Windows 11 Forces 144Hz Instead of 60Hz in Games? G-SYNC & Alt-Tab Fixes

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Updated November 9, 2026

Windows 11 may keep your monitor running at 144Hz even when a game is configured to use 60Hz. Depending on the game and display configuration, you might also experience slow Alt-Tab switching, brief black screens, G-SYNC flickering, or uneven frame pacing.

This can be particularly confusing when a game runs at 60 FPS but Windows continues reporting 144Hz, 165Hz, or 240Hz.

However, a game running at 60 FPS on a 144Hz monitor is not automatically a problem. The important distinction is whether the game is limiting its frame rate or requesting an actual change to the monitor's refresh rate.

If Windows appears to ignore a game's selected 60Hz display mode, the following troubleshooting steps will help you identify the cause and find a stable configuration.

Windows 11 refresh rate troubleshooting infographic showing 60Hz vs 144Hz, NVIDIA G-SYNC, AMD FreeSync, VRR settings, fullscreen vs borderless mode, and Alt-Tab fixes.

Quick Answer: How to Fix Windows 11 Forcing 144Hz in Games

If a game specifically requests 60Hz but your monitor remains at 144Hz, start with these checks:

  1. Open Settings → System → Display → Advanced display and confirm the selected refresh rate.
  2. Check your monitor's on-screen display (OSD) to identify the incoming display signal.
  3. Switch the affected game between exclusive fullscreen and borderless windowed mode, if both are available.
  4. Test NVIDIA G-SYNC or AMD FreeSync settings.
  5. Check Windows Variable Refresh Rate (VRR) and Dynamic Refresh Rate (DRR), where available.
  6. Test Windows 11's Optimizations for Windowed Games setting for the affected game.

Best first test: If the game ignores an actual 60Hz display setting, compare fullscreen and borderless mode. If your main problem is a black screen or slow Alt-Tab, check whether the game and desktop use different display modes.

If the game is simply capped at 60 FPS while your monitor stays at 144Hz, you may not need to change anything.

1. Is Windows 11 Really Forcing 144Hz? Check These Symptoms First

Before changing your graphics settings, identify what actually happens when the game launches.

A high-refresh monitor remaining at 144Hz is not necessarily a fault just because a game runs at 60 FPS.

What You Notice What It May Mean
Game runs at 60 FPS while Windows reports 144Hz Normal frame-rate limiting
Game selects 60Hz but monitor remains at 144Hz Possible display-mode mismatch
Screen briefly turns black when entering fullscreen Display signal or mode transition
Alt-Tab takes several seconds Possible resolution, refresh-rate, or HDR transition
Desktop becomes choppy after leaving a game Possible VRR or presentation issue
Flickering appears only in borderless mode Possible windowed G-SYNC or FreeSync interaction

For example, Warcraft III: Reforged is one game where players may encounter different refresh-rate behavior depending on the selected display mode.

The important question is whether the game is requesting a true 60Hz output mode or merely limiting rendering to 60 FPS.

How to Check the Actual Refresh Rate

Compare three sources:

  • Windows display settings: Shows the refresh rate selected for the display.
  • Monitor OSD: Many gaming monitors have an information screen showing the incoming resolution and refresh rate.
  • Game settings: Shows the game's selected display mode, refresh-rate option, or FPS limit.

If the game runs at 60 FPS while Windows and the monitor report 144Hz, the game may simply be using a frame-rate cap.

If the game specifically requests 60Hz but the display remains at a fixed 144Hz, continue with the fullscreen and graphics-driver tests below.

Note: On some VRR monitors, the OSD displays a changing instantaneous refresh rate. This is not necessarily the same as the monitor's configured maximum refresh rate.

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2. Why 60 FPS and 60Hz Are Different

FPS and Hz are related, but they measure different things.

FPS (frames per second) describes how many frames a game produces each second.

