If Windows is not showing 144Hz option, first verify that you selected the right monitor and a resolution that supports 144Hz on the connected input. Next, check whether Windows has the correct graphics driver and whether the connection reports the monitor’s capabilities properly. This guide follows those branches in order, helping you separate a settings problem from a connection limit or driver regression without forcing an unsupported display mode.
- Windows not showing 144Hz option: What to check first
- Establish what Windows should be able to select
- Select the correct display and inspect its modes
- Check whether Windows is using the manufacturer’s graphics driver
- Use connection tests to separate Windows from the signal path
- Review monitor settings and signal requirements
- Understand detection problems without guessing at EDID fixes
- Windows not showing the 144Hz option after an update
- Check the game only after Windows exposes the right mode
- Verify the fix and prepare recovery if it fails
- Frequently asked questions
- Resolve the missing mode at the layer causing it
Windows not showing 144Hz option: What to check first
Open Settings, System, Display, then Advanced display. Select your gaming monitor and inspect Choose a refresh rate. If 144Hz appears, apply it and verify the resulting resolution. If it does not, record the available rates before changing anything else.
A missing option is different from a selected rate that reverts or a game that renders below 144 fps. Those symptoms require different investigations.
| Symptom | First branch to investigate | Useful comparison |
|---|---|---|
| 144Hz is absent on a new Windows installation | Graphics driver and exact connection support | Manufacturer driver versus a basic display driver |
| 144Hz disappeared on a previously working setup | Changed settings, driver, or signal path | Last working configuration versus current configuration |
| 144Hz appears only at a lower resolution | Supported timings and connection capacity | Same input at the intended and lower resolutions |
| 144Hz works directly but not through a hub | Accessory and host requirements | Direct connection versus the accessory path |
| Windows reports 144Hz but a game looks limited | Game configuration and rendering performance | Desktop signal information versus the game’s counter |
The instructions below assume Windows 11 and an external monitor. They aim to restore a manufacturer-supported mode. A screen advertised for 144Hz may still require a particular input, cable type, or monitor-menu setting.
Establish what Windows should be able to select
Verify the exact resolution and input combination
Read the monitor’s full model number from its label or information menu. Consult the official manual’s timing table, including any notes attached to the highest refresh rate.
Find an entry for your intended resolution at 144Hz on the input you are using. A product headline saying “144Hz” is less specific than that combination. Some models provide different maximums through different connectors.
Check the computer’s output documentation too. A GPU’s ability to render a game quickly does not prove that every physical port on the PC or laptop supports the same display modes.
If the intended connection is unsupported, Windows may be behaving correctly by omitting 144Hz. The appropriate fix is a compatible connection or a supported alternative mode, not a software override.
Write down the current configuration
Record the monitor, graphics hardware, computer output, cable, monitor input, and any dock or adapter. Also note the resolution, available refresh rates, and whether multiple screens are connected.
For a setup that previously worked, identify the last known good arrangement. Moving from a direct cable to a dock is a meaningful change even when the computer and monitor remain the same.
This record gives each test a purpose. Changing the cable, resolution, driver, and projection mode simultaneously may restore 144Hz, but it leaves you uncertain which change mattered and what to do if the issue returns.
Select the correct display and inspect its modes
Use Advanced display for the intended monitor
- Right-click an empty desktop area and choose Display settings.
- Select Identify to match the numbered displays to your screens.
- Select the intended monitor and inspect Display resolution.
- Open Advanced display.
- Confirm the selected display again, especially on a laptop with an external screen.
- Open Choose a refresh rate and inspect the full list.
- Select 144Hz if it is available for a documented supported mode.
Confirm only after the picture returns clearly. If the change produces an unreadable image, allow the confirmation timeout to restore the previous configuration.
Microsoft explains that an asterisk beside a refresh-rate option indicates a resolution change. After applying such an option, check that the resulting resolution still meets your goal.
Compare the selected resolution with the active signal
Start with the monitor’s recommended native resolution unless its documentation specifies another mode for 144Hz. Where Advanced display shows separate desktop and active signal modes, record both.
Different values can indicate scaling or another output configuration. They are a reason to inspect how the graphics software is sending the image, not automatic evidence of a damaged monitor.
You can also inspect Display adapter properties if that link is present. On the Adapter tab, List All Modes shows additional resolution-and-refresh combinations available through that interface. Select only combinations supported by the monitor and connection.
This list is another view of available modes, not a tool that creates missing hardware capability. If 144Hz is absent there too, move to the next diagnostic branch. Avoid exposing or forcing unsupported modes simply to obtain the desired number.
