This Essential Guide examines the delicate and diverse art of capturing audio on location, across a range of different types of film and television production. A group of seasoned professionals discuss their art and the how it can dramatically elevate the immersive experience for viewers.
This Essential Guide explores the technology of 5G and its ongoing roll out. It discusses the technical reasons why 5G has become the new standard in roaming contribution, and explores the potential disruptive impact 5G and MEC could have on the infrastructure deployed on site for remote production.
This Essential Guide introduces and explores the concept of Network Observability. For any broadcast engineering team using IP networks and cloud ecosystems for live video production, it is an approach which could help combat a number of the inherent challenges of using such dynamic systems.
We examine the demands placed on hybrid, distributed comms systems and the practical requirements for connectivity, transport and functionality.
Whether using cloud services in isolation or as part of a hybrid model, new working practices that may not be immediately obvious to broadcasters must be adopted from the very beginning of the design.
Delivering high availability cloud for broadcast production and transmission environments requires engineers to think in terms of resilience from the very beginning of the design.
The technology underpinning the Metaverse is providing opportunities for broadcasters today. As the Metaverse develops, broadcasters will be able to gain massively from the enhanced immersive experience it promises to offer.
This Essential Guide discusses the new security challenges presented by IP & cloud infrastructure and the need to move from traditional perimeter based approaches to using encryption, OAUTH 2.0 and Zero Trust methodologies.
IP is an enabling technology, not just another method of transporting media signals. Consequently, it is giving broadcasters the opportunity to reconsider how we build live television workflows and infrastructures.
Advances in hardware design have made software programmable FPGA arrays an excellent way to combine the resilience and power of hardware processing with the flexibility of software programmability.
