The power and flexibility of cloud computing is being felt by broadcasters throughout the world. Scaling delivers incredible resource and the levels of resilience available from international public cloud vendors is truly eye watering. It’s difficult to see how any broadcaster would run out of computing power or storage, even with 4K and 8K infrastructures.
Building infrastructures that can take advantage of the scaling and resilience that cloud systems provide is a new challenge for most broadcasters. The outdated linear methodologies must make room for queue-based load balancing and microservices processing.
This Essential Guide, with sponsors perspective from Telestream, looks at how modern cloud infrastructures should be built and why. It discusses job queueing, resource scaling, and how microservices provide a whole plethora of broadcast processing that was once only available in hardware.
Download this Essential Guide today if you are an engineer, developer, technologist, or their manager and you need to understand how to leverage the cloud and integrate it into your broadcast and post production workflows to deliver truly exceptional scalability and resilience.
You might also like...
Here we look at some practical results of transform theory that show up in a large number of audio and visual applications.
Streaming dominates media supply chains far more than it did even at the time of the last IBC with a physical presence in 2019.
The scope and scale of broadcast monitoring and compliance (M&C) has increased greatly in the three years since the last physical IBC show in 2019, with vendors now showing off capabilities designed to compete on an expanded front beyond…
The transform is a useful device that has some interesting characteristics. On one side of a transform we might have the spatial domain, for example data describing an image in terms of brightness as a function of position. On the…
We begin this mini series with some history, the basic principles of Master Control and the evolution of centralcasting.