How to Increase Monitor Refresh Rate: Quick Steps

Your cursor drags across the screen like it’s moving through honey. Games stutter even on a powerful rig, and fast motion leaves ugly trails behind it. The likely cause is a refresh rate stuck at the default 60Hz, which most monitors ship with out of the box. Learning how to increase refresh rate on monitor settings unlocks smoother visuals, sharper mouse movement, and noticeably lower input lag during gameplay or daily use.

This guide walks through every step of the process, from verifying hardware support to tweaking Windows settings, updating drivers, and safely overclocking your panel. Whether you own a 144Hz gaming display or a basic 60Hz office screen, you’ll find practical methods to extract the smoothest performance your setup can deliver.

Confirm Hardware Compatibility Before Changing Settings

Most failed attempts to increase refresh rate trace back to a hardware limitation. Checking your gear first saves time and prevents frustration when options appear grayed out.

Verify What Your Monitor Supports

Your display must natively support the refresh rate you want to enable. Standard office monitors typically max out at 60Hz, while gaming panels often support 120Hz, 144Hz, 165Hz, or higher. Look up your exact model number on the manufacturer’s website and confirm these key specs:
– Maximum refresh rate at your current resolution
– Required cable standard (DisplayPort 1.2+ or HDMI 2.0+)
– Adaptive sync support (G-Sync or FreeSync)

If your monitor only supports 60Hz natively, no software trick can push it higher.

Match the Cable and Port to the Job

The cable connecting your GPU to your monitor directly determines available bandwidth. Older standards physically cannot carry higher refresh rates at common resolutions.

Action Step: Use a DisplayPort cable whenever possible. If using HDMI, verify it’s version 2.0 or newer and connected to a high-speed port on both the GPU and monitor.

Make Sure Your GPU Can Keep Up

A high refresh monitor delivers no benefit if your graphics card cannot produce matching frame rates. Even on a 144Hz display, low FPS means choppy visuals.

• Aim for at least 100 FPS in games to feel the difference on a 144Hz panel
• Lower resolution or detail settings if your hardware struggles
• Use MSI Afterburner to monitor real-time FPS during gameplay

Adjust Refresh Rate Through Windows Settings

Once hardware compatibility is confirmed, Windows offers the simplest path to enabling higher refresh rates that your monitor already supports.

Open the Advanced Display Menu

1. Right-click the desktop and choose Display settings
2. Scroll down and click Advanced display settings
3. Click Display adapter properties for your monitor

Select a Higher Refresh Rate

1. In the new window, switch to the Monitor tab
2. Open the Screen refresh rate dropdown
3. Pick the highest available option (such as 120Hz, 144Hz, or 240Hz)
4. Click Apply

Note: If higher rates appear grayed out, revisit the hardware check. Your cable, port, or monitor likely lacks support.

Fix When Only 60Hz Appears

When the dropdown only lists 60Hz, try these fixes:
– Swap to a DisplayPort cable or HDMI 2.0+
– Update your GPU drivers
– Confirm the cable plugs into the GPU, not the motherboard

Update Your GPU Drivers

Outdated graphics drivers frequently prevent Windows from exposing supported refresh rates. A fresh driver install often unlocks hidden options.

Install the Latest NVIDIA Drivers

1. Visit the NVIDIA Driver Downloads page
2. Enter your GPU model
3. Download and run the installer
4. Restart your computer

Install the Latest AMD Drivers

1. Open the AMD Driver Support page
2. Select your GPU series and model
3. Download and install the Adrenalin Edition driver
4. Reboot when prompted

Update Intel Integrated Graphics

1. Launch the Intel Driver and Support Assistant
2. Allow it to detect your iGPU automatically
3. Install any recommended updates

After restarting, return to Display settings. New refresh rate options often appear following a successful driver update.

Overclock Your Monitor for Extra Hz

If your monitor supports it, you can push beyond the factory default using custom resolution profiles. This technique, called refresh rate overclocking, works on both NVIDIA and AMD systems.

Create a Custom Resolution on NVIDIA

1. Right-click the desktop and open NVIDIA Control Panel
2. Navigate to Change resolution and click Customize
3. Check Enable resolutions not exposed by the display
4. Click Create Custom Resolution
5. Enter your target refresh rate (such as 80Hz for a 60Hz panel)
6. Click Test

Important: The screen may go black if the rate fails. Wait 20 seconds for automatic reversion.

Create a Custom Resolution on AMD

1. Open AMD Radeon Software
2. Click the gear icon and select Display
3. Enable Custom Resolutions
4. Click Create and enter a higher refresh rate
5. Test the new profile and save if stable

Discover Your Monitor’s Overclocking Ceiling

Every panel overclocks differently, even between identical models. Build up gradually and watch for warning signs:
– Start with small jumps like 60Hz to 75Hz to 80Hz
– Test stability using fast cursor movement and full-screen video
– Stop immediately when you see flickering, black screens, or distortion

Real-World Results from Community Testing:
– Some 60Hz laptop panels reach 80Hz (a 33% boost)
– Gaming monitors often push from 165Hz to 180Hz
– Certain panels refuse any overclock due to firmware locks

Optimize In-Game Settings for High Refresh

Setting the refresh rate in Windows does not automatically apply it inside games. A few tweaks ensure you actually experience the smoother motion.

