This course covers OTT TV by primarily looking at the delivery of video streams using HTTP adaptive streaming. Both MPEG DASH and HLS are investigated. Hands on sessions primarily involve using Wireshark to analyse streams.
This course covers OTT TV by primarily looking at the delivery of video streams using HTTP adaptive streaming. Both MPEG DASH and HLS are investigated. Hands on sessions primarily involve using Wireshark to analyse streams.
There are no formal prerequisite courses, just a good knowledge of how IP works.
A good suggested course would be TCP/IP foundation for engineers
By the end of the course delegates will be able to:
What is OTT TV?
Broadcast vs OTT TV. Delivery over the Internet. Video providers vs ISPs. What is HTTP streaming? How is it kept secure? HTTP, not HTTP streaming, streaming protocol vs HTTP streaming, TCP vs UDP, not UDP and RTP for delivery, ABR streaming, standards.
Hands on: Using Wireshark for HTTP streams.
HTTP protocol stack
The whole stack, IP, TCP, UDP, IPv6, HTTP versions, HTTP packet structure, HTTP example GET and RESPONSE, HTTPv1.1, HTTPv2.0, HTTPv3.0, HTTP vs Flash, HTML 5.
Hands on: Analysing HTTP streams.
Adaptive bitrate streaming principles
Transcoding - transizing and transrating, bit rate encoding ladder. Video chunks, fragments, segments. Switching streams, manifest files - overview and examples, URLs.
Hands on: Client behaviours on a stream.
OTT TV streaming architecture
IPTV, OTT, The Internet. content providers, peering and transit, IX, peering arrangements, CDN, CDN servers, CDN providers, nearest servers, HTTP caching, Name resolution, DNS and multiple addresses, GSLB, anycast.
Hands on: Analysing CDN and Internet delivery.
TCP and HTTP streaming interactions
TCP connections, 3-way handshake, TCP and broadcasts, acknowledgments, sliding window, window size, the problem with TCP and HTTP, persistent and concurrent connections, performance of HTTPv1.1 and HTTPv2.
Hands on: TCP and HTTP.
MPEG DASH
Overview, stakeholders, architecture, codec agnostic, XML files, media presentation (MPD) XML files, segments, example MPD.
Hands on: MPEG DASH MPD analysis.
HTTP Live Streaming and others
HLS introduction, HLS overview, playlists, example playlist, Microsoft Smooth Streaming.
Hands on: HLS manifest analysis.
Tools
Bento4, Apple developer tools for HLS.
Hands on: Creating segmented content.
Security
TLS/SSL protocol, HTTPS, TCP and TLSv1.2, example TLSv1.2 client and server hello, TCP and TLSv1.3, QUIC timeline, QUIC layers, QUIC connections, QUIC streams, QUIC packets and frames, QUIC headers, QUIC encryption, QUIC acknowledgements, QUIC congestion control, QUIC handshake, content protection.
Hands on: Analysis of TLSv1.2, v1.3 and QUIC.
Summary
Streaming priorities, IPTV vs OTT, VOD vs live stream, HLS vs MPEG-DASH vs low latency, WebRTC.
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Experience Definitive OTT TV for engineers in a focused classroom environment in Finland. Bilginç IT Academy's carefully selected training venues provide a professional setting where delegates can interact directly with expert trainers and peers.
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Finland is globally recognized as a leader in education and high-tech innovation, particularly in the fields of mobile telecommunications and software engineering. Helsinki, Espoo, and Tampere form a powerful tech triangle, supported by the research excellence of Aalto University and a long history of pioneering technology. The Finnish tech culture is built on a foundation of early digital adoption, making it a world leader in IoT, cybersecurity, and gaming technology. Our IT training programs in Finland are designed for a workforce that demands the highest technical standards and precision. We focus on delivering advanced certifications in Network Security, Software Architecture, and Cloud Native development, ensuring that Finland continues to set the benchmark for technological sophistication in the Nordic region.
