Understanding Common FPS Values: The Advanced Guide to Video Frame Rates [2025 Update]

Video is the most viewed form of content online. Research predicts that video content will make up 82% of all internet traffic by 2025. Video creators are ahead of the game. But so too are savvy brands and businesses. By producing content and corporate videos with high image quality, any organization can capitalize on the power of video.

However, producing high-quality video requires knowing some technical details. While video resolution, high definition, and other terms are often thrown around, one crucial aspect of the video production process is often overlooked: video frame rates (FPS).

In this advanced guide, we help you understand common FPS values. We cover what FPS is, why it’s important, and help you understand its importance for streaming professional video content today. Furthermore, we give you tips with easy-to-navigate tables showing you the best settings to use to improve your video footage quality. We also show you how to connect to a professional video platform.

Table of Contents

• What is a Frame Rate?
• Why Does Frame Rate Matter?
• What is the Best Frame Rate for Live Streaming Video?
• Is a Higher Frame Rate Better?
• Do Higher Frame Rates Mean Better Quality?
• Common Integer or Fractional FPS
• iPhone FPS Video and Android FPS Video
• Adaptive Bitrate Streaming and Frame Rate Adjustment
• Balancing Frame Rate with Bitrate for Quality Optimization
• Latency Implications of High Frame Rates
• Content-Type-Specific FPS Recommendations
• Display Technology Compatibility
• Advanced Encoding Techniques and Frame Rate Choices
• Post-processing and Frame Rate Conversion for Replay and Highlights
• FPS and Encoder Hardware Limitations
• Regulatory and Licensing Considerations for Streaming at High Frame Rates
• What’s the Difference Between Common FPS Values: 24fps, 30fps, and 60fps?
• How to Choose the Best Common FPS Values and Frame Rate for Streaming Video
• Frame Rates and Live Streaming FPS
• Recommended Live Encoder Settings
• Plus and Minus 
• Future Trends in High Frame Rate Streaming
• FAQs
• Conclusion

What is a Frame Rate?

Video is a series of still images that when viewed at a certain speed give the appearance of motion. Frame rate refers to the number of individual frames or images displayed per second of film or video.

Frame rate is the speed at which those images are shown. Each image represents a frame. To create the perception of motion, the brain automatically adds or fills in the missing information. This speed tricks your brain into thinking the video is playing in one smooth motion.

What is (FPS) Frames per Second?

Frames per Second (FPS) measures how motion video is displayed to the human eye. With the way our brain adds missing information to create motion, the higher the FPS, the smoother the motion appears before the eyes. For example, if a video is captured and played back at 24 frames per second, that means each second of the video shows 24 distinct still images.

In general, the minimum FPS needed help avoid any jerky motion is 30 frames per second. You’ll be looking at around 60 frames per second for high-motion content. But, more on selecting the correct FPS for your videos from among the common FPS values later.

Why Does Frame Rate Matter?

Video making has been simplified dramatically in recent years thanks to innovations in video recording equipment and software related to editing and special effects. That increases the importance of understanding frame rates before you shoot a video, especially when producing high-quality business content. The frame rate dramatically impacts the style and viewing experience of a video.

When considering the best frame rate for your content, you are choosing between how realistic you want your video to look or whether or not you plan to use different techniques or effects like slow motion or transitions.

What is the Best Frame Rate for Live Streaming Video?

The best frame rate for live streaming should be at least 30fps for live video. While common FPS values are one of the most critical technical aspects of online streaming, they’re not as important as video quality.

The Society of Motion Picture and Television Engineers (SMPTE) standardized frame rates in TV and movies, but frame rates in video content haven’t been. Frame rates are used in digital cameras used on DSLR, mirrorless, and smartphone devices.

