Imagine Communications has enhanced its Selenio MCP3 platform with new Selenio UCIP modules, designed for high-density, multichannel uncompressed-over-IP functionality. These modules support real-time transport of 3G/HD/SD and IP signals, including AES67 audio and SMPTE 2022-5 Forward Error Correction. The solution facilitates a phased transition from SDI baseband signals to IP streams and vice-versa, specifically catering to low-latency broadcast contribution applications.
This launch addresses the hardware bottleneck facing broadcasters managing hybrid SDI-IP facilities. By consolidating high-density gateway functions into a single 3RU frame, Imagine provides a path to IP-native workflows without requiring a wholesale forklift upgrade of existing infrastructure. Concretely, this allows live event producers to maintain sub-frame latency and frame-accurate synchronization while leveraging 10GbE networks for signal transport. As the industry moves toward software-defined networking, such high-density hardware remains essential for the massive bandwidth requirements of uncompressed UHD feeds. Watch for adoption rates of these modules in tier-1 sports production trucks as they balance 12G-SDI reliability with IP scalability.
Imagine Communications has positioned the Selenio MCP3 platform as a central component of its software-defined networking strategy for broadcast facilities transitioning from baseband to IP. The company first introduced the Selenio UCIP gateway concept at NAB 2015, where Brick Eksten, then vice president of product strategy, described the module as an on-ramp and off-ramp for uncompressed signals over IP, freeing media companies from SDI distance and routing limitations. The platform integrates directly with Imagine's Platinum routers and Magellan SDN Orchestrator control system, forming a unified control plane for hybrid IP and baseband environments.
The Selenio MCP3 architecture supports a modular, any-slot-any-service design that allows broadcasters to mix UCIP, JPEG2000, and H.264/MPEG-2 functionality within the same 3RU frame. Imagine's product documentation confirms the platform can house up to 112 UCIP channels per frame, with the SEL-8UCIP1-EOS module providing eight independent unidirectional HD/SD-SDI channels assignable as either transmit or receive over 10GbE IP. The AES67 variant adds support for 3G-SDI video and 16 mono AES67 audio channels per video stream, targeting facilities that require both high-bandwidth video and synchronized audio transport over a single IP fabric.
In the broader uncompressed-over-IP landscape, Imagine's approach using SMPTE 2022-5/6/7 standards represents a mature but pre-ST 2110 pathway. The company's JPEG2000 module for the same Selenio platform offers a compressed alternative for contribution links where bandwidth is constrained, supporting up to four HD/SD-SDI channels or two 3G-SDI channels per slot. This dual-path strategy, uncompressed for quality-critical studio and sports contribution, JPEG2000 for longer-haul or bandwidth-limited scenarios, gives buyers a single-vendor option for both use cases without requiring separate hardware platforms.
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