NBC Sports has selected TAG Video Systems to provide OTT monitoring and multiviewing for its production of the XXIV Olympic Winter Games, from Beijing, China, February 2–20, 2022. The announcement was made today by Chris Connolly, VP of Transmission Engineering and Operations, NBC Olympics, and Kevin Joyce, Zero Friction Officer for TAG Video Systems
NBCUniversal provides coverage of the 2022 Olympic Winter Games from Feb. 2-20, featuring a Winter Olympics-record 2,800+ hours of coverage across NBC, Peacock, USA Network, CNBC, NBCOlympics.com and the NBC Sports app. The Opening Ceremony was presented on Friday, Feb. 4, live in the morning and again in primetime on NBC and Peacock. Similar to recent Winter Games, NBC’s primetime Olympic coverage began the night before the Opening Ceremony on Thursday, Feb. 3. Coverage began on Wednesday, Feb. 2, on USA Network and Peacock. NBCUniversal is presenting its 18th Olympic Games, 12th consecutive overall, and sixth straight Winter Games, all the most by any U.S. media company.
NBC Sports will utilize TAG Video Systems’ MCM MultiChannel software-based monitoring and multiviewing solution for complete end-to-end monitoring of their video network, delivering ultra-low latency of uncompressed ST 2110 and JPEG-XS signals in Beijing for live production, monitoring and probing of the transport between the host nation and the United States, and monitoring of the broadcasts over the Peacock OTT platform and CDNs. In addition, TAG enables NBC Sports to visualize the signals in real-time across the entire network, including UHD signals ensuring the consumer’s high-quality experience.
“Once again, TAG was the obvious choice to help us guarantee the highest quality production is reaching our viewers,” said Connolly. “TAG’s active monitoring systems ensure us real-time data throughout multiple points within our network to deliver every minute of Olympic action to viewers across the U.S.”
“It is indeed an honor to partner again with NBC Sports within such a short span of time,” stated Joyce. “We are committed and confident that we will not let them down in delivering the highest-quality production.”
ABOUT NBC SPORTS
NBC Sports connects people to the moments that matter most and serves sports fans 24/7 with premier live events, insightful studio shows, and compelling original programming. The sports media company presents premier content across linear platforms NBC, USA Network, Golf Channel, and Olympic Channel: Home of Team USA, as well numerous digital sites, including Peacock. It also consists of NBC Sports Next, a subdivision of NBC Sports and home to all NBCUniversal digital applications in sports and technology within its three groups: Youth & Recreational Sports, Golf, and Betting & Gaming. NBC Sports possesses an unparalleled collection of media rights agreements, partnering with some of the most prestigious sports properties in the world: the International Olympic Committee and United States Olympic and Paralympic Committee, the NFL, NASCAR, INDYCAR, PGA TOUR, The R&A, PGA of America, USGA, Churchill Downs, Premier League, Tour de France, Roland-Garros, and many more.
About TAG Video Systems
TAG Video Systems is the world leader in 100% software based integrated IP Multiviewing, Probing and Monitoring solutions. Introducing its first IP solution in 2008, today TAG supports over 100,000 probing/monitoring points across the four primary broadcasting applications - Live Production, Playout/Master Control, Distribution and OTT. TAG’s Zer0 Friction philosophy allows Broadcasters and Content Distributors to minimize complexity, manage the pace of change, while competitively enabling business operations. The 100% software platform supports both compressed and uncompressed formats, including MPEG TS, JPEG- XS, CDI, NDI, JPEG2000, SMPTE 2110, SMPTE 2022-6/7, MPEG-DASH and HLS. TAG's solutions run on standard Commercial Off-The-Shelf hardware (COTS) and cloud, providing state-of-the-art IP monitoring and analysis tools combined with highest quality UHD Multiviewer available on standard and mobile device displays.