These indicate the quality of the camera when capturing video. Cameras have a base frame rate, which you will need to check in your settings before you start capturing content. You can also find frame rate examples in the settings of your video encoder

Video-making is very diverse, so There isn’t just one best frame rate for video per se. Each frame rate example has a specific use. So the best frame rate for your video will depend on your niche, video settings, and overall vibe you want for your content. Here are some use cases for common FPS values used in the video-making industry:

• 24 frames per second is the industry standard for videos on the web, most TV and film,
• 30 frames per second is mostly used for live TV like news programs, concerts, sports, and soap operas. These six extra frames per second make for a much smoother video feel that works great for a less cinematic video.
• 60fps and 120fps are used for recording video to be played back in slow motion

To figure out the best frame rate for your videos, you will have to determine what type of content you’re looking to create. Content should be encoded and uploaded in the same frame rate in which it was recorded when uploading to a hosting platform like Dacast.

Is a Higher Frame Rate Better?

A higher video frame rate is often seen as better, but it’s important to understand that it depends on your needs. Many people assume that a higher frame rate for video automatically results in better quality, but that’s not always the case. For example, common video frame rates like 24fps or 30fps are usually enough for most standard viewing. When streaming or gaming, however, common fps values obs like 60fps are preferred for smooth, fluid motion.

So, what is fps in video? It refers to how many frames are shown per second. Higher FPS can improve motion clarity, but only if your hardware and display support it. It’s also essential to balance FPS with other factors like resolution and bitrate to avoid unnecessary strain on your system. Ultimately, the best frame rate depends on your specific use case and equipment.

Do Higher Frame Rates Mean Better Quality?

Higher frame rates do not necessarily mean better quality. As we mentioned previously, each frame rate example has a specific purpose. The higher the frames per second, the slower the slow motion will be.

For example, videos recorded at 120fps can be slowed down to a 24-frame rate, which creates that smooth slow-motion effect. The notion that higher resolution video looks better with higher frame rate examples depends on the display capabilities. An OLED display with 60-120 frames per second will show the content much better compared to an LCD at 24-30fps.

Some cameras may be able to film at 120 frames per second; they can only film at 720 pixels instead of 1080. So, the higher the frame rate, the higher the cost of video quality.

Consumers have a low tolerance for bad streams and video quality. For many, 90 seconds is the most they will tolerate when it comes to low-quality content. If, after 90 seconds, the video is still low quality, they will look for a different video.

Common Integer or Fractional FPS

When discussing frame rates for video, you’ll often come across common integer and fractional FPS values. Integer FPS values like 24, 30, and 60 are standard in both video production and gaming. 

For instance, 24 fps is commonly used in film, while 30 fps and 60 fps are typical for television and online content. Fractional frame rates, like 29.97 fps, are often used in broadcast settings to account for technical reasons related to older video formats. As for fps quality, a higher frame rate generally means smoother motion, but it doesn’t always guarantee better visuals. So, is a higher frame rate better? Not necessarily—it depends on the content and the viewing experience you’re aiming for.

iPhone FPS Video and Android FPS Video

When it comes to recording videos on smartphones, both iPhone and Android offer impressive options for frame rates. For iPhone users, the iPhone video settings 30 or 60 fps are common choices. The iPhone fps of 30 is standard for most everyday recordings, providing smooth footage without consuming too much storage. However, for more action-packed scenes or high-quality video, many iPhones offer the option to record at 60 fps, which delivers a smoother, more fluid viewing experience.

On Android devices, frame rate options can vary depending on the brand and model, but many Android phones also support 30 fps and 60 fps video recording. The choice between these frame rates depends on what you’re filming and your desired video quality. Both platforms provide good flexibility, allowing users to adjust settings for optimal performance. Whether using iPhone fps video settings or Android, choosing the right frame rate enhances your video content.

Adaptive Bitrate Streaming and Frame Rate Adjustment

Adaptive bitrate streaming and dynamic frame rate adjustment work together to optimize video playback based on the viewer’s network conditions. When network speed fluctuates, adaptive bitrate streaming adjusts the video quality in real time, ensuring smooth playback without interruptions. Additionally, it detects high-motion scenes, such as fast action or transitions, and adjusts both the bitrate and the frame rate to maintain clear visuals. This helps prevent buffering while still delivering a high-quality experience.

