Rick Seegull (Riedel)
This session will explain the differences between NMOS specifications IS-04, IS-05 and IS-06. It will also provide a behind the scenes look into IS-04 and IS-05.
Martin Dyster (Telos)
Telos Infinity IP Intercom is a complete reimagining of broadcast communications technology developed by the Telos Alliance engineering team that invented AoIP for broadcast in 2003. Infinity replaces outmoded matrix technology with an advanced, distributed fully AES67 compliant network solution that provides superior functionality in a simplified, more elegant form. Being matrix-free allows plug-and-play networked hardware and software devices to be added to the system as part of a planned or ad-hoc change, without ever worrying that you might exceed the number of available ports on a matrix.
Anthony Kuzub (AIMS)
An exploration of the AES67 standards document. Experience an overview of the basics of synchronization, transport, audio encoding, packet timing, buffering mechanisms, and sessions description.
Rick Seegull (Riedel)
This session will provide a comparison between the broad specification of AES67 and SMPTE 2110-30 requirements.
Jeff Berryman (OCA Alliance)
The growth of IP networking technology is giving rise to larger IP projects, in which media networks may interconnect large facilities – campuses, studio complexes, and cities. For such projects, it is important to provide a full range of features, extending from overall asset and workflow management down to detailed control of device operating parameters. This talk offers a two-layer design concept to help cover this range, and examines how current standards fit into the picture.
Ken Tankel (Telos)
Kevin Gross (AIMS)
Bill Rounopoulos (Ross Video/ALC Networx)
This session will explore how AES67 and open networking solutions such as RAVENNA allow multiple vendors to innovate and solve problems in particular markets & applications, without depending on a single supplier.
Patrick Killianey (AIMS)
This session will examine the network technologies used to optimize a network for modern media transport. With this knowledge, attendees will have a much better understanding of how to manage networks with mixed traffic and have the basic knowledge to begin diagnosing networked audio issues. This session will cover TCP vs. UDP, Unicast vs. Multicast and Quality of Service (QoS).