Are you wondering what the difference is between frame rate (FPS) and refresh rate (Hz)?
FPS shows how many frames your graphics card generates per second, and Hz shows how often your monitor refreshes the image. One handles what your GPU produces, and the other controls what appears on your display.
But that’s the simple answer. So what happens when your FPS and refresh rate don’t match up? And how can you get smoother visuals and better motion? We’ll cover these questions and give you tips to achieve the smoothest gaming experience possible in this article on FPS vs. Hz.
Ready? Let’s begin.
What Are the Differences Between Frame Rate (FPS) and Refresh Rate (Hz)?
The difference between frame rate and refresh rate is that frame rate shows how many images your computer creates per second, and refresh rate shows how many times your screen updates those images (also measured per second).
So how do these numbers actually affect what you see on screen? Let’s see exactly how they work.
Unit of Measurement
FPS (frames per second) measures how many frames your system generates every second. Your graphics card figures this out based on the game’s settings and processing power.
On the other hand, refresh rate uses Hz (or hertz) to indicate how frequently your monitor refreshes the screen.
Functionality
FPS affects how many frames your GPU and CPU can produce during gameplay. So, higher frame rates mean your computer generates more images per second. Your monitor’s refresh rate decides how many of those frames actually appear on the screen each second.
For example, a 144Hz monitor refreshes the picture 144 times every second, no matter what your FPS is.
Hardware Upgradability
Your graphics card and CPU control your frame rate output. But even if you’ve got a powerful PC, poorly designed games can make motion look choppy.
Here’s what you can do to quickly make some upgrades:
- To raise FPS: upgrade GPU/CPU or lower settings.
- To raise Hz: use a higher-refresh monitor.
Impact on Display
By now, you should know that both FPS and refresh rate affect how smooth your gaming experience feels.
But have you ever seen your screen split or tear while playing a game? That happens when your frame rate is higher than your monitor’s refresh rate (simply put, the frames couldn’t line up!).
Just make sure to match your FPS to the refresh rate of your display technology. You’ll be fine.
Cost
If you want higher FPS, you’ll need a better graphics card, which can cost anywhere from $300 to over $1,500. CPU upgrades add another $200 to $600 to your budget.
But there’s also good news! High-refresh-rate monitors have gotten cheaper. You can pick up a 144Hz display for $100, and 240Hz monitors start at $150.
Still confused? Here’s a comparison table to help you understand the differences better:
| Aspect | Frame Rate (FPS) | Refresh Rate (Hz) |
| Measurement | Frames per second | Hertz (cycles per second) |
| Dependency | GPU, CPU, game settings | Monitor hardware |
| Functionality | Creates individual frames | Displays frames on screen |
| Benefit | Smoother motion, faster response | Reduced tearing, clearer image |
| Typical Values | 30, 60, 120, 144, 240+ FPS | 60, 75, 144, 165, 240, 360 Hz |
| Bottleneck Scenario | Weak GPU limits frame output | Low Hz can’t show all frames |
| Use Cases | Gaming performance, video capture | Display quality, competitive play |
What Is a Frame Rate (FPS)?
Frame rate shows how many individual frames your GPU renders each second. In your computer, your graphics card creates these frames, and FPS measures how many your GPU produces each second.
It’s similar to those flipbook animations: The more pages you flip per second, the smoother the motion looks.
Your frame rate is influenced by the GPU, the CPU, and how well the game is optimized.
Typical FPS ranges vary based on your setup. For example:
- Budget systems might hit 30 to 60 FPS in modern games.
- Mid-range builds often reach 60 to 120 FPS.
- High-end gaming computers can push 144 FPS or higher with the right settings.
You’ll particularly notice the jump from 60 to 144 FPS in shooters and racing games. But, as we covered earlier, higher FPS generally means smoother motion, sharper visuals, and more responsive input.
Pro Tip: We recommend 144 FPS if you like playing fast or competitive games, like Call of Duty or Forza Horizon.
What Is a Refresh Rate (Hz)?
