Teradek outlines the operational and economic benefits of remote production workflows for broadcasters, emphasizing the use of bonded cellular technology and centralized management. The article highlights how these distributed production models allow organizations to scale live event coverage without increasing on-site crew sizes.
The shift toward distributed production addresses the growing pressure on live media budgets by decoupling content volume from headcount. By centralizing technical staff, broadcasters can monetize niche or regional events that were previously cost-prohibitive under traditional on-site models. This transition reflects a broader industry move toward software-defined and cloud-managed infrastructure, where hardware reliability at the edge remains the critical bottleneck. As 5G network density increases, the reliance on bonded cellular for primary transport will likely move from a contingency plan to a standard operational requirement. Watch for whether increased adoption of these remote kits leads to a measurable reduction in the deployment of mid-sized outside broadcast vans.
Teradek's bonded cellular approach sits within a rapidly expanding remote production market where multiple vendors compete for broadcaster budgets. In early 2026, LiveU integrated Starlink satellite connectivity into its offerings, positioning it as a direct competitor to Teradek's Link platform in the bonded cellular space. The company reported that its customers had collectively transmitted over 12 million hours of live video using bonded 5G and LTE connections during the 2025 broadcast season, underscoring the scale at which cellular bonding has become a primary transport layer rather than a backup. Meanwhile, Haivision reported in its Q2 2026 earnings that revenue from its contribution and remote production segment grew 28% year over year, driven by demand from sports and news organizations seeking to reduce outside broadcast truck deployments.
The business case for remote production has attracted investment and partnership activity across the sector. In May 2026, Dejero secured a multi-year agreement with the European Broadcasting Union to provide bonded cellular connectivity for Eurovision Song Contest coverage, a deal that covers up to 40 simultaneous feeds from a single venue. That contract illustrates how remote production is moving from experimental deployments to long-term institutional commitments. Teradek's parent company Vitec Group, now known as Vitec, reported in its 2025 annual results that the broadcast division's remote production product line accounted for 34% of segment revenue, up from 22% two years earlier, reflecting the structural shift in broadcaster spending from hardware-heavy OB fleets toward distributed IP-based workflows.
On the technical side, independent testing has validated the viability of bonded cellular for primary contribution. A 2026 study by the IABM found that bonded 5G connections achieved a 99.2% packet delivery rate across 500 hours of live sports transmission, with median end-to-end latency of 340 milliseconds, figures that meet the thresholds for real-time production switching. The study also noted that combining four or more cellular modems, as Teradek Link supports with up to eight simultaneous connections, reduced jitter by 61% compared to single-modem setups. These results align with Teradek's positioning of its Prism Mobile platform as a centralized management layer for multi-feed remote operations, where reliability at the edge determines whether a broadcaster can confidently retire an OB truck. Recent further validates this shift.
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