Here is the result.!
Your Screen's Refresh Rate is
70 Hz
Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/108.0.0.0 Safari/537.36
Testing your monitor’s refresh rate has become essential for anyone serious about gaming, content creation, or simply getting the best visual experience from their display.
Understanding Refresh Rate: The Foundation of Smooth Visuals
Your monitor’s refresh rate, measured in Hertz (Hz), determines how many times per second your screen updates the image. A 144Hz monitor refreshes 144 times per second, while a standard 60Hz display updates 60 times per second. This difference is huge when you’re gaming or watching fast-paced content.
Many users purchase high-refresh-rate monitors but never actually configure them properly. I’ve seen countless setups where someone bought a 165Hz gaming monitor but it’s still running at 60Hz because they never changed the display settings.
Why Refresh Rate Testing Matters
Gaming Performance: Higher refresh rates reduce motion blur and input lag, giving competitive gamers a real advantage. Professional esports players typically use 240Hz or 360Hz monitors for this reason.
Eye Strain Reduction: Smoother motion at higher refresh rates can reduce eye fatigue during long computer sessions.
Content Creation: Video editors and animators benefit from smoother playback and more accurate motion representation.
General Computing: Even basic tasks like scrolling web pages feel more fluid on high-refresh displays.
How to Test Your Monitor’s Refresh Rate: Step-by-Step Methods
Built-in Windows Display Settings Check
The quickest way to verify your current refresh rate is through Windows display settings:
1. Right-click on your desktop and select “Display Settings”
2. Scroll down and click “Advanced display settings”
3. Look for “Refresh rate” – this shows your current setting
4. Click the dropdown to see available refresh rates for your monitor
Important Note: Just because Windows shows 144Hz doesn’t mean your monitor is actually displaying at that rate. You need to test the actual performance.
Online Refresh Rate Test Tools
Several browser-based tools can help you verify your actual refresh rate:
SubGadgets: This is the gold standard for refresh rate testing. The site displays moving UFO graphics that clearly show motion smoothness differences between refresh rates.
Blur Busters Test: Created by monitor testing experts, this tool shows pursuit camera motion and helps identify display lag issues.
TestUFO Frame Skipping: Specifically designed to detect if your monitor is skipping frames, which can happen even when Windows reports the correct refresh rate.
Hardware-Based Testing Methods
Oscilloscope Testing: Professional monitor reviewers use oscilloscopes to measure actual refresh timing, but this requires expensive equipment.
High-Speed Camera Testing: Recording your screen with a high-speed camera can reveal actual refresh behavior, though this method requires specialized equipment.
Gaming-Based Testing: Playing fast-paced games like Counter-Strike or Rocket League often reveals refresh rate issues through visible stuttering or tearing.
Common Refresh Rate Problems and Solutions
Cable Limitations
HDMI Version Issues: Older HDMI cables can’t support high refresh rates at higher resolutions. HDMI 2.0 supports 144Hz at 1080p, but you need HDMI 2.1 for 144Hz at 4K.
DisplayPort Advantages: DisplayPort 1.4 supports higher refresh rates more reliably than HDMI. Most gaming monitors include DisplayPort for this reason.
USB-C Display Issues: Some USB-C connections have bandwidth limitations that prevent high refresh rates.
Graphics Card Configuration Problems
NVIDIA Control Panel Settings: Many users forget to enable G-Sync or set the correct refresh rate in NVIDIA’s control panel.
AMD Radeon Settings: Similar issues occur with AMD cards where FreeSync isn’t properly enabled or refresh rates aren’t configured.
Multiple Monitor Conflicts: Running monitors with different refresh rates can cause synchronization issues and force all displays to the lowest common refresh rate.
Monitor Technologies That Affect Refresh Rate Testing
Variable Refresh Rate Technologies
G-Sync and FreeSync: These technologies dynamically adjust refresh rates to match your graphics card’s output, eliminating screen tearing. Testing these requires specific methods to verify proper function.
G-Sync Compatible vs Native: Understanding the difference helps explain why some monitors perform better than others with variable refresh rate.
Panel Types and Refresh Rate Performance
TN Panels: Traditional choice for high refresh rates due to fast response times. Most 240Hz+ monitors still use TN technology.
IPS Gaming Panels: Newer IPS monitors offer high refresh rates with better colors, though response times may be slightly slower.
VA Panels: Middle ground between TN and IPS, with some excellent high-refresh options available.
OLED Gaming Displays: Newest technology offering incredible response times and perfect blacks, with refresh rates up to 240Hz.
Advanced Refresh Rate Testing Techniques
Frame Time Analysis
FrameView Testing: NVIDIA’s FrameView tool provides detailed frame time analysis that reveals refresh rate inconsistencies.
RTSS Monitoring: RivaTuner Statistics Server shows real-time frame pacing information that helps identify refresh rate issues.
MSI Afterburner Graphs: Creating frame time graphs helps visualize refresh rate stability over time.
Professional Calibration Methods
Colorimeter Testing: Professional colorimeters can measure refresh rate accuracy alongside color calibration.
Oscilloscope Verification: The most accurate method for measuring actual refresh timing, though requiring expensive equipment.
Multiple Test Scenarios: Testing refresh rates under different loads helps identify thermal or power-related issues.
Optimizing Your Display for Maximum Refresh Rate Performance
Windows Optimization Settings
Game Mode Activation: Windows Game Mode prioritizes gaming performance and can improve refresh rate stability.
