In modern society, providing high-speed public wireless communication is essential to support commuters’ fast-paced lifestyles. Transportation systems are evolving rapidly, and operators are under increasing pressure to deliver safe, connected, and efficient services. To meet these demands, NEXCOM introduces the VTC 1031 and nROK 1031, advanced solutions designed to redefine the role of Compact Vehicle and Railway PCs in smart transportation environments. Equipped with the Intel Atom® x6413E processor, rich I/O options, and flexible expansion, these platforms deliver reliable wireless gateway capabilities, video surveillance, and Edge AI computing for both vehicle and railway applications.
Compact Vehicle and Railway PCs with Compact Yet Efficient Design
Despite their small footprint, the VTC 1031 and nROK 1031 deliver impressive computing performance. Powered by the Intel Atom® x6413E 1.5GHz quad-core processor, these systems provide improved efficiency for transportation workloads. Each unit includes one SO-DIMM DDR4 slot with 4GB memory as standard, a 2.5” SATA 3.0 slot, and an M.2 Key M interface for storage expansion. Measuring just 180 x 180 x 50 mm for the VTC 1031 and 180 x 180 x 60 mm for the nROK 1031, these Compact Vehicle and Railway PCs easily fit into tight installation spaces while still supporting VGA and HDMI displays, making them ideal for traffic monitoring and infotainment systems.
Compact Vehicle and Railway PCs Enabling the Future of Wireless Connectivity
Modern transportation depends on fast and stable connectivity. The VTC 1031 and nROK 1031 are equipped with M.2 Key E and M.2 Key B slots to support the latest Wi-Fi 6/6E and 5G modules. This advanced wireless capability enables ultra-fast data transmission, low latency, and high-density connections for passengers and operators alike. These Compact Vehicle and Railway PCs support 5G Sub-6 and Wi-Fi 5/6/6E modules, offering client mode, real access point functionality, and full router features to handle hundreds of simultaneous connections across vehicles and railway systems.
Compact Vehicle and Railway PCs Designed with Safety as the Top Priority
Safety is critical in both vehicle and railway environments. The VTC 1031 and nROK 1031 feature rugged RJ45 and M12 X-coded connectors, ensuring secure and stable connections in harsh conditions. The –C2 SKU models include dual PoE boards for video surveillance camera integration. These cameras support accident prevention, platform monitoring, and real-time situational awareness. All recorded footage is securely stored in an NVR system for later review or sharing, reinforcing the role of Compact Vehicle and Railway PCs in enhancing operational safety and passenger protection.
Compact Vehicle and Railway PCs Powered by Smart Edge AI
Artificial intelligence plays a key role in improving traffic efficiency and reducing response time to potential risks. The –C2 models of the VTC 1031 and nROK 1031 support Edge AI via PoE cameras and are compatible with Hailo AI or Google Coral AI accelerators. These AI-enabled Compact Vehicle and Railway PCs assist in traffic light recognition, intrusion detection, driver behavior analysis, and pantograph inspection for railway systems. They also support passenger counting and seat occupancy monitoring, helping operators optimize space and service efficiency.
Compact Vehicle and Railway PCs Built for Smart City Reliability
Designed for demanding transportation environments, the VTC 1031 and nROK 1031 deliver long-term reliability and performance. With integrated GNSS for route optimization, arrival tracking, and freight management, these Compact Vehicle and Railway PCs provide a solid foundation for smart city infrastructure. Their robust design, intelligent connectivity, and AI-driven capabilities help transportation operators move toward safer, more connected, and more efficient mobility systems.
In conclusion, the VTC 1031 and nROK 1031 represent a new generation of Compact Vehicle and Railway PCs, combining compact design, advanced wireless connectivity, intelligent safety features, and Edge AI computing. These platforms are shaping the future of public transport and railway systems, enabling smarter operations and a better travel experience for everyone.
