Top Best Monitors With NVIDIA G-Sync 2022

The Top Best Monitors With NVIDIA G-Sync Gaming Monitors Best G-Sync technology. If you are looking to get the top best gaming monitor with outstanding performance NVIDIA G-Sync will be the best choice for you. As we know Nvidia G-Sync & Nvidia GeForce cards work together to deliver silky-smooth gameplay. Since Nvidia G-Sync technology started to become a home monitor feature.

G-Sync is Nvidia’s frame-synchronization technology, which uses dedicated monitor processing to match your monitor’s refresh rate to your graphics card’s output for a smooth gaming experience. You need an Nvidia GPU to make this occur, and those are pretty hard to find right now.

Gaming monitors have developed in recent years. The advent of variable refresh rate technologies has dramatically improved the gaming experience. There are two competing VRR technologies: AMD’s FreeSync technology and NVIDIA’s G-SYNC technology.

Although this is becoming less important as technology improves, your monitor needs to match the capabilities of your graphics card for the best VRR experience. Although NVIDIA now supports Adaptive-Sync with FreeSync monitors, they don’t work as well as native G-SYNC monitors as they generally lack some advanced features, including variable overdrive.

A list of Top Best Monitors With NVIDIA G-Sync 2022 is given below:

Pick quick choice Top Best Monitors With NVIDIA G-Sync 2022

MSI's Optix MPG321QRF-QD is a 32

  • Bright and sharp image

  • Highly saturated color
  • HDMI 2.1 and DisplayPort 1.4/DSC
  • USB-C input
  • Accurate out of the box
  • Overdrive and top-notch video processing
  • Calibration reduces light output, contrast
  • Native contrast just average
  • No gamma presets

MSI OptixMPG321QRF-QD is a 32-inch Ultra HD Gaming Monitor $696

The MSI Optix MPG321QRF-QD offers a ton of color and excellent gaming performance. With 144Hz, Adaptive-Sync, and some of the best HDR we’ve seen yet, it’s excellent on both PC and consoles. The MPG321QRF-QD has a huge OSD with every imaginable option for gaming, calibration, color gamut selection, KVM, and bezel room light sensor control. It is divided into eight submenus.

When considering speed vs. resolution in the best gaming monitors, there’s only one thing for sure: higher resolution means lower speed. The fastest panels run at 360 Hz and FHD resolution. Ultra HD (UHD) displays, the highest pixel count generally available, are currently stuck at 144Hz. While this isn’t slow, modern video cards can easily extract 200fps or more from FHD and QHD displays. . What matters? Oh yes, it does. Even casual gamers can easily see that difference.

But gamers looking for high resolution shouldn’t go below UHD. To that end, we’re noticing a new crop of high-resolution screens in sizes from 27 to 32 inches. Without a doubt, they are inspired by the latest consoles from Microsoft and Sony, which have UHD output at 120 Hz with FreeSync. Some new TVs can support this format, but many more monitors can.

MSI’s latest offering is the Optix MPG321QRF-QD. It’s a 32-inch IPS panel with 144Hz, Adaptive-Sync, HDMI 2.1, KVM,( Kernel-based Virtual Machine)extended color, and selectable gamuts including sRGB, Adobe RGB, and a native palette approaching Rec. Color output is the most prominent feature of the MPG321QRF-QD-. We have named their range  DCI-P3+ because it covers more than 117% of that specification.

Accuracy is also a priority. You can select DCI-P3, Adobe RGB, or sRGB gamuts in the OSD, and they render correctly. You can also skip the calibration step. The MPG321QRF-QD is almost perfect right out of the box.MSI hasn’t left out any gaming features here. In addition to 144 Hz inputs via HDMI 2.1 and DisplayPort 1.4, there’s Display Stream Compression DSC (Digital Security Controls), 10-bit color, and both versions of Adaptive-Sync. FreeSync is the native technology and the MPG321QRF-QD is G-Sync compatible.

Also read: Best 240hertz gaming Monitors 2022

Also included is Moving picture response time, (MPRT)which is MSI’s version of blur reduction using background strobe. There are also aim points and a frame rate counter to help players out. In addition to built-in LED lighting, a front-mounted light sensor can manipulate brightness and color temperature to balance ambient lighting. And there are low blue light modes to help combat eye strain.

