Cellular Technology Supercharges Coverage Of The NYC Marathon

Cellular Technology Supercharges Coverage Of The NYC Marathon CP Communications streamlines its signal infrastructure for the great race By Dan Daley, Audio Editor

Wednesday, November 8, 2023 - 12:38 pm

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This year's NYC Marathon (Sunday, Nov. 5 on ABC and ESPN networks) saw nearly 50,000 runners tee up in Fort Wadsworth, the park at the foot of the Verrazano Narrows Bridge in Staten Island before setting out on a 26-mile run through all five of the city's boroughs. The race, which was first run in 1970, is massive; not surprisingly, so is the infrastructure needed to capture the scale of the event for broadcast, although this year there were some cellular assists to make the huge production slightly less challenging.

ESPN and WABC broadcast to more than 534 million homes around the world in 206 countries and territories through various international broadcast partners, including ABC7/WABC-TV in the New York City area and ESPN2 across the United States. WABC-TV and ESPN2 have been home to the broadcast of the world's biggest and boldest marathon since 2013.

Several hundred personnel were deployed by CP Communications, ESPN, and other systems suppliers to cover the 6-hour-plus race, whose numerous categories include men, women, and non-binary runners along with wheelchairs and handcycles.

It's a 4 a.m. call and the feeds stay hot until 4 p.m. streaming on the RoadRunners app, says Brian Ready, system and comms engineer for CP. It's a long day, but it really started back in July when [CP senior tech manager] Frank Rafka started planning for it.

Officially the TCS New York City Marathon, the race coverage began at the Staten Island starting line and ended near Central Park's Tavern on the Green in Manhattan. The broadcast, produced by Film 45 in their second year on this event, partnered with CP Communications for comms and RF, and NEP for mobile units, with NEP Red and Black deployed in the compound on Central Park West between W 67th and W 70th streets, while the race itself is tracked by four smart cars for in-race announcers, and three e-bikes, all fitted with cameras and microphones and three with roving-reporter talent. Ready says the large crew and gear deployments reflect the international interest the marathon attracts, which is addressed through a dedicated world feed and streaming. Specific cars and bikes are assigned to various subgroups within the race, such as men's, women's, and wheelchair pack leaders. Three car and all e-bike cameras were Sony 1500 portables; one car was equipped with a Sony HDC- P1 on a Condor black arm three-axis stabilizing system.

Fans were able to submit social-media content through Tagboard.

Locations, Locations, Locations Supporting that were three remote cameras sites: Fourth Ave. in Brooklyn, with a jib camera; First Ave. on the Manhattan side of the Ed Koch Queensboro Bridge; and the little sliver of the Bronx the race passes through called Mile 20, with jib and handheld cameras, all Sony 1500s. These disparate sites, as well as much of the rest of the infrastructure, were connected over an IP infrastructure provided largely by Verizon.

Verizon provides us internet lines at all sites, and then we create pipelines through our routers and our switches to bring all of that information back to our core at the finish line, says Ready. The start line has [NEP's] NCP 2 there providing cameras and some audio, and that truck is, from an intercom perspective, trunked into our truck as well NEP's. So we trunk all the intercoms together, so that PL is available everywhere. And then through our pipelines, we traverse the cameras and mix-minuses. There are wireless mics that aren't at the start line, so the start-line production is actually done from the finish line via CP's pipelines.

At key waypoints, SMT (SportsMEDIA Technology) had 18 LED displays set up across the grounds and course, displaying content unique to various locations, including the Javits Center, start line, and finish line. Five on-course displays were located at miles 8, 16, 20, 23 and 26. In addition, two LED track boards greeted runners with SMT-produced race content. A 50-foot ribbon board was also suspended from the photo bridge and displayed runner times for each of the waves.

Key elements of SMT's broadcast contribution included race crawls featuring lower-screen tombstones displaying the current place of elite men and women, wheelchair athletes, and participants' names as they cross the finish line; pointer graphics identifying relevant runners at points along with course; and talent prompters, delivering historical and relevant data to commentators and production teams.

Kenya's Hellen Obiri finished first in the woman's race.

Comms Comms for the event used a combination of RTS trunked together cross all mobile units and CP's proprietary private cellular LTE and Green-GO Digital intercoms (similar to that used by NFL coaches), as well as a Unity Intercom cellular system for headset-wearing, bike-mounted spotters who stayed with the respective sub-category leaders and provided constant feedback to production. The LTE system utilized the CBRS (Citizens Broadband Radio Service) 3.5-GHz spectrum the FCC (shared with the Department of the Navy) provides to enable enterprises to build their own private 4G/5G networks.

So we have to do a little work ahead of time and there's some coordination involved, he explains. There's a thing called the SAS, which is a spectrum assignment system, controlled by Google and Federated Wireless, the two major players when it comes to CBRS, that we have to log into that and tell them that who we are, where we are, what we want to do. We have to give them information in terms of the GPS coordinates of all of

LINK:	https://www.sportsvideo.org/2023/11/08/cellular-technology-supercharge...
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