Low-Latency Streaming Tools

About this collection

Low-Latency Streaming Tools is a focused collection within Protocols & Transport, with 51 curated resources.

Resources (showing 1–24 of 51)

• Cloudflare: MoQ — refactoring real-time media stackTechnical writeup on Media over QUIC and Cloudflare's first production MoQ relay network for real-time media.
• DASH-IF Low Latency Modes for DASH (Community Review r8)DASH-IF spec-body report defining low-latency live DASH: chunk addressability, availabilityTimeOffset/availabilityTimeComplete, chunked HTT…
• Eyevinn SRT-WHIP GatewayDockerized gateway converting SRT/MPEG-TS input into WHIP (WebRTC) output for low-latency contribution-to-egress bridging.
• Eyevinn WHIPOpen source client and server modules for WHIP (WebRTC-HTTP Ingestion Protocol), Apache 2.0, WHEP egress tested with Eyevinn player.
• FFmpeg-WHIP-WHEPAdds WHIP/WHEP protocol support to FFmpeg via libdatachannel, enabling FFmpeg as a WebRTC ingest/egress endpoint.
• Facebook go-media-webtransport-server — WebTransport/QUIC media serverExperimental WebTransport (QUIC) media server for ultra-low-latency live streaming (<60ms) with VOD/rewind support; Media-over-QUIC style d…
• Fastly Compute LL-HLSFastly Compute@Edge application for LL-HLS playlist manipulation and request collapsing at the edge for sub-second segment delivery.
• Harnessing WebRTC for Large-Scale Live StreamingACM SIGCOMM 2025 paper on scaling WebRTC for large-audience low-latency live streaming.
• LL-HLS ABR Demo (hls.js)Interactive companion demo to the ACM MM'22 study comparing low-latency ABR behaviour in LL-HLS and LL-DASH implementations.
• Latency Target based Analysis of the DASH.js PlayerTrace-driven testbed evaluation of ABR-vs-latency-target tradeoffs in dash.js low-latency streaming.
• Low Latency Live StreamingTalk deck on low-latency live streaming with Apple LL-HLS and CMAF — chunked transfer, latency budgets and player behaviour.
• Low Latency Live Streaming Implementation in DASH and HLSACM MM'22 paper (Bentaleb et al.) on low-latency live streaming implementation, code contributions merged into hls.js.
• Meetecho: Bridging MoQ and WebRTCTechnical blog detailing a Janus plugin bridging WHIP/WHEP to Media over QUIC, with architecture details.
• Meta moq-encoder-playerMeta's minimal in-browser Media-over-QUIC live encoder and player for IETF MOQT interoperability testing.
• MoQ Ecosystem DirectoryDirectory indexing Media over QUIC implementations: players, relays, servers and libraries across languages and MOQT draft versions.
• Node.js WHIP/WHEP Server Libraries (Meetecho)Meetecho's writeup of their Node.js WHIP and WHEP server libraries, from the team behind Janus and involved in the specs themselves.
• OvenMediaEngine Low-Latency HLS ConfigurationConcrete LL-HLS publisher configuration for OvenMediaEngine, including the HTTP/2 requirement and part/segment tuning — the most documented…
• 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.
• Pion WHIP/WHEP Reference Server ExampleRoughly 200-line Go reference implementation of a WHIP ingest plus WHEP playback server on Pion, publishable from OBS or GStreamer and play…
• Point Cloud Streaming with Latency-Driven Implicit Adaptation using MoQ2025 paper applying Media-over-QUIC (MoQ) transport to low-latency adaptive point-cloud streaming.
• Project LightspeedSelf-contained OBS-to-browser streaming stack using FTL and WebRTC for sub-second latency.
• Shaka Packager: Low Latency TutorialOfficial Shaka Packager docs showing a chunked CMAF low-latency DASH pipeline (ffmpeg → packager → dash.js).
• Ultra Low-Latency HLS: Real-World Experiments and Results (2025)Measured 2025 experiments comparing LL-HLS and Media over QUIC latency, including a MoQ implementation for MediaMTX reaching about 200 ms.
• Ultra-low Latency Video Delivery Over WebRTC Data ChannelsMile-High Video 2024 paper on achieving ultra-low latency video delivery using WebRTC data channels.