Hz (hertz) describes how frequently a monitor can refresh its image.

For example:

Game FPS Monitor Setting Normal?
60 FPS 60Hz Yes
60 FPS 144Hz Yes
60 FPS 165Hz Yes
120 FPS 144Hz Yes
144 FPS 144Hz Yes

A game capped at 60 FPS can run correctly while Windows keeps the monitor configured at 144Hz.

Why G-SYNC and FreeSync Matter

NVIDIA G-SYNC and AMD FreeSync are variable refresh rate technologies.

When operating within a compatible display's supported VRR range, they allow the monitor to adjust refresh timing to better match the frames delivered by a game.

This can help reduce screen tearing and uneven frame presentation.

Therefore, 60 FPS with a monitor configured to 144Hz may be the intended setup, especially when VRR is functioning correctly.

You do not necessarily need to force the monitor to 60Hz.

Can 60 FPS on a 144Hz Monitor Cause Stuttering?

It can contribute to uneven frame pacing in certain fixed-refresh configurations.

At a fixed 144Hz, 60 FPS does not divide evenly into the monitor's refresh intervals. Depending on synchronization and frame delivery, some frames may remain visible longer than others.

However, not every 60 FPS game will stutter on a 144Hz display.

Properly functioning VRR can help reduce this mismatch when the game's frame rate falls within the display's supported range.

Important: An in-game FPS limiter or a tool such as RivaTuner Statistics Server (RTSS) generally limits frame delivery. It does not automatically change the monitor's selected refresh-rate mode.

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3. Fix 1: Check Windows 11 Desktop and Active Signal Mode

Start by checking which refresh rate Windows is using.

Step 1: Open Advanced Display Settings

  1. Right-click an empty area of your desktop.
  2. Select Display settings.
  3. Open Advanced display.
  4. Select the affected monitor if you use multiple displays.
  5. Check the current refresh rate and available display information.

Depending on the Windows version and graphics configuration, additional information may be available through the display adapter properties.

Step 2: Understand Desktop Mode vs Active Signal Mode

Two values can matter when troubleshooting:

  • Desktop mode: The resolution and refresh-rate configuration used by the Windows desktop.
  • Active signal mode: The resolution and refresh rate of the signal sent to the monitor.

These values may differ when GPU scaling or certain display configurations are active.

For example, Windows may render the desktop at one resolution while the GPU sends a different resolution to the monitor.

A difference does not automatically indicate a problem.

If Windows does not display the information you need, select Display adapter properties for Display from Advanced display, where available.

You can also open List All Modes to inspect supported display modes. This list shows available modes, not necessarily the currently transmitted signal.

Step 3: Check the Monitor's OSD

Open your monitor's built-in menu and locate its information or signal-status page.

Check the incoming resolution and refresh rate.

Compare those values with the game's selected display mode.

If the game requests 60Hz but the monitor continues receiving a fixed 144Hz signal, test fullscreen behavior next.

Should You Change Windows to 60Hz?

Only if you specifically need the display to operate at 60Hz.

If the game is merely limited to 60 FPS, leaving Windows at 144Hz is generally reasonable.

If you need a true 60Hz display mode, temporarily select 60Hz under Advanced display, provided your monitor supports it.

Return to your preferred high-refresh setting after testing.

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4. Fix 2: Switch Between Fullscreen and Borderless Windowed Mode

This is one of the most useful tests when a game appears to ignore its refresh-rate selection.

Windows 11 can handle display presentation differently depending on how a game creates its window.

Understanding the Display Modes

Exclusive fullscreen: A game may request a specific resolution or refresh rate directly, although actual behavior depends on the game and Windows presentation path.

Borderless windowed: The game generally uses the desktop's current display mode rather than requesting a separate monitor mode.

Windowed: The game runs inside a standard desktop window and normally uses the desktop's refresh-rate configuration.

Modern Windows optimizations can make the differences between fullscreen and borderless less obvious.

