‘Real World IP’ Event Video Series: Part 6 - Norbert Paquet - sony
Part 6 in our series from ‘Real World IP’, a one-day seminar event from The Broadcast Bridge held at BAFTA in London, Norbert Paquet, Head of Product Management – Sony Europe, discusses system architectures, network control, and the business benefits of IP.
After providing an update on the current ST2110 family of specifications, Paquet goes on to discuss the achievements of AMWA and the status of the current NMOS family of specifications, and then explains the EBU Tech 3371 recommendation for the Technology Pyramid for Media Nodes.
To gain the optimum IP solution, Paquet argues there must be a change in mindset, that is, to identify the abstraction between the physical layers and the logical layers as the fibers carry everything – video layers, tally, comms, control, reverse vision, etc.
Watch the video; HERE.
Please note you must be logged in to access this video.
You might also like...
Standards: Video - Advanced Video Coding (AVC)
AVC remains one of the most widely deployed video codecs in the world, but navigating its profiles, levels and signaling mechanisms is far from straightforward.
Network Traffic Engineering: RIST & SRT - The Success Of ARQ Based Protocols
IP networks are inherently unreliable. We kick off this series on IP Network Traffic Engineering with a look at how RIST and SRT give broadcast engineers user-configurable control over the latency-versus-reliability trade-off for real-time media streaming.
Standards: Video - Standards For Video Coding
From 4K to 32K, the demand for ever-larger video formats is pushing codec technology to its limits. This guide surveys the landscape of video coding standards – from legacy MPEG formats to AI-driven neural network compression – to help navigate the choices sha…
Broadcast Standards 2026 – Video Coding
Video coding was developed to deliver video conferencing services over low-bandwidth modem connections, but modern demands for ever-larger video formats are pushing codec technology to its limits.
Network Traffic Engineering: Part 1
IP networks are inherently unreliable. They always have been – it is literally designed in as a feature.