The 2026 Esports World Cup in Paris utilized a large-scale Riedel infrastructure to manage communications and signal distribution across eight competition stages. The production deployed 341 Bolero wireless intercom beltpacks and 140 MediorNet MicroN UHD units to support a 35-language broadcast for the event.
The successful execution of this large-scale Riedel infrastructure demonstrates that distributed signal processing can now handle the extreme density required by multi-stage esports tournaments. By centralizing 140 MediorNet units to manage 300 camera sources, the production proves that software-defined hardware can replace traditional fixed hubs in massive temporary installations. This shift toward high-density wireless and distributed routing provides a blueprint for other Tier 1 live events facing congested RF environments and complex multi-language requirements. Industry observers should monitor how this decentralized signal architecture influences the design of future Olympic-scale broadcast centers.
The project highlights the growing trend of remote production in large-scale international events, where signal reliability and low-latency routing are critical for maintaining broadcast quality across multiple stages. This approach is increasingly supported by hyperconverged infrastructure to streamline complex workflows, a strategy also seen in recent IP-based production transitions. Recent testing of 25G Quasi-Coherent transceivers further underscores the industry's push for higher bandwidth in these distributed environments, a shift toward universal IP-based production that is rapidly becoming the standard.
The Esports World Cup in Paris established a new benchmark for high-density RF environments by successfully deploying 341 Riedel Bolero wireless intercom beltpacks. This massive infrastructure, managed by ESL FACEIT Group, demonstrates that distributed signal processing can effectively handle the extreme technical demands of multi-stage, large-scale esports tournaments.
The production deployed 341 Riedel Bolero wireless intercom beltpacks to manage communications across the event venue.
The signal backbone utilized 140 MediorNet MicroN UHD units to transport feeds from 300 camera sources, including ARRI ALEXA 35 Live systems.
Technical teams utilized seven dedicated scanner antennas and coordinated with the French National Frequency Agency to manage the spectrum and prevent RF interference.
ESL FACEIT Group collaborated with Charco and Gravity Media to integrate communications across the 45,000 square meters of event space.
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