What is fps
Last updated: April 1, 2026
Key Facts
- Standard cinema uses 24 FPS, while most modern games target 60 FPS or higher for smooth gameplay
- Human eyes perceive smooth motion around 30-60 FPS, though professional gamers benefit from 144+ FPS
- Higher FPS reduces motion blur and input lag, making games feel more responsive and immersive
- Variable refresh rate (VRR) technology syncs monitor refresh rates with actual frame output to eliminate screen tearing
- First-Person Shooter games like Call of Duty and Counter-Strike represent one of the most popular gaming genres
Understanding Frames Per Second
Frames per second (FPS) is a measurement of how many individual still images, called frames, are displayed every second in video, animation, and video games. Each frame is a single, complete image. When these frames are displayed rapidly in sequence, they create the illusion of continuous motion, much like a flip book with images drawn on each page. The higher the number of frames per second, the smoother and more fluid the motion appears to the viewer.
FPS in Video and Cinema
Different media use different standard frame rates. Motion pictures in cinemas typically use 24 FPS, which is considered the minimum for smooth motion perception. Television broadcasts in North America use 29.97 FPS (often rounded to 30 FPS), while European television uses 25 FPS. High frame rate cinema, pioneered by films like The Hobbit trilogy, uses 48 FPS or higher to create exceptionally smooth visuals that some audiences find either impressive or unnatural depending on preference.
FPS in Video Gaming
In video gaming, FPS has become increasingly important for competitive gameplay and user experience. Most modern games target 60 FPS as a standard, providing smooth gameplay on most hardware. However, competitive gamers often prefer much higher frame rates. A rate of 144 FPS provides noticeably smoother motion for fast-paced games like first-person shooters. Professional esports players prefer 240+ FPS using high-end gaming equipment. The relationship between FPS and monitor refresh rate is crucial—a monitor displaying 60 Hz can only show 60 different frames per second, so producing 120 FPS with a 60 Hz monitor may result in screen tearing unless V-Sync or VRR technology is enabled.
The First-Person Shooter Genre
FPS also stands for First-Person Shooter, one of the gaming industry's most successful and popular genres. These games present the game world from the perspective of the player character, typically showing only their weapon at the bottom of the screen. Famous FPS franchises include Call of Duty, Counter-Strike, Halo, Doom, and Battlefield. The genre emphasizes fast reflexes, precision aiming, and strategic gameplay. Competitive FPS esports tournaments attract millions of viewers globally and offer substantial prize pools.
Impact on Performance and Experience
FPS significantly affects the gaming experience. Lower FPS below 30 makes motion appear stuttering and jerky, making precise aiming difficult. The difference between 60 FPS and 144 FPS is dramatic for players sensitive to motion smoothness. Input lag—the delay between pressing a button and seeing the result on screen—also depends on frame rate. Lower FPS means higher input lag, which disadvantages competitive players. Professional esports tournaments often require minimum frame rates of 240+ FPS to ensure fair competition among all participants.
Related Questions
What is a good FPS for gaming?
60 FPS is considered the minimum for smooth gameplay, while 144 FPS or higher provides competitive advantages in fast-paced games. Casual gamers often find 60 FPS acceptable, but professional players prefer 240+ FPS for minimal input lag.
Can you see above 60 FPS?
Yes, most people can perceive differences above 60 FPS, with studies showing noticeable improvements up to 144 FPS or beyond. However, the visual difference becomes increasingly subtle at very high frame rates.
What affects FPS in games?
Graphics card quality, screen resolution, game settings (texture quality, shadows, effects), CPU performance, and the complexity of the game world all impact achievable FPS. Lowering settings increases FPS, while increasing visual quality decreases it.
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Sources
- Wikipedia - Frame RateCC-BY-SA-4.0
- Wikipedia - First-Person ShooterCC-BY-SA-4.0