G Sync Vs. FreeSync : Step By Step Comparison

Don’t know anything about G Sync or FreeSync? Well don’t you worry, we have you covered! Here we will discuss every single thing about G Sync vs. FreeSync and how it’s helpful. Keep on reading to know about it all! So first things first, what are FreeSync and G Sync? Well the problem of screen tearing was growing and it seemed unfixable at first but then NVIDIA and AMD created G Sync and FreeSync to solve this problem.

So to simply put it, FreeSync and G Sync are two types of adaptive sync (or variable refresh rate) technology that tackle screen tearing. If the refresh rate of your display and the frame rate of your graphics card are out of sync, screen tearing happens. Let’s consider an example to understand this clearly-

There is an imbalance if you have a 60Hz display but your graphics card generates 70 frames per second. Because of the imbalance, incomplete or multiple frames are shown on the projector at the same time. The resultant picture looks ripped, which takes the focus away from your gaming experience and its upper annoying.

G Sync Vs. FreeSync : Step By Step Comparison

What is G Sync?

Coming to the main thing now-

Ever heard of G Sync?

GSync eliminates screen tearing by synchronizing the frame rate of your game with the refresh rate of your display. Many games have a monitor feature called Vertical Sync in the graphics settings to prevent screen tearing (GSync).

but a major drawback is that, because of the way the technology operates, GSync poses new challenges. GSync works by asking the graphics card to “wait” until the display is ready before generating the next frame.

At the risk of avoiding screen tearing, the “waiting” causes gameplay stuttering, speed losses, and severe input latency.

What is G Sync?

What is G Sync?

G Sync (NVIDIA) and FreeSync (AMD) advancements were created to address screen tearing while still removing the issues that VSync caused.

They function by allowing your graphics card to adjust the refresh rate of your display by synchronizing with it. When the GPU creates a new frame, the monitor will view it in its totality straightaway.

For example, if the graphics card produces 152 frames per second, the display will be set to refresh at 152Hz. As a result, the gameplay runs incredibly smoothly.

Differences between G Sync vs FreeSync?

Differences between G Sync vs FreeSync?

Now that we have talked about FreeSync and G Sync let’s move on to the differences between FreeSync and G Sync now.

Even when both G Sync and FreeSync work towards the same problem but, some things make them a Lil bit different-

G Sync Pros and Cons

G-Sync monitors necessitate the use of a proprietary NVIDIA hardware scaler, which raises the price a tad bit. A thorough qualification process is required of all G Sync monitors.

This implies that NVIDIA maintains a firm hold on G Sync display quality management, ensuring that you always buy a high-quality product; however, the downside is that there are few low-cost alternatives.

For the same model, G Sync monitors cost $100+ more than their FreeSync variants.

NVIDIA launched “G Sync Compatible” in 2019, which is simply a list of licensed G-Sync Compatible FreeSync monitors that allow you to use adaptive sync with an NVIDIA 10XX or 20XX series graphics card.

FreeSync Pros and Cons

FreeSync is an open specification developed by AMD that is compatible with off-the-shelf scalers, enabling display vendors to provide FreeSync support at a low cost.

As a result, FreeSync technology will be used in a larger range of displays, from low-cost to high-end models.

Even though having more options is beneficial, you should pay particular attention to a monitor’s requirements because certain low-cost FreeSync displays only allow adaptive sync when playing a game within a certain frame rate scope.

Is G Sync or FreeSync necessary?

Adaptive synchronization tech greatly enhances the gaming experience, and we strongly advise most people to purchase a G Sync or FreeSync compatible gaming display.

Some professional gamers with very high-performance PCs prefer not to allow adaptive sync because it adds a small amount of input lag and also because screen tearing would not occur if you can sustain 240 FPS; in this scenario, you might opt for the less expensive FreeSync option because you would not be enabling the feature.

What are G Sync Ultimate and Freesync 2

G Sync Ultimate screens, as previously stated, are the highest-end G Sync devices, with the best image quality and precision of any G Sync monitor.

The most recent variant of G Sync technology that supports High Dynamic Range (HDR) gaming is G Sync Ultimate (formerly known as G Sync HDR).

FreeSync 2 is the next generation of AMD’s FreeSync technology, with more features. This latest technology includes HDR game content support, reduced input latency, and lower framerate compensation (LFC) as well.

Conclusion

That was all about G Sync or FreeSync. We hope now you have clearly understood how both G Sync or FreeSync work and at delivering a gaming experience that is way better than VSync.

But this battle of G Sync or FreeSync shall prevail longer until some advancements occur because both technologies are quite efficient and work amazingly to tackle screen tearing.

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