Requirements
 
Recommended Architecture
Front-end communication computer for system mapping and station management
   
USB Bluetooth for communication between bus stops and buses
   
Built-in web server for real-time control and remote monitoring
   
Easy development for system integration
   
VGA display
   
Built-in DI/DOs to control station lights
 
This bus information display system is managed by Moxa's V468 x86-based embedded computer. The V468 handles bus timetables, bus routes, and a GPS time synchronization clock for system mapping. Both the V468 embedded computer and buses are equipped with USB Bluetooth for communication. Within 10 meters, the embedded computer can sense which bus is coming via the Bluetooth connection, and displays the real-time information on the panel. If the bus is late, the remote control center can inform the embedded computer over the GPRS modem to notify waiting passengers. Some bus stops may have temperature and humidity sensors (PT-100 protocol) that connect to an ioLogik active Ethernet I/O device and are managed by the embedded computer over the Ethernet LAN. The V468 features 8+8 DI/DOs for controlling station lights. The bus station uses solar energy to charge the V468's 9 to 36 VDC batteries.
 
Recommended Product
 
x86-based communication embedded computer
 
 Why Moxa?
Moxa's V468 embedded computer features multiple interfaces for greater connection options, such as a USB slot for connecting to a Bluetooth device, serial ports for connecting a GPS time synchronization clock, and DI/DOs for controlling station lights
   
The x86-based high performance embedded computer allows real-time system mapping and bus station management
   
Moxa's ready-to-run platform provides greater flexibility and multi-level open data transmission for stable, easy integration with third-party devices
   
Pre-installed operating system with real-time platform for quick system response
   
Built-in web server for remote monitoring, CompactFlash slot for data logging and storage expansion, and serial interface for wireless connectivity
   
The entire system is supported by solar power to achieve energy efficiency and reduce the station's carbon footprint
 
 
 
 
 
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