Video router market to grow 6.9% as broadcasters dump legacy SDI
A market forecast report projects a 6.9% CAGR for the video router market through 2033, fueled by the industry transition from baseband SDI to IP-based SMPTE ST 2110 architectures. The report highlights emerging demand for software-defined routing, cloud-native control, and hardware capable of supporting 4K/8K production workflows.
Key Takeaways
- Market growth is primarily driven by the migration to SMPTE ST 2110 IP video routing standards across global broadcast facilities.
- Hardware vendors are pivoting toward modular, hybrid systems that bridge the gap between 12G-SDI baseband and cloud-native IP control layers.
- Asia-Pacific is identified as the fastest-growing region, spurred by rapid expansion in OTT platforms, esports, and mobile video infrastructure.
- Software-defined routing and NMOS-based orchestration are emerging as critical mid-market solutions to lower the complexity of IP transitions.
Why It Matters
The 6.9% growth in video router market demand signals a decisive end to the wait-and-see period for IP migration. For streaming engineers and strategists, this indicates that the 'clean' SDI-only facility is becoming a legacy architecture, replaced by high-bandwidth IP fabrics that allow for dynamic resource allocation and remote production (REMI). As 4K and 8K content becomes the baseline for premium live sports and events, the bottleneck moves from simple signal switching to packet-level orchestration. Competing vendors like Ross Video and Evertz are now forced to battle on software interoperability rather than just hardware reliability. Watch for the adoption rate of white-box Ethernet switches in broadcast cores to determine if proprietary routing hardware can maintain its historical margins.
Additional Context
The transition to IP-based infrastructure is already reaching a critical mass among Tier-1 broadcasters. Per a 2024 SMPTE report, approximately 60% of major broadcast facilities have adopted the SMPTE ST 2110 standard to support the massive bandwidth requirements of uncompressed 4K and 8K video. This shift is increasingly visible in live sports; Arista Networks noted in May 2026 that nearly 99% of major global sporting events now utilize a 2110 production core to manage complex multi-camera feeds and remote commentary links.
Financial data from industry leaders underscores this capital equipment refresh. Evertz Technologies reported record annual revenues exceeding $515 million in June 2026, driven by high demand for its IP-centric routing and orchestration platforms. This aligns with broader market research from Mordor Intelligence, which valued the digital broadcast equipment segment at over 66% of the total market in 2025. While hardware remains essential, the value is migrating toward the control plane; per IBC reporting from 2024, roughly 65% of broadcasters intend to have cloud-integrated workflows operational by 2026.
Despite the momentum, the industry faces a significant skills gap and interoperability hurdle. According to TVBEurope in January 2025, many facilities are still opting for hybrid SDI/IP approaches to mitigate the complexity of Precision Time Protocol (PTP) synchronization. While IP networks offer a projected 15% energy saving over legacy SDI, the initial cost of high-speed 100GbE networking and the need for specialized IT-video engineers continue to favor established vendors who can offer managed service contracts alongside their routing hardware.
Read full article at siit.co
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