The short version: start with your monitor’s native refresh rate, then cap FPS to a stable number your PC can actually hold. If your display supports FreeSync or G-Sync Compatible, enable it and keep the frame cap a few frames below the refresh limit. If it does not, the choice is between V-Sync on for less tearing or V-Sync off for lower input lag.
That trade-off matters more than chasing the biggest refresh-rate number on the box. A higher refresh rate only helps if your system can sustain the frames to feed it, and the best setting changes depending on whether you notice tearing, lag or unstable frame delivery.
What to change first: refresh rate, FPS cap, V-Sync, and adaptive sync
The safest starting point is simple. Set the monitor to its native refresh rate, then aim for a frame cap your PC can hold steadily in the game you actually play. Refresh rate is the display’s update ceiling, while frame rate is how many frames the game is producing. If those two numbers drift apart, screen tearing can appear as a visible split during motion.
If your monitor supports adaptive sync, such as FreeSync or G-Sync Compatible, use it. That lets the monitor vary its refresh rate to follow the game’s frame rate up to the display’s maximum. In practice, that usually gives the cleanest balance of smoothness and responsiveness. If adaptive sync is not available, V-Sync becomes the fallback: on if tearing bothers you more, off if input lag matters more.
- Set the monitor to native refresh rate first.
- Use a stable FPS cap, not the highest number the game can briefly hit.
- Enable adaptive sync if the monitor and GPU support it.
- Use V-Sync only when it solves the problem you actually notice.
Key takeaway: Do not start with the fanciest setting. Start with the setting your PC can hold consistently, then match the monitor to that.
Check what your current setup can actually hold
Before changing anything, confirm two numbers: your monitor’s refresh rate and your game’s stable frame rate. Windows usually shows the current display refresh setting in its advanced display options, and many monitors also list it in their on-screen display. GPU control panels can confirm the active refresh mode too.
The second number matters just as much. A peak FPS reading is not enough if the game repeatedly drops below it. Stable frame delivery is what makes a cap useful. If the system cannot hold the target consistently, a higher cap or refresh setting only hides the problem for part of the time and leaves you with uneven motion the rest of it.
- Check the active refresh rate in Windows display settings.
- Use the monitor OSD if you are unsure what the panel is running at.
- Look for a stable in-game FPS target, not just a short-lived peak.
- If FPS swings a lot, choose a lower cap the system can actually maintain.
Good to know: A stable 60fps is usually more useful than an unstable 90fps target. The number matters less than whether the game can hold it.
Choose the right path for 60Hz, 144Hz, and 240Hz displays
A 60Hz display is still a normal baseline, and it is perfectly usable if the game runs steadily around 60fps. On that kind of setup, the priority is usually consistency and tear reduction rather than chasing extra headroom. If the game cannot hold 60fps, lowering settings or using adaptive sync can matter more than arguing about refresh-rate theory.
144Hz and 240Hz displays only pay off when the PC can feed them. The higher the refresh rate, the more obvious smooth motion and responsiveness can become, especially in fast competitive games. But the improvement only shows up when frame rate is high and stable enough. The jump from 30fps to 60fps is generally more noticeable than the jump from 144Hz to 240Hz, which is why many players overestimate how much the highest refresh tier changes day-to-day play.
| Monitor refresh rate | Best use case | What matters most | When extra spending is worthwhile |
|---|---|---|---|
| 60Hz | Stable single-player play, older hardware, or games that cannot hold high FPS | Holding a steady cap and reducing tearing | Only if the current setup cannot deliver a stable target or you want much smoother motion |
| 144Hz | Fast motion, competitive games, or PCs that can sustain well above 60fps | Stable high FPS and adaptive sync if available | Worth it when your PC can regularly feed the panel |
| 240Hz | Very high frame-rate competitive play | Frame stability and low latency | Only worthwhile if your hardware can genuinely sustain the extra frames |
How to set the options in Windows, your GPU panel, and the game
Change settings in a sensible order. Start with Windows, then the GPU control panel if you use one, then the game. That avoids one layer undoing another. If the monitor supports adaptive sync, make sure it is enabled both on the display itself and in the relevant software layer for your GPU.
On NVIDIA systems, adaptive sync is handled through NVIDIA Control Panel when the display supports it. On AMD systems, it is managed in AMD Software: Adrenalin Edition. In either case, the goal is the same: get the monitor and game to work together rather than forcing the display to guess what the frame timing will be. In-game, look for frame limiters, V-Sync toggles and any adaptive sync or variable refresh options the game provides. If the game has a frame cap, use it rather than leaving the GPU to run wide open.
If you are using adaptive sync, cap FPS a few frames below the monitor’s maximum refresh rate. That small buffer helps avoid bouncing into the ceiling, which can reduce the benefit of adaptive sync. If the game offers no cap, a driver-level limiter or an external frame limiter can fill the gap. The point is not to squeeze every last frame. The point is to keep the frame rate steady enough that the display can follow it cleanly.
- Set the monitor refresh rate in Windows first.
- Enable adaptive sync in the monitor menu and the GPU software if available.
- Use the game’s frame limiter if it has one.
- If using adaptive sync, cap a few FPS below the refresh ceiling.
- If you do not have adaptive sync, choose between V-Sync on or off based on your priority.
Common mistake: Leaving the game uncapped while using adaptive sync can work poorly if the frame rate keeps hitting the monitor’s ceiling.
