Streaming Video Protocols

This is a hard one for me to wrap my head around. I'm a networking guy, and the number of options for wraping and unwraping video streams as they are being moved about is mind boggling, let us try to make some sense of it here
  • rtp
  • rtsp
  • rtmp
  • hlsl
  • mjpeg
  • mpeg-dash
  • mpeg
  • jpeg

RTP ~ Real Time Protocol

Actually holds payloads containing arbitrary, but time/delay sensitive media (audio, video, live conversations, etc). Incorporates enough controls to allow for network congestion, reciever compensation and more.

RTSP What it is and How to use it

Real Time Streaming Protocol (RTSP)

General consensus says that RTSP is a good choice for low latency, local area networks.

RTSP good for Local Low Latency, Bad for Internet

This test I used raspivid to vlc to stream from my Raspberry Pi Camera, I used the following command retrieved from here

Video describing the use of gst-rtsp-server

% raspivid -o - -t 0 |cvlc -v stream:///dev/stdin --sout '#rtp{sdp=rtsp://:8554/}' :demux=h264

With this, I ran the vlc on a Macbook Pro, I ran the vlc client and opened the following network connection:

rtsp://10.24.2.10:8554/

I was able to see the video just fine, however performance sluggish. I tried running VLC on my Jetson nano, it just crashed. So much for that..

My goal is not to figure out why VLC is crashing, rather to get low delay, glitch free video with as good quality as possble. The high definition channel will be sent to the Webapp for live display, primarily for Human consumption.

Need to identify the optimal real time video transport for a mobile vehicle.

HLS - Apple Centric Solution Transport

As of now, I am under the impression that HLS is heavily Apple centric, and perhaps not the best open, “agnostic” solution.

Todo: update my understanding of this.

MPEG DASH