#VIDEO RESOLUTION BANDWIDTH CALCULATOR SERIES#

It is also safe to say that throughput marks the average rate of successful data transmission in a streaming setup. In terms of video, it can be tracked by how many packets of data can be transmitted over a specific period. Throughput is the amount of data that is transferred in a specific amount of time. One of the most important вЂњbehind the scenesвЂќ elements that affect latency is throughput. For example, if youвЂ™re using a protocol that supports low latency streaming but your internet isnвЂ™t up to par, your latency will be higher. Ultimately, the latency of each individual stream comes down to the unique live streaming setup. Some of these things include encoder settings, streaming protocols, and internet speed. Think of Janet JacksonвЂ™s notorious вЂњWardrobe Malfunction,вЂќ for example.ДЄ latency delay also comes in handy during interview broadcasts where the subject may use foul or inappropriate language. Large events that are being broadcast to large national or international audiences benefit from having some latency since it gives producers time to censor out anything that isnвЂ™t appropriate for your audience. Some live broadcasts may benefit from a minute or so of latency to prevent any embarrassing mistakes. While low latency streaming is often desired, it is not the best option for every situation. Ultra-low latency and real-time latency are valuable for peer-to-peer streaming or events that require participation from the audience. Typically, latency is measured in seconds. In broadcasting, latency is the delay from the time a video frame is recorded until the time that it reaches your viewersвЂ™ screens. Network latency is the time between a request is made and the request is complete. What is Latency? Latency is an important concept for live broadcasting. The complex exchanges and transmissions all take place behind the scenes, and broadcasters can call the shots with clear commands on a graphical user interface. With the support of a powerful online video player, this entire process is made seamless. This combination yields low latency, reliable security, and nearly universal compatibility. Д¬urrently, the most popular commonly used protocols for streaming are RTMP for ingest to the online video platform and HLS for delivery to an HTML5 video player. Video files are made of many pixels condensed by codecs and carried from one вЂњstopвЂќ to the next by streaming protocols. The path that the video follows typically looks like this:Д¬amera в†’ Encoder в†’ Online Video Platform в†’ CDN Servers в†’ Video Player This technology involves a combination of both hardware and software.

#VIDEO RESOLUTION BANDWIDTH CALCULATOR SERIES#

Online video streaming is made possible by a series of technology that carries data from one spot to another. Understanding online video streaming from a technical standpoint makes it much easier to digest complex concepts like latency, throughput, and bandwidth. Online Video Streaming: A Technical Overview A lot goes on behind the scenes to make online video streaming possible. Online Video Streaming: A Technical Overview.WeвЂ™ll also discuss how these topics tie into bandwidth consumption. WeвЂ™re going to discuss what each of these means and how they are related to one another. In this post, weвЂ™re going to break down the technical topics of latency, throughput, and bandwidth. This is related to throughput, bandwidth, and other technically complex aspects. There is a lot that goes on behind the scenes that determines how much latency a live stream will have. Many broadcasters aim for the lowest latency possible to give their viewers a more lifelike experience. Low latency streaming is a topic with a lot of buzz in the live streaming world.

Video resolution bandwidth calculator