Haivision and Riedel partner to achieve sub-100ms latency via private 5G

This collaboration addresses the critical requirement for deterministic connectivity in dense broadcast environments where public cellular networks often suffer from congestion. By bypassing public infrastructure, the workflow provides a guaranteed quality of service essential for high-stakes live sports and remote production. Within the broader ecosystem, this move signals a shift toward private 5G as a viable replacement for traditional RF and cable-heavy setups, offering greater mobility without sacrificing the low latency required for real-time intercom and video returns. Industry observers should track the adoption rates of the Easy5G managed service model among Tier-1 broadcasters at IBC2026.

Haivision has been expanding its footprint in private 5G-enabled production workflows well before the IBC2026 demonstration. In early 2026, Haivision announced that its Falkon X2 transmitter had been selected by a major European broadcaster for stadium-based remote production, citing the device's ability to maintain HEVC-encoded video at bitrates below 20 Mbps while sustaining glass-to-glass latency under 200 milliseconds over bonded cellular links. The company's broader strategy has leaned on partnerships with network infrastructure providers to offer turnkey solutions rather than standalone hardware, a positioning that aligns directly with the Riedel collaboration. Riedel Communications, for its part, has been building out the Easy5G platform as a managed service since its initial reveal. Riedel confirmed in May 2026 that Easy5G had been deployed at three Formula 1 circuits during the 2026 season, providing dedicated 5G connectivity for onboard cameras, pit-lane video returns, and real-time telemetry. That deployment demonstrated the platform's capacity to handle high-density RF environments where dozens of simultaneous video streams compete for spectrum, a scenario directly analogous to the live sports use case Haivision and Riedel are targeting at IBC2026.

The business model behind private 5G for broadcast is shifting from capital expenditure to operational expenditure, and both Haivision and Riedel are positioning accordingly. Riedel's Easy5G is offered as a fully managed service with per-event pricing, allowing broadcasters to avoid the cost and complexity of acquiring spectrum licenses and deploying core network equipment themselves. This approach mirrors a broader trend in the broadcast technology market. A 2026 report from Omdia estimated that the private 5G market for media and entertainment would reach $1.2 billion by 2029, driven primarily by live sports and large-scale event production. The managed-service model lowers the barrier for mid-tier broadcasters who cannot justify dedicated spectrum investments but still need deterministic low-latency connectivity for remote production workflows.

On the technical side, independent testing has validated the latency claims that underpin the Haivision and Riedel partnership. A 2026 study by the European Broadcasting Union measured end-to-end latency of 87 milliseconds for a private 5G video contribution link using Haivision StreamHub as the receiver, confirming that sub-100ms performance is achievable under controlled conditions with proper network slicing. The study also found that latency variance remained below 5 milliseconds across 10,000 test transmissions, a stability metric that public cellular networks typically cannot guarantee. Meanwhile, competing approaches continue to emerge. Dejero announced in July 2026 that its WayPoint platform had achieved 95-millisecond latency over a private 5G testbed in partnership with a Canadian carrier, signaling that the sub-100ms threshold is becoming a competitive benchmark across the mobile video transmitter market rather than a differentiator unique to any single vendor.