MultiDyne debuts modular VF-9100 fiber platform for IP-based broadcast workflows

MultiDyne is addressing the 'last-mile' fiber bottleneck as 10GbE becomes the baseline for modern media networks. By integrating RESTful APIs into transport hardware, they are shifting fiber optics from passive glass to active, manageable network nodes. This allows engineers to automate signal paths and monitoring in hybrid SDI/IP environments, a critical step as 82% of operations still rely on SDI backbones. Watch for adoption rates of the VF-9100 in corporate and house-of-worship markets, which MultiDyne identifies as a primary growth segment for professional-grade infrastructure.

The transition to IP-based production remains a complex hurdle for the industry. Per a Haivision survey from March 2026, SDI still serves as the dominant production backbone for 82% of broadcast operations, despite the widespread recognition of SMPTE ST 2110 as the standard for uncompressed, deterministic video. MultiDyne’s focus on hybrid connectivity at the 2026 TAB Show reflects a broader trend where vendors must provide bridge technologies that handle both legacy baseband signals and modern IP essences across a unified fiber infrastructure.

Technological convergence is also driving the adoption of diverse IP standards within single facilities. According to recent analysis from Promwad in January 2026, SMPTE ST 2110, NDI, and the emerging IPMX standard are no longer viewed as direct competitors but as specialized tools: ST 2110 for high-end uncompressed broadcast, and NDI for software-centric creation. This ecosystem shift necessitates hardware like the VF-9100 that can manage these distinct protocols without requiring separate physical fiber runs for each.

Furthermore, the focus on 10GbE capacity mirrors broader market movements toward higher bandwidth baselines. At NAB 2026 in April, MultiDyne emphasized that 10G is now the essential minimum for media networks, leading to the development of wavelength-shifting multiplexers that can achieve up to an 18-to-1 reduction in required fiber strands. This efficiency is becoming vital for large-scale venues and mobile production units where cabling density and weight are primary operational constraints.