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Matrox ORIGIN is a common development framework for the broadcast infrastructure of the future. ORIGIN provides the foundation for tier 1 live production in the cloud without compromise. Unlike anything else on the market, ORIGIN is the missing link for tier 1 live production that developers and broadcasters have long been calling for but didn’t think was possible for another decade.
Machine Learning, under the banner of Generative AI, is encroaching on creative aspects of Audio and Visual content generation, even down to production of movie scripts and screenplays. This builds on established applications of ML lower down the production chain, such as generation of clips and quality enhancement.
TV3, the primary television channel of the Catalan public media company Corporació Catalana de Mitjans Audiovisuals, has deployed a Riedel Artist ecosystem to connect its Audiovisual Production Center (CPA) and news editing facilities.
For many people the idea of “serverless” software applications might seem counter-intuitive, or even confusing. Software surely needs to run on some kind of computer system somewhere? Isn’t that always called a “server”? So what does it mean when we talk about serverless, how can this approach help us, and when should we use it? And is it time to go “Serverless First”?
Grass Valley production switchers continue to lead in innovation and ease of operation with ongoing development in both panels and processing engines. The new Kayenne panel offers improved tactile response, more functionality and more operational flexibility.
How to run diagnostic processes in each machine and call them remotely from a centralised system that can marshal the results from many other networked systems. Remote agents act on behalf of that central system and pass results back to it on demand.
Highly accurate timing has always been required for video and audio signals due to the sampling requirements, and this has been an inherently hardware trait. But as we move to IP and cloud, we now have the opportunity to evaluate whether sub nanosecond timing is really needed and to consider the alternatives.
This collaboration between Ross, SMPTE, and OSA is intended to provide a simple way to enable interoperability across a wide array of vendors.