How to Test Fullscreen vs Borderless

  1. Launch the affected game.
  2. Open its video or graphics settings.
  3. Select exclusive fullscreen, if available.
  4. Choose the intended resolution and refresh rate.
  5. Apply the settings.
  6. Check the monitor's OSD.
  7. Press Alt-Tab and observe any black screen or switching delay.
  8. Return to the game and repeat the test in borderless windowed mode.
  9. Restart the game if it does not apply display changes immediately.

What the Results Mean

If exclusive fullscreen changes the monitor to 60Hz while borderless stays at 144Hz, that difference may be expected.

Borderless mode commonly uses the desktop's display configuration.

If both modes remain at 144Hz, check whether the game's 60 setting is actually an FPS limit rather than a display refresh-rate selector.

If the game explicitly offers a refresh-rate option but cannot apply it, the issue may involve the game's display implementation, Windows presentation behavior, or the graphics driver.

Which Mode Is Better for Alt-Tab?

Borderless windowed mode often allows faster switching between the game and desktop because it can avoid some physical display-mode changes.

However, it does not guarantee that stuttering, flickering, or VRR problems will disappear.

If borderless mode improves Alt-Tab but introduces flickering, continue with the G-SYNC or FreeSync tests.

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5. Fix 3: Configure NVIDIA G-SYNC or AMD FreeSync

If you use a G-SYNC or FreeSync display, test whether VRR configuration affects the problem.

Some games behave differently when VRR is enabled for fullscreen applications compared with windowed or borderless applications.

NVIDIA: Test Fullscreen-Only G-SYNC

  1. Right-click the desktop.
  2. Open NVIDIA Control Panel.
  3. Expand Display.
  4. Select Set up G-SYNC, if available.
  5. Check the current G-SYNC configuration.

If G-SYNC is enabled for both windowed and fullscreen applications, temporarily select:

Enable for full screen mode

Apply the change, restart the affected game, and check whether the refresh-rate behavior, flickering, or Alt-Tab delay improves.

This test is particularly useful when the issue appears only in borderless or windowed games.

Test Windowed and Fullscreen G-SYNC

If fullscreen-only mode does not help, try:

Enable for windowed and full screen mode

Apply the change and repeat the test.

The preferred configuration depends on the game, graphics driver, display, and whether windowed VRR is needed.

Check NVIDIA Per-Game Settings

NVIDIA Control Panel also provides:

Manage 3D settings → Program Settings

This section allows supported graphics options to be configured for individual games.

However, the fullscreen-versus-windowed G-SYNC selection is controlled separately through Set up G-SYNC.

These controls are not interchangeable, and not every driver exposes the same per-game VRR options.

Temporarily Disable G-SYNC

If the problem continues, temporarily disable G-SYNC to isolate whether VRR is involved.

Restart the game and check whether:

  • The game's refresh-rate options change.
  • Alt-Tab becomes faster.
  • Flickering disappears.
  • Frame pacing improves or worsens.

If disabling G-SYNC helps, the VRR configuration may be contributing to the issue.

It does not necessarily mean G-SYNC itself is defective.

Restore your preferred configuration after testing.

What If Set up G-SYNC Is Missing?

If the option does not appear, check whether:

  • Your monitor supports G-SYNC or G-SYNC Compatible operation.
  • VRR is enabled in the monitor's own settings.
  • The current connection supports the required functionality.
  • The NVIDIA driver recognizes the display correctly.

The available options depend on the monitor, GPU, connection type, and driver.

AMD: Test FreeSync

AMD Radeon users can perform a similar diagnostic test through AMD Software: Adrenalin Edition.

  1. Open AMD Software.
  2. Find the display settings.
  3. Locate AMD FreeSync, if available.
  4. Record the current configuration.
  5. Temporarily change the setting.
  6. Restart the affected game and compare the results.

