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Broadcasters are continuing to adopt and take advantage of IT working practices as they transition to file-based workflows. However, some seemingly effective solutions are outdated, have not kept pace with advances in computing power, and are unable to efficiently transfer large media files. FTP, for example, is tried and trusted but its 1970s design philosophy has proven inadequate for large media file transfer.
In a multi-disciplinary subject such as color space, it is hard to know where to start. John Watkinson argues that the starting point is less important than the destination.
In Part 1 of our series of full length videos from our one-day Real World IP seminar, hosted by The Broadcast Bridge and held at BAFTA in London, Tony Orme, Editor of The Broadcast Bridge, introduces the problem broadcast IP infrastructures solve, that is, to improve flexibility and scalability, resulting in reduced costs and improved workflows.
Esports viewership worldwide is on a steep upward trajectory and will soon begin to challenge traditional sports broadcast audience figures. As the esports and traditional sports communities converge, what can traditional broadcasters learn from the remote production workflows being pioneered by one of esports’ major game developers? In part 2 of this two-part series, we look at distribution platforms and infrastructure.
The Consumer Technology Association (CTA) has unveiled “NEXT GEN TV” as the go-to-market name and logo for all ATSC 3.0-Enabled Tech Devices.
Security is becoming increasingly important for broadcasters looking to transition to IP infrastructures. But creating improved software, firewalls and secure networks is only half the story as cybercriminals look to find new and imaginative methods of compromising data.
The broadcast industry is mired in a state of resolution confusion. HD is the format du jour, 4K UHD is emerging quickly and proponents of 8K refuse to stay quiet. For a broadcast engineer, it’s enough to make your head spin.
When, in May 2019, AMD announced their Ryzen Zen 2 architecture, beyond the amazing performance offered by the new Series 3000 microprocessors, they announced the new chips would support PCI 4.0. Although I was pretty confident the step from 3.0 to 4.0 meant 2X greater bandwidth, I decided it was time to learn more about the PCIe bus.
