60 FPS vs 120 FPS: Is the Upgrade Worth It for Gaming and Video?

FPS stands for Frames Per Second. It tells you how many images (frames) are shown on your screen every second. The more frames displayed, the smoother the motion looks.

For many years, 30 fps was the standard for movies, and 60 fps became the standard for gaming and online video. Today, 120 fps is becoming more common, especially in high-end gaming and premium devices.

But here’s the big question: Can the human eye actually see the difference between 60 fps and 120 fps? The short answer is yes—most people can notice a difference, especially during fast movement. The real question is whether that difference is worth the upgrade.

Part 1. What Does 120/60 FPS Mean?

60 FPS: The Current Standard

60 fps means your screen shows 60 frames every second. For most users, this already feels very smooth.

Why is 60 fps considered the “gold standard”?

• It offers fluid motion for most games.

• It greatly reduces stuttering compared to 30 fps.

• It works well with most TVs and monitors (60Hz is common).

Common use cases include:

• Console gaming

• YouTube videos

• Streaming platforms

• Mobile apps and scrolling interfaces

For many players, 60 fps delivers a smooth and enjoyable experience. It balances performance and hardware demands well. That’s why it has remained the standard for so long.

120 FPS: The Pro-Level Experience

120 fps means 120 frames are displayed every second—twice as many as 60 fps. This is part of what’s called High Frame Rate (HFR).

However, running at 120 fps requires compatible hardware:

• A 120Hz or 144Hz monitor

• A device or console that supports high refresh rates

• For TVs, often HDMI 2.1 support

Here’s where refresh rate becomes important.

• FPS = How many frames your device produces per second

• Hz (Refresh Rate) = How many times your screen updates per second

If you have a 60Hz monitor, it cannot display more than 60 frames per second—even if your game runs at 120 fps. To fully benefit from 120 fps, your display must support at least 120Hz.

Part 2. 60 FPS vs 120 FPS: Key Differences

1. Visual Fluidity

The most noticeable difference is smoothness.

At 120 fps:

• Motion looks more natural.

• Camera panning feels cleaner.

• Fast movements appear more detailed.

The jump from 30 fps to 60 fps is dramatic. The jump from 60 fps to 120 fps is smaller—but still noticeable, especially in fast-paced scenes.

2. Input Lag & Latency

Higher fps can reduce input delay.

In competitive games like shooters or racing games, every millisecond matters. At 120 fps:

• Your inputs register faster.

• On-screen actions respond more quickly.

• Tracking moving targets feels easier.

For competitive players, this can provide a real advantage.

3. Motion Blur and Ghosting

At 60 fps, fast-moving objects can appear slightly blurred. At 120 fps:

• Motion blur is reduced.

• Fast objects look clearer.

• Ghosting effects are minimized.

This is especially helpful in action-heavy games.

Part 3. When Does 120 FPS Matter Most?

1. Competitive Gaming

If you play fast-paced games (shooters, racing, esports titles), you can make adjustments to in-game settings for high fps (e.g., increase the fps on Marvel Rivals); 120 fps can improve responsiveness and clarity. This is where the upgrade matters most.

2. Cinematic or Story-Driven Games

For slower, story-focused games, 60 fps is usually more than enough. The visual difference is less important than graphics quality and resolution.

3. Daily Scrolling and UI

High refresh rates make everyday use feel smoother:

• Scrolling social media

• Switching apps

• Navigating menus

It’s subtle but pleasant.

Part 4. How to Upgrade 60 FPS to 120 FPS?

Upgrading a 60 fps video to 120 fps can significantly improve motion smoothness and create a more fluid viewing experience. It also gives you more flexibility in editing, especially if you want to produce high-quality slow-motion clips without noticeable stutter.

If you want to convert a 30 fps or 60 fps video to 120 fps, you can’t simply “unlock” extra frames. You must generate new frames between the existing ones. This process is called AI frame interpolation. Instead of duplicating frames—which does not actually improve smoothness—AI analyzes motion between frames and intelligently creates realistic intermediate frames. The result is smoother movement, clearer transitions, and a more natural visual flow.

When it comes to AI frame interpolation tools, I recommend VidHex FPS enhancer. Its advanced AI-powered frame interpolation technology can increase frame rates by 2× or even 4×, making it easy to turn 60 fps into 120 fps and beyond. More importantly, the software is designed to be beginner-friendly, so you don’t need professional editing skills to get high-quality results.

Below are the simple steps to download and try it for free.

Step 1. Open VidHex via a web browser such as Chrome or Safari. Click the download button on the page. After installation, add your target files by clicking Add File(s) in the interface.

Step 2. Choose the Frame Interpolation Model on the right side of the page.

Step 3. Click Preview to check if the result meets your expectations.

Step 4. If satisfied, click Export Full Video directly.

Part 5. Hardware Requirements

Upgrading to 120 fps is not just about changing a setting. It requires stronger hardware.

For PC Gamers

Running modern games at 120 fps requires:

• A powerful GPU

• A capable CPU

• Enough RAM

• A 120Hz+ monitor

Higher frame rates mean your system must process more frames every second. That increases performance demands. You are suggested to optimize your gaming PC for competitive fps.

For Console Gamers

Both the PlayStation 5 and the Xbox Series X support up to 120 fps in certain games.

However:

• Not all games support 120 fps.

• You need a compatible TV or monitor.

• Some games lower resolution to maintain 120 fps.

For Mobile Users

Some premium smartphones use high-refresh displays, such as Apple’s ProMotion technology in the iPhone 14 Pro.

With 120Hz screens:

• Scrolling feels smoother.

• Animations look more fluid.

• Touch responses feel faster.

Even outside gaming, users often notice smoother everyday interactions.

Part 6. FAQs about 60 FPS vs 120 FPS

Q1: Can the Human Eye Really Tell the Difference Between 60 FPS and 120 FPS?

Answer: Yes, most people can notice the difference, especially when there is fast movement on the screen. While 60 fps feels "smooth," 120 fps feels "fluid" and more life-like. The difference is even more noticeable in the "feel" of the responsiveness (input lag) rather than just the visual look.

Q2: Do I Need a Special Monitor to Watch 120 FPS Content?

Answer: Absolutely. To see 120 fps, your display must have a refresh rate of at least 120Hz. If you try to run 120 fps on a standard 60Hz monitor, the screen cannot update fast enough to show all the frames, which may lead to "screen tearing" or simply no visible improvement.

Q3: Does 120 FPS Drain More Battery on Smartphones?

Answer: Generally, yes. Processing twice as many frames per second requires more power from the GPU and the display panel. However, most modern smartphones use LTPO technology (Adaptive Refresh Rate), which automatically drops the frame rate when the screen is static to save battery, only ramping up to 120Hz when you are scrolling or gaming.

Conclusion: Should You Upgrade?

Let’s summarize.

So, is 120 fps a luxury or a necessity? For competitive gamers, it can be a meaningful upgrade. For casual players and movie watchers, 60 fps is still excellent. In the end, 120 fps is not essential for everyone—but once you get used to it, it can be hard to go back.