Imagine’s SNP And Magellan Control Continue To Grow In Power And Practicality

Maintaining its position as the most flexible and practical signal processing device in both IP and SDI workflows, Imagine Communications’ Selenio Network Processor (SNP) continues to deliver the essential capabilities required to meet the needs of today’s most complex productions.

Coupled with the Magellan Control System, Imagine’s operator-centric management environment, the SNP enables media companies to efficiently and cost-effectively transition to UHD and HDR workflows over traditional or COTS-based, IP networking fabrics. Imagine will showcase significant new functionalities in its industry-acclaimed processing and control platforms at IBC 2022.

At IBC 2022, Imagine will demonstrate the latest SNP features, including DSP-enabled advanced audio processing algorithms, new audio routing features and coordinated switching of 8K signals to support multi-stream 8K workflows. The company also continues to enhance its JPEG XS connectivity offerings, enabling high-quality connectivity between facilities and around the world.

While the hardware architecture of SNP has always included extensive audio routing and shuffling capabilities, the latest software release adds DSP-based upmixing, downmixing, and smart-mixing capabilities, which can be licensed onto any SNP unit that has ever shipped. It gives the user access to more audio shuffling and mixing capabilities — even across programs. A typical application would be in a broadcast workflow where various incoming content, features different audio types, e.g., 5.1 audio soundtracks, stereo, and MADI, SDI or IP input streams. SNP can now automatically create consistent 5.1 and stereo outputs simultaneously, up-mixing and down-mixing as required, and imposing loudness controls to CALM or ITU standards — all with automated latency tracking to keep the video and audio in sync.As the SNP is an entirely software-defined application platform built on high-density hardware, these additional features can be offered to all users via the feature licensing system and the new software release.

Also at IBC2022, Imagine will introduce major feature upgrades to the Magellan Control System ― including support for the latest versions of Cisco Nexus Dashboard Fabric Controller (NDFC) and the Arista CloudVision Extension (CVX) Media Control Service (MCS), allowing deployment of expansive bandwidth-aware typologies. Expanding on its integral plug-ins architecture, Magellan Control also adds a northbound protocol translation service, easing the integration of multi-level SMPTE ST 2110 systems into environments that expect a single-level database or one-to-one mapping with ability to define sources/destinations/levels names and IDs.

This new release also includes support for JPEG XS integration with SNP to provide production-quality, low-latency interconnection workflows. On the operator-interactive side, the Magellan Touch operator-centric workflow system now includes expanded signal grouping functionality and enhanced driver support for even more controllable devices.

You might also like...

Live Sports Production: Part 1 - New Sports Production Workflows

Welcome to Part 1 of ‘Live Sports Production’ - This new multi-part series uses a round table style format to explore the technology of live sports production with some of the industry’s leading system designers. It is a fascinating insight i…

Automating HDR-SDR Conversion

Automation seems like an obvious solution but effective conversion involves understanding what the image content is and therefore what the priorities are for how it should look.

Building Software Defined Infrastructure: Virtualization Vs Microservices

How virtualization and microservices differ, and workflows where virtualization and microservices would be used or avoided in terms of reliability, flexibility and security.

IP Security For Broadcasters: Part 8 - RADIUS Network Access

Maintaining controlled access is critical for any secure network, especially when working with high-value media in broadcast environments.

Standards: Part 25 - Designing Client-Side Video Players

Here we chart the historical development of client-side video players, describe the building blocks used to create them and the relevant standards.