At its headquarters, France TV created a temporary MCR for the Olympic Games, combining an SDI router for HD with the SNPs to establish an ST 2110 infrastructure for UHD broadcasts. Thirty units were deployed at the MCR, while another four were included in the playout system, and one was located at the IBC.
France TV’s Olympic setup also included two OB trucks. The UM1 truck, stationed at the broadcaster’s headquarters, was dedicated to UHD production and featured 10 SNPs. The UM2 hybrid SDI/2110 truck, located at the Stade de France, was used for coverage of athletic events and featured seven units.
The SNPs were used for a wide range of applications across the MCR, OB trucks, and IBC. Some performed conversion between SDR, HDR, UHD, ST-2110, SDI, and other formats. Some were used to downscale 2160p HDR/HLG to 1080p. Other SNPs were used for synchronization of the wide variety of signals, including HD-SDI to ST 2110, ST 2110 to ST 2110, MADI audio to ST 2110-30, 1080p ST 2110 to SDI, 2160p ST 2110 to 12G-SDI, and more.
Olivier said, “With four processing engines in each unit, it’s an extremely flexible solution that can be used for a variety of applications. From conversion and synchronization to connecting facilities via JPEG XS, it can handle pretty much anything you throw at it. And to change between these applications, all you have to do is click on the UI and it automatically redoes its whole setup for the selected function. It couldn’t be easier.”
In the playout system, France TV also leveraged the SNP’s automatic changeover (ACO) functionality, which uses content-aware metrics to determine the health of each feed in terms of video presence and quality, caption presence, audio levels, and more. The ACO function switches seamlessly between A and B feeds to maintain a consistent on-air output.
Because the link from the IBC to the Stade de France was only available in 10G, France TV took advantage of the SNP’s support for the JPEG XS codec to transmit and receive compressed UHD signals. Two units each in the UM2 truck and MCR were used for encoding and decoding JPEG XS, enabling the broadcaster to reduce latency to the bare minimum while maintaining production picture quality.