
You’d probably be fine if you reduced it by half. If the whole video is a single shot of you talking, 4,000 Kbps might be too high of a bitrate.
#SPEEDINESS DEFINE 720P#
You can still live stream 720p video with a lower upload speed. The 5.7 Mbps upload speed for 720p video at 30 frames per second is the upper limit. The many variables affecting upload speed requirements The number you get from these tests should be up to 5.7 Mbps if you want to stream 720p video at 30 frames per second. That’s why you should always test your upload speed using online speed tests. Remember, a stable connection is as important as upload speedįor various reasons, your ISP’s declared upload bandwidth and the actual upload speed you can achieve with your connection can be very different. However, if you’re sure your internet connection is stable, a buffer might not be needed. That puts us at an upload rate of around 5,700 kilobits per second, or 5.7 Mbps. Because upload speeds fluctuate, it’s a good idea to have a 35% to 40% buffer. You’ll need to upload up to 4,160 kilobits of data per second constantly. So an upload bandwidth of around 4 Mbps should cover you, right? If you’re streaming live video at a resolution of 720p, at 30 frames per second, you’ll upload up to 4,160 kilobits, or 4.16 Mbps, of data per second.
#SPEEDINESS DEFINE PLUS#
#SPEEDINESS DEFINE DOWNLOAD#
Data shows that, globally, upload rates are slower than download rates. It’s the same as the download rate it just works the other way around, describing how many bits of data your computer or device can send to the internet per second. When you create content and want to share it online, it’s your connection’s upload rate that matters the most. It’s your connection’s upload rate that matters the most. Usually, the rate (also referred to as bitrate) is expressed in millions of bits - or megabits - per second (Mbps). Your internet connection’s download rate describes how many bits of data your computer or device can take in from the internet using that connection.


To be able to do that, their devices need to ingest data, which comes to them in the form of bits. They seek it out, identify it, and then read, listen or watch it.
