If you have ever looked at a gaming PC, monitor, console, or game settings menu, you have probably seen the term FPS.

You may have also heard gamers talk about playing at 60 FPS, 120 FPS, or even higher.

But what does FPS actually mean, and why does it matter?

FPS stands for frames per second. It measures how many individual images a game displays on your screen every second.

A higher frame rate can make gameplay look smoother and more responsive, but FPS is only one part of the overall gaming experience.

Let’s break it down.

What Does FPS Mean?

FPS means frames per second.

A video game creates a series of individual images called frames. These frames are displayed rapidly enough that they appear as continuous movement.

For example:

• 30 FPS = approximately 30 frames displayed every second
• 60 FPS = approximately 60 frames displayed every second
• 120 FPS = approximately 120 frames displayed every second
• 144 FPS = approximately 144 frames displayed every second
• 240 FPS = approximately 240 frames displayed every second

Generally, more frames per second can make movement appear smoother.

Why Does FPS Matter in Gaming?

FPS affects how smoothly a game appears to move.

Imagine moving the camera quickly in a game.

At a lower frame rate, the movement may appear less smooth. At a higher frame rate, the same movement can look more fluid.

This can be especially noticeable in games that involve:

• Fast camera movement
• Competitive shooting
• Racing
• Sports
• Action
• Precise aiming

A higher FPS can also make controls feel more responsive, although the overall experience depends on your hardware, display, game engine, settings, and input system.

30 FPS vs 60 FPS

The difference between 30 FPS and 60 FPS can be noticeable.

At 30 FPS, a game displays roughly half as many frames per second as it would at 60 FPS.

30 FPS can still provide a playable experience, particularly for slower-paced games or games designed around that frame rate.

60 FPS generally provides smoother motion and is widely considered a comfortable target for many types of gaming.

However, the ideal frame rate depends on the game and the player’s preferences.

60 FPS vs 120 FPS

Moving from 60 FPS to 120 FPS can provide another noticeable improvement in motion smoothness.

At 120 FPS, the game is potentially producing twice as many frames per second as at 60 FPS.

This can be particularly useful in fast-paced competitive games where quick movements and reactions are important.

However, you also need a display capable of showing those additional frames.

If your monitor or television is limited to 60Hz, you cannot see the full benefit of a 120 FPS output.

What Is Refresh Rate?

FPS and refresh rate are related, but they are not the same thing.

FPS refers to how many frames your gaming system produces.

Refresh rate refers to how many times your display can refresh the image each second.

Refresh rate is measured in Hz, or hertz.

For example:

• 60Hz display → can refresh up to 60 times per second
• 120Hz display → can refresh up to 120 times per second
• 144Hz display → can refresh up to 144 times per second
• 240Hz display → can refresh up to 240 times per second

For the best experience, your gaming hardware and display should work well together.

Can You Have 200 FPS on a 60Hz Monitor?

Yes, a game can potentially render more than 60 frames per second on a 60Hz display.

However, the display cannot refresh at 200 times per second.

This means you will not see every generated frame as a distinct displayed frame.

Depending on the game’s settings and synchronization technology, generating more frames than the display can refresh can also contribute to visual issues such as screen tearing.

What Is Screen Tearing?

Screen tearing happens when portions of multiple frames appear on the screen at the same time.

It can create a visible horizontal break or mismatch during movement.

Screen tearing is more likely to become noticeable when the frame output from the game and the display’s refresh cycle are not synchronized.

Technologies such as V-Sync, NVIDIA G-SYNC, and AMD FreeSync can help address synchronization issues, depending on the hardware and configuration.

What Causes Low FPS?

Several factors can affect gaming performance.

Graphics Card

The GPU is one of the most important components for graphical performance.

A more powerful graphics card can generally render demanding games at higher frame rates, although performance depends on the specific game and settings.

Processor

The CPU also plays an important role.

Some games rely heavily on the processor for tasks such as game logic, physics, artificial intelligence, and managing large numbers of objects.

Graphics Settings

Higher graphical settings require more processing power.

