MS-C906 in Gate Control Systems at Metro Stations, South Europe

Overview

Modern metro stations require fast, reliable, and secure gate control systems to ensure smooth passenger flow, reduce congestion, and maintain security. The MS-C906 (I3-1315URE) was selected as the core computing platform for its compact form factor, robust processing power, and advanced connectivity options. The system needed to handle real-time passenger authentication, interface with central control systems, and withstand the challenging operational conditions of metro stations.

System Requirements

1. 1. Real-Time Passenger Processing:
   • Support for contactless smart card validation and QR code scanning.
   • Fast processing to minimize delays during peak hours.
2. 2. Connectivity with Central Systems:
   • Integration with the metro's central ticketing and monitoring systems.
   • Utilization of multiple networks to connect to the metro's network, with one LAN being offline while the other takes over, ensuring redundancy.
3. 3. Compact and Durable Design:
   • Fit within the compact space of automated gate enclosures.
   • Operate reliably in high-traffic environments with frequent power fluctuations.
   • Support for wide temperature (-20~70°C) ranges to ensure functionality in diverse conditions.
4. 4. Enhanced Security:
   • Secure data handling for passenger ticket validation and system diagnostics.

Solution: MS-C906 for Gate Control Systems

The MS-C906 (I3-1315URE) met these requirements and enhanced the metro station’s gate control infrastructure::

1. 1. Real-Time Processing:
   • Powered by an Intel® Core™ i3-1315URE, the MS-C906 provided ample computing power to process smart card data and QR codes in real time.
   • Efficient multi-threading enabled smooth operation even during high-traffic hours.
2. 2. Versatile Connectivity:
   • Multiple COM Ports: Allowed direct communication with ticket scanners, card readers, and gate actuators.
   • LAN Ports (2.5 GbE): Enabled seamless integration with the central ticketing server for real-time data synchronization and redundancy.
   • USB Ports: Supported peripherals such as barcode scanners and maintenance devices.
3. 3. Compact and Rugged Design:
   • The SBC 3.5” form factor made it suitable for compact gate enclosures, while the industrial-grade build ensured durability in high-vibration environments.
   • CPU i3-1315URE: Supports wide temperature ranges, making it a key feature for customers choosing this SKU, with an operating temperature sustained from -20 to 70°C.

System Architecture

1. 1. Passenger Validation Workflow:
   • A commuter presents a contactless smart card or scans a QR code at the gate.
   • The MS-C906 processes the data, checks its validity against the central ticketing system, and sends a command to open or deny the gate.
2. 2. Centralized Monitoring:
   • Real-time data from all gates is transmitted to the control room via the high-speed LAN interface.
   • Gate performance, passenger flow statistics, and fault diagnostics are monitored centrally.

Implementation Benefits

1. 1. Seamless Passenger Experience:
   • High-speed processing reduced wait times, ensuring smooth passenger flow during peak hours.
2. 2. Improved Reliability:
   • Power and COM isolation protected the system from disruptions caused by electrical noise or power fluctuations.
   • Redundant network connections ensured continuous operation.
3. 3. Centralized Control:
   • The integration with central systems allowed real-time monitoring and quick resolution of issues.
4. 4. Scalability:
   • Modular I/O options enabled the system to support additional features like facial recognition or NFC-based ticketing in the future.

Conclusion

The deployment of the MS-C906 (I3-1315URE) for gate control at metro stations streamlined passenger processing, enhanced operational reliability, and ensured scalability for future upgrades. Its compact design, high-speed connectivity, and robust computing capabilities made it an ideal choice for modern public transportation infrastructure.