, if you’re editing Acer Predator Z35, don’t forget to edit Advanced Settings first!
After clicking the ‘Start button, you will be greeted with a new window called Display Properties.
Here is where you can adjust your V rate range – type in the number of frames per second (FPS) that you want for each VRR and click OK!
This allows for improved graphics at lower frame rates while still maintaining high-quality video output without any lag after pressing Alt+Tab or minimizing desktop mode.
Keep in mind that not all monitors with a 40-75 Hz range might work if they are overclocked, so be careful!
Next, run the restart64.exe file, which will reset your monitor’s settings back to default values and apply any newer ones needed for it (such as changing VRR ranges).
Your monitor may blank several times when this is happening.
Wait patiently until everything goes black again or press ‘F8’ on the startup/resetting process if accidentally inputting an unsupported frequency value of 60 Hz instead of something higher.
That’s it – after rebooting, everything should revert automatically.
Benefits of having Wider Free-Sync Range:
A wider Free-Sync Range can offer several benefits to gamers.
Most importantly, it gives them a faster and more responsive gaming experience with reduced input lag or tearing that could affect the gameplay in ways like framerate discrepancies.
A wide range of Free-Sync displays now offers an even better user experience for those who want their games played flawlessly without experiencing any slowdowns due to screen stutters .
While playing online multiplayer modes together and many FPS titles offline, such as Overwatch, having fewer frames per second makes things much harder to track shots.
Disadvantages of having Wider Free-sync Range:
As is the case with many recent products, there are always trade-offs.
For example, the FreeSync range for monitors has been increased and now goes from 45Hz to 144hz, which means that you can enjoy smoother gameplay without screen tearing or stuttering.
But this also limits your frames per second when playing games such as Counter-Strike: Global Offensive due to an FPS maximum of 120fps.
But on most displays at 60 Hz refresh rates while using a display’s lower end ranges like 30 fps to prevent input lag between monitor refreshes (this won’t happen if running below 55Hz)
Investigate more extensively: G-Sync in Action: A Comprehensive Overview
A Step-by-Step Guide to Adjust FreeSync Range
Now let’s talk about the main purpose of this blog. I have listed a step-by-step guide to adjust freeSync range. So, follow these.
1. Checking Your Monitor’s Compatibility
To make sure your monitor is compatible with FreeSync, check the monitor’s specifications.
If it has a DisplayPort 1.2a input and a refresh rate between 48 and 240 Hz, then it should work with FreeSync.
If you’re using an AMD graphics card, you’ll also need to download AMD’s drivers. There are two versions of the drivers: one that supports FreeSync technology, and one that doesn’t.
Make sure you download the right version for your card!
2. Preparing Your Graphics Card and Drivers
In order to adjust FreeSync range on your graphics card, you’ll need to update your drivers.
- If you haven’t already, download the latest drivers from AMD’s website.
- Once they’re installed, reboot your computer.
- Open up AMD Radeon Settings by clicking Start > Settings > System > Display > AMD Radeon Additional Settings.
- Once in the settings window, select Gaming > Global Settings and then click on the Video tab near the top of the screen.
- Scroll down until you see the FreeSync section, then select “Enable Variable Refresh Rate” in order for your monitor to work with FreeSync if it supports it.
3. Accessing Your Monitor’s On-Screen Display (OSD)
Before you can adjust FreeSync range, you’ll need to access your monitor’s on-screen display (OSD).
To do so, press the monitor’s menu button or power button while the screen is on. A menu will appear showing different options and settings.
Navigate through these options using your mouse or remote control until you reach the option for “Display Mode”.
Once there, select it and use the right arrow to change it from “Standard” to “Game”.
Navigating the OSD menu is simple, but it does require a bit of finesse.
To get started, make sure that you are in the “Advanced” tab. If you’re not, click on the arrow icon in the bottom-left corner to switch over to it.
Next, click on “Picture Settings” to enter this menu. Then click on “FreeSync Range” and press the joystick button on your monitor’s bezel to select it.
The screen will change and show you a graph with vertical lines at various points along the Y axis (vertical).
You can use these lines to adjust your FreeSync range by moving them up or down depending on what feels right for you—the higher they go, the lower your FreeSync range becomes.
If they go down towards zero, your FreeSync range becomes wider.
Analyze more profoundly: Maximizing Gaming Performance: FreeSync’s Pros and Cons
5. Locating the FreeSync Range Settings
The fifth step to adjusting FreeSync range is to locate the FreeSync Range Settings.
- To do this, first open the AMD Radeon Settings application on your PC.
- Then, click on “Gaming” in the menu bar at the top of the window.
- From here, select “Global Settings” and then click on “Display.” You will see a list of options that includes things like resolution, refresh rate, and so on.
- Scroll down until you find the option labeled “FreeSync Range.”
- Click on this option and then click on “Edit” in order to get started with making adjustments.
