AMP VISUAL TV Expands OB Van Fleet Built On Riedel Technology
Once logged in you can set content preferences to let us know what you are interested in and whether you want to receive email from us.
Already Registered? Login
AMP VISUAL TV has completed yet another of its state-of-the-art OB vans, equipped with a Riedel MediorNet real-time media network and Riedel’s wired and wireless intercom systems, just in time for the Rugby World Cup in France.
With the launch of Millenium Signature 19, AMP VISUAL TV continues the expansion of an OB van fleet that leverages Riedel technology to facilitate flexible interconnection between mobile production trucks and an agile, fully modular approach to any kind of live production.
The unique TDM/IP ST 2110 hybrid capability of MediorNet networks has proved extremely valuable in supporting a smooth and safe transition to IP, and its distributed nature enables numerous advantages for AMP VISUAL TV, including plug-and-play interconnection of different production vehicles or control rooms in a powerful and highly agile operational workflow. To support flexible communications, AMP VISUAL TV has employed the latest Artist-1024 node from Riedel, as well as the company’s game-changing SmartPanel series concept, where a user interface can be turned not only into a comms panel but also a control panel and an audio monitoring panel. Providing reliable, high-quality wireless communications, Riedel’s Bolero intercom system likewise plays a critical role in daily operations.
AMP VISUAL TV’s implementation of Riedel technology extends beyond its OB vans, as the company’s Media Center and numerous TV studios rely on a redundant telecom backbone — also built on Riedel technology — around Paris. All of these resources will be vital as the company takes on some of the world’s largest, and most popular, sports competitions in the coming year.
You might also like...
Essential Guide: Delivering Intelligent Multicast Networks
This Essential Guide discusses the potential weaknesses of the ‘Protocol-Independent Multicast’ protocols that underpin multicast, and explores how a bandwidth aware infrastructure can maximize network capacity to reduce the risk of congestion.
Standards: Part 16 - About MP3 Audio Coding & ID3 Metadata
The MP3 audio format has been around for thirty years and has been superseded by several other codecs – so here we discuss why it still has a very strong position in broadcast. We also discuss ID3 metadata tags which often a…
HDR Picture Fundamentals: Brightness
This article describes one of the fundamental principles of broadcast - how humans perceive light, how this relates to the technology we use to capture and display images, and how this relates to HDR & Wide Color Gamut
Virtualization - Part 2
In part one, we saw how virtualization is nothing new and that we rely on it to understand and interact with the world. In this second part, we will see how new developments like the cloud and Video Over IP…
Standards: Part 15 - ST2110-2x - Video Coding Standards For Video Transport
SMPTE 2110 and its related standards help to construct workflows and broadcast systems. They coexist with standards from other organizations and incorporate them where necessary. In an earlier article we looked at the ST 2110 standard as a whole. This time we…