5G Connectivity for Autonomous Vehicles
Applications and Cases
Key Takeaways
5G Connectivity for Autonomous Vehicles Autonomous driving implies greater importance of high-speed and reliable communications between vehicles and the management center, so that security can be guaranteed. With support for C/C++, Python and Docker, it allows users to program their own applications according to business needs.
Background
In the 5G era, autonomous driving stands as a prominent application, attracting global interest and investments. Autonomous vehicles are increasingly used for goods delivery and passenger transportation in designated areas. In this unattended scenario, where safety is paramount, ensuring high-speed and uninterrupted connectivity between vehicles and the command center is essential. Data transmission delays could result in significant losses and even pose threats to life. These vehicles are equipped with various devices that collect business data and monitor vehicle status. These data must be promptly transmitted to the management center for early detection and resolution of issues….
Customer Requirements
5G Connectivity
Location Tracking
Cloud
Solution
Cloud-based vehicle information synchronization and automated scheduling streamline ground vehicle coordination, digitizing airport and airline operations for enhanced efficiency and higher standards.
Benefits
Futured Products
VG814-Rail
ITxPT rail gateway for metro and trains, 5G/LTE-A, dual SIM, GNSS, M12/TNC, Python/C/C++/Docker.
Rail-Ready
TNC/M12 connectors for harsh vibration
5G LTE-A
5G/LTE-A, dual SIM, link backup
GNSS
Multi-constellation, ADR, 10 Hz update
Edge Dev
C/C++, Python, Docker, cloud SDK
