Best G Sync Compatible Monitors 1440p: Top Rated Displays

If you searched for best g sync compatible monitors 1440p, start with the connection your GeForce card can use. Choose the Alienware AW2725DM for mixed gaming and work, or the LG 27GR83Q-B for 240Hz IPS. The other picks cover larger desks, dark-room OLED gaming, and esports at up to 480Hz.

Quick verdict: Best G-SYNC Compatible monitors, 1440p edition

The Alienware AW2725DM is the first model to compare for a single-screen GeForce setup. It pairs a 27-inch Fast IPS panel with 180Hz over DisplayPort and an adjustable stand. Choose the LG 27GR83Q-B when your regular games can make use of 240Hz and you want to stay with IPS for desktop work.

The ASUS XG27ACS makes more sense when a work laptop needs a USB-C video input. The LG 32GS75Q-B suits a deeper desk where you want larger on-screen elements at the same resolution. For dark games, the LG 27GS95QE-B delivers the main benefit of OLED at 240Hz. The ASUS PG27AQDP is the specialist choice for players who spend much of their time chasing exceptionally high frame rates in competitive games.

Quick comparison table

All six monitors display 2560 × 1440 in a conventional 16:9 format. The refresh rates below are panel maxima and depend on the connection and host hardware. Use the deciding feature column to narrow the list, then check whether the trade-off affects the games or desktop work you do most often.

How we selected

We used exact manufacturer model specifications to confirm native QHD resolution, a G-SYNC Compatible designation, and a distinct reason to choose each display. The shortlist gives more weight to the connection you can actually use, the room you play in, and your typical frame rates than to a quoted response-time figure.

The recommendations are based on published specifications and display characteristics. A gray-to-gray response claim describes a pixel transition under a particular setting and cannot serve as a complete measurement of motion clarity or input latency. We also left price tiers out of the rankings. When comparing two offers, match the exact model suffix, condition, seller, and return policy before deciding which costs less to own.

The top picks by setup

Start with the display you would keep if your frame rates stayed where they are today. That makes it easier to judge whether the upgrade you will notice is a bigger picture, better black levels, more useful ports, or extra refresh headroom. Each pick below identifies the hardware or use pattern that makes its main feature worthwhile.

Best G-SYNC Compatible monitors, 1440p all-round pick: Alienware AW2725DM

The Alienware AW2725DM suits a GeForce desktop that spends the day in productivity apps and the evening in games. Its 27-inch Fast IPS panel combines a familiar QHD workspace with 180Hz over DisplayPort. The stand adjusts for height, tilt, swivel, and pivot, which helps when you share a desk or position a second screen beside it.

Dell specifies up to 144Hz at QHD over HDMI. Connect your gaming PC over DisplayPort and reserve HDMI for other devices if you want all 180Hz. The USB hub is handy for peripherals you want near the monitor, but it needs an upstream USB connection to the host. A DisplayPort video cable alone will leave those USB ports disconnected from your PC.

For mixed workloads, the LCD is a practical match for fixed toolbars and browser windows. Its edge-lit IPS design is a weaker fit for players who primarily want deep blacks in a dark room. Dell also ties its fastest advertised pixel-response figure to the Extreme mode. Start with a less aggressive overdrive setting if moving objects develop bright or dark outlines, then check it in a game that frequently changes frame rate.

Buy if you want a flexible stand, a useful hub, and a straightforward desktop DisplayPort setup. Skip if your main PC is HDMI-only and 180Hz is essential, or if dark-scene contrast matters more than desktop flexibility.

Best for laptop video input: ASUS ROG Strix XG27ACS

The ASUS ROG Strix XG27ACS makes it easier to share a display between a gaming desktop and a work laptop. It offers DisplayPort and a USB-C input with DisplayPort Alt Mode. You can keep the GeForce desktop on DisplayPort and switch to the laptop for video without moving the desktop cable each time.

ASUS lists a maximum of 180Hz through DisplayPort or USB-C and 144Hz through HDMI. USB-C video requires a laptop port and cable that carry DisplayPort Alt Mode. The display supplies only 7.5W over USB-C, so budget desk space for the laptop’s regular charger. On a hybrid-graphics notebook, also check whether the chosen video output is routed through the GeForce GPU if you plan to enable G-SYNC on that host.

