For over a century, the University of Tennessee’s Neyland Stadium has been defined by the “Rocky Top” roar of 102,000 fans clad in orange and white. An SEC football “cathedral,” the Knoxville, TN, structure was designed in 1921 for the rhythmic ebbs and flows of a Saturday football game, events punctuated by the rush of a touchdown, the calm of a timeout, and the pageantry of a halftime show.
However, Neyland’s identity would shift on two electrifying nights in 2024, when a country music megastar sold out the venue. It wasn’t just a groundbreaking musical moment; it was a digital stress test that pushed Neyland’s network infrastructure to the limit. Behind the scenes, MSB Consulting Engineers operated from a command center at the 50-yard line, ensuring the venue successfully adapted to the modern era of multi-use connectivity.
The Multi-Use Revolution
When a university invests in a cutting-edge Wi-Fi network, they’re not just buying faster social media uploads; they are opening a new revenue stream. Upgrading to a robust MSB-designed system, Neyland positioned itself to host major concerts and non-football events.
Such events call for more than just a stage. They require a strong, nimble, digital spine, capable of handling a variety of tasks: From wireless ticketing at the entrances and real-time production coordination, to ensuring dedicated bandwidth for crew operations and live production teams behind the scenes. This shift from football to entertainment mode requires a network that is as agile as the events it hosts.
Solution for Signal Absorption
Designing for a 100-year-old icon like Neyland Stadium is never simple, but football at least offers a reliable digital footprint: The fans are in the stands, and the teams are on the field.
Designing RF for a concert or other live entertainment? Things get a little more complicated. Suddenly the bowl’s digital network, designed to transmit signals into stands, must now infiltrate a field filled with thousands of people.
The two-day country music concert at Neyland was a sell-out both nights, with over 156,000 tickets sold. Of those ticketholders, at least 10,000 of them, each night, had seats on the field. The MSB team immediately addressed this, making real-time configuration tweaks to the 5 GHz Wi-Fi environment and manipulating signal penetration to ensure fans on the grass had the same connectivity as those in the nosebleeds. Without MSB’s physical presence to tackle these real-time obstacles, the field would have remained a digital dead zone.
The Hunt for Rogue Signals
The most intense challenge of Neyland’s two-night music extravaganza came from invisible airwaves. Hours before the show, connectivity in the concessions area began to drop. The problem? The touring production team itself. Accustomed to setting themselves up in venues with outdated, cumbersome Wi-Fi networks, the tour’s merchandise crews brought their own third-party access points, which they fired up at full power. The unauthorized networks created a digital traffic jam, knocking out four of Neyland’s internal channels and threatening to freeze Point-of-Sale terminals.
This is where MSB’s role as the network’s builder became vital. Knowing the network, the team quickly moved into hunter mode and put the interference in their crosshairs. MSB also coordinated swiftly with the production crew to trust in the house system and carved out dedicated, interference-free spectrum channels specifically for the tour.
Plateaus vs. Spikes
Monitoring data throughput during the concert, the MSB team discovered an extraordinary shift in how users engaged with technology. A football game is an EKG of data, with substantial spikes during commercial breaks and halftime. A concert, on the other hand, is more like a plateau. From a song’s first chord, data usage climbs to a high level and stays there as thousands of fans simultaneously livestream. Managing this long-haul data load calls for a somewhat different strategic approach than the sprint of a Saturday afternoon kickoff.
During those two nights of music in 2024, MSB drew from lessons learned at a memorable 2023 Tennessee-Georgia football game, when two of the Volunteer State’s most beloved icons, from football and entertainment, made a joint guest appearance during the first quarter; as a result, the sold-out stadium hit a peak throughput of 31 Gbps. The MSB team monitored traffic for anomalies, ensuring that upstream bottlenecks didn’t break under the weight of a 100,000-person plateau.
The Value of Being There
The success of those two memorable nights of record-breaking country music in 2024 proved that Day 2 support is not a luxury; it is part of the package. The MSB team stepped into action and expertly managed multiple rogue variables as well as living, breathing environments that unmonitored networks may not be equipped to handle. On Day 2, the MSB team also ensured that Neyland Stadium could effortlessly transition from football to footlights, allowing the music to flow through the digital structure as solid as the stadium’s concrete foundations.
