Freesync VS No Freesync [Detailed-Guide]

Tearing occurs when your screen refreshes slower than the game frame rate. This problem can quickly ruin the gameplay experience for players who deal with it regularly.

You can sync your refresh rate to your GPU rendering, but you’ll need FreeSync to do this. You might be completely unfamiliar with this program, but using it shouldn’t be difficult.

What is the expert’s opinion on Freesync vs. no Freesync? Throughout the years, this topic has been discussed a lot.

You’ll find gamers on both sides of this debate. I will remain somewhat impartial and explain both options’ benefits and our final decision.

Freesync VS No Freesync – Comparison

Lets start our guide in detail.

What is Freesync?

FreeSync is a technology developed by AMD that was released in 2015 and, like G-Sync, is a synchronization technology for liquid crystal displays. Its purpose is to reduce stuttering and tearing caused by a monitor that is not in sync with the content frame rate.

Having a monitor with Freesync gives you a variable refresh rate (known as VRR) that matches the AMD graphics card’s framerate. This allows you to optimize your graphics card’s framerate and get better performance in general.

FreeSync is compatible with any monitor that uses DisplayPort 1.2a, which uses the Adaptive-Sync standard. Keeping this in mind, FreeSync is incompatible with legacy connections like VGA and DVI.

FreeSync’s “free” part comes from the fact that it’s an open standard, meaning other manufacturers can easily integrate it into their devices without paying AMD royalties. Therefore, many FreeSync devices are less expensive than G-Sync devices.

How does Freesync Works?

Through FreeSync, AMD’s graphics cards and APUs can control the refresh rate of a connected monitor. The majority of monitors have a refresh rate of 60 cycles per second (60Hz), but there are also those that refresh 75, 120, 144, and even 240 times per second.

Screen tearing is essentially an issue of timing. In some cases, the GPU can render frames more rapidly than the screen can update itself, thus causing the screen to compile “strips” of different frames.

When the view moves horizontally, the “ripping” artifacts typically appear. Similarly, if the GPU cannot match the display’s refresh frequency, a stuttering effect will appear.

When FreeSync is enabled, the monitor dynamically updates the screen in accordance with the frame rate of the game.

In the case of a 60Hz display, it only supports 60 frames per second. The display refresh rate will drop accordingly if the GPU’s output drops.

So, When you use AMD FreeSync, the monitor’s refresh rate scales up or down according to the frame rate, so it never refreshes halfway through a frame, and tearing never occurs.

Pros of Freesync

  • Video gamers need to have something to assist with their visuals. NVIDIA’s G-Sync and V-Sync technologies are some of the alternatives that do the same thing. However, FreeSync monitors are much more affordable. FreeSync is more affordable than alternative options.
  • The AMD FreeSync technology is based on VESA’s Adaptive-Sync technology, a free and open standard. This does not affect the price of the monitor.
  • FreeSync provides you with a variable refresh rate to eliminate screen tearing and stuttering if your graphics card supports it. It’s definitely worth it.
  • You don’t need to rely on G-SYNC to reduce motion blur since some FreeSync gaming monitors have motion blur reduction technology.
  • Some gaming monitors can run FreeSync and Motion Blur Reduction simultaneously, like the ASUS TUF VG259QM, which features ELMB-Sync technology.

Cons of Freesync

  • Despite its considerable improvements over the V-Sync standard, FreeSync still isn’t a perfect technology. The biggest issue with FreeSync is ghosting. In this case, an object leaves behind a bit of its previous image position, leading to a shadow-like image.
  • Imprecise power management is the primary cause of ghosting in FreeSync devices. Pictures will have gaps due to slow movement when pixels do not receive enough power. Conversely, when too much power is applied, ghosting occurs.
  • The FreeSync feature is not compatible with an NVIDIA graphics card. Unfortunately, NVIDIA graphics cards cannot use FreeSync, so you can’t play games on the system that way.
  • AMD graphics cards are the only ones compatible with FreeSync, meaning that many people may not be able to use the feature. This isn’t just limited to FreeSync and is pretty much a standard across the industry.
  • One of the problems with development is that standards differ from monitor to monitor. The same software will operate differently on different computers, even though it seems impossible. In some of the monitors, the refresh rate varies across a diverse range, from 40 Hz to 144 Hz. It will not work outside 48 to 75 Hz on some other monitors. Because of looser standards, FreeSync may be a bit of a jarring experience. You may find it quite frustrating.

The Next Generation of FreeSync

AMD released an enhanced version of FreeSync in 2017 called FreeSync 2 HDR to overcome its limitations. Monitors that meet this standard should support HDR, provide low-framerate compensation (LFC), and be able to toggle between standard definition range (SDR) and high dynamic range (HDR).

In contrast to FreeSync, FreeSync 2 monitors automatically enable low framerate compensation (LFC) if the frame rate is below the monitor’s supported range to prevent stuttering and tearing.

Since FreeSync has been an open standard since day one, those looking for a FreeSync monitor have a more comprehensive selection than those looking for a G-Sync monitor.

How To Enable AMD FreeSync On Your Monitor

Your first step should be to make sure you have the latest AMD FreeSync driver installed. When you are on this menu, you can check if you are unsure. When FreeSync is installed and enabled, it should remain enabled until you turn it off. To enable FreeSync, follow these steps:

  • Right-click on the desktop and choose AMD Radeon Settings.
  • Turn on AMD FreeSync if it isn’t already.
  • This is where you can also turn it off.

After you have changed something, you can keep playing. You don’t have to restart your computer.

Is Freesync Worth It?

“Is Freesync worth it?” The answer to this question depends on your computer usage. For instance, Freesync will be more worthy for you if you are a gamer rather than just using your computer for social media browsing.

Certainly, Freesync has some issues along with its benefits.

If you are a gamer, you need something to help with game visuals. Many other options like V-Sync and G-Sync are available in the market that does the same thing, but Freesync is much cheaper than these options.

As Freesync is a software solution, some people don’t prefer using it. Instead, they use G-Sync, which is hardware-based and more expensive than Freesync.

One issue with Freesync is that they can not be used with NVIDIA Graphics Card. Therefore, you can not play games on your system that way. 

You can only use Freesync with an AMD graphics card; therefore, many people can’t use it. 

Frequently Asked Questions (FAQs)

Is it better to have FreeSync off or on?

Nonetheless, most people experience a drop in frame rate below the refresh rate of their monitor, so the best option is to have Freesync on, vsync on, and a frame-rate cap several frames below your monitor’s refresh rate. There will be no screen tearing, and the game will run smoothly; although there might be a tiny bit of input lag, it’s not noticeable.

Is it worth having FreeSync on?

Because AMD FreeSync is based on VESA’s Adaptive-Sync technology, it is a free and open standard and therefore does not raise the monitor’s price. If you have a compatible graphics card, FreeSync will provide you with a variable refresh rate to eliminate tearing and stuttering.

Does FreeSync affect FPS?

With Freesync, the monitor can refresh outside of the regular 60 Hz band. As a result, if your graphics card generates 59 frames per second and your monitor has Freesync, you will see each frame as it is received. So, you will see 58 frames at 17.2ms, followed by the LAST frame at 17.5ms.

Conclusion

Freesync is definitely worth it for a good gamer under the right conditions. Freesync will provide a better gaming experience by running your game smoothly and preventing any issues in your game.

If your system has an AMD card or you plan to buy and use it, you shouldn’t question using a Freesync because buying it will be worth it. 

If you are interested in buying a FreeSync monitor, it would be best to research beforehand. When you decide whether to turn it on or off, you should test them both out and determine which one performs better for you.

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