MineMedia details 5G-enabled video transmission hardware for diverse verticals

The increasing availability of 5G infrastructure expands options for reliable, high-bandwidth video contribution from remote and live event locations. This move by MineMedia positions them to address evolving needs for secure and efficient video transport across multiple industries traditionally reliant on dedicated infrastructure or less flexible solutions. As 5G networks become more ubiquitous and reliable, watch for broader adoption of cellular bonding technologies in live production workflows, particularly for events and applications requiring agile deployment.

MineMedia has recently showcased its 5G video return system, powering SAIC Volkswagen's ID.3 booth at the 2025 Shanghai Auto Show (MineMedia, April 2025). This deployment utilized Mine Media's C300 live broadcast backpack and A318H video receiver to transmit three high-definition video streams in real-time. In an earlier application, MineMedia's multi-camera workflow provided live coverage for the 2024 Tour of Lhasa Cycling Race, employing eight Q8S 5G bonding encoders and an R10 5G bonding switcher to handle 11 video feeds (MineMedia, April 2025). The company also introduced last year its MINE Encoder Series Bonding Server Subscription Plan, detailing the principles behind its aggregation server, including parallel transmission across multiple network links, dynamic allocation decisions based on network quality, and Forward Error Correction (FEC) for stable video streaming (MineMedia, May 2023). Additionally, MineMedia's C300/C350 live streaming backpacks support hotspot routing with up to eight-link network aggregation, combining 5G/4G, Wi-Fi, Ethernet, and dongle connections for enhanced stability in varied environments (MineMedia, undated).