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Time base correction is an enabling technology that crops up everywhere; not just in broadcasting.
Media streaming over the internet is unique. Packet switched networks were never designed to deliver continuous and long streams of media but instead were built to efficiently process transactional and short bursts of data. The long streams of video and audio data are relentless in their network demands and to distribute them effectively requires the adoption of specialist CDNs.
As users return to the studio and office the need to work remotely is more powerful now than ever. Hybrid is the new way of working and computing innovation is rising to the challenge to provide broadcast users with easy to use, and secure operations from their local PC/Workstation.
The Advanced Media Workflow Association (AMWA) is reporting good progress on using the Networked Media Open Specification (NMOS) protocol developed by the group to precisely identify, control and manage devices on an IP network in a highly automated way.
The finite speed of light, and indeed of all communication has various impacts on broadcasting.
TAG Video Systems takes advantage of over 70,000 globally deployed probing points to give users the ability to dive deep into streaming content monitoring. The company anticipates more than 100,000 probing point deployments by the end of 2021.
For large media companies, especially those with global exclusive sports and entertainment rights that are delivered around the world simultaneously, the new frontier is streaming millions (and sometimes billions of viewers) of live events over an IP infrastructure. Or more specifically, a series of tightly linked cloud services that process media quickly and ultimately span the world.
Practically all communication, including broadcasting, relies totally on electromagnetic waves that may be radiated far and wide from transmitters or guided along wires, waveguides or optical fibers.