5G Router for Bus Hotspot & Remote Management

Public transport operators increasingly rely on cellular connectivity to stay competitive. On-board Wi-Fi, real-time GPS tracking, dynamic routing and IoT sensors all depend on a reliable, high-throughput link to the network. This case study covers a deployment by a Middle East operator that equipped its passenger buses with the Teltonika Networks RUTX50 dual-SIM 5G router to provide on-board passenger Wi-Fi and reliable cellular connectivity.

Teltonika Networks RUTX50 – dual-SIM industrial 5G router

The Challenge: On-Board Connectivity for Passengers and Fleets

Fast, dependable Internet has become a decisive factor in the public transport market. A Wi-Fi hotspot lets passengers work and browse during their journey, while real-time data transmission enables live vehicle tracking and route adjustments based on traffic or demand. The same connection also supports on-board IoT devices such as sensors for vehicle health monitoring and passenger counting.

Buses travel long distances, so coverage and reliability matter as much as raw speed. The operator needed a router that maintains service across changing network conditions and can be managed remotely across the whole fleet.

RUTX50 – Dual-SIM 5G Router

The RUTX50 is installed in an overhead cabinet near the driver's seat and broadcasts a 5G-backed Wi-Fi network throughout the bus. It delivers 5G Sub-6 GHz speeds of up to 3.3 Gbps download with single-digit latency. To join the hotspot, passengers enter their phone number and receive an SMS one-time password, enabling per-passenger controls such as a daily access limit and caps on upload/download bandwidth and speed. The captive login page is fully customisable and was localised to Arabic for this deployment.

Reliability comes from the router's dual-SIM design with auto-failover and backup WAN. If the first SIM's connection drops, the second takes over automatically. Backward compatibility with 4G (LTE Cat 20) and 3G keeps the bus online in areas without 5G coverage, falling back to LTE and then 3G as needed.

Beyond the hotspot, the router carries operational traffic: a driver tablet uses the Wi-Fi for route navigation and to receive updates from headquarters. A per-passenger data-usage and session-duration report is generated automatically — the database file is retrieved over Secure Copy Protocol using WinSCP, then exported from .DB to .CSV with DB Browser for further filtering. Five Gigabit Ethernet ports, dual-band 802.11ac (Wi-Fi 5) with MU-MIMO, GNSS, USB and digital I/O round out the interface set, all running on Teltonika's RutOS firmware.

Deployment Highlights