One layer in particular deserving your attention is the transport layer. Okay, this doesn’t get any more difficult, so bear with us. In order to simplify things, streaming protocols operate within these layers to focus only on their functions. There are seven logical layers, each serving specific communication functions. For example, three of the most common package formats for streaming video files are FLV, MP4, and MPEG-TS.īefore we start describing the most popular streaming protocols, we need to mention one important aspect. Secondly, some people confuse a streaming protocol with a container format, which basically means how the data is stored.

Simply put, a codec deletes unimportant information in the video to compress the file size. The latter is a specific technology to make your data (for instance, a video file) smaller. Firstly, a streaming protocol is not the same as a codec. In other words, it is a set of rules that regulates how data is transferred, as well as how to handle any errors that may occur during this process. This is exactly the point we are going to prove! Understanding streaming protocols and the way they workĪ streaming protocol is a specific method used to deliver multimedia across the web.

Although it may seem a bit complicated, in reality, you don’t need to have some specific education to understand video streaming protocols. Basically, there’s no such thing as a “bad” streaming protocol. In this article, we will compare the most popular live streaming protocols and help you decide which one suits your needs the most. But now it’s time to tackle something a little bit more challenging to grasp - streaming protocols. We have covered dozens of topics regarding live streaming so you can become a pro! With the help of our articles, you can learn how to properly set up your equipment, use a green screen, and become a Twitch affiliate.

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