You also get a surplus of USB options. A USB-C input supports peripherals and video signals. Three additional USB-B inputs and six downstream ports support a KVM (Kernel-based Virtual Machine)function that is fully configurable in the OSD. To say that this monitor is versatile would be an understatement. You can manage multiple PCs and/or consoles with comfort.


  • Brilliant 4K 144Hz mini-LED panel
  • Exceptional color and image quality
  • Impressive HDR 1400
  • crazy price
  • Without HDMI 2.1


The Asus ROG Swift PG32UQX 32 inches is the world’s first Mini-LED gaming monitor. This explains why it’s also one of the most expensive with a gut-wrenching price tag of $3,700. For context, that’s $1,000 more than the exceptional LG C1 65-inch OLED TV, which would probably be the best competition for this monitor. But a lot is going on here that makes it an extremely powerful package that will demand the prosumer/gamer segment.

The PG32UQX features 10-bit color with 160% Adobe sRGB coverage and 98% DCI-P3 Wide Color with Delta E<2, making it a designer plan. Compared to my calibrated MacBook Pro 16’s Retina display, the PG32UQX blows it away with to-die-for sharpness and vibrancy, the PG32UQX offers just the right pixel density to revel in its 4K resolution.

For the uninitiated, Mini-LED uses thousands of tiny LEDs to offer full-array local dimming (FALD), unlike conventional LED displays that use raw edge lighting instead. This means that by turning the LED zones on and off, the panel can have more precise control over the highlights and shadows in the image. For example, the PG32UQX has 1,152 independent LED zones that can switch from near-perfect black to dazzlingly bright 1,400 nits.

Asus also has built-in support for Nvidia G-Sync Ultimate, plus there’s also VRR which works fine with Xbox Series X|S but sadly doesn’t support Playstation 5. All in all, this makes for an extremely beautiful display for work and play. I’ve been sucked back into the addiction that is Destiny 2, and for all its faults, it’s still one of the most beautiful games to play in HDR.

Colors burst with life and darkness hides sinister enemies that you must slay in your quest for the latest loot. Of course, at 4K you’ll need some excellent gear to get past 60fps on most AAA games; let alone 144fps. I got Doom Eternal to cross the 144hz barrier in 4K HDR on an RTX 3080 and it was amazing.

You can connect everything to the PG32UQX  to its three HDMI 2.0 ports and DisplayPort 1.4. Two USB 3.1 ports join the action, with another USB 2.0 located at the top of the monitor for connecting your webcam. There is also a threaded screw to easily mount the camera. A headphone jack is also provided, but since the monitor doesn’t offer anything like a DAC for sound enhancement.

Controls on the PG32UQX are a delight thanks to the chunky touch dial conveniently located on the bottom bezel of the monitor. The dial is flanked by two contextual buttons that make it easy to navigate and change settings. The menus are easy to understand and give you access to the range of Asus Game Visual and Game Plus features.

Also sitting on the bottom bezel is another cool but ultimately nifty LiveDash OLED display. This screen can display just about anything you want, from frame rates to CPU temperatures to even a custom logo. It can be useful to monitor, but mostly to distract. This is a fail-safe to prevent burning out, but the cycle is too frequent.

Design-wise, the PG32UQX doesn’t have much to look at from the front, aside from that flashy LiveDash panel and textured bottom bezel. But the back panel is quite beautiful with its etched pattern and illuminated ROG logo.

Finally is that the PG32UQX is one of the best panels. Colors are punchy yet accurate and that incredible brightness earns the PG32UQX the bright DisplayHDR 1400 certification. However, since these are LED zones and not self-illuminating pixels like an OLED, you won’t be getting those crazy blacks for infinite contrast.

ViewSonic Elite XG270QG

  • Amazing response time.
  • Incredibly low input lag.
  • Great handling of reflexes.
  • Poor color accuracy out of the box.
  • Deep blacks cannot be produced.

ViewSonic Elite XG270QG Monitor $667

The ViewSonic Elite XG270QG is a good overall 27-inch 1440p, pixel-type IPS, Resolution 2560×1440 monitor that works best as a gaming monitor. It has a native 144Hz refresh rate that can be easily overclocked to 165Hz. Response time is excellent, so there’s little trail blur behind fast-moving objects, and input lag is incredibly low, giving you a responsive gaming experience.