For streamers and broadcasters, certain encoders support adaptive bitrate and frame rate adjustments. Hardware encoders like the Teradek Cube and software solutions such as OBS and Wirecast allow real-time modifications to both bitrate and frame rate. These tools help ensure stable streaming, even during challenging conditions. Understanding what is a good frame rate and how it influences the viewing experience can help you optimize streams for any situation. If you’re wondering what is frames per second and how does frames per second work, adaptive streaming can be a valuable solution.

Balancing Frame Rate with Bitrate for Quality Optimization

Balancing frame rate with bitrate is essential for optimizing video quality without overwhelming bandwidth. Higher frame rates demand a proportional increase in bitrate to maintain sharp, smooth visuals. For example, a common guideline for calculating bitrate is:

Bitrate=Frame Rate×Resolution Factor×Content Complexity Factor\text{Bitrate} = \text{Frame Rate} \times \text{Resolution Factor} \times \text{Content Complexity Factor}

Where the Resolution Factor depends on the video resolution (e.g., 1080p or 4K), and the Content Complexity Factor varies based on how much motion or detail is in the scene. As frame rates increase, such as moving from 30fps to 60fps or 120fps, the bitrate must also increase to prevent quality loss.

This increase in bitrate significantly impacts bandwidth consumption, especially at higher resolutions like 1080p or 4K. For broadcasters and content providers, managing these resources is crucial to delivering high-quality streams without overloading their networks.

Latency Implications of High Frame Rates

Higher frame rates can have a noticeable impact on latency, especially in ultra-low latency streaming scenarios. What is normal fps for video typically depends on the content and platform, but for smooth, real-time interactions, a lower frame rate (like 30 fps) is often more ideal.

However, as frame rates increase, they can introduce slight delays in encoding and decoding processes, which can add latency. For those in gaming or live event broadcasting, maintaining low latency is crucial, and the choice of the best frame rate for video becomes a balance between smooth visuals and minimal delay.

When aiming for low latency at high frame rates, selecting the right hardware and software is key. Hardware encoders like the NVIDIA NVENC and Intel Quick Sync are efficient choices for streaming. Additionally, software solutions such as WebRTC can reduce latency by minimizing buffering times. Using common integer or fractional fps (e.g., 60 or 120 fps) in these setups can optimize video quality without compromising the responsiveness essential for real-time streaming.

Content-Type-Specific FPS Recommendations

When it comes to content-specific frame rate recommendations, different types of live content require varying FPS values to maintain the best viewing experience. Here are some tips:

• Fast-Motion Content (e.g., sports, gaming): A smooth frame rate of 60fps or higher is ideal to capture quick movements and reduce motion blur. This ensures clarity and realism during fast-paced action.
• Talking Heads/Interviews: For content with minimal motion, 30fps may be more than sufficient. This can help save bandwidth while still delivering a crisp, clear video.
• Specialized Uses (e.g., VR and 360-degree live streaming): Higher frame rates like 60-90fps are recommended for virtual reality to minimize motion sickness. A smooth frame rate is critical in VR, as any lag or stuttering can disrupt the immersive experience.

Understanding FPS for different content types ensures the best viewing experience and minimizes issues like lag or blurring.

Display Technology Compatibility

It’s essential to match the frame rate of your content with the target audience’s display capabilities. Different screens handle frame rates differently. For example, most smartphones may not show a noticeable difference between 30fps and 60fps, while newer TVs and gaming monitors with higher refresh rates can fully display the smoothness of 60fps or higher. 

Matching the video frame rates explained to the screen refresh rate, such as using 30fps with a 60Hz screen, helps improve playback smoothness. This reduces issues like screen tearing and judder, ensuring a more enjoyable viewing experience. Always consider your viewer’s device for the best performance.

Advanced Encoding Techniques and Frame Rate Choices

Advanced encoding techniques and frame rate choices play a crucial role in optimizing video streaming. Variable Frame Rate (VFR) encoding adjusts the frame rate dynamically based on content complexity. For scenes with minimal motion, VFR can lower the frame rate, reducing bandwidth usage while maintaining quality. This is especially useful when trying to get more fps while streaming, ensuring smoother performance without overwhelming system resources.

