Vivid Broadcast has implemented a remote production workflow using Intinor's Direkt routers and Bifrost Reliable Transport to support its multi-year Women’s Super League contract. The deployment achieves 0.7-second glass-to-glass latency over public internet connections by utilizing dual ISP path bonding and HEVC transport.
The implementation of sub-second latency over public internet validates the viability of high-tier sports production without dedicated fiber backhaul. By achieving 0.7-second glass-to-glass speeds, Vivid Broadcast addresses the primary friction point in remote workflows: the sensory gap between onsite presenters and offsite directors. This shift toward software-defined scalability and HEVC transport allows mid-tier rights holders to maintain broadcast-grade visual fidelity while reducing the overhead of traditional outside broadcast units. Watch for whether Vivid adopts SMPTE ST-2110 or 10-bit color depth in future Women’s Super League cycles as their Intinor hardware roadmap evolves.
The industry is increasingly moving toward cloud-based video production tools to streamline remote workflows and eliminate the need for physical file transfers.
Vivid Broadcast has successfully implemented Intinor hardware to achieve 0.7-second glass-to-glass latency for Women’s Super League remote production. By utilizing HEVC transport and dual ISP path bonding over public internet, the company eliminates the need for dedicated fiber backhaul, effectively bridging the sensory gap between onsite presenters and offsite directors.
Vivid Broadcast uses Intinor hardware, including seven high-density Direkt routers and a Direkt receiver, to manage remote production workflows for the Women’s Super League.
The system achieves 0.7-second glass-to-glass latency by using HEVC transport at 25Mbps combined with Bifrost Reliable Transport for network redundancy via dual ISP path bonding.
Yes, the current deployment is capable of supporting up to six concurrent matches while maintaining sub-second latency.
Real-time monitoring is managed through the Intinor Direkt Management interface, which allows operators to isolate SDI or network signal degradation.
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