Sitting at home watching the Olympics 400m Women’s hurdles final live on NBC’s 4K HDR channel, home audiences were captivated by the sweat and effort displayed on screen with immersive sound of the runners’ feet hitting the track. Viewers thousands of miles away could be excused for thinking they had the best seat in the Japan National Stadium. The live 4K HDR broadcast of NBC’s primetime show throughout the Games were an extrasensory experience unlike any previous Olympics telecasts.
In this second installment of our extended article looking into HDR for cinematography we look at the practical aspects and applications of HDR.
High dynamic range and wide color gamut combined with 4K resolution and progressive frame rates have catapulted broadcast television to new levels of immersive experience for the viewer. As HDR and WCG are relatively new to television, we need to both understand their application and how we monitor them to enable us to surpass the levels of quality and immersive experience cinematographers’ demand.
Saving dollars is one of the reasons broadcasters are moving to IP. Network speeds have now reached a level where real-time video and audio distribution is a realistic option.
Taking this technology to another level, Rohde and Schwarz demonstrate in this eBook how to reduce costs even further and provide contribution and distribution over the internet.
As the television business has become more global, and evolving consumer devices spawn the need for ever more formats, there has been an explosion of the number of versions that are needed for an item of content. The need to provide tens to hundreds of language versions provides added complications, with localized versions often being created at dispersed dubbing and captioning facilities. The Interoperable Media Format (IMF) has been developed as the solution to the sensible processing of motion pictures and episodic shows. In the linked e-book, Rohde & Schwarz explain IMF and introduce Clipster as a platform for IMF workflows.