Keyframe interval optimization also impacts stream quality. The keyframe interval, typically set at 2 seconds for a 30fps video, might need adjusting for higher frame rates like 100 fps video. A shorter keyframe interval can improve video quality at higher frame rates, but it may require more data, so finding the right balance is essential to prevent quality loss during streaming.

Post-processing and Frame Rate Conversion for Replay and Highlights

Post-processing and frame rate conversion play a key role in enhancing replays and highlights. For slow-motion replays, advanced users often capture footage at high frame rates, such as 120fps, and then convert it to 30fps or 60fps for ultra-smooth, visually impressive slow-motion effects during sports broadcasts. This method ensures that every movement is captured in fine detail while maintaining fluid playback.

Frame interpolation is another important technique for smooth playback. Software like Adobe After Effects, or even high-end TVs, can use this technology to “fill in” missing frames. For example, it can interpolate 24fps footage to 60fps, making the playback smoother and more natural. These methods are essential for those looking to learn how to get more fps while streaming, ensuring an optimal viewing experience.

FPS and Encoder Hardware Limitations

When streaming at high frame rates, such as 60fps or 4K, hardware limitations can become a key concern. Popular streaming hardware and software encoders have different capabilities. For example, some older models may struggle to support 4K at 60fps or higher due to processing power constraints. This can affect the overall quality and fluidity of the stream.

Also, high FPS streaming demands more from both encoders and cameras, increasing the need for effective cooling systems. Without proper cooling, the hardware could overheat during extended sessions. Additionally, power requirements can rise, particularly in portable streaming setups. For long streams, it’s important to have a reliable power source to prevent interruptions. Choosing the right equipment with the necessary performance specs ensures smooth streaming at higher frame rates.

Regulatory and Licensing Considerations for Streaming at High Frame Rates

When streaming at high frame rates, it’s important to consider frame rate and broadcast standards compliance, especially if you’re targeting international audiences. Different countries have specific regulations that dictate the frame rates used for broadcasting. 

For example, regions that follow the NTSC standard, like North America and parts of Asia, typically use 30fps or 60fps for broadcast. On the other hand, countries using the PAL standard, such as most of Europe, rely on 25fps or 50fps. These differences in frame rates can impact streaming quality and compatibility across various regions. 

Content creators must ensure their stream is compliant with local regulations, as this can affect video quality and viewer experience. For global streaming, understanding these licensing considerations and adjusting frame rates accordingly is crucial to avoid issues and maintain a smooth, high-quality broadcast.

What’s the Difference Between Common FPS Values: 24fps, 30fps, and 60fps?

The most common FPS values in videos are 24, 30, and 60 fps. Since there are three major frame rates to consider for uploading business video content online, we’re explaining each.

That’ll help ensure your encoder, camera, and other live-streaming equipment settings are optimized before you hit “record.”

24fps

This frame rate is the one used by most in Hollywood. It makes video content seem more cinematic. While an average person may be unable to tell the difference between this frame rate and a higher one, most professional video makers can. 

One of the main disadvantages of filming in 24fps is that it can look quite choppy and unprofessional if slowed down. If a broadcaster plans to shoot footage to slow it down in post-production, we always recommend filming at a higher frame rate.

30fps

Many modern cameras can film video content in 30 frames per second. Traditionally, this is the best frame rate for live streaming (fps live) for TV video content in the USA. As your camera is capturing more still images per second than it was with 24fps footage, this is ideal for sports and other fast-moving videos.

If you bought your video camera between 2000 and 2010, will likely only have the option to film in 30fps for live streaming fps.

60fps 

The 60 frames-per-second setting is nearly equivalent to 50 frames per second. If the camera you’re planning to create video content on was manufactured in the US, it would likely offer the ability to film at 60 fps rather than 50. Some cameras will have the option to film in both.

