There are many types of codecs, all used for specific purposes to reduce file sizes and make them easier to distribute down a limited bandwidth pipe. Lossy compression and Lossless compression are the two most common categories of data compression used to reduce the size of data without significant loss of information.
In part 2 of this investigation, we look at why Apple’s new M1 processor benefits broadcasters.
In this final part of the series, an attempt will be made to summarize all that has gone before and to see what it means.
Read too much film and TV industry technical literature, and it’s easy to get the impression that everything about the technology is built to carefully considered specifications. As Philo Farnsworth’s wife was probably aware, though, as he tinkered with the electronics while she sat in as a test subject, it’s often the other way around.
The subjects of timing, synchronizing and broadcasting are inseparable and in this new series John Watkinson will look at the fundamentals of timing, areas in which fundamental progress was made, how we got where we are and where we might be going.
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There aren’t many positions in the film industry which have the prerequisite of spending an hour sunken in the waters off San Diego in a classic diving suit with a blacked-out helmet. To be fair, it wasn’t so much the film industry that made Pete Romano do that; it was the U. S. Navy, who were interested in finding out if prospective dive school candidates could handle confinement.
As company mergers, acquisitions and extensive rights management agreements have become part of the new media landscape, it has created large multi-national conglomerates that span the globe. This in turn has revealed the need for IT networking technology and complex software orchestration that tie all of the disparate locations together and increase productivity across the company.
Digital technology is changing how and where some mission-critical TV RF engineering work can be performed.
