UMA Technology: Streaming Protocol Comparison - RTMP, WebRTC, FTL, SRT
A comparative analysis of streaming protocols RTMP, WebRTC, FTL, and SRT, focusing on aspects such as latency, reliability, and error management. This resource is beneficial for developers seeking to understand the performance characteristics of these protocols in various streami
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Related resources
- Harnessing WebRTC for Large-Scale Live StreamingACM SIGCOMM 2025 paper on scaling WebRTC for large-audience low-latency live streaming.
- Performance of Low-Latency HTTP-based Streaming PlayersMMSys'21 paper comparing AVPlayer, Shaka, HLS.js, and Dash.js performance under LL-HLS and LL-DASH.
- Latency Target based Analysis of the DASH.js PlayerTrace-driven testbed evaluation of ABR-vs-latency-target tradeoffs in dash.js low-latency streaming.
- FOSDEM 2020: Which Video Network Streaming Protocol Should I Use?FOSDEM Open Media devroom talk comparing SRT, RTSP, RIST, WebRTC, HLS and DASH for live video network streaming use cases.
- RIST vs SRT: Technical ComparisonElecard's technical deep-dive comparing RIST and SRT low-latency transport protocols.
- KTH Thesis: Interoperable Retransmission Protocols for Low-Latency Video (RIST/SRT)Master's thesis academic evaluation comparing RIST and SRT retransmission protocols for low-latency video contribution.
- low-latency-dash-ffmpegDockerized ffmpeg reference configuration for LL-DASH per-frame moof chunk streaming.
- FOSDEM 2024: Streaming Live Using RIST On Demand to ThousandsFOSDEM Open Media devroom talk on a real-world RIST architecture achieving 500ms glass-to-glass latency at scale, comparing RIST vs QUIC.
- RTMP: A Quick Deep-DiveBroadcast Knowledge conference talk video deep-diving RTMP protocol internals and its displacement by SRT/RIST/Zixi in modern contribution…
- The Analysis of DASH Manifest OptimizationsAmazon-authored ACM Green Multimedia Systems workshop paper analyzing MPD manifest size optimization techniques.