This live video FPS is a high frame rate mainly used for slo-mo. Typically a video is recorded at 60fps and is then slowed down to 24 or 30 fps post-production. That allows for a smooth slow-motion effort during post-production. 

Any frame rate over 60 frames per second is considered a high-speed frame rate. Some cameras on the more professional side will go as fast as 1,000 frames per second. You may have seen video examples like a bullet going in slow motion or a water balloon popping.

Which is Better: 24fps, 30fps, or 60fps?

After learning the differences between the most common FPS values, you may wonder which is the best frame rate for live fps streaming: 24fps, 30fps, or 60fps.

All three common frames per second rates have a place in today’s digital world. There isn’t one answer to which is better, 24fps or 60fps, or better, between 30fps or 60fps. Your frame rate choice depends on your video camera, your encoder settings, post-production, the type of content you’re creating, and where you will be hosting it. Shooting at either 24 or 30fps should give you your camera’s best performance and quality it has to offer.

How to Choose the Best Common FPS Values and Frame Rate for Streaming Video

Since you will choose your live FPS rate based on what you’re shooting, here are the best use cases per streaming frame rate: 

24fps

• If someone is speaking
• Landscapes 
• Video where you need to get details and textures 
• HD video
• Reviews
• Podcasts
• Most live-streams

30fps 

• Can be used as-is and can be slowed down to 24fps
• Sports and other fast-moving content 
• TV shows and vlogs
• HD video
• Cinematic shots
• Action shots
• Shots that require you to capture extra details

50fps

• This is the interlaced field rate of PAL. Some 1080i HD cameras record at this frame rate
• HD video
• High-speed games
• Gaming reviews and playbacks

59.94fps

• HD cameras can record at this frame rate. While it’s sometimes referred to as 60fps, it’s best to use 59.94 unless you mean 60fps
• Compatible with NTSC video

60fps

• When the subject needs a more graceful appearance 
• Adds emotions to the shot
• Great for slowing down video shots during sporting events
• It can be slowed down to the perfect slow-motion ability 
• HD video
• Fast-paced content
• Action content 

When you know the type of content you’ll be shooting, ensure that your camera and video encoder settings are correct. Once those are dialed into the correct streaming frame rate, you have chosen the best frame rate for your video.

If all this still seems confusing to you, try using a lower FPS value to ensure your live stream plays without lag for your viewers. Unless a specific requirement calls for a higher FPS, steer clear of it. For newbie broadcasters, a simple rule of thumb to keep in mind is:

You can get away with lower FPS (which would also lower the bandwidth you are using) if you are streaming slow-motion content. You will probably want a higher FPS to make the motion feel more fluid if there is heavy motion.

Frame Rates and Live Streaming FPS

When it comes to video frame rates for live video (FPS live) there are many factors to consider. Suppose you’re a business interested in live streaming video content to your employees or your clientele. In that case, you should know the settings that create the best-finished video product.

Most online streaming platforms will back 60fps. At a minimum, you should try stream video content at least 30fps. 

As with video resolution, frame rates affect video bandwidth requirements. Video content with a higher frame rate has more data to transmit than content with a lower frame rate. 

Other reasons why FPS live streaming frame rates matter in video streaming include 

• When the live stream concerns something fast-paced like a sports event stream or a concert, a stream with higher frames per second will produce better video. The event’s fast-moving motion can be captured using more frames per second.
• For live streams where the event isn’t high-paced, like educational content, tutorials, a church service, or a government meeting, high frame rates aren’t typically required as most of the motion can be adequately captured by lower fps. 

Higher frame rates are becoming the new norm as increased video bandwidth capability reaches more viewing devices. That means until it’s the norm, it’s critical to pay attention to all the settings on your devices and encoders to ensure the proper live FPS rates are being chosen. 

Streaming Frame Rates and Encoders

According to HubSpot, online video was the number one media format in 2020. While video technology continues to advance, the quality of the captured images has never been better. But, the file sizes have also grown exponentially. That brings the various types of live video encoders to light.

