ESL FACEIT Group and Gravity Media deployed a large-scale Riedel Communications infrastructure to manage live production for the 2026 Esports World Cup in Paris. The setup utilized 341 Bolero beltpacks and 140 MediorNet MicroN UHD units to handle complex RF environments and signal transport across eight competition stages.
The scale of this deployment demonstrates the increasing technical parity between major esports tournaments and traditional Tier-1 sports broadcasting. By utilizing a distributed MediorNet core to route 300+ camera sources across eight stages, ESL FACEIT Group has validated that software-defined signal transport can handle the extreme density of modern gaming events. This move signals a shift toward more flexible, high-capacity RF management strategies in crowded urban venues where spectrum is limited. Watch for whether this decentralized infrastructure model becomes the standard for multi-stage live streaming events requiring low-latency coordination across massive physical footprints.
Riedel Communications has been extending its MediorNet decentralized routing architecture into permanent venue installations alongside temporary event deployments like the Esports World Cup. Scotiabank Arena in Toronto implemented Riedel MediorNet MicroN UHD routers to replace a 12-year-old centralized routing system, with system integrator MVCC deploying 19 MicroN UHD units that allow the venue to switch between hockey, basketball, and concert configurations with a single button click. The arena also installed Riedel Artist intercom, Bolero wireless beltpacks, and SmartPanels as a unified communications ecosystem. Riedel's Peter Tsegaye noted that the venue selected MediorNet TDM over IP-based alternatives, with an upgrade path to MediorNet HorizoN reserved for a future IP transition. This permanent-installation model validates the same distributed routing philosophy that Gravity Media applied temporarily across eight stages in Paris.
The Esports World Cup Paris deployment itself was announced by Riedel at IBC2026, where the company highlighted several world firsts achieved during the seven-week run from July 6 to August 23, 2026. SVG Europe reported that the event achieved the highest density of Bolero wireless intercom beltpacks ever deployed in a single enclosed venue, with broadcasts delivered in 35 languages across all eight competition stages. The MediorNet core interconnected more than 140 MicroN UHD units spanning competition stages, four production areas, and additional technical support facilities, transporting signals from more than 300 camera sources alongside gameplay and graphic feeds. Gravity Media's Peter Newton described the distributed infrastructure as essential for adapting the system to the event's specific operational requirements.
From a production-technology standpoint, the Esports World Cup Paris deployment sits within a broader technical stack that ESL FACEIT Group has been refining across multiple editions. InBroadcast reported that ARRI ALEXA 35 Live cameras were integrated directly into the MediorNet infrastructure on the main stage, alongside specialty platforms including Trinity, Steadicam, Spidercam, and Technocranes. Camera operators carried Bolero beltpacks, linking image acquisition, signal transport, and crew communications within a single Riedel technology environment. This unified approach, where intercom, routing, and camera feeds share one network fabric, reduces the cabling and configuration overhead that traditionally multiplies when separate vendors handle each layer of a multi-stage production. For other permanent deployments, DTM deploys Riedel Easy5G for permanent onboard camera transmission infrastructure to further streamline signal management.
ESL FACEIT Group deployed a massive Riedel intercom and MediorNet infrastructure for the 2026 Esports World Cup in Paris. Supporting 2,000 players across eight stages, the setup handled over 300 camera sources. This deployment proves that software-defined signal transport can effectively manage the extreme technical density required for modern, large-scale esports events.
The deployment included 341 Bolero beltpacks and 140 MediorNet MicroN UHD units, creating the largest temporary network of its kind to manage signal transport and communications.
The infrastructure transported signals from over 300 camera sources, including ARRI ALEXA 35 Live systems used on the main stage.
It demonstrated that software-defined signal transport can handle the extreme density of modern gaming events, showing increasing technical parity between major esports tournaments and traditional Tier-1 sports broadcasting.
Technical teams utilized seven dedicated scanner antennas to monitor the 45,000-square-meter venue for RF interference throughout the event.
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