Thursday June 24, 2021 1:00 pm - 2:30 pm EDT
Are you planning to build, or have you built a ST 2110 system with PTP for time transfer across the network? If so, how do you plan to monitor the health of the networked timing core of your brand-new facility?
The master clock distribution is now ‘in-band’. This means that each and every system element can impact the overall time transfer capabilities and accuracy in a way that was never present in conventional systems.
While PTP does provide fault tolerance capabilities, as every point in the network can now influence the overall performance, performance degradation of time transfer is not always understood.
With networks comes network-wide monitoring and as vendors have implemented diverse means to query and display timing related information, unfortunately this has also caused a “Tower of Babel” issue. System engineers may not be fully aware of best practices and can be surprised at the interactions between networked devices.
SMPTE RP 2059-15 is tasked with creating a data model that provides a unified framework for reporting the relevant timing information. Having drawn upon existing industry efforts and reached out to other timing communities in parallel industries, it has defined a template for enabling coherent timing representation for all timing devices part of a SMPTE 2110 system.
Equipment vendors and broadcast system engineers can learn how, if they adopt this Recommended Practice, they can benefit from the scale of network interoperability, and commonality of tools to help diagnose problems that may appear in one part of the network but are caused by a device in an apparently completely unrelated area.
Guest Speaker: Thomas Kernen
Thomas Kernen is a Senior Staff Architect at NVIDIA. His main area of focus is defining architectures for transforming the broadcast industry to an All-IP infrastructure. He is a SMPTE Fellow, serves as co-chair of SMPTE’s 32NF committee and is a member of the IEEE Communications and Broadcast Societies. Thomas has served for many years as the editor of the Digital Video Broadcasting (DVB) for the TS 101 154 “Specification for the use of Video and Audio Coding in Broadcasting Applications based on the MPEG-2 Transport Stream” supported by millions of digital receivers worldwide. Additionally, he has authored over 20 publications in leading journals, holds multiple patents that cover both network and video coding optimizations for media transport and delivery. Kernen is a frequent speaker at leading industry events both in broadcast and networking industries. Prior to joining Mellanox (acquired by NVIDIA), Kernen spent over 20 years in the IP industry including driving Cisco’s entry into live media production, co-founding Internet Service Providers, Telecom carriers and architecting Fiber to the Home networks.
Guest Speaker: Prin Boon
Prin is responsible for the market analysis and roadmap development for PHABRIX test & measurement products with a particular focus on high dynamic range (HDR) and ST 2110. With over 35 years of hands-on industry experience, Prin has worked on the design of several generations of studio equipment throughout the Broadcast Production chain and video processing for Professional Rental and Staging. More recently he has been deeply involved in the experimentation, testing and deployment of live HDR and wide colour gamut (WCG) production systems. He has also worked on the development of next-generation audio (NGA) in live production, the transmission standards for both DVB HDR video and next-generation audio, and the colourimetry for digital cinema. Current work includes the development of a SMPTE Recommended Practice for a YANG data model for Precision Time Protocol (PTP) in Broadcast Systems, and ongoing developments in the SMPTE 2110 suite of standards and AMWA NMOS. Prin is a SMPTE Fellow, a member of the IEEE and the AES - is a past chair of AES UK and has been an IBC technical papers assessor for many years. He has been awarded several patents and is a frequent participant in industry events.