G-SYNC is NVIDIA's VRR technology meant to reduce screen tearing in games. For it to work, you need an NVIDIA graphics card and a monitor that supports G-SYNC. Monitors can receive G-SYNC certification if they meet certain criteria, and NVIDIA classifies them as either G-SYNC Compatible, G-SYNC, or G-SYNC Premium—the full list of certified monitors is available on their website. Unlike G-SYNC Compatible monitors, G-SYNC and G-SYNC Premium monitors have an NVIDIA chip built-in. This can take full advantage of your NVIDIA graphics card by providing extra features, like variable overdrive to adjust the overdrive based on the refresh rate, and Reflex Latency Analyzer, which measures the latency of sources in your setup.
The market for native G-SYNC monitors is limited as there aren't too many new monitors being released with this certification. NVIDIA announced in August 2024 that they're partnering with MediaTek to include native G-SYNC support on MediaTek's widely used chips, so this technology may be more accessible moving forward. An alternative is to look for G-SYNC Compatible monitors, as there are many more available, and they usually cost less, too. While they don't have some features that native G-SYNC monitors have, they're still great choices to use with your NVIDIA graphics card. The recommendations below reflect that, as most have G-SYNC Compatible certification.
That said, the G-SYNC certification doesn't guarantee great gaming performance. You'll still want something with a high refresh rate, crisp motion handling, and low input lag for a responsive feel, all of which we test as part of our extensive testing that includes thousands of measurements. Having good picture quality can also help provide an immersive gaming experience.
We've bought and tested over 350 monitors, and below are our recommendations for the best monitors with G-SYNC certification. Check out our recommendations for the best gaming monitors, the best 240Hz monitors, and the best 1440p gaming monitors. You can also learn about how G-SYNC and FreeSync are different.
The ASUS ROG Swift OLED PG32UCDM is the best G-SYNC Compatible monitor we've tested. It's a premium 4k, 240Hz QD-OLED that excels both in terms of gaming performance and picture quality. While you don't get all the features you'd get with a native G-SYNC monitor, it still works without issue with NVIDIA graphics cards, and you can get the full refresh rate range up to 240Hz over HDMI or DisplayPort connections. Motion also looks sharp at any refresh rate thanks to its near-instantaneous response time. It even has a backlight strobing feature to reduce persistence blur, but it only works at 120Hz without VRR. One downside when it comes to gaming is that OLEDs like this one have distracting VRR flicker with rapidly changing frame rates. That said, it isn't an issue if your PC can maintain consistent frame rates.
Besides that, it also delivers remarkable picture quality with a wide range of vivid colors, highlights that pop against the rest of the image, and deep blacks in dark rooms. However, the black levels rise in bright rooms, making them look purple, so it performs best in a dark room. Its 32-inch screen also offers an immersive gaming experience, but if you find that's too big, you can also check out the 27-inch ASUS ROG Swift OLED PG27UCDM. It performs almost the same as the PG32UCDM, and even supports DisplayPort 2.1 bandwidth, but choosing one over the other comes down to size preference.
If you have an NVIDIA graphics card and want the best G-SYNC monitor with native G-SYNC support, check out the ASUS ROG Swift PG279QM. The main advantage of getting this monitor is that it has features that G-SYNC Compatible monitors don't have, like variable overdrive and NVIDIA Reflex Latency Analyzer. This lets you measure the latency of each device in your setup, so you can identify which sources cause the most delay. It doesn't have distracting VRR flicker with changing frame rates like an OLED, either.
However, there are some trade-offs in performance compared to the ASUS ROG Swift OLED PG32UCDM. As the PG279QM doesn't have an OLED panel, it doesn't deliver the same deep blacks with bright highlights, and its picture quality is much worse. It also has a lower resolution, so images aren't as detailed, but that means it's easier for your graphics card to maintain high frame rates. This is something to consider because the PG279QM also has a 240Hz refresh rate, and while it doesn't have a near-instantaneous response time like the PG32UCDM, motion still looks sharp. However, it's important to note that you can only get the monitor's max refresh rate over DisplayPort, as it's limited to a max of 144Hz over HDMI.
If you don't need a native G-SYNC monitor like the ASUS ROG Swift PG279QM and find the ASUS ROG Swift OLED PG32UCDM too expensive, an upper mid-range monitor like the LG 27GX790A-B is a good alternative. It's a G-SYNC Compatible monitor that's different from both ASUS monitors because it has an even higher 480Hz refresh rate for a smoother feel, but it has a lower 1440p resolution than the PG32UCDM, so it doesn't deliver the same sharp details. That said, motion looks crisp thanks to its near-instantaneous response time, and you can reach the monitor's max refresh rate with any connection as it supports DisplayPort and HDMI 2.1 bandwidth.
While it has an OLED panel like the PG32UCDM and delivers deep blacks in dark rooms, it isn't a QD-OLED, so colors aren't as vivid. However, WOLED panels, like the one the LG has, provide advantages over QD-OLEDs if you're going to use the monitor in a bright room, because the black levels don't rise as much, and they don't look purple. Plus, its matte screen coating reduces reflections really well, and while it doesn't get bright enough to fight a ton of glare, it makes highlights pop in HDR.