It also supports G-SYNC Variable Refresh Rate (VRR) technology to reduce screen tearing, which is only available through a DisplayPort connection. As is the case with most IPS panels, it can’t produce deep blacks and has poor black uniformity, but it does have wide viewing angles. Unfortunately, it doesn’t support HDR and has poor color accuracy out of the box, but in SDR, it can get bright and has an outstanding color gamut, displaying a wide range of colors.

Unfortunately, with an IPS panel, it doesn’t work well in dark rooms due to its low contrast ratio and poor black uniformity, but thankfully, you have wide viewing angles if you want to share your screen with others.

The ViewSonic Elite XG270QG is a good monitor for most uses. It works best as a gaming monitor thanks to its G-SYNC VRR support, incredibly low input lag, and excellent response time, resulting in crystal-clear motion. Its 27-inch, 1440p screen is good for opening multiple windows at once while you work, and it can go bright and has excellent reflection handling.


  • Super curved 49-inch VA panel
  • Outrageous Max Brightness
  • Superfast pixel response and update
  • Mini-LED backlight implementation is clunky
  • Expensive


The earlier Samsung Odyssey G9 had a lot going for it, most notably a monstrous 49-inch 32:9 aspect panel with an extreme surround curve and the smaller detail of some seven million pixels thanks to a 5120-by-1440 native resolution. it was good for a mind-boggling 1000 nits, while the VA panel technology delivered a 2500:1 static contrast. Oh, and the original G9’s pixel response was rated at 1ms gray-to-gray, an achievement typically only achieved by IPS and TN panels.

The Neo G9 still has a fantastic VA panel. But its new backlight doesn’t just have a full display instead of edge-lit dimming. It includes state-of-the-art mini-LED technology with no less than 2048 zones. This thing is several orders of magnitude more sophisticated than before. As if that wasn’t enough, the Neo G9’s maximum brightness has been doubled to a retina-destroying 2,000 nits.

The best just got a lot better. That is certainly a foregone conclusion for the new Samsung Odyssey Neo G9. After all, the original Odyssey G9 was already Samsung’s best gaming monitor. Now it has been given the only update it needed. Yes, the Neo G9 includes a mini-LED backlight. As for features like 240Hz refresh and adaptive sync, they’re surely a given in this type of high-end gaming display.

Further, the Neo G9 now supports HDMI 2.1. So you can enjoy up to 144Hz refresh via HDMI, including 120Hz with the latest consoles. The full 240Hz action is only available via DisplayPort. And remember that, for now, neither Microsoft’s Xbox Series X|S nor Sony’s Playstation 5 support the G9’s extreme ultrawide resolution and aspect ratio. That HDMI 2.1 interface may come in handy one day.

LG 34GP950G-B ultrawide

  • Excellent response time.
  • Low input lag.
  • Native G-SYNC support.
  • The image remains accurate at an angle.
  • Blacks appear gray in a dark room.

LG 34GP950G-B ultrawide gaming monitor $1349 1196

The LG 34GP950G-B is a great ultrawide gaming monitor with a 34-inch IPS panel. It’s part of LG’s popular UltraGear line of gaming monitors, providing an impressive gaming experience with an outstanding response time at maximum refresh rate, fantastic low input lag, and some extra gaming features. It natively supports NVIDIA’s G-SYNC variable refresh rate technology and also works with AMD’s FreeSync technology, but FreeSync doesn’t work with HDMI on this model.

Like most IPS monitors, it has wide viewing angles but below-average contrast, so it’s not the best choice for gaming in the dark. It has a local dimming feature that is supposed to improve dark scene performance, but it’s pretty bad and most people will want to leave it disabled. It looks great in bright rooms, with impressive maximum brightness in SDR and decent reflection handling.

It’s a great choice if you’re concerned about accurate colors, as it has incredible accuracy right out of the box, an excellent SDR color gamut, and incredible gradient handling, with no noticeable banding at all. The LG 34GP950G-B is an impressive gaming monitor. It has exceptional response time at maximum refresh rate, and even at 60Hz, it’s superb.

It has a fantastic low input lag for a responsive gaming experience. It supports NVIDIA’s G-SYNC variable refresh rate technology and also appears to work with AMD’s FreeSync technology. The large, high-resolution ultra-wide display offers a more immersive gaming experience and has wide viewing angles, which is important if you ever share your screen for co-op play.

