But, the file sizes have also grown exponentially. This brings the various types of live video encoders to light.
Encoders are either hardware or software that brings raw video and converts 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. In order to upload your content, your video must be encoded to fit the needs of your video hosting platform. The platform transcodes that live video content into the HLS streaming protocol. Finally, that streaming content reaches your viewers via top-tier CDNs.
Most live streams 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. First, ensure you are following everything in the Common Settings section. The following settings are recommended for optimal live streaming FPS, regardless of your selected resolution and bitrate :. Select one of the following configurations and ensure your encoder is set up with these exact settings for optimal live streaming:.
Generally, this requires gathering a few pieces of information. With Dacast, this necessary information includes:. Every platform is different and will require different settings.
These are the correct settings for Dacast. At Dacast, we offer streaming solutions for businesses. 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.
We have the capability to 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 all while you relax knowing your frame rate is correct and your video content will look great for them when they click play.
Now you know just how important frame rates are for online video content. With the increased amount of time spent online due to COVID, now is the perfect time to set your business up for digital video success. We write articles to help businesses take charge of their online video content. We also offer a day free trial for business professionals like you to try our streaming solution for free.
No credit card required. Interested, visit our contact section for more information. Do you have questions or feedback about frame rates and video encoders? For regular tips and exclusive offers, you can join our LinkedIn group. October 21, October 21, 27 Min Read. October 21, October 21, 19 Min Read. October 21, October 21, 21 Min Read. Emily Krings Emily is a strategic content writer and story teller.
Table of Contents Share this post. Sign up for a Day trial. Try For Free. Table of Contents. Why Does Frame Rate Matter? What is a Good Frame Rate in Video? What is a Frame Rate? Which is Better: 24fps, 30fps, or 60fps? Some i HD camera record at this frame rate HD video Whether digital or old-school film, video is a series of still images that, when viewed in order at a certain speed, give the appearance of motion.
So if a video is captured and played back at 24fps, that means each second of video shows 24 distinct still images. Frame rate greatly impacts the style and viewing experience of a video. Different frame rates yield different viewing experiences, and choosing a frame rate often means thinking about multiple factors, such as how realistic you want your video to look or whether or not you plan to use techniques like slow motion or motion-blur effects.
For example, Hollywood-style movies are usually displayed at 24fps, since this frame rate is similar to how we see the world and creates a very cinematic look. A higher frame rate keeps the motion smooth and the details crisp. On the other hand, people who create animated GIFs will often sacrifice detail for a smaller file size and choose a low frame rate. Controversy aside, here are four things you need to keep in mind when choosing a frame rate.
The frame rate of a video greatly impacts the look and feel of a video, which in turn determines how realistic the video appears. This concept ties directly to how we naturally see the world. When we see motion, such as a person throwing a ball or a car driving by, we naturally see a certain amount of motion blur. Ideally, the frame rate you choose will mimic this motion blur, keeping the experience as realistic as possible.
Essentially, the video actually shows too much detail, which makes it look unnatural. Most feature films and TV shows are shot and viewed at 24 fps. Videos with a lot of motion, such as sports, will often benefit from the extra frames per second.
The reasons for using 30fps is strangely complicated and it mainly has to do with television and electricity standards set a long time ago. That might make you wonder why video game developers are making increasingly elaborate games, including virtual reality games, with a much higher frame rate. We are fairly accustomed to watching videos or shows that are played at a to frames-per-second rate.
Movies shot on film are shot at a frame-per-second rate. That means that 24 images flash past your eyes every single second. The refresh rate is the number of times that your monitor updates with new images each second. One frame per second is roughly equivalent to 1 Hz. A higher frequency usually means less flicker. Why do you need to know about flicker rate? It may be distracting if you can perceive the flicker rate, rather than one continual stream of light and images.
Are you actually seeing all those frames that flash by? The short answer is that you may not be able to consciously register those frames, but your eyes and brain may be aware of them. Some research suggests that your brain might actually be able to identify images that you see for a much shorter period of time than experts thought.
For example, the authors of a study out of the Massachusetts Institute of Technology found that the brain can process an image that your eye sees for only 13 milliseconds — a very rapid processing speed. Thirteen milliseconds translate into about 75 frames per second. Some researchers show rapid sequences of images to a person and ask for responses to see what they were able to detect. An ophthalmologist can examine the movements inside your eye, known as intraocular movements, with high-speed cinematography, to learn more about how rapidly your eyes are operating.
These days, smartphones are even able to capture those subtle movements using slow-motion video. This technology allows the phone to record more images in a shorter amount of time. As technology evolves, experts may continue to develop new ways to gauge what the eye is capable of seeing. You may have heard people claim that animals see better than humans.
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