Check whether Windows is using the manufacturer’s graphics driver
Look for Microsoft Basic Display Adapter
Right-click Start, open Device Manager, and expand Display adapters. Identify each listed graphics device.
Microsoft Basic Display Adapter is Windows’ generic graphics driver. Microsoft says it is used when a manufacturer-specific display-adapter driver is unavailable or not installed. If it appears for the adapter controlling your display, install the appropriate supported manufacturer driver before drawing conclusions about missing refresh modes.
Check Windows Update first, then the PC or graphics manufacturer’s official support resources as needed. Match the package to your hardware and Windows version. For laptops, review the OEM’s guidance before replacing customized graphics packages.
A completed driver installation should be followed by the requested restart and another check of Advanced display. Installing the correct package is a justified step; it is not a guarantee that every connection will suddenly support 144Hz.
Do not confuse the graphics adapter with the monitor entry
Device Manager lists graphics hardware under Display adapters and display devices under Monitors. These represent different parts of the system.
A manufacturer graphics driver controls the adapter. A monitor package may provide identification or configuration information, and some manufacturer packages address specific reporting issues. Installing an unrelated monitor file is not a substitute for the proper GPU driver.
Do not diagnose a failed GPU installation from a generic-looking monitor name alone. Focus on which adapter drives the connection, whether the documented modes are available, and whether the monitor manufacturer supplies a relevant exact-model package.
On hybrid-graphics laptops, more than one graphics adapter may be involved. The GPU rendering the game and the adapter controlling the external connector are not necessarily the same. Consult the laptop documentation when the routing is unclear.
Use connection tests to separate Windows from the signal path
Bypass intermediate devices
When possible, connect one monitor directly to a computer output documented to support the target mode. Temporarily remove docks, USB-C hubs, converters, KVM switches, and other video intermediaries.
If the same resolution now offers 144Hz, the restriction is associated with something changed by that comparison. Investigate the bypassed device’s capabilities, its settings, and the cables involved.
Check accessory specifications for the exact mode and display count. An advertised maximum for one screen may not describe two screens sharing the same connection. USB-C charging support also does not establish video-output support or the bandwidth available through an accessory.
If a direct connection is impossible, consult the host and accessory documentation before buying a replacement. The presence of a 144Hz monitor does not prove that the current laptop-and-dock combination can drive it as intended.
Try one display without Duplicate mode
Press Windows + P and choose Extend, or use the appropriate single-display option for the test. Duplicate mode mirrors the desktop and may restrict the available configuration.
Temporarily disconnect secondary monitors, particularly when they share a dock or DisplayPort multi-stream connection. If 144Hz returns, reconnect displays individually and observe which configuration removes it.
An independently configured 60Hz screen does not automatically impose a 60Hz ceiling on every other display. Treat that as a configuration question to test, rather than a reason to replace the secondary screen.
Also compare a suitable known-good cable on the same ports. If changing the cable also changes the interface, note that you have tested a different connection route, not cable condition alone.
Review monitor settings and signal requirements
Open the monitor’s on-screen menu and check the input selected, any port-version setting, and any documented requirement for the highest refresh mode. Record existing settings before modifying them.
Some monitors expose compatibility settings intended for older devices. Others require a manufacturer-provided high-refresh or overclock option. Follow the exact manual; there is no universal gaming-menu setting that every display needs.
If the problem began after reconnection, restart the PC and power-cycle the monitor using its normal controls and manufacturer instructions. This is a useful connection test, not a promise to repair corrupted identification data.
Resolution, refresh rate, and color depth affect signal bandwidth. If documentation indicates a feature-dependent limit, compare a supported SDR or lower-bit-depth configuration while keeping resolution unchanged. Restore the original features individually afterward.
If that comparison reveals 144Hz, investigate which documented feature combination the connection supports. Do not assume that HDR always prevents 144Hz, or reduce desktop image quality without understanding the trade-off.
Understand detection problems without guessing at EDID fixes
Monitors communicate identification and capability information through data called EDID, short for Extended Display Identification Data. Microsoft documents that this information includes identity and capabilities and is read through the display connection.
That helps explain why recognition matters, but a missing 144Hz option does not prove that EDID is corrupt. The same symptom can result from an unsupported input, graphics-driver behavior, or the current display configuration.
Useful evidence includes a mode list that changes when an adapter is bypassed, an incorrect detected identity, or the same monitor exposing its documented modes on another compatible source. Record those comparisons before escalating.
Microsoft describes manufacturer-provided INF files as one way to correct invalid EDID information. That is a vendor repair mechanism, not a general recommendation to edit the registry or copy another monitor’s identification data.
