VITEC Diamond IP OG encoder debuts with native ST 2110 support

The introduction of the VITEC Diamond IP OG encoder addresses the physical constraints of the SDI-to-IP transition by prioritizing rack-space efficiency and bandwidth reduction. By utilizing HEVC compression alongside native ST 2110 capture, the hardware allows broadcasters to scale channel counts without a proportional increase in network capacity. This move reflects a broader industry shift toward hybrid environments where legacy openGear frames must support modern IP standards. As organizations modernize, the integration of AI-driven media management and browser-based control interfaces suggests a move toward more automated, decentralized production hubs. Watch for IBC 2026 attendance figures to gauge how quickly mid-market broadcasters are committing to full-scale IP infrastructure upgrades.

VITEC's Diamond IP OG encoder enters a competitive field of SMPTE ST 2110-compatible hardware vendors racing to serve broadcasters mid-transition. At IBC 2025, Nevion unveiled its Virtuoso platform with native ST 2110 processing and JPEG XS compression, positioning it as a unified solution for contribution and production networking. Meanwhile, Ross Video announced its XPression XM graphics system with full ST 2110 support at NAB Show 2025, targeting live production environments that require frame-accurate IP-native graphics. These launches underscore that VITEC's openGear form factor is one of several approaches competing for the same rack space in hybrid SDI/IP facilities.

The business case for ST 2110 hardware is being reinforced by standards mandates and large-scale facility commitments. The European Broadcasting Union published updated guidance in early 2025 recommending ST 2110 as the baseline IP transport standard for new outside broadcast deployments, citing interoperability gains across multi-vendor environments. In parallel, BBC's broadcast engineering division confirmed in March 2025 that its new MediaCityUK production hub would run entirely on ST 2110 infrastructure, eliminating SDI from its primary signal chain. These institutional moves create procurement pull that directly benefits encoder vendors like VITEC who can demonstrate native ST 2110 capture without external gateways.

On the technical side, independent testing has begun to quantify the bandwidth savings that HEVC encoding delivers within ST 2110 workflows. A joint study by the Video Services Forum and EBU published in June 2025 measured HEVC contribution encoding at 40-60% bitrate reduction compared to JPEG XS for equivalent visual quality on live sports content, though with higher encoding latency. VITEC's claim of up to 50% bandwidth reduction aligns with these findings, though the tradeoff is latency: Fraunhofer HHI's codec benchmarking group reported in late 2024 that HEVC hardware encoders typically add 80-120 milliseconds of processing delay compared to JPEG XS at comparable quality levels. For VITEC's target use case of high-density channel origination rather than live switching, that latency profile remains acceptable, but it positions the Diamond IP OG differently from SDI to IP broadcast transitions in the same openGear ecosystem.