Do not assume that NVIDIA-specific settings behave identically on AMD hardware.

If you're experiencing graphical corruption rather than refresh-rate switching, see our Crimson Desert AMD RX 9070 XT terrain glitch troubleshooting guide.

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6. Fix 4: Test Windows 11 VRR and Dynamic Refresh Rate

Windows 11 includes display features that can influence refresh-rate behavior.

Two important settings are Variable Refresh Rate (VRR) and Dynamic Refresh Rate (DRR).

They serve different purposes.

Windows Variable Refresh Rate

Windows VRR can help supported games use variable refresh behavior, including certain games without native VRR support.

It supplements compatible GPU and display functionality rather than replacing NVIDIA G-SYNC or AMD FreeSync.

To check it:

  1. Open Settings → System → Display → Graphics.
  2. Look for Variable refresh rate in the available graphics or default graphics settings.
  3. If the option appears, record its current state.
  4. Temporarily change it.
  5. Restart the affected game and test again.

Can't find the VRR setting?

The Windows VRR toggle is not available on every system, and its location can vary between Windows builds.

Its absence does not necessarily mean your monitor lacks VRR support.

Check NVIDIA Control Panel, AMD Software, and your monitor's own settings instead.

Change only one VRR-related option at a time.

Windows Dynamic Refresh Rate

Dynamic Refresh Rate is a separate Windows feature that automatically adjusts refresh rates on supported hardware to balance smoothness and power consumption.

It is especially relevant to certain laptop displays.

To test it:

  1. Open Settings → System → Display → Advanced display.
  2. Find the refresh-rate selection.
  3. Check whether a Dynamic option is available.
  4. Temporarily select a fixed refresh rate.
  5. Launch the affected game and compare the behavior.

If the problem disappears, DRR may have contributed to the issue.

If your system does not offer Dynamic Refresh Rate, skip this step.

Should You Leave VRR Disabled?

Not necessarily.

VRR can improve gaming smoothness and reduce tearing. Disabling it may introduce other visual problems.

Treat these adjustments as diagnostic tests rather than universal performance recommendations.

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7. Fix 5: Change Optimizations for Windowed Games

Windows 11 includes an Optimizations for Windowed Games feature designed to improve presentation performance in compatible DirectX 10 and DirectX 11 games.

It can reduce latency and enable features such as VRR in supported windowed and borderless applications.

However, if one game behaves incorrectly, temporarily changing this setting may help identify whether its windowed presentation path is involved.

How to Change the Setting

  1. Open Settings → System → Display → Graphics.
  2. Find the affected game in the application list.
  3. If it is missing, add the game's executable using the desktop-app option.
  4. Select the game and open its graphics options.
  5. Find Optimizations for windowed games, if available.
  6. Disable it for the affected game.
  7. Save the change and restart the game.
  8. Compare the results using the same display mode as before.

Check whether Alt-Tab behavior, flickering, stuttering, or the game's refresh-rate selection changes.

If disabling the feature makes no difference, restore the original setting.

What About Disable Fullscreen Optimizations?

The Disable fullscreen optimizations compatibility checkbox is a different Windows setting.

To test it:

  1. Locate the game's executable.
  2. Right-click it and select Properties.
  3. Open Compatibility.
  4. Check Disable fullscreen optimizations.
  5. Apply the change and restart the game.

Test this separately from Optimizations for Windowed Games.

Not every game responds to this compatibility option, particularly newer games using modern presentation methods.

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8. Fix 6: Stop Slow Alt-Tab, Black Screens and Flickering

A brief black screen when switching between a game and the desktop can occur during a display-mode transition.

This may happen when the game and desktop use different refresh rates, resolutions, or HDR configurations.

A black screen during a genuine signal change does not automatically indicate a driver failure.

Test 1: Match Desktop and Game Display Modes

Compare the desktop and game's resolution and refresh-rate settings.