If you're on a tighter budget and can't afford the LG 27GX790A-B, check out a mid-range option like the ASUS ROG Strix OLED XG27AQDMG. While it has a 1440p resolution like the LG, the main difference is that it has a lower 240Hz refresh rate, which is the trade-off for getting something cheaper. It doesn't support HDMI 2.1 bandwidth like the LG either, so you can only get the max refresh rate with a DisplayPort connection. On the plus side, it's an OLED like the LG and offers all the fantastic benefits you can expect from one.
Motion looks sharp at any refresh rate, and it has a backlight strobing feature to reduce persistence blur, but it only works with fixed 120Hz signals. It's also fantastic for HDR gaming thanks to its deep blacks and the wide range of colors it displays, but it has some tone mapping issues, and not all colors are vivid. It's also one of the brightest OLED monitors, so while it looks best in a dark room, it gets bright enough to fight glare in a well-lit room, too.
Although there are fewer budget-friendly G-SYNC monitors to choose from, there are still some good options you can get, like the LG 27GR83Q-B. It's worth getting when you can find it on sale. While it's another 1440p, 240Hz monitor, it's a big step down in picture quality compared to the ASUS ROG Strix OLED XG27AQDMG, as it doesn't have an OLED panel. This means it doesn't display the same deep blacks with bright highlights, and it has limited picture quality in HDR. So you should consider this monitor if you care about pure gaming performance, otherwise, you'll have to spend more on something with better picture quality.
While it doesn't have the same near-instantaneous response time as the ASUS, motion still looks sharp thanks to its fast response time at any refresh rate. It also supports HDMI 2.1 bandwidth, so you can get the max refresh rate and G-SYNC compatibility over an HDMI connection. And lastly, even though it looks bad in a dark room, it's a good choice if you have a bright gaming room, thanks to its good reflection handling and high peak brightness.
If you want a simple and cheap display and have a limited budget, check out the Dell G2524H. It's much cheaper than the LG 27GR83Q-B, but one of the bigger trade-offs is that it has a lower resolution with a smaller screen, so it delivers a less detailed and less immersive gaming experience. It doesn't support HDR either, but considering the LG's limited HDR performance, this doesn't make a big difference. It's still good for gaming as it has a native 240Hz refresh rate like the LG, and you can actually overclock it to 280Hz with a DisplayPort connection. It also supports G-SYNC over both DisplayPort and HDMI connections.
It even has better motion handling than the LG, as its response time remains consistently fast across its refresh rate range. Combined with its high refresh rate, this makes it a great choice even for competitive gamers. It's limited in extra features, though, but it still has typical gaming perks, like virtual crosshairs and a Dark Stabilizer to help you see opponents better in dark scenes.
The MSI MPG 322URX QD-OLED is a premium 4k, 240Hz QD-OLED that competes with the ASUS ROG Swift OLED PG32UCDM. It's something to consider if you want a monitor with DisplayPort 2.1 bandwidth, but the MSI costs more than the ASUS.
See our reviewThe Sony INZONE M10S is an upper mid-range monitor with a 1440p, 480Hz OLED panel like the LG 27GX790A-B. The Sony performs similarly to the LG, and you can't go wrong with either, but the Sony tends to cost a bit more. However, you should get whichever you can find for cheaper.
See our reviewThe ASUS ROG Strix OLED XG27ACDNG is a 1440p monitor that's in the same price range as the LG 27GX790A-B. It's a bit different than the LG because it has a QD-OLED panel with more vivid colors, and a lower 360Hz refresh rate. However, the ASUS can be hard to find at times.
See our reviewThe AOC Q27G3XMN is a budget-friendly gaming monitor with better picture quality than the LG 27GR83Q-B. This is because it has Mini LED backlighting that helps it display deep blacks with bright highlights. While it's a great gaming monitor, it has worse motion handling than the LG. It doesn't have official G-SYNC Compatible certification either, but it still works with NVIDIA graphics cards.
See our reviewThe LG 27GR75Q-B is an entry-level model that's a cheaper alternative to the LG 27GR83Q-B if you find it out of your price range. However, the 27GR75Q-B has a lower 165Hz refresh rate.
See our reviewApr 28, 2025: We did a complete overhaul to start including monitors with G-SYNC Compatible certification. We removed the Dell Alienware AW3423DW and the ASUS ROG Swift Pro PG248QP because they're hard to find. We renamed the ASUS ROG Swift PG279QM to the 'Best Native G-SYNC Monitor' and added the ASUS ROG Swift OLED PG32UCDM, LG 27GX790A-B, ASUS ROG Strix OLED XG27AQDMG, LG 27GR83Q-B, and the Dell G2524H to their respective categories. We also added the MSI MPG 322URX QD-OLED, Sony INZONE M10S, ASUS ROG Strix OLED XG27ACDNG, AOC Q27G3XMN, and the LG 27GR75Q-B to the Notable Mentions.