If your manufacturer supplies a relevant monitor driver, firmware update, or support procedure for the exact model, follow it. Otherwise, ask support to review the detected capabilities and connection. An unverified EDID override can advertise a mode without establishing that the display can use it correctly.
Windows not showing the 144Hz option after an update
Recheck settings before replacing the driver
If 144Hz worked before the update on the same ports and cable, compare the display selection, resolution, projection mode, and monitor settings with the working configuration.
Note the update date and installed graphics-driver version. A timing coincidence is useful evidence, but it does not establish which Windows component caused the change.
Avoid applying fixes intended for an unrelated Windows build or GPU. A registry workaround copied from a forum may address a different symptom and make later diagnosis harder.
Roll back or reinstall through supported procedures
Microsoft documents a display-driver rollback through Device Manager: expand Display adapters, open the relevant adapter’s Properties, select Driver, then Roll Back Driver.
That option requires a retained previous driver and appropriate permissions. If it is unavailable, do not assume the PC is damaged. Obtain an appropriate supported package from the manufacturer if a different installation is needed.
Save open work and download the correct installer and instructions before removing a graphics driver. On a laptop, account for both integrated and discrete graphics according to OEM guidance. Restart when instructed, then retest the same resolution and connection.
Intel’s support guidance for a previously working 144Hz monitor stuck at 120Hz recommends checking display support and cabling before a clean driver installation. Follow that evidence-based order rather than making a driver purge the first response to every missing mode.
Check the game only after Windows exposes the right mode
When Advanced display already shows the intended 144Hz setting, investigate the application if a game remains limited. Check its selected monitor, resolution, full-screen configuration, and any refresh selector.
Then distinguish refresh rate from frame rate. A counter reading 60 or 75 fps describes game performance or presentation, not necessarily the physical output mode. Inspect frame limits and synchronization settings separately.
Dynamic Refresh Rate is another Windows 11 feature to evaluate only when relevant. Microsoft says DRR can limit the maximum refresh rate of some games and recommends disabling it if that problem occurs. It is not a universal explanation for an absent fixed 144Hz mode.
Changing a game’s FPS cap cannot add a missing Windows display timing. Keep application troubleshooting separate so that a rendering problem does not send you back through unnecessary cable and driver replacements.
Verify the fix and prepare recovery if it fails
A complete fix restores the intended resolution and supported refresh rate, remains stable, and survives the transitions you use daily.
After selecting 144Hz, inspect the monitor’s signal-information page if available. A nominal mode may appear as a nearby fractional value rather than exactly 144.00Hz. Compare it with the manual’s timings instead of rejecting it solely for that small difference.
Test desktop use, a familiar game, restart, and sleep and wake. Reconnect secondary displays and accessories individually. Restore feature settings one at a time so a recurring restriction can be tied to a specific configuration.
If the image disappears during a temporary Windows mode change, do not confirm it; allow the previous mode to return. If another display remains usable, restore the affected screen to its last supported working setting.
For persistent output problems, Windows Recovery Environment offers Enable low-resolution video under Troubleshoot, Advanced options, Startup Settings, and Restart. It starts Windows with reduced resolution and refresh settings so you can reset the display configuration. Keep the BitLocker recovery key available for encrypted devices.
Frequently asked questions
Why does Windows show only 60Hz or 75Hz?
The selected screen, resolution, input, accessory path, or driver may limit the available list. Confirm the model’s supported 144Hz combination, then test a suitable direct connection and the correct graphics driver.
Can a custom resolution force Windows to support 144Hz?
It can request a timing, but cannot establish that the hardware supports it. Use custom timings only with exact-model evidence for a known reporting issue, not as a shortcut around an unexplained restriction.
Does Generic PnP Monitor mean 144Hz cannot work?
The name alone is insufficient to diagnose a refresh limit. Check the graphics adapter separately and compare detected modes with the manual. Use an official monitor package when it is relevant to the exact model and issue.
Should you reinstall Windows to restore 144Hz?
Not as an initial remedy. Display selection, connection isolation, supported driver repair, and comparison tests provide more targeted evidence. Consider broader operating-system repair only when the troubleshooting results justify it.
Resolve the missing mode at the layer causing it
Start with the supported resolution and input, confirm the correct Windows display selection, and check the graphics-driver state. Then isolate accessories, inspect monitor settings, and investigate detection or update regressions when the evidence points there.
Keep the working configuration documented. If 144Hz remains unavailable on a verified compatible path, provide the manufacturer with your model numbers, driver versions, detected modes, and comparison results instead of forcing unsupported settings.