ASUS includes ELMB Sync, a motion-blur reduction option that can work alongside variable refresh on this monitor. Try ordinary Adaptive-Sync first and evaluate strobing separately in a game where your frame rate is steady. Strobing can reduce perceived persistence blur, but its brightness and motion trade-offs may make it less appealing in everyday use.

Buy if USB-C video solves a real cable or port problem and you can keep a separate charger. Skip if you need one cable to charge a power-hungry laptop or want the full 180Hz from HDMI.

Best 240Hz IPS pick: LG UltraGear 27GR83Q-B

The LG UltraGear 27GR83Q-B fits players who want more room above 180Hz while keeping a conventional 27-inch IPS screen for daily work. It runs at up to 240Hz at 2560 × 1440 with a suitable source. LG lists both DisplayPort and HDMI 2.1 as routes to the maximum refresh rate on supported hardware.

The HDMI option is particularly useful if you are reserving a graphics card’s DisplayPort outputs for other monitors. LG specifically lists GeForce GTX 10 Series and newer for G-SYNC Compatible over DisplayPort, and GeForce RTX 30 Series and newer for that feature over HDMI 2.1. Check the GPU’s output and the monitor input together. A usable HDMI picture alone only tells you that video is working.

At maximum refresh, the interval between refreshes drops from about 5.56 milliseconds at 180Hz to 4.17 milliseconds at 240Hz. Those figures are calculated refresh intervals. The actual motion and latency you see also depend on pixel behavior, frame pacing, and the game. The higher ceiling is easier to use in lightweight shooters than in a demanding title where your GPU rarely gets near 180 FPS.

Buy if your game library regularly benefits from 240Hz or you need this model’s specific high-refresh HDMI path. Skip if the AW2725DM already covers your frame rates or you are upgrading mainly for dark-room HDR.

Best large-screen IPS pick: LG UltraGear 32GS75Q-B

The LG UltraGear 32GS75Q-B is for players who want a physically larger QHD image without moving to a resolution that asks their GPU to render more pixels. Its 31.5-inch IPS panel runs at up to 180Hz over DisplayPort. Racing dashboards, strategy maps, and interface text appear larger at the same Windows scaling.

The trade-off is pixel density. At 2560 × 1440, a 31.5-inch panel has roughly 93 pixels per inch, compared with about 109 on a 27-inch panel. That makes small text and thin diagonal edges look coarser at the same distance. The bigger picture is easier to appreciate on a deeper desk, where you can move the screen back while still keeping game menus within a comfortable field of view.

Mock up the display width with a tape measure before ordering. Check where the stand feet sit relative to your keyboard and how far the rear cables project toward the wall. If you are moving from a 27-inch QHD monitor, the increase in physical size is the main upgrade. The desktop still has the same pixel dimensions at the same scaling setting.

Buy if a larger display makes maps, instruments, or split-screen play easier to see from your seat. Skip if you sit close and spend much of the day reading small text or inspecting fine detail.

Best OLED for dark-room gaming: LG UltraGear 27GS95QE-B

The LG UltraGear 27GS95QE-B is the 240Hz choice for players who spend more time in atmospheric games than in esports practice. Its 27-inch QHD OLED panel can turn individual pixels off in black areas while keeping neighboring highlights lit. That separation is useful when a small bright object sits against a mostly dark scene.

Fast OLED pixel transitions help preserve the shape of moving objects, but irregular frame delivery can still make motion feel uneven. Some OLED setups may also show changes in near-black brightness as frame times swing under VRR. If you notice pulsing in a dim scene, compare the same scene with a sustainable frame cap and then with VRR temporarily disabled. The comparison helps distinguish VRR behavior from a general HDR or brightness setting.

Consider what stays on screen between games. If your display shows the same spreadsheet, editing timeline, or application chrome for hours every day, an IPS model may be a better single-monitor fit. OLED pixel-care features and screen sleep can reduce static exposure, though persistent image retention remains a consideration for buyers with heavily repetitive layouts.

Buy if contrast in dark games and fast pixel transitions are the upgrades you will use most. Skip if all-day static desktop work dominates or you expect OLED to solve engine stutter.

Best for high-frame-rate esports: ASUS ROG Swift OLED PG27AQDP

The ASUS ROG Swift OLED PG27AQDP offers native 480Hz at QHD on a 26.5-inch WOLED panel. It makes the most sense for competitive players whose systems already deliver consistently high frame rates at their chosen settings. The panel combines fast pixel transitions with a shorter interval between screen refreshes than the 240Hz choices.