Feb 19, 2025: We replaced the Dell Alienware AW2521H with the ASUS ROG Swift 360Hz PG27AQN in the Notable Mentions because the Dell is hard to find. We also introduced a new format to the article and updated the text to reflect these changes.
Nov 15, 2024: We replaced the Dell Alienware AW2524H with the Dell Alienware AW2521H in Notable Mentions because the AW2524H is really hard to find new.
Aug 28, 2024: We replaced the Dell Alienware AW2524H with the ASUS ROG Swift Pro PG248QP because the Dell is harder to find and moved it to the Notable Mentions.
Jun 06, 2024: Replaced the ASUS ROG Swift 360Hz PG27AQN with the ASUS ROG Swift PG279QM as it's cheaper and still offers impressive gaming performance.
Our recommendations are based on what we think are the best G-SYNC monitors currently available. They're adapted to be valid for most people in each price range. The rating is based on our review, factoring in price and feedback from our visitors.
If you prefer making your own decision, here's the list of all our monitor reviews with G-SYNC certification. Be careful not to get too caught up in the details. Most monitors are good enough to please most people, and the things we fault monitors on are often not noticeable unless you really look for them.
What do you think of our picks? Let us know below.
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By “at times” I only meant that it doesn’t happen 100% of the time, because certain refresh rates don’t trigger the flicker on certain monitors. You have to be pretty blind not to see it - I’ve experienced VRR flicker with completely flat frametimes depending on the refresh rate the monitor has to run at. I’ve had some that flicker at a “locked” 60, 120, 170, etc., capped through RTSS, Nvidia’s framelimiter or the game engine’s built-in limiter. I don’t know why you’d shill for a technology created only to regularly milk its customers. If nobody is aware and nobody complains, this industry will never move forward.
You need to buy a different monitor then I don’t know what else to tell you. The PG32UCDM and PG27UCDM are amazing G-Sync compatible monitors!
“At times” is key here. If you have solid hardware the only time I’ve ever experienced VRR flicker is with unstable frame times in a menu loading screen. They are the best displays for G-Sync hands down!
By “at times” I only meant that it doesn’t happen 100% of the time, because certain refresh rates don’t trigger the flicker on certain monitors. You have to be pretty blind not to see it - I’ve experienced VRR flicker with completely flat frametimes depending on the refresh rate the monitor has to run at. I’ve had some that flicker at a “locked” 60, 120, 170, etc., capped through RTSS, Nvidia’s framelimiter or the game engine’s built-in limiter.
I don’t know why you’d shill for a technology created only to regularly milk its customers. If nobody is aware and nobody complains, this industry will never move forward.
The point of using VRR is to deal with screen tearing and the stuttering caused by changing framerates. I think OLED and VA monitors should have no place at all in a thread like this, because using VRR on them replaces one issue with another one that’s potentially even worse for myself and many other people. I always disable it on these two display technologies because it’s unbearable to look at. I hope you consider removing them in the future, since you’re not getting the “Best G-Sync” experience on a monitor whose entire screen flickers at times while using the feature. IPS/TN monitors should be the standard picks until the VRR flicker gets solved without compromises, in my opinion.
“At times” is key here. If you have solid hardware the only time I’ve ever experienced VRR flicker is with unstable frame times in a menu loading screen. They are the best displays for G-Sync hands down!
The point of using VRR is to deal with screen tearing and the stuttering caused by changing framerates. I think OLED and VA monitors should have no place at all in a thread like this, because using VRR on them replaces one issue with another one that’s potentially even worse for myself and many other people. I always disable it on these two display technologies because it’s unbearable to look at. I hope you consider removing them in the future, since you’re not getting the “Best G-Sync” experience on a monitor whose entire screen flickers at times while using the feature. IPS/TN monitors should be the standard picks until the VRR flicker gets solved without compromises, in my opinion.
Thanks for the feedback - we’ll keep this is mind moving forward!
Hey, the only VRR issue with OLEDs is VRR flicker, which only happens with rapidly changing frame rates. It isn’t so much of a problem with stable frame rates, and in this case, the pros outweigh the cons. That said, we’ll update this article to reflect that.
The point of using VRR is to deal with screen tearing and the stuttering caused by changing framerates. I think OLED and VA monitors should have no place at all in a thread like this, because using VRR on them replaces one issue with another one that’s potentially even worse for myself and many other people. I always disable it on these two display technologies because it’s unbearable to look at.
I hope you consider removing them in the future, since you’re not getting the “Best G-Sync” experience on a monitor whose entire screen flickers at times while using the feature. IPS/TN monitors should be the standard picks until the VRR flicker gets solved without compromises, in my opinion.
Having OLED’s in a “Best G-Sync Monitors” thread is laughable given the fact they behave so poorly with VRR enabled.
Hey, the only VRR issue with OLEDs is VRR flicker, which only happens with rapidly changing frame rates. It isn’t so much of a problem with stable frame rates, and in this case, the pros outweigh the cons. That said, we’ll update this article to reflect that.
Official G-Sync compatible OLED monitors perform stupendously.
Having OLED’s in a “Best G-Sync Monitors” thread is laughable given the fact they behave so poorly with VRR enabled.