The problem of screen tearing is a common occurrence in monitors. We all have been there when we encountered screen tearing while playing games. The persistence problem of Screen Tearing can disrupt your experience. It’s a constant annoyance to gamers who play Fast-Paced action games. Well, you can surely turn on V-sync Technology but it will also take a toll on your gaming performance.
To eliminate the problem of Screen Tearing, NVIDIA and AMD have risen to the challenge by rolling out G-Sync and FreeSync Technology. Manufacturers are also adapting to these technologies. This puts consumers in a dilemma about which technology is the best. Allow us to break the little details and read on to find out which technology is best suited for your setup.
To understand the difference between FreeSync and G-Sync, you should know a little bit about Screen Tearing.
What is Screen Tearing?
Putting it simply, Screen Tearing is a graphic distortion where the display presents the next frame while the current frame is still displayed on the screen. The problem of screen tearing results in a horizontal line appearing on the screen, splitting the old and new frame rates.
Screen Tearing occurs when the monitor does not sync with the GPU or there is any miscommunication between the Monitor and GPU. While you are playing games, your GPU might show some inconsistencies due to some demanding scenes. As a result, the compatibility between monitor and GPU will disrupt. The GPU might not be able to keep up with the refresh rate of the gaming monitor. The result is the addition of new frames while the previous frame is still present on the screen. The overlapping of these frames is regarded as Screen Tearing.
Initially, to eliminate the Screen Tearing, GPU manufacturers and developers came up with VSync or Vertical Sync Technology.
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What is VSync & How V-Sync Can Prevent Screen-Tearing?
The problem of screen-tearing has been discovered for a long time. Today there are plenty of technologies that can fix the problem of screen-tearing and allow you to indulge in an immersive experience. The oldest and the most-effective one is V-Sync Technology, often known as Vertical Sync Technology. You will V-Sync option in every game’s settings.
VSync is an efficient technology that can easily take on the problem of Screen-tearing. The VSync technology matches the frame rates of your monitor which results in the elimination of screen tearing. The VSync technology only focuses on limiting the frames per second and doesn’t really maintain the coordination between monitor and GPU.
It simply tries to resist the problem instead of making any solution. Other than that, there are other downsides of using VSync Technology. For instance, there is an increase in input lag, and the use of VSync Technology leads to stutter images. Moreover, you will also notice degraded gaming performance.
That’s where the world’s leading GPU manufacturers Nvidia & AMD came up with their Adaptive-Sync Technology called Nvidia G-Sync & AMD FreeSync.
Let’s talk about them, one by one
What Is AMD FreeSync Technology?
AMD FreeSync Technology was first released in 2015 which intended to take on the consistent problem of Screen-Tearing which rises due to the lack of syncing of monitor and AMD GPU.
This technology uses the Adaptive-Sync standard that is integrated into the DisplayPort 1.2, any monitor that has this DisplayPort integrated into its chassis will be compatible with this technology. AMD FreeSync Technology is inexpensive and there are plenty of monitors that support AMD FreeSync Technology.
Performance-wise, Free-Sync Technology offers great performance when compared with VSync Technology. However, the only downside to this technology is the occurrence of ghosting. AMD FreeSync Technology might have eliminated screen tearing but gamers are encountering the problem of ghosting. The phenomenon of Ghosting is pretty common in cheap gaming monitors with IPS Panels.
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What Is Nvidia GSync Technology?
Nvidia has developed a technology named G-Sync Technology which was initially released in 2013. The G-Sync Technology does a great job of synchronizing the display’s refresh rate with the frame rates churned out by the GPU, leading a way for gamers towards a better and smooth gaming experience.
Nvidia G-Sync ensures that the monitor and GPU sync with each other. It means that the new frame will be displayed when the old frame has been finished leading to the elimination of screen-tearing.
Basically, Nvidia G-Sync matches the Refresh Rate of the monitor with GPU’s render rate for a smooth, tear-free image. It creates communication between the gaming monitor and GPU so that there is no mismatch between both of them. Though Nvidia’s G-Sync can take on the screen-tearing but its major disadvantage is the exorbitant price.
The Nvidia G-Sync enabled gaming monitor is comparatively more expensive than the AMD FreeSync enabled monitor. To take advantage of Nvidia G Sync Technology, you need to have an NVidia Graphic card, as well as an Nvidia G-Sync, enabled gaming monitor. There are gaming laptops that come with Nvidia G-Sync compatibility. Check out the best gaming laptops here.
GSync Vs FreeSync: Which is the Best?
Nvidia was the first to come up with G-Sync Technology which is definitely an impressive technology, leading gamers to an immersive experience. However, G-sync Technology from Nvidia will work only if the screen has G-sync specific hardware which in turn increases the overall cost for gamers. There are some other ways to use the Nvidia G Sync on FreeSync gaming monitors but you will not get the original quality that Nvidia’s GPU gives with G-Sync.
On the other hand, AMD’s free-sync technology is more drawn towards entry-level, and mid-segment gaming monitors. AMD’s free-sync technology is compatible with AMD graphic cards and is usually cheaper and affordable when compared with G-Sync Technology.
Another major difference lies in their ways of handling things. Nvidia’s G-sync ensures that there are no frame rate restrictions and assures that the technology works as it was intended to. On the other hand, FreeSync Technology works within a prescribed range. In addition to that, GSync Technology offers plenty of other features such as Ultra Low Motion Blur Technology, Low input lag.
When you talk about AMD’s FreeSync technology, it does not offer any additional benefits and it is prone to problems like ghosting whereas the Nvidia G-Sync Control Panel has a dedicated option called ‘Noise Reduction’ that can eliminate the problem of Ghosting. That extra cost over FreeSync is compensated with the additional benefits you are getting on Nvidia.
So if budget is not an issue and you want smooth, fast, tear-free gaming performance, Nvidia G-Sync is definitely recommended but that doesn’t mean AMD FreeSync is not worth it. It is affordable and gives you tear-free gaming. Ghosting can also be eliminated by tuning the Overdrive settings in your gaming monitor.
GSync Vs FreeSync: What’s Your Take
Nvidia’s GSync Technology and AMD’s Free-Sync Technology have different approaches to enable you to get rid of screen-tearing. The bottom line is that it all comes down to your budget. While AMD’s FreeSync Technology is usually inexpensive and affordable, Nvidia’s G-Sync Technology will have you dig deep into your pockets. If you just begin to setup your gaming desk, here is how to setup a gaming desk from scratch.
Also, you might want to consider the extra features offered by GSync Technology. So, depending upon what your budget is, you can take your pick. Both Nvidia’s G-sync Technology and AMD’s Free-Sync Technology offer great features that can enhance your gaming experience.
Here are our lists of best gaming monitors that you can consider buying:
- Best 144hz Gaming Monitor
- Best Curved Gaming Monitor
- Best Portable Gaming Monitor
- Best 1440p Gaming Monitor
- Best 240hz Gaming Monitor
- Best Ultrawide Gaming Monitor
- Best 27 Inch Gaming Monitor
- Best 32 Inch Gaming Monitor
- Best Gaming Monitor For PS5
- Best Gaming Monitor for PS4 Pro
- Best Gaming Monitor for Xbox Series X
- Best Gaming Monitor for Xbox One X
- Best HDMI 2.1 Gaming Monitor