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Riding on the back of IT innovation allows broadcasters to benefit from virtualization. In this article, we investigate those benefits and learn how they apply to television. Especially as we learn of the new trailblazers waiting in the wings.
If you can see how a magic act is performed, POOF! the magic disappears. Live TV is a magic act because so much of the on-screen magic happens behind the curtain. When a random device malfunctions or fails during a live show, if the talent doesn’t blab the secret on-air, viewers probably won’t notice. As many great engineers and directors have said in so many ways, “They won’t know unless you tell ‘em.”
Delivering live, high quality broadcast video over the internet has always been an interesting challenge. Broadcast engineers are expected to understand and manage complex video, networking, scale, reliance, and playback to deliver reliable programming to multi-platform viewing devices. In this series of articles, we delve deeper into live-OTT broadcasting, identify some of these challenges, and present strategies for achieving reliable live-OTT distribution.
Live broadcast television was once considered to be unique as every bit of data had to be delivered to the viewers television set in real-time. However, as IT continues to leverage its influence on television, we discover the uniqueness of broadcasting isn’t as exclusive as we may have once thought.
With any technology project, engineers run at break neck speed to achieve tight deadlines at ever decreasing costs. But security is a new aspect anybody migrating to IP must consider from the out-set. In this article, we investigate security, what it means, and most importantly, who is responsible for it.
As the television business has become more global, and evolving consumer devices spawn the need for ever more formats, there has been an explosion of the number of versions that are needed for an item of content. The need to provide tens to hundreds of language versions provides added complications, with localized versions often being created at dispersed dubbing and captioning facilities. The Interoperable Media Format (IMF) has been developed as the solution to the sensible processing of motion pictures and episodic shows. In the linked e-book, Rohde & Schwarz explain IMF and introduce Clipster as a platform for IMF workflows.
In principle, IP systems for broadcasting should not differ from those for IT. However, as we have seen in the previous nineteen articles in this series, reliably distributing video and audio is highly reliant on accurate timing. In this article, we investigate the key components needed to build a reliable broadcast IP infrastructure.
As broadcasters accelerate IP migration we must move from a position of theory to that of practical application. Whether we’re building a greenfield site or transitioning through a hybrid solution, simply changing SDI components with analogous IP replacements will not achieve full COT’s goals and the benefits associated with it.