Corsair Xeneon 32QHD165

  • Fabulous image quality in every aspect
  • fast enough
  • Good build quality and feature set.
  • bitterly costly
  • Not a true HDR panel

Corsair Xeneon 32QHD165 $699

With a 32-inch 1440p panel running at up to 165Hz refresh, it arguably strikes exactly the right balance between performance and graphic detail. Sure, there are gaming monitors with more pixels than the Corsair Xeneon 32QHD165. Others buzz at even higher refresh rates or offer more inches overall. But you quickly run into an obvious problem with ever higher-spec displays.

The Corsair XENEON 32QHD165 is a great gaming monitor. It has a fast refresh rate and excellent response time at both the maximum refresh rate and 60Hz, as well as exceptional input lag for a responsive gaming experience. Although it lacks HDMI 2.1 inputs, it does have a Console mode that allows it to accept 4k and 60Hz signals. it supports FreeSync variable refresh rates, which helps reduce tearing when gaming.

The new Corsair Xeneon 32QHD165 does just about everything right for a full-fledged gaming panel. The decent resolution, high refresh rate, fast response, excellent image quality, good build, solid feature set, it all works. The Corsair XENEON 32QHD165 is a 32-inch 1440p monitor with an IPS panel. It’s Corsair’s first monitor, and overall it’s pretty impressive

Unfortunately, due to this wide color gamut, most content is oversaturated unless you use the built-in sRGB mode. As expected from an IPS monitor, it has wide viewing angles but low contrast, so it doesn’t look the best in a dark room. However, it’s not as feature-rich as some of the competition, and the pixel density is a bit low.

Finally, it offers an excellent gaming experience with low input lag and excellent response time, as well as FreeSync compatibility for a nearly seamless gaming experience. It’s got stunning colors, with one of the best SDR color gamuts we’ve ever measured, including full coverage of the sRGB and Adobe RGB color spaces.

LG 27GN950-B 4k gaming monitor

  • Especially low input lag.
  • FreeSync support and G-SYNC compatibility.
  • Improbable response time.
  • Low contrast ratio.

LG 27GN950-B 4k gaming monitor $973

The LG 27GN950-B is a great 4k gaming monitor. It has a high refresh rate of 160Hz, but you can only gain that refresh rate over a DisplayPort connection and you need a high-end graphics card to get the most out of this monitor. It lacks support for HDMI 2.1 and can only achieve 4k 60Hz through an HDMI connection. It offers impressive gaming performance thanks to its incredible response time that results in extremely clear movement, and it also has incredibly low input lag.

It has FreeSync variable refresh rate (VRR) support and G-SYNC compatibility to reduce screen tearing. It’s fairly well built but doesn’t offer much in terms of ergonomics as it can’t be rotated. Its IPS panel provides wide viewing angles, but unfortunately, that comes at the cost of a low contrast ratio. It also has disappointing reflection handling but gets bright enough to combat glare in most well-lit rooms.

The LG 27GN950-B is awesome to play. It has a high refresh rate of 160 Hz and VRR support to reduce screen tearing. It has incredible response time and low input lag whether you’re gaming at its maximum refresh rate of 60Hz. Unfortunately, it’s not a good choice for darkroom gaming due to its low contrast ratio and terrible black uniformity.

Additionally, the 1ms GtG (Gray to Gray Pixel Transition) response time speed ensures there is no visible trail behind fast-moving objects for a smooth, fast-paced gaming experience. Instead, you should only use ‘Fast’ mode which will ensure that all pixel transitions are done in time with the monitor’s 144hz refresh rate, thus eliminating ghosting and preventing reverse ghosting. Finally, the LG 27GP950 uses a flicker-free backlight and has a built-in low blue light filter that ensures a comfortable viewing experience that is easy on the eyes even after prolonged use.

Predator Acer XB273K

  • Impressive image quality
  • smooth performance
  • Ergonomic design with rich connectivity options
  • Design lacks pivot option
  • Limitations of DP 1.4

Predator Acer XB273K $625

The XB273K is a 27-inch IPS panel, with the AHVA moniker added to its spec. This stands for Hyper Advanced Viewing Angle (not vertical alignment). Not to be confused with AMVA. which offers a much higher native contrast. AHVA is supposed to mean better off-axis image quality, and in some but not all cases that’s true. Other than that, it’s no different than any other IPS panel, generally boasting solid color performance, impressive viewing angles, and typically a 4ms gray-to-gray response time.