Settings such as:

• Resolution
• Shadow quality
• Texture quality
• Reflections
• Lighting
• Ray tracing
• Anti-aliasing
• Effects quality

can significantly affect performance.

Resolution

Higher resolutions require the system to render more pixels.

For example, rendering a game at 4K requires significantly more graphical processing than rendering the same game at 1080p.

Background Applications

Other applications running on your computer can consume system resources.

Closing unnecessary programs can sometimes help improve gaming performance.

What Is a Good FPS for Gaming?

There is no single FPS number that is perfect for every game.

A general guide looks like this:

FPS	General Experience
30 FPS	Playable for many games, but motion can feel less smooth
60 FPS	Smooth experience for many players
90–120 FPS	Very smooth and responsive
144 FPS	Excellent for fast-paced gaming
165 FPS+	Useful for high-refresh-rate competitive gaming

The actual experience depends on the game, display, hardware, and player preferences.

Is Higher FPS Always Better?

Not necessarily.

Higher FPS can provide smoother motion and potentially lower input latency, but getting extremely high frame rates can require significantly more powerful hardware.

For example, a player who mainly plays story-driven games may prefer better graphical quality at 60 FPS rather than reducing visual settings simply to reach a much higher frame rate.

A competitive player, on the other hand, may prioritize high frame rates and low latency.

The right balance depends on how you play.

How to Increase FPS in Games

If your game is running slowly, there are several things you can try.

Lower Graphics Settings

Reducing demanding settings can increase frame rates.

Start with settings such as shadows, reflections, volumetric effects, and ray tracing.

Reduce Resolution

Lowering resolution can significantly reduce the workload on the graphics card.

Update Graphics Drivers

Keeping your GPU drivers updated can provide compatibility improvements and performance fixes for some games.

Close Unnecessary Programs

Background applications can use CPU, memory, and GPU resources.

Closing programs you do not need while gaming can help free up system resources.

Use Performance-Focused Settings

Many modern games provide presets such as:

• Low
• Medium
• High
• Ultra
• Performance
• Quality

A performance-oriented preset can help increase FPS without requiring you to manually adjust every setting.

What Is FPS Drop?

An FPS drop happens when the game’s frame rate suddenly falls below its normal level.

For example, a game might normally run around 100 FPS but suddenly fall to 50 FPS during a large battle or graphically demanding scene.

FPS drops can make gameplay feel inconsistent.

Large variations in frame rate can sometimes be more noticeable than simply having a lower but stable frame rate.

What Is FPS Stuttering?

Stuttering occurs when frames are not delivered consistently.

A game might report a relatively high average FPS but still feel uncomfortable if individual frames take significantly different amounts of time to appear.

This is why average FPS is not always enough to understand gaming performance.

Frame-time consistency can also be important.

FPS and Competitive Gaming

FPS can be particularly important in competitive games.

In fast-paced games, higher frame rates can contribute to:

• Smoother camera movement
• More responsive controls
• Lower potential input latency
• Easier tracking of moving targets
• Better visibility during rapid movement

However, FPS alone does not determine whether someone will perform well.

Internet connection, reaction time, game knowledge, input devices, and experience also matter.

What FPS Should You Target?

For many players, 60 FPS is a practical baseline.

If you play competitive games, a higher frame rate such as 120 FPS, 144 FPS, or more can be attractive if your hardware and display support it.

For cinematic single-player games, you may prefer a balance between visual quality and smooth performance.

Ultimately, the best target is the highest stable frame rate your hardware can comfortably maintain without sacrificing the experience you value most.

Final Thoughts

FPS is one of the most important performance measurements in modern gaming.

It tells you how many frames your system is producing every second, while your monitor’s refresh rate determines how frequently the display can update what you see.

Higher FPS can make games feel smoother and more responsive, particularly in fast-paced titles. However, chasing the highest possible number is not always necessary.

For most players, a stable frame rate combined with a suitable refresh-rate display, good graphics settings, and consistent frame delivery will provide a better experience than simply focusing on a large FPS number.