Riedel Provides Comms, Broadcasting, And Event IT Support For European Championships Munich 2022
Riedel Communications provided the Munich 2022 Local Organizing Committee (LOC) with communications, broadcasting, and event IT support for the European Championships 2022, which took place August 11-21 in Munich, Germany.
Riedel technicians laid more than 1,600 km of fiber to establish a robust network infrastructure for the event, while the company’s MediorNet distributed AV platform delivered signal routing and processing and its Artist digital matrix and Bolero wireless intercom systems provided reliable communications for production crews.
Bringing together the existing championships of Europe’s leading sports into one multi-sport event — the largest to take place in Germany since the 1972 Summer Olympics — the European Championships featured more than 4000 athletes from 50 countries competing in 175 medal events across nine Olympic sports. The 11-day event — for which the LOC served as the host broadcaster — was held at the Olympic Park in Munich, in addition to other locations throughout the city, including the Königsplatz and Odeonsplatz.
At the Olympic Park, Riedel distributed three 10Gbit internet lines to production, media/press, and commentary areas, while providing a WLAN with over 300 access points. For production crew communications, the company installed an Artist digital matrix intercom network consisting of 10 Artist-64 and 11 Artist-1024 intercom nodes, with 450 SmartPanels for control located throughout various control rooms. The Artist platform integrated seamlessly with Riedel’s Bolero wireless intercom system, which consisted of over 400 Bolero wireless beltpacks and 168 antennas in the event and host production areas. In addition, 2,500 radios were used in the production, which Riedel supported by installing nine TETRA radio systems.
Riedel’s MediorNet installation was the heart of signal distribution for the European Championships. The system consisted of over 250 nodes including MicroN and MicroN UHD devices, in addition to 11 VirtU frames for media signal processing and SDI-to-IP conversion. Centrally controlled from the Technical Operation Center (TOC), the system was used to supply rights holders in the International Broadcast Center (IBC) and Olympic Park venues with signals. In addition, unilateral signals and host lines were transmitted to external venues, which were redundantly connected via Dark Fiber. Four Riedel technicians were on-site at each of these venues to handle event production for spectators.
You might also like...
NAB Show 2024 BEIT Sessions Part 1: ATSC 3.0 And TV RF
A full-time chief engineer in good relationships with manufacturer reps and an honest local dealer should spend most of their NAB Show time immersed in BEIT sessions. It’s an incredible opportunity to learn from and personally question indisputable industry e…
Designing IP Broadcast Systems: Part 2 - IT Philosophies, Cloud Infrastructure, & Addressing
Welcome to the second part of ‘Designing IP Broadcast Systems’ - a major 18 article exploration of the technology needed to create practical IP based broadcast production systems. Part 2 discusses the different philosophies of IT & Broadcast, the advantages and challenges…
5G Broadcast: Part 6 - Technical Dive Into 5G Broadcast & New 3GPP Standards
Standards bodies and mobile technology developers are putting the finishing touches to 5G Multicast and Broadcast. These include enabling seamless switching between unicast and multicast, and equally transparent roaming for users as they move between mobile cells. There is also…
Standards: Part 5 - Standards For Audio Coding
This article describes the various AES, MPEG, Proprietary and Open Standards that pertain to audio.
The Streaming Tsunami: Securing Universal Service Delivery For Public Service Broadcasters (Part 2)
This is the second part of our discussion of one of the biggest challenges for national Public Service Broadcasters; how to maintain their obligation for universal service in a future landscape where audiences have migrated to streaming as their primary…