Texas A&M, a member of the Southeastern Conference (SEC) and known for its forward-thinking approach to collegiate athletics, has deployed two Grass Valley K-Frame X switchers (with extra control panels), ten LDX 135 cameras, and four LDX 150 cameras to enhance its production capabilities. The new system allows the university’s internal production team to deliver high-quality 1080p productions today, with a seamless upgrade path to UHD as future needs evolve.
Why monitoring the multi-format delivery ecosystem starts with a holistic approach to the entire media supply chain.
Utah Scientific has announced the availability of a new UTAH-400 Series 2 Gateway router configuration that will help broadcasters and M&E facilities overcome the complexities associated with deploying an IP core workflow.
Tedial, a global provider of media integration and asset management solutions, announce a strategic partnership with Moments Lab, a leader in AI video discovery. This collaboration integrates Moments Lab’s MXT-2 multimodal AI into Tedial’s EVO MAM, powered by its media integration platform, smartWork, enhancing its capabilities with advanced AI-powered features to deliver a superior customer experience.
We talk to Andy Rayner, CTO at Appear about their new VX software and the vital next evolutionary steps for remote contribution and content distribution in software first, private or public ‘cloud’ infrastructure.
Monitoring what is happening in a remote system depends on being able to ask for something to be checked and having the results reported back to you. There are many ways to do this. This article looks at some simple examples.
Welcome to Part 1 of Broadcast Standards – Cloud Compute Infrastructure. This collection of articles is the first in a new series which expands on the enormously popular ‘Broadcast Standards - The Book’ by Cliff Wootton. Over the coming months a series of Themed Content Collections will address specific aspects of the broadcast media supply chain from a standards-oriented perspective.
Part 1 contains three extended length articles which lay down the principles & terminology of cloud compute infrastructure, discuss the advantages of cloud compute systems, explores the various cloud compute architectural models, and describes the relationship between Kubernetes and the architecture it controls. It also tackles the core topic of timing and timing sources in cloud compute systems.
This series is a must-read reference resource for system designers and broadcast engineers seeking to deploy cloud compute based resources, as part of a standards focused broadcast production infrastructure.
