Private mobile networks (private 5G or 4G LTE networks) are dedicated wireless communications infrastructure built specifically for defined, localized environments. Unlike public cellular networks shared by millions, a private network operates on allocated spectrum and only authorized users, devices, and applications.
At political summits, music festivals, championship finals, trade fairs and major conventions, such networks form a secure, high-bandwidth, and low-latency backbone. They power event operations, such as live high-definition video broadcasting, security communications, cashless point-of-sale systems and real-time crowd management. The networks must be completely reliable since public network congestion at large events can disrupt essential operations and safety protocols.
Measurable excellence in high-density scenarios
In private event networks, RF signal testing forms the baseline for quality assurance. In harsh venue environments with metal structures, shifting crowd density and heavy interference, RF testing evaluates physical parameters such as SINR, RSRP, and multipath reflection to ensure complete coverage across all critical zones.
Strong signal coverage alone cannot ensure system capacity or application performance. To ensure stable data rates and ultra-low latency for prioritized traffic (emergency services or 4K feeds) under load, active network testing needs to generate real traffic and verify true end-to-end Quality of Service (QoS).
Learn more about private networks
High-density private event networks serve various stakeholders and each have unique operational priorities. Although everyone relies on standard testing methods to evaluate parameters such RF coverage, throughput, and latency, the actual targets for each may vary depending on their role. To meet the stakeholders’ distinct requirements, network operations have a clear timeline centered on the event. Before the doors open, event organizers, network operators, system integrators and broadcasters perform thorough rollout preparation and site acceptance testing to validate coverage, clear RF interference and comply with service level agreements (SLAs). Once the event goes live, operations shift to on-site performance and service level verification for real-time RF tuning, continuous monitoring and rapid troubleshooting to maintain reliable network health, broadcast feeds and emergency communications throughout the event.
Large events place very specific and demanding requirements on private networks. The following priorities reflect the realities of event operations: support for organizational services (payment, access control, security, broadcast), massive concurrent user loads and a wide range of real-time media and control use cases.
Rohde & Schwarz has an industry-leading mobile network testing (MNT) portfolio that meets the challenging demands of private 5G and LTE at events. High-precision hardware and advanced analytics software provide unmatched reliability across every event network lifecycle phase for optimum quality of service (QoS) and quality of experience (QoE).
