Imagine Communications ships 5,000 Selenio Network Processors as IP workflows mature
Imagine Communications has released details about its Selenio Network Processor (SNP), an IP media processing platform designed for uncompressed HD and UHD content based on SMPTE ST 2110. The SNP offers video processing, conversion, and multiviewer functionalities, aiming to help media companies transition from SDI to IP-based production and playout systems. It supports various applications including UHD and HDR conversion, facility interconnection, and advanced audio workflows, integrating with COTS Ethernet routing cores for flexible and scalable production environments.
Key Takeaways
- SNP platform has surpassed 5,000 units shipped, supporting over 150,000 video and 2 million audio streams globally.
- Hardware features four independent processing blocks reconfigurable via software presets for tasks like HDR conversion or multiviewing.
- Integrated support for JPEG XS compression enables production-grade, low-latency transport across dark fiber and carrier networks.
- Dual 100GbE QSFP28 interfaces support up to eight uncompressed UHD signals in each direction with hitless redundancy.
Why It Matters
The broad adoption of the SNP underscores the streaming industry's transition from rigid SDI infrastructure to flexible, software-defined IP networking. It provides a bridge for engineers to manage hybrid environments using COTS switches while preparing for full 100G/400G backbone integration. For the wider ecosystem, this signals a shift toward modular production where hardware is no longer fixed-function but dynamically redeployable across the distribution chain. Watch for further convergence as Imagine integrates more AI-assisted orchestration through its Magellan Control System in late 2026.
Additional Context
The adoption of ST 2110-based infrastructures is accelerating as legacy SDI equipment reaches the end of its natural lifecycle. Per Imagine Communications in March 2025, the vendor has already integrated advanced JPEG XS functionality into the SNP, a move that was verified during large-scale deployments at several major world sporting events. This shift is mirrored across the production landscape; for example, Netgear expanded its managed switch portfolio in June 2025 with models specifically tailored for ST 2110 timing and grandmaster clock functionality, simplifying the networking 'plumbing' that previously required specialized IT expertise. Competitive pressure in the uncompressed IP space is also intensifying. At the 2026 NAB Show, Blackmagic Design introduced a range of 100G-integrated ecosystems—including studio cameras and switchers—intended to democratize ST 2110 access for mid-market broadcasters. This broadens the market beyond Tier 1 broadcasters who were the initial early adopters. Meanwhile, industry analysts at NewscastStudio noted in December 2025 that the emergence of interoperable workflows, such as the Media Exchange Layer (MXL), is effectively turning the 'dynamic media facility' from a conceptual architecture into a measurable business engine for sports acquisition and contribution. Furthermore, the evolution of the SNP platform into specialized variants like the SNP-XL and the compact SNP-XS reflects a growing demand for edge processing and remote production. Per TV Technology in August 2025, the introduction of whisper-quiet, small-footprint units allows broadcasters to extend ST 2110 connectivity into edit suites and mobile units that cannot accommodate high-noise, large-scale hardware. This tiered hardware approach, combined with common software APIs, allows for a unified control layer even as production becomes more geographically distributed.
Read full article at imaginecommunications.com