Encoders are either hardware or software that bring raw video and convert it into a digital format and size that becomes compatible with online players and devices. There are two types of encoders – software encoders and hardware encoders. Let’s discuss the differences.

Software encoders

• Video conversion programs that run on a computer 
• Have a graphic interface to manage the conversion process
• Allow control over elements such as video bitrate and stream quality 
• Low cost and easy operation

Hardware encoders

• Standalone, dedicated devices that do not require a computer to use
• The only purpose is to encode raw video into streaming data
• Small, portable case but can also be set up as large, permanent fixtures 
• Include specialized internal components that don’t share resources with any other processes

To upload your content, you must encode your video to fit the needs of your video hosting platform. 

Recommended Live Encoder Settings

At Dacast, we use the real-time messaging protocol for RTMP ingest of live streams. The platform transcodes that live video content into the HLS streaming protocol. Finally, streaming content reaches your viewers via top-tier CDNs. 

Most live stream frames move from the encoder to the online video platform in RTMP format. Then the platform transcodes this video into HLS. RTMP encoders are all configured in the same basic manner. To ensure your live stream is stable and fully functional if you’re planning to live stream the video content you’re creating, you will have to configure your encoder to use the settings below.

First, ensure you are following everything in the Common Settings section. Then select the most appropriate bitrate & resolution (depending on your needs) and configure all settings for that size exactly.

Common Settings:

The following settings are recommended for optimal live streaming FPS, regardless of your selected resolution and bitrate:

Resolution & Bitrate Settings:

Select one of the following configurations and ensure your encoder is set up with these exact settings for optimal live streaming:

Video and audio codec:

• The video codec profile we recommend using for H.264 is High. You may also see an X.264 option; this is simply another implementation of the same protocol. You can use either one.

Audio bitrates:

Bitrate Recommendation:

• We recommend a standard or low definition (480p/360p) under 1000kpbs (audio and video bit-rates included based on the table above).

Frames per second (FPS):

• Most users should generally set frames per second (fps) at 30. For people in certain regions of the world, however, 25 frames per second are standard. However, 30 fps will work anywhere.

Connecting to your Online Video Platform:

Generally, this requires gathering a few pieces of information. With Dacast, this necessary information includes

• Stream name
• Stream URL
• Log-in code (unique for each stream)
• Log in password

Every platform is different and will require different settings. These are the correct settings for Dacast. At Dacast, we believe in simplifying live streaming and creating video content. And that’s why we offer easy-to-operate streaming solutions for businesses. Even if you have a limited workforce or knowledge of the technical aspects of video recordings and streaming, you can do both successfully via Dacast.

The platform offers everything from video hosting to advanced paywall and monetization capabilities. Our online video solution is built around the largest and most powerful Content Delivery Networks in the world. No matter which geographical location your viewers wish to stream your content, the content will play smoothly without glitches.

We can help you live stream video content or host the video content for Video on Demand (VOD). Let your end-users find your videos when they need them, while you relax, knowing your frame rate is correct and your video content will look great for them when they click play.

Plus and Minus 

Advantages of High Frame Rates (e.g., 60fps):

1. Smooth Motion: High frame rates result in exceptionally smooth motion, making them ideal for fast-paced action scenes or sports broadcasts.
2. Enhanced Realism: Higher frame rates can create a more lifelike and realistic viewing experience, reducing motion blur and flickering.
3. Slow Motion: Footage shot at high frame rates can be easily slowed down during post-production to achieve a smooth slow-motion effect, adding cinematic value.
4. Reduced Judder: High frame rates reduce juddering or stuttering, providing a seamless and immersive viewing experience.
5. Ideal for Gaming: High frame rates are essential in gaming to ensure responsive and fluid gameplay, reducing input lag.

Disadvantages of High Frame Rates (e.g., 60fps):

1. File Size: High-frame rate videos typically have larger file sizes due to the increased amount of data per second, requiring more storage space.
2. Compatibility: Not all devices and platforms support high frame rates, potentially limiting your audience’s access to your content.
3. Unnatural Look: Some viewers find videos shot at very high frame rates (e.g., 120fps or above) to have an unnatural, almost hyper-realistic appearance, which may not be suitable for all content.