The refresh rate shows how many times your monitor updates the image on screen each second. If you skipped the previous section, this means a 240Hz display refreshes 240 times per second.
Your monitor refreshes by continuously redrawing every pixel. But different panel types handle this differently: IPS panels give better color but can be slower, while TN panels produce better refresh rates more easily.
That’s why you’ll commonly see refresh rates like 60Hz, 75Hz, 144Hz, and 240Hz.
For instance:
- Budget monitors typically max out at 60Hz or 75Hz.
- Gaming displays often feature 144Hz or higher.
- Professional monitors sometimes offer 165Hz or 240Hz for the smoothest experience possible.
Higher Hz makes motion smoother and reduces blur during fast action in games or videos. So, next time, pay close attention to panning across scenes or tracking moving objects, and you’ll notice the clearer visuals.
Next, we’ll explore how frame rate and refresh rate interact to affect your visual experience.
Frame Rate or Refresh Rate? The Relationship Between FPS and Hz
To get the best performance, you need to balance frame rate and refresh rate. Remember, your GPU creates the frames, and your monitor displays them at its set speed.
How do FPS and Hz work together?
Basically, by keeping your system’s frame output in sync with your monitor’s refresh rate. This way, each frame will show up clearly without tearing or lag. And you’ll get smooth visuals without wasting your system’s processing power.
And what happens when FPS and Hz are mismatched?
If FPS is higher than Hz, your graphics card creates more frames than your screen can show. This causes screen tearing, where you see parts of multiple frames at once. But if Hz is higher than FPS, your monitor will refresh faster than your computer can produce images. You’ll notice stuttering, input lag, and less fluid motion.
Think of it like a video and projector: a 120 FPS video on a 60Hz projector loses frames, while a 30 FPS video on a 144Hz projector repeats frames.
One more thing: getting a smoother experience also depends on how optimized your application is. For instance, one Reddit user mentioned that even on a 60Hz monitor, running the game at 300 FPS can make actions feel smoother because the game processes them more often.
Now, it’s up to you to decide (with our help) which you value most for your display.
Hz vs. FPS: Which One Is More Important for Your Display?
Ultimately, it depends on your needs and how you use your device. If you’ve followed along, you now know that certain tasks benefit from higher frame rates, while others gain from higher refresh rates.
It’s time to decide what you prioritize most from the following.
Video and Content Creation
If you’re a video editor, animator, or streamer, you need to balance FPS and Hz for smooth playback, accurate previews, and optimal image quality. A 60Hz monitor works fine for standard 24 or 30 FPS video editing.
But if you edit 120 FPS slow-motion footage, you’ll want a 120Hz or 144Hz display to see every frame during timeline scrubbing. Professional editors often rely on high-refresh-rate monitors for this reason.
Gaming
We’ve already covered the gaming details, so we’ll keep it simple here: Competitive shooter players (like Counter-Strike or Valorant) favor 240+ FPS over graphics, and casual games run smoothly at 60–144 FPS with matching refresh rates.
So, for most gaming setups, we recommend a 144Hz monitor with consistent 144 FPS to enjoy smooth action and motion.
Everyday Use
Lastly, ask yourself this: do you need better frame rates and refresh rates for everyday work? Not really, since most office tasks don’t demand high performance.
Your desktop, web browsing, and document editing can run fine at just 60 FPS. And a standard 60Hz or 75Hz monitor can handle everything from email to spreadsheets and even video calls without issue. A higher refresh rate will mainly contribute to smoother scrolling and cursor movement.
Conclusion
So, how’s your understanding of FPS and refresh rate now? Any thoughts or questions from the article? Please share them with us in the comments.
Remember, your ideal setup will depend on what you use your device for, so choose wisely. Some people spend most days on work tasks but on holidays feel like playing demanding games like Cyberpunk 2077, which won’t run well on a standard laptop.
If you’re ready to upgrade your setup, check out our range of high-performance LED displays at NSE LED Cloud to find the perfect monitor for your needs.