For example:

  • Desktop: 2560 × 1440 at 144Hz
  • Game: 2560 × 1440 at 60Hz

Switching between these configurations may require the display to renegotiate its signal.

Try using the same display mode for both.

If the game only needs to run at 60 FPS, consider leaving Windows at 144Hz and limiting the game's frame rate instead.

This can avoid unnecessary physical refresh-rate changes.

Test 2: Use Borderless Windowed Mode

As explained in Fix 2, borderless windowed mode often uses the desktop's existing display configuration.

If the black screen disappears in borderless mode, the fullscreen display transition may have been involved.

If borderless introduces flickering, return to the G-SYNC or FreeSync tests in Fix 3.

Test 3: Check HDR

If your monitor supports HDR:

  1. Open Settings → System → Display.
  2. Select the affected display.
  3. Open HDR, if available.
  4. Temporarily turn HDR off.
  5. Restart the game and test Alt-Tab again.

If the black screen disappears, compare the game's HDR settings with the Windows desktop configuration.

Restore HDR if it was not contributing to the problem.

Test 4: Desktop Becomes Choppy After Alt-Tab

Sometimes Windows continues reporting 144Hz or 180Hz, but desktop animations appear to run at a much lower frame rate after leaving a game.

This is different from the monitor physically switching to 60Hz.

If this happens:

  • Confirm the refresh rate still reported by Windows.
  • Check the monitor's OSD.
  • Compare fullscreen and borderless behavior.
  • Test Windows VRR settings, if available.
  • Test the GPU driver's VRR configuration.

If the reported display mode remains unchanged but desktop smoothness changes, focus on VRR and presentation behavior rather than repeatedly forcing the monitor to another refresh rate.

For broader game-performance problems, our Enshrouded 1.0 freezing and stuttering troubleshooting guide covers additional causes of in-game stuttering.

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9. Fix 7: Check Drivers, Scaling and Multiple Monitors

If the previous tests do not resolve the problem, check the graphics driver and display configuration.

These steps are especially useful if the issue affects several games or began after a Windows or GPU driver update.

Check Your Graphics Driver

Use the official driver pages:

If the issue started after a driver update, check the release notes and known issues before considering a rollback.

Avoid downloading drivers from unofficial websites.

Test a Single Monitor

If you use multiple displays:

  1. Record each monitor's refresh rate.
  2. Close the affected game.
  3. Temporarily disconnect or disable the secondary display.
  4. Launch the game using only the primary monitor.
  5. Check whether the refresh-rate or Alt-Tab problem continues.

If the issue disappears, investigate differences in refresh rates, VRR support, HDR, and scaling between the monitors.

Mixed-refresh multi-monitor configurations are not inherently defective, but testing one display at a time can help isolate the problem.

Check GPU Scaling

NVIDIA and AMD drivers may offer scaling settings that affect how lower resolutions are sent to a monitor.

If Windows' desktop and active signal resolutions differ, inspect the GPU scaling configuration.

Record the original settings before changing anything.

Avoid creating unsupported custom resolutions or refresh rates.

Check HDMI and DisplayPort Connections

The available refresh rates may depend on:

  • Your monitor's supported display modes.
  • The GPU's output capabilities.
  • HDMI or DisplayPort version support.
  • The cable and connection being used.

Verify that the display connection supports your intended resolution and refresh rate.

A cable or port limitation is more likely to explain a missing high-refresh mode than a game simply remaining at 144Hz instead of switching to 60Hz.

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10. Which Fix Should You Try First?

You do not need to apply every fix.

Start with the symptom that best matches your situation.

