BMC TV has upgraded its UK core network infrastructure using Adtran’s FSP 150 packet edge switching and routing portfolio. The deployment, implemented by Fibre Technologies Ltd, supports 100Gbit/s Ethernet services with a future-proof migration path to 400Gbit/s for live sports broadcast distribution.
The transition to 100G and eventually 400G at the network edge reflects the intensifying bandwidth requirements of high-tier live sports broadcasting. By implementing a deterministic, software-defined architecture, BMC TV can manage the volatile capacity needs of major events like the FIFA World Cup without sacrificing latency. This move signals a broader industry shift toward packet-based aggregation that replaces rigid legacy systems with flexible, scalable routing. As live production moves toward higher resolutions and more complex remote workflows, the ability to reconfigure network resources via software becomes a critical competitive advantage. Watch for whether other regional UK broadcasters adopt similar 400G-ready packet edge solutions to keep pace with rising data volumes.
The deployment of remote production center infrastructure is increasingly common as broadcasters seek to centralize operations and reduce on-site hardware footprints. Many firms are also looking to prioritize edge infrastructure to improve overall live production efficiency, a trend supported by Comcast Fastly edge integration which embeds programmable software across compute centers.
BMC TV has upgraded its UK core network to a 100Gbit/s Ethernet infrastructure using Adtran FSP 150 technology. Managed by Fibre Technologies Ltd, this software-defined architecture allows for rapid capacity reconfiguration. This upgrade is critical for handling the high bandwidth demands of major live sports events like the FIFA World Cup.
The upgrade utilizes the Adtran FSP 150 packet edge portfolio, including the Mosaic Network Controller and Packet Director for software-driven orchestration.
Fibre Technologies Ltd led the solution design and implementation for the nationwide LMX Live network.
Yes, the architecture includes a defined migration path to 400Gbit/s to accommodate future live production workflows and rising data volumes.
It allows broadcasters to manage volatile capacity needs for major events without sacrificing latency, replacing rigid legacy systems with flexible, scalable packet-based aggregation.
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