How to change the Windows 10 Pro display refresh rate
The refresh rate controls how many times your monitor redraws the image each second. A setting of 60 Hz refreshes the screen 60 times per second, while 120 Hz, 144 Hz, and higher options can make scrolling, animation, and compatible games appear noticeably smoother. The correct choice depends on your monitor, graphics hardware, cable, and current display resolution.
Windows 10 Pro usually detects supported refresh rates automatically, but it may select a conservative setting after a clean installation, graphics driver change, or monitor replacement. You can change the value through Display settings without installing additional software.
Before applying a higher rate, check the monitor’s specifications and use the cable supplied for the required resolution and speed. If an unsupported setting causes a blank screen or unstable image, Windows normally returns to the previous configuration after a short period, allowing you to recover safely.
Why the refresh rate matters
A higher refresh rate can make cursor movement, window dragging, web page scrolling, and video playback feel more fluid. It may also reduce the visible blur caused by motion, although the result varies according to the monitor’s response time, panel type, and the content being displayed. A faster setting does not automatically improve image sharpness or color accuracy.
The benefit is most apparent when the computer can produce enough frames to match the monitor. For example, a 144 Hz display paired with a system that renders a game at 45 frames per second cannot deliver the same smoothness as it would at a stable 100 or 144 frames per second. For ordinary office work, 60 Hz remains suitable, while 75 Hz or higher may provide a more comfortable experience for frequent scrolling.
Refresh rate is separate from screen resolution. Resolution determines the number of pixels, such as 1920 × 1080 or 2560 × 1440, while refresh rate determines how often those pixels are updated. Raising the resolution can reduce the maximum available refresh rate if the monitor, port, or cable has limited bandwidth.
Check your monitor and hardware first
Find the model number printed on the monitor, its packaging, or its support page. The manufacturer’s specifications should list supported resolutions and refresh rates. Some monitors support 144 Hz only at a particular resolution, while others offer different maximum rates through DisplayPort, HDMI, or USB-C.
The graphics adapter must also support the desired combination of resolution and refresh rate. A modern monitor connected to an older laptop or integrated graphics chip may show only 60 Hz. Docking stations, adapters, KVM switches, and long cables can impose additional limits, so connect the monitor directly to the computer when testing a new setting.
If you use more than one display, identify which screen you want to modify before opening the advanced options. Windows 10 applies the refresh rate to the selected monitor, and each display may have different capabilities. A laptop’s built-in panel can also use a different rate from an external monitor.
Change the setting in Windows 10
Windows 10 provides the refresh rate control in the advanced display options. The names can vary slightly after feature updates, but the process is generally the same:
- Right-click an empty area of the desktop and select Display settings.
- Scroll down and choose Advanced display settings.
- If multiple monitors are connected, select the display you want to configure.
- Click Display adapter properties for Display.
- Open the Monitor tab in the new window.
- Select a value from the Screen refresh rate menu.
- Click Apply, then choose Keep changes when Windows asks you to confirm.
On some updated Windows 10 installations, the advanced page includes a direct Refresh rate menu. If that option appears, select the desired monitor, open the menu, choose a supported value, and apply it. The classic adapter properties window remains useful when the direct control is unavailable or when you need to inspect the monitor driver.
Use the highest setting that operates reliably at your chosen resolution. After applying it, move windows around, scroll through a long page, and play a video for a few minutes. Watch for flicker, brief black screens, colored artifacts, or a message saying that the input signal is unsupported. These signs indicate that the selected combination may exceed the capabilities of the display chain.
| Setting or situation | What it generally means | Practical choice |
|---|---|---|
| 60 Hz | Common default for office monitors and many laptops | Reliable for documents, browsing, and general use |
| 75–100 Hz | A modest improvement in motion smoothness | Useful for everyday work when supported |
| 120–144 Hz | Noticeably smoother movement and scrolling | Suitable for gaming and responsive desktop use |
| 165 Hz or higher | Designed for compatible gaming monitors and hardware | Use when the monitor, cable, and GPU support it |
| Higher rate at lower resolution | The connection may have limited bandwidth | Choose the preferred balance between clarity and smoothness |
| Missing refresh-rate options | Driver, cable, port, or monitor detection issue | Check hardware and update the graphics driver |
When the refresh rate option is missing
A missing rate does not necessarily mean the monitor cannot support it. Windows may be using a generic display driver that exposes only basic modes. Open Device Manager, expand Display adapters, right-click the graphics device, and check whether Windows reports a problem. Download the current driver from the computer, graphics card, or chipset manufacturer rather than relying on random driver sites.