Your Problem Best First Step
Game capped at 60 FPS, monitor stays at 144Hz Confirm FPS vs Hz
Game's 60Hz display option is ignored Test fullscreen vs borderless
G-SYNC flickers in windowed games Test fullscreen-only G-SYNC
Desktop becomes choppy after Alt-Tab Check VRR settings
Screen goes black when switching windows Compare desktop and game display modes
Refresh rate changes unexpectedly on a laptop Check Dynamic Refresh Rate
Problem affects a multi-monitor setup Test with one monitor
Problem started after a GPU driver update Review driver changes and known issues

Recommended Troubleshooting Order

For most users, follow this order:

  1. Confirm whether the problem involves FPS or an actual refresh-rate change.
  2. Compare Windows display settings with the monitor OSD.
  3. Test fullscreen and borderless modes.
  4. Test G-SYNC or FreeSync.
  5. Check Windows VRR and DRR settings.
  6. Test per-game windowed optimization settings.
  7. Investigate drivers, HDR, scaling, and multiple monitors.

Change only one setting at a time. This makes it easier to identify which adjustment actually resolves the problem.

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11. Frequently Asked Questions

Why does Windows 11 use 144Hz when my game is set to 60 FPS?
Because FPS and refresh rate are different settings. A 60 FPS limit controls how many frames the game produces, while 144Hz describes the monitor's configured refresh rate. A game can run at 60 FPS on a 144Hz monitor without a display malfunction.

How do I stop Windows 11 from forcing 144Hz in games?
First confirm that the game is requesting a true 60Hz display mode rather than simply limiting its FPS. If the refresh-rate selection is being ignored, test fullscreen, check Windows Advanced display settings, and compare G-SYNC or FreeSync behavior. There is no single fix for every game.

Why does my screen go black when I Alt-Tab from a game?
A brief black screen can occur when Windows switches between different resolutions, refresh rates, or HDR modes. Matching the desktop and game's display configurations or using borderless windowed mode may reduce these transitions.

Can NVIDIA G-SYNC cause flickering in windowed games?
Some combinations of games, drivers, monitors, and windowed presentation modes can produce flickering with VRR enabled. Test fullscreen-only G-SYNC and compare it with windowed G-SYNC enabled. Temporarily disabling G-SYNC can also help isolate the cause.

Should I disable Optimizations for Windowed Games in Windows 11?
Not by default. The feature can improve latency and enable VRR in compatible DirectX 10/11 games. Disable it temporarily for the affected game, test the result, and restore it if there is no improvement.

Does this issue also affect 165Hz and 240Hz monitors?
Similar refresh-rate and Alt-Tab symptoms can occur with other high-refresh monitors. However, the exact behavior depends on the display, graphics driver, Windows configuration, and game. A 60 FPS game running on a 165Hz or 240Hz monitor is not automatically a problem.

Does limiting a game to 60 FPS force the monitor to 60Hz?
No. In-game FPS limiters and external tools such as RTSS generally control frame delivery rather than the monitor's selected refresh-rate mode. The monitor can remain configured at 144Hz, 165Hz, or 240Hz while the game runs at 60 FPS.

Is Windows 11 24H2 or 25H2 responsible for the problem?
Refresh-rate and Alt-Tab behavior can vary across Windows versions, graphics drivers, and games. A problem appearing after an update does not prove that the Windows version itself is responsible. Check the game's display mode, driver configuration, and VRR settings before attributing the issue to a specific update.

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Final Thoughts

If Windows 11 keeps your monitor at 144Hz while a game is limited to 60 FPS, you may not need to change anything. High-refresh monitors can correctly display games running at lower frame rates, particularly when VRR is functioning as intended.

The situation is different when a game explicitly requests a 60Hz display mode but Windows does not apply it, or when switching between the game and desktop causes black screens, flickering, or stuttering.

Start by confirming the actual display signal, then compare fullscreen and borderless modes. If the problem continues, test G-SYNC or FreeSync and Windows VRR settings individually.

The goal is not necessarily to force every 60 FPS game to run at 60Hz. It is to find a display configuration that delivers smooth frame pacing, reliable Alt-Tab switching, and stable gameplay without unnecessary refresh-rate changes.

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