Over 330 industry professionals attended the SVG TranSPORT 2026 conference in New York to discuss the impact of C-Band spectrum reallocation and emerging transmission technologies. The event featured technical sessions on LEO satellite, IP-based backhaul, Media over QUIC, and the infrastructure requirements for large-scale remote production.
The loss of dedicated C-Band capacity forces a fundamental shift from reliable but shrinking satellite footprints to diversified IP and LEO architectures. This transition accelerates the adoption of protocols like RIST and Media over QUIC to mitigate the inherent risks of public internet and Ku-band rain fade. For the broader ecosystem, this move signals the end of satellite-only contribution, requiring vendors to provide hardware that supports seamless switching between 5G, fiber, and orbital paths. Watch for the FCC's final repack timeline to trigger a surge in terrestrial backhaul investment among regional sports networks and national broadcasters.
As broadcasters move toward centralized remote production and IP workflows, the need for robust, redundant transport layers has become a primary operational focus.
The FCC is repurposing 160 MHz of C-Band spectrum for 5G, forcing broadcasters to move away from traditional satellite-only contribution. To maintain reliability, networks like CBS, NBC Sports, and FOX Sports are adopting hybrid models using LEO satellites, IP backhaul, and protocols like Media over QUIC to ensure seamless live sports transmission.
The FCC is repurposing 160 MHz of C-Band spectrum for 5G use, which reduces the dedicated capacity previously available for sports broadcasting.
Broadcasters are shifting toward hybrid transport models that utilize LEO satellites, IP backhaul, and public internet infrastructure supported by protocols like RIST and Media over QUIC.
FOX Sports utilized an all-IP network to link production hubs in Dallas, Los Angeles, and Tempe, incorporating automated failover to ensure circuit redundancy.
Media over QUIC is being positioned as a sub-second transport layer designed to unify contribution and distribution over standard internet infrastructure.
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