The backlight uses quantum dot film to extend the color gamut up to 90 percent of the DCI-P3 specification. That, along with a maximum white level of 400 nits, makes the XB273K an excellent candidate for HDR10 content. While it won’t offer the punch of a full-array backlit model, Acer has engineered an effective variable dimming feature that quadruples the monitor’s contrast ratio. What’s impressive about this is that you can take advantage of that option with both SDR and HDR content.

Aside from the Acer XB273K being a very good 4K 144Hz gaming monitor, HDR, gamers will appreciate the inclusion of that reliable 144Hz overclock that works in tandem with G-Sync that operates from 24-144Hz. On top of that, you also get aim points, a frame rate counter, and an effective overdrive. The only thing missing is ULMB (ultra-low motion blur), which we suspect won’t be a deal-breaker for most.

FAQ (Frequently Asked Questions)

What monitors are compatible with Nvidia?

Top Compatible with Nvidia Best G-Sync monitors are given below:
Asus ROG Swift PG32UQX.   G-Sync
LG 27GN950-B.  best G-Sync Compatible 4K monitor
MSI Optix MPG321UR.  G-Sync Compatible 4K monitor
Corsair Xeneon 32QHD165.  G-Sync Compatible
Acer Predator XB273K  is a 27-inch IPS pane G-Sync
Samsung Odyssey Neo G9  best ultrawide G-Syn
LG 34GP950G-B ultrawide NVIDIA’s G-SYNC
ViewSonic Elite XG270QG Monitor G-SYNC  (VRR)

What is low frame rate compensation?

Low Frame Rate Compensation (LFC) allows FreeSync technology to work when the frame rate falls below the minimum screen refresh rate. When the frame rate drops below the screen’s minimum refresh rate, frames are doubled and displayed multiple times so they can be synced to a refresh rate that is within the screen’s refresh rate range. For example, a display with a refresh rate of 60 to 144 Hz could sync the frames of a game running at 40 FPS, doubling them so that the display can sync and run at 80 Hz. A display with LFC results in the removal of the minimum refresh rate limit. All displays in the FreeSync Premium and FreeSync Premium Pro tiers are certified to meet the mandatory requirements of the LFC.

What is FreeSync technology?

AMD FreeSync technology is an AMD initiative that leverages industry standards such as DisplayPort Adaptive-Sync to bring dynamic refresh rates to end-users. With AMD FreeSync technology, a display’s refresh rate is synchronized with the frame rate of FreeSync-enabled graphics cards, reducing or eliminating visual artifacts that many users are especially sensitive to input latency, tearing screen flickering during game and video playback. AMD FreeSync technology can be delivered through DisplayPort and HDMI connections.

Is FreeSync useless with Nvidia?

NVIDIA graphics cards will work fine on any monitor, including FreeSync monitors if everything is working and connected properly and there are no hardware issues with the monitor or graphics card.

What products are compatible with AMD FreeSync technology?

To take advantage of the benefits of AMD FreeSync technology, users need a monitor, TV, or laptop that supports AMD FreeSync technology, a FreeSync-capable APU or GPU, and the latest graphics driver. Xbox One X and Xbox One S users can also enjoy the benefits of AMD FreeSync technology.
Supported GPUs include all AMD Radeon graphics cards starting with the Radeon RX 200 series, released in 2013, and all newer Radeon consumer graphics products using the GCN 2.0 architecture and later. Other GPUs, such as Nvidia GeForce 10 series and later, that support DisplayPort Adaptive-Sync are also expected to work with AMD FreeSync technology; check with your GPU manufacturer.
Supported desktop APUs include Ryzen APUs. The motherboard must have a DisplayPort or HDMI connection.

Is G-Sync or FreeSync better?

Both technologies improve monitor performance by matching the performance of the display to that of the graphics card. And there are clear pros and cons to each: G-Sync offers superior performance at a higher cost, while FreeSync is prone to specific screen antiques like ghosting.

What monitors support AMD FreeSync technology?

There are now more than 950 monitors available worldwide that support AMD FreeSync technology.

Can I use a G-Sync monitor with AMD GPU?

You can, however, unless the monitor also supports AMD’s FreeSync, you won’t get the variable refresh rate you’d need to take advantage of an Nvidia GPU.

Does AMDFreeSync technology work over HDMI?

Yes, FreeSync technology has been compatible with HDMI since its inception. Many FreeSync-certified displays have supported variable refresh rate technologies over HDMI since long before HDMI 2.1 was released and HDMI VRR was adopted. Purchasing a FreeSync-certified display that supports FreeSync over HDMI provides the immediate benefit of a variable refresh rate, even if the display is not HDMI 2.1 compatible.

