We first saw Rohde & Schwarz’s upgraded VENICE 4K ingest system back at NAB, but are happy to announce it’s now out in the world, in stock and available for you to buy. Here’s a quick reminder of why you might want to.
It’s fairly format agnostic. VENICE 4K features native 4K/UHD-1 acquisition, playback and transform functions, delivering leading 4K/UHD-1 performance and the highest picture quality to production and TV studios. It’s based on a modern, open system architecture, offering support for a wide variety of file formats, codecs and interfaces, and effectively makes handling 4K/UHD-1 material with up to 60p as easy as handling HD footage.
It gets rid of stitching VENICE 4K records material directly with 4K/UHD-1 resolution, so there’s no need to carry out time-consuming stitching processes.
It automatically records HD proxies While it’s recording 4K, VENICE 4K can simultaneously generate an HD derivative to provide compatibility with existing HD workflows.
It supports dual destination UHD-1 signals VENICE 4K supports Sony XAVC and Apple ProRes for the recording of UHD-1 signals, and the dual destination feature makes it possible to save UHD-1 signals in parallel and independently of one another to two different storage environments, eliminating transfer times for copy processes. UHD-1 signals can be directly recorded to internal and external storage media, and the recorded material can be directly accessed.
There are more codecs to come Rohde & Schwarz have committed to releasing regular software upgrades to expand the variety of supported codecs, meaning you can adapt the VENICE 4K Workflow to your individual needs.
It allows users to control multiple channels even in tense playout scenarios Users can directly access all important functions and make changes to processes until immediately before content goes on the air, even in hectic production environments. The clear display of multiple channels in parallel makes it possible to simultaneously view channels in A/B mode and auxiliary channels and to control them even under difficult live conditions.