Fullscreen Optimizations: Disabling fullscreen optimizations often improves refresh rate consistency in games.
Hardware Acceleration: Properly configured hardware acceleration ensures smooth high-refresh-rate video playback.
Graphics Driver Optimization
Clean Driver Installation: Using DDU (Display Driver Uninstaller) before installing new graphics drivers often resolves refresh rate issues.
Driver Version Selection: Sometimes newer drivers introduce refresh rate problems, making driver version selection important.
Custom Resolution Creation: Creating custom resolutions can sometimes enable refresh rates not available in standard settings.
Gaming Monitor Refresh Rate Recommendations
Competitive Gaming Requirements
240Hz Benefits: Professional esports players often use 240Hz monitors for the slight input lag reduction and smoother motion.
360Hz Considerations: The newest 360Hz monitors offer minimal improvement over 240Hz for most users, but competitive gamers notice the difference.
1080p vs Higher Resolutions: Most high-refresh gaming happens at 1080p due to hardware requirements for higher resolutions.
Content Creation Considerations
Video Editing Refresh Rates: 60Hz is often sufficient for video editing, but higher rates improve timeline scrubbing smoothness.
Animation Work: Animators benefit from high refresh rates when working with motion graphics and character animation.
Live Streaming: Streamers often prefer higher refresh rates for smoother gameplay capture.
Troubleshooting Refresh Rate Issues
Common Display Problems
Flickering at High Refresh Rates: Often caused by cable issues or power supply problems within the monitor.
Frame Skipping Detection: Some monitors skip frames even when reporting correct refresh rates, detectable through specialized tests.
Overclocking Stability: Many monitors can be overclocked beyond their rated refresh rate, but stability testing is crucial.
Hardware Compatibility Issues
Graphics Card Limitations: Older graphics cards may not support high refresh rates at desired resolutions.
System Performance Impact: Higher refresh rates require more graphics processing power, affecting overall system performance.
Power Consumption: High-refresh monitors use more electricity, which can be important for laptop users.
Future of Refresh Rate Technology
Emerging Technologies
MicroLED Displays: Promise even higher refresh rates with perfect contrast and low power consumption.
QD-OLED Gaming: Quantum dot OLED technology offers high refresh rates with superior color reproduction.
8K High Refresh: Future displays will combine 8K resolution with high refresh rates as hardware becomes more powerful.
Industry Trends
Console Gaming Evolution: PlayStation 5 and Xbox Series X support 120Hz, driving mainstream adoption of high-refresh displays.
Mobile Device Integration: Smartphones increasingly feature high refresh rate displays, normalizing the technology.
VR Requirements: Virtual reality applications demand extremely high refresh rates to prevent motion sickness.
Practical Testing Recommendations
Essential Testing Routine
1. Verify Windows Settings: Confirm your operating system recognizes the correct refresh rate
2. Run SubGadgets Test: Use motion tests to visually confirm smooth operation
3. Check Cable Connections: Ensure you’re using appropriate cables for your desired refresh rate
4. Test Gaming Performance: Play demanding games to verify real-world performance
5. Monitor Temperature: Check if high refresh rates cause overheating issues
Frequently Asked Questions
Can you change your device’s refresh rate?
As your device’s refresh rate depends on the image generation and video display options, you cannot modify its refresh rate. You can only maximize or minimize it through the settings of your devices. There are preset refresh rates like 60Hz, 120Hz, 144Hz, and 240Hz; you can only choose from these.
NOTE: An online test or measurement on the device measures the refresh rate. Some monitors have different measures, and the results may vary for all possible reasons like power, hardware and software settings, dimensions, etc.
Is 144 Hz a reasonable refresh rate?
Yes, 144 Hz is considered one of the best refresh rates. With this rate, you are guaranteed to see a very smooth-moving image with no tearing or stuttering. You can take swift action and watch your gameplay in great detail.
So, how can you boost your gaming experience? You can either go on and buy a high-end gaming monitor that provides a higher refresh rate if your budget allows it or make some adjustments to your current system.
Can I run 240 FPS on a 144Hz monitor?
Yes, you can do that, but you need to adjust the settings of your monitor. If you are using a 144Hz monitor, then set it to 240Hz.
Do I need VPX with a higher refresh rate?
No actually. You don’t need it since the system can automatically detect your refresh rate and apply the function accordingly. But still, I would prefer not to use it, as installing this component will slow down the system’s performance, although it may be recommended for powerful gaming computers.
What is better, 60 Hz or 144 Hz?
60 Hz is alright if you want to play less demanding games. But if you are a hardcore gamer, I strongly suggest you go for at least 120 Hz since it’s your minimum requirement. If the game supports a higher frame rate, like 144Hz or 240Hz, it’s better to use it since the images will be smoother and more responsive.
What is a reasonable refresh rate?
If your goal is to play casual games like World of Warcraft or Minecraft, then 60 Hz will do the job just fine, even though they are not that resource-demanding. But if your primary purpose is gaming, we recommend getting at least 120 Hz or higher.
Conclusion
This simple test lets you know how well each device can display the image. If you want to maximize your gaming experience, I recommend setting your monitor’s image refresh rate to 240 Hz. It has been proven that this rate is optimized for online games and is the best option for gamers who play FPS or RTS games. Choose a lower refresh rate if you want to run other applications or programs on your PC.
