The image of a director crouching to line up a shot with an optical viewfinder is one that’s been pushed aside somewhat by the less romantic modern image of a director squinting at an LCD monitor. The monitors have a lot to recommend them – in an ideal world, they can show color, exposure, and contrast in a way that’s close to how the final production will appear, for some value of “close.” It’s enough to make us forget that the cameras of decades past – film cameras – didn’t even need batteries to make a picture that has lots of extra look-around room, miles of resolution, no rolling shutter, a completely accurate depiction of lens flare and depth of field. And, of course, no issues handling all the dynamic range and color of the real world.
The IEEE has just published the latest version of its Precision Time Protocol (PTP) standard that provides precise synchronization of clocks in packet-based networked systems. This article explains the significance of IEEE 1588-2019, otherwise known as PTPv2.1, and how it differs from previous versions including updates to the isolation of profiles, monitoring and security.
Here we look at some of the origins of gamma in imaging and move on to introduce the peculiar characteristics of the cathode ray tube.
Expanded SDI / IP features for PRISM, especially remote work support, provide a complete solution for any waveform monitor application.
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For anyone who’s seen the first series to bear the title, the name Penny Dreadful will conjure up images of occult happenings in a shadowy, late-Victorian world. After twenty-seven episodes across three highly successful seasons, Showtime aired the last episode of Penny Dreadful in June 2016. By November 2018, the network had ordered a successor: Penny Dreadful: City of Angels, which premiered in April 2020 and looks very different to its gothic predecessor.
Test results are published in the JT-NM Spring 2020 Self-Tested Catalogs.