At 480Hz the refresh interval is about 2.08 milliseconds, compared with about 4.17 milliseconds at 240Hz. Whether that extra headroom matters depends on how often your PC finishes a fresh frame. Test the games you actually play during busy matches, when CPU load, effects, and other players can push frame times above what an empty practice range would suggest. A higher maximum refresh rate leaves more room for fresh frames, but it cannot make the game produce them.

ASUS specifies DisplayPort 1.4 with Display Stream Compression and HDMI 2.1 inputs. For a DisplayPort setup, verify that your graphics output and signal path support the required mode before planning around 480Hz. Plug in directly during initial setup so a dock, switch, or adapter does not obscure the source of a missing refresh option.

Buy if competitive gaming is your primary workload and your measured frame rates give this panel room to improve on 240Hz. Skip if you mainly play GPU-heavy games at modest frame rates and want OLED primarily for contrast.

Buying guide for a GeForce setup

Treat the monitor, cable, and graphics output as one system. The panel label tells you its maximum capability, while the selected input and host determine what you can enable. After checking the connection, use your game performance and desktop habits to decide how much refresh rate and which panel type are worth paying for.

Match refresh rate to the games you play

Check frame rates at 2560 × 1440 with the settings you expect to use. Record a busy sequence or several real matches. If your games generally stay below 180 FPS, buy the faster display for another useful feature or because a specific upgrade will give it room to stretch.

A 180Hz display is a reasonable fit for mixed gaming. A 240Hz panel is more attractive when competitive games regularly render above 180 FPS and you want more frequent updates. Treat 480Hz as a targeted upgrade for a consistently fast PC and a game library that can exploit it. Look at frame-time stability as well as the average. A high average can coexist with noticeable pauses that a faster display cannot resolve.

Check the exact port and enable G-SYNC

Start with a direct DisplayPort connection from the GeForce card on a desktop. Set the screen to native QHD and choose its highest supported refresh rate in Windows. Enable Adaptive-Sync in the monitor menu if required, then use the Set up G-SYNC page in NVIDIA Control Panel to enable it for that display.

Choose full-screen mode first if you want a simple test, or include windowed mode if your games run borderless. Try a game with a varying frame rate and confirm the correct display is selected. If the G-SYNC page is missing, check the graphics driver, monitor settings, and whether the cable is plugged into the discrete GPU. For HDMI or USB-C, confirm that the exact monitor and source combination supports your desired mode before buying an adapter.

Frequently asked questions

The G-SYNC Compatible designation answers a specific question about variable refresh with GeForce hardware. These checks help when a monitor advertises several sync technologies, when frame rates drop below the expected range, or when you already have a QHD display and are unsure whether replacing it will improve your setup.

Does FreeSync mean a monitor is G-SYNC Compatible?

FreeSync indicates support for AMD’s adaptive refresh ecosystem. NVIDIA separately validates models under its G-SYNC Compatible program. Some unvalidated Adaptive-Sync displays can run variable refresh on GeForce over DisplayPort, but performance can vary. Verify the full model code and the connection you intend to use, especially when a retailer groups several variants together.

What happens when frame rates fall below the VRR range?

Below the lower end of a monitor’s variable refresh range, supported setups can repeat frames to keep the physical refresh rate in range. That can preserve synchronized delivery, while the game still updates at its actual frame rate. A sharp frame-time spike from shader compilation or asset streaming can remain visible even with VRR active.

Is a 27-inch 1440p monitor worth replacing just for G-SYNC?

Test the display you own first if it supports Adaptive-Sync. Check whether NVIDIA Control Panel lets you enable variable refresh and play the titles where tearing or uneven delivery bothers you. If the experience is already stable, prioritize a concrete upgrade such as better contrast, a larger panel, an input you need, or refresh headroom your PC can use.

Final verdict

Choose the Alienware AW2725DM for a mixed-use GeForce desk, or the LG 27GR83Q-B if your games can use 240Hz and you want IPS. The LG 27GS95QE-B is the dark-room OLED pick, while the ASUS PG27AQDP suits high-frame-rate esports. Confirm the exact model, input, and GPU output before ordering so your setup can reach the intended mode.