Zixi, Grass Valley, Uplynk and Broadview Software have jointly published a white paper setting out a model for moving broadcast distribution from satellite to IP and the cloud.

Based on a real-world deployment for a broadcaster with a global footprint, The IP convergence framework for distribution sets out a practical, repeatable model for the transition, demonstrating how cloud master control, IP transport, orchestration and streaming work together. The release comes ahead of the US FCC’s upper C-band auction to reclaim 100-180 MHz of spectrum used by broadcasters to deliver content across the United States.

The framework combines four core layers, with each delivered by one of the partners in a unified operating model. Grass Valley provides broadcast operations and playout, with master control and playout running in the cloud. Broadcast-grade delivery of live video over IP is enabled by Zixi, with redundancy built into every path. BroadView Software ensures orchestration and delivery with control of the full workflow via BroadView Nexus, while Uplynk distributes to streaming, FAST and affiliate endpoints from the same chain.

Each of the layers can be independently swapped or scaled, allowing users to adopt in stages rather than a single rebuild. TAG and Zixi Zen Master ensure the same visibility across the chain provided by a traditional master control room.

The model follows the entire workflow, from ingest to cloud master control and distribution, said the partners. Moving master control to the cloud enables teams to retain precision and control while gaining IP flexibility.

Three outcomes are identified: flexibility from swappable layers and the ability to change without infrastructure redesign; reliability from continuous monitoring and redundant workflows; and efficiency through lower storage and transport costs with reduced dependency on fixed hardware.

Eric Black, CEO/CTO, Uplynk, commented, “The C-band transition is forcing a real question for broadcasters – what replaces satellite without sacrificing the reliability they’re used to. We built this framework to answer that question, and we proved it first by moving a broadcaster’s entire satellite operation onto IP and the cloud in production. That combination of broadcast-grade reliability and cloud flexibility is what the industry needs right now, and we’re excited to share how we got there.”

TORONTO—BroadView Software and Discovery Communications have announced a deal that will see Discovery deploy BroadView’s OnDemand 2.0 platform for its U.S. networks, including Discovery Channel, TLC and Investigation Discovery. The OnDemand 2.0 platform is designed for non-linear scheduling. This new implementation builds off a previous rollout of BroadView’s Program Scheduling technology at Discovery Communications networks.

The OnDemand system provides bi-directional integration and features an architecture with workflows that can be triggered by process and user decisions. Created schedules are connected through flexible and configurable multidimensional relationships to different on-demand platforms.

This deal is a continuation of the five-year partnership that Discovery Communications has with BroadView. The technology will provide Discovery with a single scheduling system for linear and non-linear distribution, according to Barry Dubin, vice president of global content systems at Discovery.