BYU Broadcasting: Zero-Drop Live Sports from 65,000-Seat Stadiums

The Challenge

BYU Broadcasting provides live radio coverage of Brigham Young University athletic events — football, basketball, and other sports — reaching fans who can't be there in person. Their broadcasts originate from stadiums and arenas across the country, each with its own connectivity challenges.

The core problem: cellular network congestion. When 65,000+ fans fill a stadium, every one of them is on their smartphone. Standard cellular connections get deprioritized and choked. Broadcasts can drop mid-game, or fail to connect entirely.

Even when venues provided wired internet access, reliability was inconsistent — especially with Wi-Fi connections. BYU needed a solution that would work flawlessly regardless of venue, crowd size, or network conditions.

The Solution

BYU Broadcasting deployed MaxxKonnect Prioritized Wireless as their broadcast connectivity backbone. Unlike standard cellular plans, MaxxKonnect's prioritized LTE service maintains bandwidth allocation even during peak network congestion — exactly the scenario that occurs at major sporting events.

The technical setup is straightforward: MaxxKonnect SIM cards are inserted directly into BYU's Tieline ViA cellular remote codecs. The system runs in a dual-path configuration — venue-provided wired internet as the primary connection, with MaxxKonnect automatically stepping in as a seamless failover backup.

The Results

The deployment has become an integral part of BYU Broadcasting's remote production workflow. Rather than worrying about whether each venue's connectivity will hold up during game day, the team arrives knowing they have a reliable, prioritized connection that works regardless of crowd size or network conditions.

Why It Matters

BYU's challenge isn't unique — every broadcaster doing remote events faces the same connectivity gamble. The difference is how you solve it. Generic cellular plans fail precisely when you need them most: during high-attendance events when the network is congested.

MaxxKonnect Prioritized Wireless solves this by design. Your broadcast traffic gets priority treatment on the network, maintaining the bandwidth and low latency required for live audio — even when everyone around you is streaming, posting, and video-calling.

For BYU, this means their fans never miss a play. For MaxxKonnect, it's proof that prioritized wireless isn't a marketing buzzword — it's a measurable operational advantage for broadcasters who can't afford to go dark.