When to use V-Sync off, V-Sync on, or adaptive sync
V-Sync is the blunt instrument in this group. It can match frame output to the monitor’s refresh rate and reduce tearing, but the trade-off is added input lag. That makes it a decent option for single-player games where tearing is more annoying than delayed control response. It is less attractive in competitive play, where the feel of mouse or controller response matters more.
Adaptive sync is the better fit when the hardware supports it. It aims to keep the monitor’s refresh behaviour aligned with the game’s frame rate, which gives you smoother motion without the same lag penalty as plain V-Sync. But it still depends on the frame rate being reasonably stable. If the game is wildly inconsistent, no display setting can fully disguise that. In that case, lower settings or a lower FPS target may help more than toggling sync modes again and again like a superstition ritual.
Use V-Sync off only when low input lag matters more than visible tearing. That is the right call in some competitive games, especially if you already know the tearing does not bother you much. Use V-Sync on when tearing is the bigger problem and a bit of extra lag will not ruin the experience. Use adaptive sync when you want the cleanest balance and the hardware supports it.
| Priority | Recommendation | Why |
|---|---|---|
| Lowest input lag | V-Sync off | Keeps response as direct as possible, even if tearing remains |
| Least tearing on unsupported hardware | V-Sync on | Reduces tearing by matching output to refresh timing |
| Best overall balance on supported hardware | Adaptive sync with an FPS cap below refresh | Improves smoothness with less penalty than plain V-Sync |
How to tell if adaptive sync is actually working, plus common mistakes
If adaptive sync is active, the monitor should be operating in variable refresh mode rather than fixed refresh. The exact confirmation method varies by hardware, but the usual checks are the monitor’s own status readout, the GPU control panel and the game’s behaviour. If you still see obvious tearing or the frame pacing feels wrong, do not assume the technology is broken. First check that it is enabled in both the monitor and the software layer, and that the frame cap is sensible.
The common mistakes are dull but fixable. Running the game uncapped can push it into the monitor ceiling. Turning on V-Sync and adaptive sync together can be unnecessary or confusing depending on the game and driver behaviour. And if the PC cannot hold a stable target, the problem is not the sync setting, it is the frame rate. That is where lower settings or a lower cap matter more than more menu churn.
- Check the monitor’s status readout for variable refresh mode if available.
- Confirm the GPU control panel shows adaptive sync as enabled.
- Use a frame cap below the monitor ceiling when adaptive sync is on.
- If the frame rate is unstable, lower the target before blaming the display.
- Do not expect sync settings to fix a game that is simply underpowered.
Our take: the best default setup for most players, and when to change it
Our view is that most players should begin with the simplest stable setup: native refresh rate, adaptive sync if available, and a frame cap that the PC can comfortably sustain. That is the cleanest balance of motion smoothness and responsiveness, and it avoids the most common mistake, which is asking the display to mask a frame-rate problem the game has already created.
If you do not have adaptive sync, choose based on the annoyance you notice first. Tearing argues for V-Sync on. Input lag argues for V-Sync off. If the game still feels rough after those changes, the frame rate is probably too unstable for the current hardware or settings. In that case, the fix is not another round of menu toggles. It is a lower FPS target or reduced in-game settings until the system can hold its pace.
What matters most: Stable frame delivery beats a big peak number. Choose the setting your current PC can actually sustain, then change only if tearing or input lag becomes the bigger problem.
How to do it
- Check and match your display settings in order: Open Windows display settings and confirm the monitor is running at its native refresh rate. Next, open your GPU control panel and enable adaptive sync if the monitor supports it. Then open the game and set a frame cap to a stable number the PC can hold, using a few FPS below the refresh ceiling if adaptive sync is on.
- Choose between V-Sync on or off when adaptive sync is unavailable: If tearing is the main problem, turn V-Sync on in the game or driver settings. If input lag matters more, turn V-Sync off and accept some tearing. If the game remains choppy, lower the FPS target or in-game settings until frame delivery is stable.
Frequently asked questions
What should We set first for gaming display settings?
Set the monitor to its native refresh rate first, then choose a frame cap the PC can hold steadily. After that, enable adaptive sync if the display supports it, or use V-Sync based on whether you care more about tearing or input lag.
Should We use V-Sync on, V-Sync off, or adaptive sync?
Use adaptive sync if your monitor and GPU support it. Use V-Sync on if tearing bothers you more than input lag. Use V-Sync off if lower input lag matters more than visible tearing.
How far below refresh rate should We cap FPS with adaptive sync?
Cap a few FPS below the monitor’s maximum refresh rate so the frame rate does not keep slamming into the ceiling.
Does a higher refresh rate always make games feel better?
Only if the PC can sustain the needed frame rate. A higher refresh rate helps most when frame delivery is stable enough to keep up.
How do We know if FreeSync or G-Sync Compatible is active?
Check the monitor’s status readout if it has one, then confirm the setting in the GPU control panel and in-game behaviour. If tearing still appears, verify the feature is enabled in both places and that the frame cap is sensible.
Zachary Skinner is the editor of TechDrivePlay.com, where tech, cars and adventure share the fast lane.
A former snowboarding pro and programmer, he brings both creative flair and technical know-how to his reviews. From high-performance cars to clever gadgets, he explores how innovation shapes the way we move, connect and live.
