EPCG-BTYB-2R4U2C: The Backbone of Metro Fare Collection Automation

In the realm of urban transit, the metro fare collection system stands as a testament to technological advancement, streamlining passenger flow and enhancing operational efficiency. At the heart of this system lies the EPCG-BTYB-2R4U2C industrial computer from EVUC, a device designed to meet the rigorous demands of metro station operations.

Key Features:

• Powerhouse Performance:Based on the Intel Bay Trail platform, the EPCG-BTYB-2R4U2C boasts an Intel Celeron J1900 or N2840 CPU, offering robust processing capabilities that ensure swift data processing and system response times. This guarantees the efficient management of passenger traffic and ticketing information, which is crucial for the smooth operation of metro gates .
• Memory and Storage:Equipped with 4GB of onboard DDR3L RAM, expandable to 8GB, and featuring one full-length mSATA and one 2.5″ SATA3.0 direct socket, this industrial PC provides ample room for data storage and multitasking capabilities, essential for handling complex fare collection algorithms and storage of transaction logs .
• Dual Display Support:With integrated Intel UHD Graphics, the system supports dual displays, offering flexibility in how information is presented to passengers and operators. This feature is particularly useful for displaying real-time travel information, fare details, and other relevant announcements .
• Networking and I/O:The EPCG-BTYB-2R4U2C comes with 2 RTL 81111G/H 1000M LAN ports for reliable network connectivity, ensuring seamless communication between the fare collection system and the central control system. Additionally, it features multiple USB ports, including USB 3.0, and COM RS-232 ports for connecting to various peripheral devices and sensors .
• Durability and Reliability:Designed with an aluminum heat dissipation system, the industrial PC can operate in a wide voltage range of 9-24V, making it suitable for various power supply conditions. Its ability to function in an extended temperature range of -40 to 85°C (with heat dissipation support) makes it an ideal choice for environments with fluctuating temperatures .
• Customization and Expansion:The EPCG-BTYB-2R4U2C offers customization options, such as the ability to customize COM ports to USB ports, and includes a full-length Mini PCIe slot for additional functionality, such as Wi-Fi or 4G module integration, providing flexibility in system design to meet specific project requirements .

Application in Metro Fare Collection:

The EPCG-BTYB-2R4U2C serves as a central processing unit within the metro fare collection system, managing ticket validation, passenger counting, and real-time data analysis. Its high reliability and real-time monitoring capabilities significantly improve the security and efficiency of metro operations, preventing unauthorized access and ensuring passenger safety.

By integrating with the central control system and other station equipment, the EPCG-BTYB-2R4U2C facilitates coordinated operation across the entire metro system. This real-time decision-making capability is vital for maintaining station safety and operational efficiency in a rapidly changing environment .

Conclusion:

The EPCG-BTYB-2R4U2C from EVUC is more than just an industrial computer; it’s a key component in the evolution of smart urban transit systems. As cities continue to grow and urban rail transit systems become more complex, the need for reliable, efficient, and intelligent industrial computers like the EPCG-BTYB-2R4U2C will only increase, making it a wise investment for future-proofing metro operations.