You’d have noticed that a video would end up taking forever to buffer. You’d rather leave the video platform than be patient enough to sit through a poor-quality stream. As a user, you always have the option to go to another platform. But as a video platform, this can be really bad news, as you end up losing your important users.<\/p>\n
Poor quality streams usually happen when your internet speed fluctuates and your video starts buffering. Buffering happens since your internet can’t download the video files fast enough to keep up with the video playback. This is why in many video players, you get the option of choosing a different bitrate. You can switch to the right bitrate according to your internet. However, choosing it manually can itself be a hassle. This is where Adaptive Bitrate Streaming comes in. With Adaptive Bitrate Streaming, your player detects any changes in the internet speed and automatically switches over to the right video bitrate in real time.<\/p>\n
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In this article, I’ll talk about what adaptive bitrate streaming is and how it works. Then I’ll take a deep dive into adaptive streaming profiles and how to implement Adaptive Bitrate Streaming.<\/b><\/p>\n TABLE OF CONTENT<\/b><\/strong><\/p>\n Adaptive bitrate streaming changes video quality based on internet speed, making streaming smoother. This helps viewers enjoy a steady experience, no matter their device, location, or connection quality.<\/p>\n Adaptive bitrate streaming is a video streaming technique where you offer various streams with different bitrates to your users. The player detects any fluctuations in the network speed along with the device’s processing to automatically chose the right bitrate for streaming in real-time. <\/p>\n It solves the problems, earlier “progressive streaming” caused due to only allowing a single stream.<\/p>\n Adaptive Bitrate Streaming allows you to create multiple bitrates for a single video. You’ll have different video quality based on your device’s capacity. This means that if you want to target devices with a 1920 x 1080 px screen size, then they create another video file for it. Similarly, you can create video files for screen sizes 1280 x 720 px, 854 x 480 px, and 426 x 240 px i.<\/p>\n Explore More \u2705<\/p>\n Ensure Smooth & Secure Streaming along with Adaptive Bitrate via VdoCipher<\/a><\/p>\n<\/div>\n VdoCipher helps 3000+ customers in over 180+ countries to host their videos securely, helping them to boost their video revenues.<\/p>\n<\/div>\n<\/div>\n Adaptive Bitrate Streaming solves the problem of buffering with the help of a trade-off. Recall that buffering happens when a poor internet connection prevents the app from downloading a video file fast enough. Online Video players<\/a> typically need to download 24 frames per second to avoid buffering. In cases of sports or even graphic-intensive videos, this can further rise to 60fps or more<\/p>\n Adaptive Streaming switches to a smaller video bitrate file when the Internet connection is poor. Note that smaller videos can be downloaded quicker than larger videos.\u00a0<\/p>\n Consider the example of a video to be played on a device with a 1920 x 1080 px screen. Adaptive Streaming will play a 1920 x 1080 px video when the Internet connection is good. It will use a 1280 x 720 px video when the Internet connection is poor.\u00a0<\/p>\n Users will see a video of lower quality in that case. However, a temporary downgrading of quality is better than buffering. Users typically accept this trade-off. Adaptive bitrate streaming adapts to the Internet connection of users to solve the problem of buffering.\u00a0\u00a0\u00a0\u00a0<\/p>\n As you can see, users benefit from higher video bitrates when the Internet connection is good. They get a high-quality video streaming experience. On the other hand, lower video bitrates prevent buffering when the Internet connection is poor.\u00a0\u00a0\u00a0<\/p>\n\n
What is Adaptive Bitrate Streaming(ABR)?<\/strong><\/h2>\n