Set Refresh Rate Inside Each Game

1. Launch the game
2. Open the video, display, or graphics settings menu
3. Locate the refresh rate option
4. Select your monitor’s maximum Hz

Remove Frame Rate Caps

Many games default to a 60 FPS cap that wastes higher refresh rates.
– Turn off VSync when using G-Sync or FreeSync
– Disable any built-in FPS limiters
– Set uncapped FPS or a custom limit just below your monitor’s max

Enable Adaptive Sync for Smoother Gameplay

If your monitor supports G-Sync (NVIDIA) or FreeSync (AMD):
– Activate it in the GPU control panel
– Disable standard VSync to cut input lag
– This technology smooths frame delivery when FPS fluctuates

Troubleshoot Common Refresh Rate Problems

Higher Options Are Missing or Grayed Out

Common Causes:
– HDMI 1.4 cable or port in use
– Outdated GPU driver
– Cable plugged into motherboard instead of GPU
– System using integrated graphics instead of dedicated GPU

Fixes:
– Switch to DisplayPort or HDMI 2.0+
– Install the latest GPU drivers
– Reboot after driver installation
– Disable integrated graphics in BIOS if you have a dedicated GPU

Screen Goes Black After Applying a Change

This signals an unsupported refresh rate.
– Wait 20 seconds for automatic reversion
– Try a lower rate, such as 100Hz instead of 144Hz
– Some panels block custom resolutions entirely with no workaround

System Still Feels Sluggish After the Change

Check These Factors:
– Is FPS actually high? Confirm with MSI Afterburner
– Is the game locked to 60 FPS in its settings menu?
– Is VSync still enabled despite using adaptive sync?

Pro Tip: Move your mouse rapidly across the desktop. A sharper, less blurry pointer confirms the higher refresh rate is active.

Monitor and Maintain Performance Long-Term

Track FPS with Reliable Tools

• MSI Afterburner with RivaTuner shows real-time FPS, CPU and GPU usage, and refresh rate
• Fraps logs average FPS over extended sessions
• NVIDIA GeForce Experience provides an in-game performance overlay

Prevent Overheating During High FPS Loads

Higher frame rates push your GPU harder than before.
– Ensure proper airflow inside your case
– Clean dust from fans and heatsinks regularly
– Keep GPU temperatures below 85°C during gaming

Avoid Risky Overclock Settings

Moderate refresh rate boosts like 60Hz to 80Hz are generally safe based on community testing. Avoid extreme values such as forcing 120Hz onto a 60Hz panel. Watch for screen flicker, visual artifacts, or audio glitches, and revert immediately if instability appears.

Plan Strategic Upgrades When Hardware Limits You

Best Value Upgrade Path for Higher Refresh

1. GPU: A mid-range card like the RTX 3060 or RX 6600 delivers 100+ FPS at 1080p
2. Monitor: A 144Hz 1080p display offers smooth gaming on modest hardware
3. CPU: Avoid bottlenecks with chips like the Intel i5-12400F or Ryzen 5 5600X
4. Cables: Always use DisplayPort 1.2+ for gaming setups

Smart Monitor Buying Tips

• 1080p 144Hz suits most gamers and is widely supported
• 1440p 144Hz offers better clarity but demands a stronger GPU
• 240Hz and above only help if you consistently hit 200+ FPS
• FreeSync or G-Sync support reduces tearing and is worth prioritizing

Frequently Asked Questions About Increasing Monitor Refresh Rate

Why is my refresh rate option grayed out in Windows?

This usually means your cable, port, or GPU driver cannot support higher rates. HDMI 1.4 cables cap out at 60Hz, outdated drivers may hide available modes, and plugging into the motherboard instead of a dedicated GPU also causes this issue. Switch to DisplayPort or HDMI 2.0+ and update your drivers.

Can I increase refresh rate beyond my monitor’s rated maximum?

Yes, through refresh rate overclocking using NVIDIA or AMD custom resolution tools. Many 60Hz panels reach 70Hz to 80Hz, and some gaming monitors push 10 to 15Hz past their factory rating. Success depends on panel quality, and unstable settings revert automatically after 20 seconds.

Does a higher refresh rate improve non-gaming tasks?

Absolutely. Higher refresh rates sharpen mouse cursor movement, reduce motion blur when scrolling documents or web pages, and make general desktop interaction feel more responsive. Even modest boosts from 60Hz to 75Hz produce noticeable improvements in daily use.

Will increasing refresh rate damage my monitor?

Moderate overclocking carries minimal risk based on extended community testing. Power consumption increases are negligible, and no accelerated display wear has been observed over multi-week trials. However, forcing extreme values can cause instability, so always revert if you see flickering or artifacts.

Why does my game still feel choppy after enabling 144Hz?

Your GPU may not be producing enough frames to match the refresh rate. Use MSI Afterburner to check real-time FPS. If your frame rate sits below 100, lower game graphics settings or resolution. Also confirm the game itself is set to your monitor’s maximum Hz and that no FPS cap is active.

Do I need a special cable for 144Hz?

Yes. HDMI 1.4 cannot carry 144Hz signals at 1080p. You need DisplayPort 1.2+ or HDMI 2.0+ to enable 144Hz reliably. For 240Hz and beyond, DisplayPort 1.4 or HDMI 2.1 is required, depending on your resolution.

Final Thoughts on Increasing Your Monitor Refresh Rate

The smoothest path to higher refresh rates starts with verifying hardware compatibility, since cables, ports, and monitor specs determine what your system can actually achieve. Use Windows Display Settings to enable native high-Hz modes first, then turn to GPU control panels for custom overclocking when you want to push past factory limits. Keep drivers updated, adjust in-game settings to match your new refresh rate, and use monitoring tools like MSI Afterburner to confirm everything is working as intended. Even a modest boost from 60Hz to 75Hz or 80Hz makes daily computing feel noticeably faster and more responsive. If your current hardware cannot deliver the smoothness you want, prioritize a 144Hz monitor paired with a capable mid-range GPU for the best balance of performance and value.