AMP Visual TV IXI deploys MediorNet network for new DSNG production vans

AMP Visual TV has chosen Riedel’s MediorNet signal network for a new fleet of DSNG production vans to be used by the AMP Visual TV IXI subsidiary. In addition to MediorNet’s realtime transport of video, audio, and intercom signals, AMP Visual TV is benefiting from its decentralised video and audio routing and on-board signal processing capabilities

Backed by more than five years of experience operating MediorNet networks on major audiovisual productions, such as the 24 Hours of Le Mans and the Cannes Film Festival, AMP Visual TV has again demonstrated the importance of innovation and optimisation for its production facilities.

AMP Visual TV has established a true realtime network in which a MediorNet Modular frame is integrated into the DSNG vehicle to allow video and audio I/O and the generation of three Quad-Splits, two for the vehicle and one for the field. Two MediorNet Compact Pro frames complete the set-up over a redundant, self-healing fibre ring topology.

Two Riedel RockNet audio stage boxes are interfaced with the MediorNet Compact Pro frames over a Cat5 loop, enabling audio distribution to and from the Yamaha console in the vehicle, which also features a RockNet audio interface card. A Riedel Artist intercom matrix is also integrated into the setup, together with control panels for the vehicle, a commentary panel, and Performer digital partyline beltpacks distributed over the MediorNet network. To simplify control of the Riedel infrastructure, AMP Visual TV chose the Ember+ protocol through a VSM system.

“We focused our research on a solution which was modular, scalable, and reliable when IP infrastructures were only at their earliest stage,” said François Valadoux, chief technical officer and general manager of AMP Visual TV. “Our experience with MediorNet solutions in the field made this technology the obvious choice for the OB vans. With the ability to aggregate fibre technology with multiple video, audio, data, and intercom resources, we have reduced our set-up times without sacrificing reliability.”