Nexcom Expands Mobile Gateway Platforms for Transport Connectivity

NEXCOM International Co., Ltd. has introduced the VTC 1040 and nROK 1040 mobile gateway series for connected transportation applications across road and rail systems. The platforms are designed to function as centralized communication gateways for vehicle telemetry, onboard system integration, positioning, and real-time data transmission in fleet vehicles and railway rolling stock.

The systems target transportation sectors increasingly dependent on continuous wireless communication, centralized monitoring, and distributed edge connectivity. Applications include fleet telematics, train-to-ground communication, mobile surveillance, passenger information systems, and operational monitoring within broader digital supply chain infrastructure.

Centralized mobile gateway architecture
The VTC 1040 and nROK 1040 platforms aggregate data from onboard vehicle and railway subsystems, including CAN FD vehicle data, sensor networks, passenger systems, cameras, and operational diagnostics. The systems are designed to transmit operational data and live video streams to backend control platforms in real time.

Centralized mobile gateways are increasingly used in transportation systems to improve operational visibility across distributed assets. Real-time telemetry and remote diagnostics allow operators to monitor vehicle status, location, and onboard conditions while reducing dependency on isolated onboard recording infrastructure.

Both product families support LTE, 5G, and Wi-Fi communication technologies, enabling high-bandwidth wireless connectivity during continuous operation in motion. Multiple SIM slots provide carrier redundancy and flexible network selection for transportation environments where uninterrupted connectivity is required.

The systems also integrate GNSS positioning through onboard u-blox M9N GPS modules for real-time asset tracking and location monitoring across road and rail networks.

Fleet vehicle applications and telematics integration
The VTC 1040 series is designed for deployment in buses, commercial vehicles, construction equipment, and industrial fleets. Integrated CAN FD interfaces support vehicle diagnostics, operational monitoring, and driver behavior analysis within fleet telematics systems.

The platforms also include digital input and output interfaces, serial communication ports, HDMI and VGA display outputs, and USB connectivity for integration with cameras, displays, and onboard peripherals. Smart ignition control functions are intended to support power management and stable system operation in mobile environments.

Edge-connected telematics systems are becoming increasingly important in fleet operations where operators require centralized management of vehicle health data, routing, surveillance systems, and operational analytics.

Railway communication and EN 50155 compliance
The nROK 1040 series extends similar functionality to railway environments and is designed to comply with EN 50155 standards for electronic equipment used in rolling stock applications. Railway-grade ruggedization supports operation under vibration, shock, and temperature fluctuations commonly encountered in rail transport systems.

The systems are intended to operate as train-to-ground communication gateways connecting onboard subsystems with centralized control centers. Typical applications include rolling stock condition monitoring, passenger information management, and mobile video transmission.

Railway operators increasingly rely on continuous data exchange between onboard systems and centralized operational platforms to support predictive maintenance strategies and improve network visibility across rail infrastructure.

PoE-enabled video transmission and backend analytics
The VTC 1040-C2 and nROK 1040-AC2 models include Power over Ethernet connectivity for direct integration with IP cameras and wireless devices. PoE support simplifies deployment by reducing cabling requirements and enabling centralized device power distribution.

Captured video streams can be transmitted in real time through wireless networks to cloud or control center infrastructure for storage, management, and analytics processing. Backend-centered video architectures reduce the need for onboard network video recorder systems while improving scalability for large transportation fleets.

This approach supports centralized situational awareness, faster incident response, and distributed video analytics across transportation networks.

Expansion options and hardware configuration
The gateway platforms are based on Intel Atom x7213RE processors and support 8 GB DDR5 SO-DIMM memory configurations. Expansion capabilities include Mini PCIe and M.2 interfaces for additional communication modules and wireless connectivity options.

The systems also provide auxiliary power outputs and multiple industrial interfaces to support deployment across different transportation platforms, ranging from individual vehicles to large-scale rail fleets.

By combining ruggedized hardware, wireless communication, and edge-connected system integration, the VTC 1040 and nROK 1040 series are positioned to support increasing connectivity requirements within modern transportation infrastructure and the automotive data ecosystem.

Edited by Natania Lyngdoh, Induportals Editor, with AI assistance.

www.nexcom.com