The monitor can also appear as a generic device when its information is not being detected correctly. In Device Manager, expand Monitors, remove an outdated or duplicate monitor entry if appropriate, and restart the computer. Windows may rediscover the display and show additional modes afterward. Disconnecting an adapter or docking station during this test can help determine whether it is restricting the available options.
Check the connection type as well. A cable that works at 1080p and 60 Hz may not support 1440p at 144 Hz. HDMI versions and DisplayPort versions have different limits, and the port on the computer may support less than the port on the monitor. If the monitor has an input menu, confirm that its high-bandwidth mode is enabled when the manufacturer provides such an option.
Fix flicker, black screens, and instability
If the screen flickers after changing the rate, return to Display settings and select a lower value. A temporary black screen may be normal while Windows switches modes, but persistent loss of signal usually points to a bandwidth, driver, or hardware issue. Turn the monitor off and on, reconnect the cable, and test a lower refresh rate at the same resolution.
A graphics driver update can solve problems that begin after a Windows update or new monitor installation. If the issue appeared immediately after a driver update, use Device Manager to inspect the driver properties and consider rolling back to the previous version. You can also reinstall the driver using the manufacturer’s installer, choosing a clean installation option when it is available.
Screen flicker can have causes unrelated to refresh rate. Loose cables, failing power supplies, variable refresh settings, and incompatible display adapters can produce similar symptoms. Test a different cable or port, disable adaptive-sync features temporarily, and compare the monitor with another computer if possible. These tests help separate a Windows configuration problem from a display hardware fault.
Changing system settings may sometimes trigger an administrative permission prompt, especially when installing a driver or modifying related software. Windows uses User Account Control to protect those actions; the guidance on adjusting UAC levels explains how those prompts work and how to manage them safely.
Choose a comfortable setting for daily use
The fastest available option is not always the best choice for every user. A high refresh rate can increase power consumption on laptops, particularly when the display is driven continuously at 120 Hz or above. If battery life matters more than motion smoothness, use a lower supported setting while mobile and switch to a faster rate when connected to AC power.
For office work, compare 60 Hz with the next available option while scrolling, moving the pointer, and switching between windows. If your eyes feel tired, also review brightness, room lighting, text scaling, and viewing distance. The refresh rate can affect perceived comfort, but it is only one part of the overall display setup.
People with visual or motor accessibility needs may benefit from combining display adjustments with Windows accessibility tools. For users who control the computer through eye movement, the guide to the Eye Control accessibility feature provides a separate way to explore hands-free interaction without confusing it with refresh-rate settings.
Apply the change safely
Before making a major change, close unsaved work and note the current resolution and refresh rate. That gives you a clear fallback if the new mode behaves unexpectedly. When Windows presents a confirmation prompt, do not choose Keep changes until you have checked the image for a few seconds.
If the screen becomes unusable, wait for Windows to revert automatically. You can also press Esc during some confirmation dialogs, restart in Safe Mode, or connect a different monitor to restore access. Safe Mode loads a basic display configuration, which can allow you to select a supported rate again or repair the graphics driver.
Keep Windows 10 and the graphics driver maintained, but do not assume every update will unlock a higher refresh rate. The monitor’s native capabilities, connection standard, and graphics hardware remain the limiting factors. A stable 100 Hz image is more useful than an unreliable 165 Hz mode that causes flicker or repeated signal loss.
Keep the display running smoothly
Use these practical checks whenever you change a monitor or troubleshoot display behavior:
- Confirm the monitor’s maximum refresh rate at the resolution you actually use.
- Connect the display directly to the computer while testing cables, ports, and adapters.
- Install graphics drivers from the computer or GPU manufacturer’s official support page.
- Test for flicker at both the new setting and the previous stable setting.
- Choose a lower rate on battery power if a faster mode noticeably reduces runtime.
A well-matched refresh rate should make Windows feel smoother without creating flicker, heat, excessive battery drain, or signal interruptions. Apply the setting through Display settings, test it with your normal workload, and keep the last reliable configuration in mind as a fallback. If a desired option remains unavailable, investigate the driver, cable, port, and monitor specifications before changing other system settings.