Advantages of Lower Frame Rates (e.g., 24fps):

1. Cinematic Aesthetics: Lower frame rates, such as 24fps, have been a standard in filmmaking for decades, giving content a traditional cinematic look.
2. Reduced Storage: Lower frame rates result in smaller file sizes, making them easier to manage and store.
3. Ideal for Narrative Content: 24fps is well-suited for storytelling and narrative content, providing a more artistic and deliberate pacing.

Disadvantages of Lower Frame Rates (e.g., 24fps):

1. Motion Blur: Lower frame rates may exhibit more noticeable motion blur in fast-action scenes, potentially reducing video quality.
2. Incompatibility with High Motion: They might not be suitable for content with rapid motion, such as sports, as it can result in choppy or less fluid visuals.
3. Not Ideal for Gaming: Lower frame rates in gaming can lead to input lag and a less responsive gaming experience.

Choosing between high and low frame rates depends on your specific content and goals. High frame rates offer smoother motion and enhanced realism but can result in larger file sizes and may not be universally supported. Lower frame rates provide a cinematic look and smaller file sizes, making them suitable for narrative content but less ideal for fast-action scenes. The decision should align with your content’s intended style and the preferences of your target audience.

Future Trends in High Frame Rate Streaming

Future trends in high frame rate streaming are shaping how we experience content across platforms. Emerging standards and technologies, like the AV1 codec, are at the forefront of these advancements. This next-generation codec delivers higher compression efficiency, making high-frame-rate streaming more accessible while preserving quality. As platforms adopt AV1, users can expect smoother playback with reduced bandwidth requirements, laying the groundwork for future innovations.

Looking ahead, high FPS in 8K streaming and immersive technologies like VR/AR will demand even greater performance. Delivering ultra-smooth experiences at 120fps or higher may become the standard, ensuring lifelike visuals and seamless interactions. These developments highlight the importance of preparing for the evolving landscape of high-frame-rate streaming.

FAQs

1. What does FPS mean in video and gaming?
FPS, or frames per second, refers to the number of images displayed in one second. It determines how smooth motion appears in videos and games.

2. Why are higher FPS values important?
Higher FPS values make motion smoother and more natural, especially in fast-paced gaming, sports broadcasts, or action scenes.

3. What FPS values are common for gaming and video?
For gaming, 30fps and 60fps are common, while films often use 24fps. High-performance gaming or professional video production may use 120fps or higher.

4. How do I choose the best FPS for my needs?
The ideal FPS depends on your purpose. Casual gaming or streaming may need 30-60fps, while competitive gaming or immersive VR benefits from higher FPS.

5. What’s new in video frame rates for 2024?
Emerging technologies like AV1 codecs and 8K video are enabling smoother experiences at higher FPS, setting new standards for future content.

Conclusion

Now that you have a greater understanding of how to use frame rates, you can improve your videos. Combined with the best video resolution, the right encoder settings, aspect ratio, and more, you can create game-changing video content. Whether you’re streaming sports events or hosting company training videos, this guide will help your videos appear more professional and increase their quality.

Understanding frame rates is key to creating smooth, high-quality visuals. Whether you’re working with slow-motion video or aiming for the industry standard frame rate, choosing the best video frame rate ensures a seamless viewing experience, helping your content stand out and meet professional standards.

But there’s more. Dacast’s knowledge base has expert advice on live streaming, video production, hosting and more. Leverage this knowledge and maximize your production.

And with Dacast’s professional platform, you’ll get the complete solution for all things video and live streaming. Businesses and organizations worldwide use Dacast every day to fuel their growth. Start creating and delivering exceptional video content with live streaming, video hosting, and video library compilation in the highest quality with Dacast.

You can try Dacast completely free today with our 14-day free trial.

START FREE NOW

Do you have questions or feedback about frame rates and video encoders? Send a message to our 24/7 technical support team, and we will get back to you. For regular tips and exclusive offers, you can join our LinkedIn group.