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Frame Rate vs. Refresh Rate: What’s the Difference?

In gaming and video playback, frame rate and refresh rate are two of the most important factors for smooth visuals. Many people confuse them, but they are separate things. Understanding the difference between them helps you choose the right computer monitors and display hardware for the best performance and sharper image quality.

Basic Definition of Frame Rate and Refresh Rate

Frame rate (FPS – frames per second) shows how many frames your graphics card or graphics processor (GPU) can produce in one second1. In simple terms, it measures how many still images are generated and played in sequence.

Refresh rate (Hz), also known as the monitor’s refresh rate, shows how many times the computer screen can display refreshes each second2. For example, a 60Hz monitor refreshes the screen 60 times every second, meaning it can only display 60 frames per second, even if the GPU produces more frames.

Colorful smart bands on blue display screen

Smart band display

Frame rate refers to the number of frames displayed per second.True

Frame rate measures how many images appear each second.

Refresh rate indicates how often a monitor updates its display each second.False

Refresh rate shows how often the screen refreshes, not updates.

Why Do People Confuse FPS and Hz?

Many gamers mix up fps vs hz because both relate to smoother motion and image quality, but they affect different parts of the system3:

  • Frame rate (FPS): Controlled by the GPU, showing how many individual frames it can output
  • Refresh rate (Hz): Controlled by the monitor, showing how many new frames the display panel can show per second

If your GPU produces more frames than your monitor’s maximum refresh rate, such as on a 60Hz screen, the monitor can only show 60 frames per second. This mismatch often causes screen tearing or stuttering.

LED screen showing Rolex watch close-up

Rolex watch display

A 60Hz monitor can only show 60 frames per second.True

The refresh rate limits the maximum visible FPS.

G-Sync and FreeSync increase a monitor's refresh rate.False

They synchronize FPS with the existing refresh rate.

What Is Frame Rate (FPS)?

Frame rate is mostly determined by your graphics card and, to some extent, by your CPU and advanced display settings4. A higher FPS results in smoother motion and lower input lag, which is especially important for video games.

  • At 30fps (a kind of low refresh rate), the game may look fine for slower examples of gameplay
  • At 60fps or higher fps, the motion looks smoother and more responsive, which is crucial in competitive gaming

Higher frame rates create smoother motion and reduce input lag.True

Higher FPS results in more frames per second, enhancing smoothness and responsiveness.

The graphics card's power primarily determines the frame rate, not the monitor's capabilities.False

Both GPU power and monitor refresh rate affect achievable FPS.

What Is Refresh Rate (Hz)?

Refresh rate Hz indicates how often modern monitors can display refreshes per second5. Typical display technology standards are 60Hz, 120Hz, and 240Hz. A high refresh rate reduces eye strain, improves motion clarity, and makes games feel more fluid.

60Hz – Standard for most computer monitors

120Hz – Better for gaming and fast video action

240Hz – Ideal for professional esports players

Triple LED screens showing soda can ad

Soda can display

Higher refresh rates improve motion clarity and reduce eye strain.True

Studies show smoother visuals reduce eye fatigue.

Refresh rate is the same as frame rate.False

Refresh rate is monitor updates; frame rate is GPU output.

How Does Variable Refresh Rate Prevent Screen Tearing?

Screen tearing happens when the frame rate and refresh rate don’t match6. The GPU sends all the frames at a different pace than the monitor’s refresh rate, causing the image to look broken.

This is where variable refresh rate technologies like G-Sync and FreeSync come in7. They adjust the monitor’s refresh rate to match the GPU’s fps, eliminating tearing and creating smoother gameplay.

Variable refresh rates adjust the monitor's refresh rate to match the frame rate.True

This synchronization prevents screen tearing.

Variable refresh rates reduce input lag during fast-paced games.False

They primarily prevent screen tearing, not reduce input lag.

Conclusion

When comparing fps vs hz, remember: frames per second (produced by the GPU) and refresh rate Hz (limited by the monitor) are two technologies that work together but are separate things. Knowing their big difference and using synchronization methods like V-Sync, G-Sync, and FreeSync helps avoid screen tearing, reduce input lag, and achieve the best performance with your display hardware.


  1. Help readers understand the definition of frame rate and its impact on game or graphics performance. ↩
  2. Understand how refresh rate affects visual smoothness and its relationship to frame rate. ↩
  3. Help readers distinguish the fundamental difference between frame rate and refresh rate and avoid common misunderstandings. ↩
  4. Understand which hardware components and display settings affect FPS and optimize system performance. ↩
  5. Help readers understand the role of refresh rate and its importance in modern display technology. ↩
  6. Understand the causes of screen tearing and how to avoid it through settings or technical measures. ↩
  7. Discover how variable refresh rate technology can enhance your gaming experience, perfect for those looking to upgrade their monitors. ↩
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