RTSP live streaming features of Nimble Streamer

Real-Time Streaming Protocol (RTSP) in Nimble Streamer

Nimble Streamer allows processing any of allowed RTSP streams types:

announced RTSP streams published to Nimble;
streams available via public URL (i.e. pulled streams) through TCP, UDP and over HTTP (VAPIX).

The content may also be taken as input via RTMP, MPEG2TS, Icecast, SHOUTcast and even convert HLS to RTSP.
Enhanced interleaving compensation can be set up in case when your audio and video are un-synchronized.
Both LATM and ADTS AAC headers are supported.

Codecs

Video:

H.264 input and output is supported via all protocols
H.265 input via RTSP and MPEG-TS with output via RTSP, MPEG-DASH, MPEG-TS and HLS
VP8 and VP9 input and output via RTSP

Audio:

AAC input and output is supported via all protocols
AC3 and E-AC3 input via RTSP and MPEG-TS, output via RTSP, MPEG-TS and HLS
MP3 input and output
PCM G.711 (a-law and μ-law) input and output

Producing HLS and MPEG-DASH

Nimble Streamer transmuxes RTSP into HLS and DASH stream.
These streams can be used for ABR streams combination via easy-to-use web UI.

Playback

Nimble Streamer supports RTSP TCP inteleaved playback for outgoing streams with full set of features like paywall and aliases. This enables Nimble to provide RTSP stream for both viewership and further re-transmission.

Recording

Nimble Streamer has DVR feature set which allows recording of incoming RTSP live streams for further playback via HLS and MPEG-DASH.

Pull by request

Nimble Streamer can create RTMP and HLS streams by request from pulled RTSP sources in case you have streams which you don't want to pull 24/7.
This is helpful when you have many stations or cameras which are not required to be transmuxed all the time.

Republishing

You can set up RTSP republishing for incoming announced and pulled streams.
This will allow you to bring live streams to edge servers to provide robust streaming.

Re-package into other live protocols.

Same transmuxing engine allows re-packaging RTSP content into the following protocols.

Hot swap

Hot swap capabilities allow switching between source origin and substitute streams with no glitches or artifacts:

Emergency hot swap to cover cases like U.S. Emergency Alert System.
Failover hot swap to show tuning table or other active channel in case the stream goes down.

Aliasing

Stream aliases are available for outgoing streams produced from RTSP. It allows defining flexible security settings and stats.

Publish control

RTSP publish control framework allows to secure your ingest points from unwanted streams. It has several levels of control including custom handler web app to apply your business logic to your broadcasting process. This is a must-have feature for mobile broadcasting.
Read this overview article to learn more about benefits of publish control framework and check the detailed setup description to see it in action.