Special Edition: Super Bowl LI—Technology Insight: RF, Cell and Streaming Systems: Part 2

The Super Bowl isn’t just a Sunday afternoon world championship game. It’s a week-long event with massive TV coverage. Cameras and TV crews from around the globe congregated on this year’s Super Bowl city, Houston, TX, where the game was played in the NRG Stadium.

The Broadcast Bridge’s Part 2 of Super Bowl coverage, we look behind the RF systems, cell technology and streaming systems required to support the broadcast and fans.

Broadcast crews filled the RF spectrum with signals during the run up to Super Bowl LI.

Broadcast crews filled the RF spectrum with signals during the run up to Super Bowl LI.

The broadcast and news crews are visible on the streets and in venues including the NFL Experience at the George R. Brown Convention Center, NFL On Location, Media Row and team headquarters. The question might be, how did all those broadcast teams get their signals live back to their stations and networks?

With an estimated 3,000 frequencies used by over 10,000 radios at the week-long event, having clear communication and program links was top of mind for a small, but highly trained coordination crew. These experts were charged with making sure all the backhaul and comms channels work in a super-charged atmosphere.

Contribution networks weren’t the only RF hogs at Houston’s NRG Stadium. The 72,000 fans eager to share the experience with friends over the internet and social media could quickly overload the normal services. Companies including Sprint, Verizon and AT&T installed COWS (not the milking kind) around key venues to handle the extra load. 

Under seat enclosures at last year's Super Bowl at Levi stadium provided Wi-Fi access for fans. This year's installation at NRG stadium is similar.

Under seat enclosures at last year's Super Bowl at Levi stadium provided Wi-Fi access for fans. This year's installation at NRG stadium is similar.

Once inside the stadium, Wi-Fi was key to fan satisfaction. To serve those customers, an additional 1260 Wi-Fi access ports were installed in the stadium complex.

Want to know more about RF, cell, and streaming technology used at the 2017 Super Bowl? The exciting details are just ahead.

Let us know what you think…

Log-in or Register for free to post comments…

You might also like...

Building On IP COTS

Transitioning to IP improves flexibility and scalability, both of which are achievable using COTS IT equipment. But can COTS solve every challenge? Or does broadcasting still have some unique and more demanding requirements that need further attention? In this article,…

The Move Towards Next Generation Platforms

Whenever I’m asked about my opinion on the transition to IP, I always state that the impact can’t be appreciated until its history is understood. This brings into context the need for broadcasters to educate and surround themselves wit…

Taming The Virtualized Beast

Without doubt, virtualization is a key technological evolution focus and it will empower many broadcast and media organizations to work differently, more efficiently and more profitably.

Color and Colorimetry – Part 3

The human visual system (HVS) sees color using a set of three overlapping filters, which are extremely broad. As a result, the HVS is completely incapable of performing any precise assessment of an observed spectrum.

Color and Colorimetry – Part 2

At one time the only repeatable source of light on Earth was the sun. Later it was found that if bodies were made hot enough, they would radiate light. Any treatment of illumination has to start with the radiation from…