Bridge Technologies explores the paradox of IP convergence and operational complexity
Simen K. Frostad, Chairman of Bridge Technologies, argues that while industry convergence on IP standards simplifies transport, it paradoxically increases operational complexity for broadcasters. He advocates for the use of unified monitoring and visibility tools across hybrid SDI, satellite, and OTT workflows to manage this growing technical fragmentation.
Key Takeaways
- Frostad identifies a conflict where IP transport simplification results in more variables to track across hybrid SDI and IP environments.
- The VB330 probe manages compressed distribution for IP, RF, satellite, and OTT by supporting TS, CMAF, HLS, and DASH via one interface.
- Uncompressed production monitoring for ST 2110 and ST 2022-6 is handled by the VB440, while the VBC system aggregates data across the fragmented chain.
- Effective visibility, rather than fewer standards, is cited as the primary solution for managing modern operational fragmentation.
Why It Matters
The transition to IP is no longer about simple protocol replacement but about managing the resulting explosion in operational variables. As broadcasters move signals through simultaneous satellite, SRT, and CDN paths for redundancy, the lack of unified visibility becomes a critical failure point. This puts pressure on the test and measurement sector to evolve from simple signal validation to comprehensive system-wide observability. For the broader ecosystem, it highlights that reaching 'all-IP' status does not inherently lower opex if staffing costs rise to manage increased complexity. Watch for a shift in RFP requirements toward monitoring tools that natively bridge the gap between broadcast engineering and IT network management.
Additional Context
The industry's technical shift is reaching a tipping point as legacy hardware faces mounting pressure from modern distribution requirements. Per Haivision’s 2026 Broadcast Transformation Report, while 30% of broadcasters now use ST 2110—up from 26% in 2025—a staggering 82% of operations still rely on SDI backbones. This persistent reliance on legacy systems necessitates the long-lived hybrid architectures Frostad describes, as full facility forklift upgrades remain cost-prohibitive for many regional operators. Simultaneously, the standard landscape is expanding to address specific sector needs. Per reports from ISE 2026 in May, the AIMS Alliance officially launched the Internet Protocol Media Experience (IPMX) as a certifiable open standard. While ST 2110 remains the benchmark for deterministic broadcast production, IPMX is emerging as the pragmatic choice for ProAV and corporate media environments due to its flexibility on standard 1 GbE networks. This diversification confirms that 'convergence' is resulting in a family of related standards rather than a single universal protocol. Technical complexity is also migrating from physical cabling to software configuration. Per TV Technology in May 2026, modern IP facilities rely on address plans and multicast ranges rather than visible cable paths, creating a skills gap for traditional broadcast engineers. Consequently, the global broadcast media monitoring market is projected to reach $6.71 billion by 2034, according to DataIntelo, as operators prioritize real-time tracking of brand mentions and signal integrity across these increasingly software-defined, multi-channel pipelines.
Read full article at tmbroadcast.com
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