Which laptops support AMD FreeSync technology?

Laptops with built-in FreeSync-enabled panels are available. Visit the FreeSync laptop page for more information.
Laptops containing Radeon RX 500 series and newer graphics, and Ryzen APUs, support external monitors that support AMD FreeSync technology. Simply connect your compatible monitor to your laptop via DisplayPort or HDMI.

What is DisplayPort Adaptive-Sync and how is it different from AMD FreeSync technology?

DisplayPort Adaptive-Sync is a new addition to the DisplayPort 1.2a specification, carried over from the integrated DisplayPort v1.0 specification via a proposal to AMD’s VESA group. DisplayPort Adaptive-Sync is an ingredient feature of a DisplayPort link and an industry-standard that enables real-time adjustment of display refresh rates required by technologies such as AMD FreeSync technology.
AMD FreeSync technology is a unique hardware/software solution from AMD that uses DisplayPort Adaptive-Sync protocols to enable the user benefits of smooth, stutter-free, low-latency video and gaming.

Can AMD monitors work with G-Sync?

Yes, but G-Sync is only to NVidia cards; FreeSync is the AMD equivalent. For the most part, you should be fine if you limit your frame rates to the monitor’s refresh rate. The worst problem you could deal with is screen tearing.

How is FreeSync Premium Pro HDR different from conventional HDR?

The implementation of HDR in FreeSync Premium Pro differs from a conventional HDR pipeline. In the case of FreeSync Premium Pro, the screen passes the specifications and data directly to the PC. This allows games to directly tone the screen map, skipping bulky intermediate steps and helping to reduce input latency. Additionally, the baseline HDR requirements in FreeSync Premium Pro are higher than HDR 400 to provide at least twice the perceived color volume as SDR (sRGB).

What is the supported range of refresh rates with AMD FreeSync and DisplayPort Adaptive-Sync technology?

Compatible graphics cards support a wide variety of dynamic refresh rates with AMD FreeSync technology. FreeSync-enabled graphics cards can detect and set the appropriate maximum and minimum refresh rate based on the capabilities reported by the display. This means that FreeSync supports up to the maximum screen refresh rate.
FreeSync technology has always fully supported variable overdrive. Variable saturation is a feature that our FreeSync display partners can implement to differentiate their offerings. Variable saturation is standalone and does not require collaboration with our drivers and GPUs to work. As such, we do not require, but encourage, monitoring OEMs to implement variable overdrive. There are monitor scaler parts used in many FreeSync monitors that can support variable saturation, but not all monitor scalers have this advanced capability. FreeSync technology keeps costs down by not requiring an expensive module in the monitor to replace the standard monitor scaler.

Do all AMD FreeSync enabled displays to go through a certification process?

Yes. The AMD FreeSync technology program requires that all displays go through a robust certification process.

Does GTX 1650 Support G-Sync?

Nvidia included quite a bit in its newest GPU driver, including GTX 1650 support. The new GeForce 430.39 WHQL driver version recognizes several more monitors as G-Sync compatible.

Can you use Nvidia Gsync with FreeSync monitor?

FreeSync monitor can Not be used with Gsync. so that you can not use G-Sync and HDR at the same time.

Is Nvidia compatible with G-Sync?


How FreeSync have quality & How does it work?

All FreeSync technologies enable smooth, stutter-free gameplay. The AMD FreeSync Premium level adds to the base level of FreeSync technology with additional benefits such as mandatory Low Frame Rate Compensation (LFC) and a refresh rate of at least 120Hz at FHD resolution. LFC helps ensure that when a game’s frame rate is running below a display’s minimum supported refresh rate, frames are displayed multiple times so you can stay at the display’s supported refresh rate and maintain a fluid game.

AMD FreeSync Premium Pro3 was previously known as AMD Radeon FreeSync 2 HDR. The AMD FreeSync Premium Pro tier adds HDR capabilities for compatible games and displays. As gaming has evolved, there has been an increased demand for high-fidelity visual gaming experiences. Displays certified for the AMD FreeSync Premium Pro level include high-precision luminance testing and a wide color gamut to enable an exceptional HDR visual gaming experience. All game titles using the above FreeSync 2 HDR branding are compatible with FreeSync Premium Pro displays.