6. Adjusting the Minimum and Maximum FreeSync Range
The second last step to setting up your FreeSync monitor is to adjust its minimum and maximum FreeSync range. To do this:
- Open the AMD Radeon Settings application on your computer.
- Click on “Display” in the menu bar at the top of the window, then click on “Display Devices.”
- If you don’t see it here, make sure you’ve installed all drivers and rebooted your computer after doing so; this will often fix any issues with missing monitors in Radeon Settings.
- Select the monitor in question, then click on “More Options” under its name in this list view (you may need to scroll down). You’ll see an option called “FreeSync.”
- Click on this to open up a new window that displays more information about your selected monitor’s settings than just its name alone could show before!
- In this new window, look for two options called “Minimum Refresh Rate” and “Maximum Refresh Rate.”
7. Saving Changes and Testing Your Setup
You’re almost done! All that’s left is to save your new settings and test out your new FreeSync range.
To save the changes you made, go to the “Save” button in the top right corner of the window. You can also click on “OK” to close out of any other windows that may pop up.
Now that you’ve saved your changes, let’s test them out! Start up a game and make sure it’s running at your display’s native resolution.
If you’re playing a game that supports variable refresh rates (VRR), set it to FreeSync mode. Then, press Alt + Tab to switch over to Windows desktop mode.
Adjust the brightness of your display until it’s comfortable for you while looking at the Windows desktop, then switch back into your game.
If everything looks good (no flickering or tearing), then congratulations! Your setup is complete!
Troubleshooting Common Issues
If you’re having trouble with your Freesync range, I can tell you a few things you can do to troubleshoot your issue.
First, check your monitor’s settings.
If you’ve been using the same settings for a while and suddenly notice that your monitor isn’t displaying the correct range, it may be because of a setting change.
You can check this by going into your monitor’s menu and checking out its settings under the “Display” or “Picture” section.
Make sure that it matches what is written on your monitor sticker (which will also be listed in our guide).
Second, make sure that all of your devices are connected properly and have sufficient power.
For example, if you’re using an HDMI cable to connect two devices together (such as between your computer and monitor), make sure that it is firmly plugged into both ends.
Moreover, I advise you to make sure there aren’t any loose cables or damaged ports on either device.
If everything looks good here then try connecting something else through this connection to see if it still works properly before moving on to other troubleshooting steps below!
Thirdly (and finally!), check out our guide below for more information about Freesync range issues like these plus lots more tips and tricks!
Dive deeper into: The Battle of Sync Technologies: NVIDIA Fast Sync vs. AMD Enhanced Sync
Advanced Tips for Optimal FreeSync Range
I hope you don’t want any inconvenience while adjusting the FreeSync settings. I can help you with this. So keep reading.
|1||Update Graphics Drivers||Ensure you have the latest graphics card drivers installed to benefit from FreeSync improvements and bug fixes.|
|2||Monitor Firmware Update||Check for and apply any available firmware updates for your gaming monitor, as they may enhance FreeSync performance.|
|3||Enable FreeSync||Activate FreeSync in your monitor’s OSD (On-Screen Display) menu and in your graphics card control panel settings.|
|4||Monitor Compatibility||Ensure your monitor is FreeSync-compatible. Verify its range and whether it supports Low Framerate Compensation (LFC).|
|5||Adjust FreeSync Range||Some monitors allow you to adjust the FreeSync range. Set it to match your monitor’s native refresh rate range for optimal performance.|
|6||Cap Frame Rate||Limit your in-game frame rate to stay within the FreeSync range, preventing tearing and stuttering. Use in-game settings or third-party tools.|
|7||V-Sync and FreeSync||In some cases, enabling both V-Sync and FreeSync can provide smoother gameplay experiences, especially if your frame rate fluctuates.|
|8||Check Cable and Connection||Ensure you’re using a high-quality DisplayPort or HDMI cable that supports FreeSync. Securely connect it to both your monitor and graphics card.|
|9||Monitor Overdrive Settings||Experiment with your monitor’s overdrive settings (often labeled as “Response Time”) to reduce ghosting or artifacts during fast-moving scenes.|
|10||Monitor Color Settings||Adjust your monitor’s color settings to improve image quality and reduce input lag. Calibrate it for your specific gaming preferences.|
In this blog I have discussed How To Change Freesync Range? So here we have discussed a lot regarding freesync.
Hope you got the basic idea about FreeSync and also how to change freesync range to monitor. So just follow these steps and enjoy your gaming.
All of these settings that I have discussed are useful.
What is the Range of FreeSync Sync?
Generally, AMD FreeSync is designed to work within a 48–75 Hz window. So if you’re playing a game with 100–200 fps (frames per second), you won’t see the benefits of AMD FreeSync.
What is the Range Refresh Rate for FreeSync?
FreeSync technology provides you with a smooth, tear-free experience and lets your games run at least 120 frames per second.
Does FreeSync Lower FPS?
AMD FreeSync synchronizes a monitor’s refresh rate with the frame rate of AMD graphics cards to eliminate screen tearing, stuttering and input lag.