We talk to the BBC R&D team about their work within the Max-R Project, where a consortium of industry innovators are collaborating on development of a set of standards and workflows that could bring genuinely deliverable, new XR based immersive experiences several steps closer to mainstream broadcast reality within a number of interesting use cases.
This article gives an overview of the standards relating to production and transmission or playout. It prepares the ground for subsequent more detailed articles which will explore the following subject areas: ST 2110, higher bit rate codecs and profiles that are non-lossy, standards relating to exchanging material between different NLEs and Vƒx, and the AMWA workflow standards.
We explore the typical signal flow from source to playout within common broadcast studio workflows. How does the audio get from here to there and what needs to happen to it along the way?
We talk to the technical team at Systems Integrator & OB Vehicle builder ARET to delve into the design philosophy and technology selection, for the latest in a series of production vehicles delivered to Alamiya Media to service their sports production requirements.
How layer-2 switching and layer-3 routing are intrinsic parts of networks, and adding SDNs to spine-leaf and mesh networks improves flexibility and scalability.
Situated on the outskirts of Dublin, Ireland, Smart Studio has created a proof-of-concept demo studio – a space where clients can get to grips with exactly what a modular studio design can deliver. The facility features a cutting-edge control room and voiceover booth equipped with state-of-the-art equipment and software, including a Genelec Smart Active Monitoring System.
The OCA Alliance is pleased to announce that the AES has formally published the latest update to the AES70 suite of standards for control and monitoring of devices in professional media networks.
Genelec discuss the challenges of immersive mixing across a wide range of environments and how their technology ecosystem helps users achieve an accurate reliable mix environment across different monitoring systems and headphones.
