600MHz 32bit RISC ARM Cortex-A8 
 Linux With Debian Distribution and Qt Library 
 Ethernet x 1 
 CAN bus x 1 
 RS232 x 8 
 Support Micro SD card 
 DC 9V~36V Power

BZCOME-04 ( Data Collector)

Processor : ARM 6 core processor 
 ( 2 X ARM Cortex-A72 + 4 X ARM Cortex-A53 ) 
 OS : Android11.0 
 Display : 10.4'' 
 4G LTE : FDD-LTE B1/B3/B7/B8/B20 
 GPS : Concurrent tri-band reception of GPS, GLONASS, Beidou, Galileo, and QZSS 
 Interface : Ethnet x 1, CAN bus x2, RS-232 x 2 
 Video IN : 2 x CVBS IN + 6 x TVI IN 
 Wi-Fi + BT ( Option ) : 802. 11a/b/g/n/ac with 20/40/80MHz channel bandwidth 
 Bluetooth 4.1 
 Power Input : DC 12V~36V , ACC 
 Operation Temperature : -30.C ~ +70.C with air flow

BE912A2 MDT

Complete smart charging solution, implement smart charging and solve the pain points of high power power and high electricity prices. 
 Fully integrating green energy, it can be applied to integrate new construction projects, existing building expansions, community and parking lot charging pile installations, home (commercial) energy storage systems, solar energy and energy management to create high-efficiency charging infrastructure. 
 To welcome the era of electric vehicles, through the Bolysys EMS energy management system to limit output current or make good use of time-price scheduling and other mechanisms, we can assist charging service providers in building electric vehicle charging infrastructure that can take into account power safety, reasonable power costs and services. Ensure reliable charging services under existing power infrastructure. 
 Freely choose peak-off-peak charging, independently set cheaper rates, set up a user payment mechanism (can store value), and charge in your own parking lot with peace of mind. 
 Home (commercial) energy storage systems and photovoltaic solar systems can be further integrated to take advantage of peak load shaving, self-use of green energy, load transfer, etc., while improving charging services and energy efficiency. 
 Localized cloud data storage, web page cloud display, real-time monitoring, and complete power consumption trends can be observed to help establish more accurate contract capacity and reduce electricity costs. 
 Visual intuition, data statistical analysis, energy-saving performance statistics and analysis, and a Class A electrical appliance packaging industry license team.

Armed with Vehicle Speed Sensor(VSS), CAN bus, /LTE network , Wi-Fi, BT and GPS, the small device BE905G7 could be mounted in the car and pass current status of the car to the control center thru 4G/LTE network. In case a GUI (Graphic User Interface) is required, the BE905G7 could pass the car information to a tablet or smart phone via BT or Wi-Fi so that the tablet or smart phone could become the display of BE905G7.

BE905G7

Processor 
 ‧ARM 6 core processor 
 (2 × ARM Cortex-A72 + 4 × ARM Cortex-A53) 
 OS 
 ‧Android 9.0 
 System Memory 
 ‧LPDDR 3 2GB 
 Internal Storage 
 ‧eMMC 16GB 
 4G LTE 
 ‧FDD-LTE B1/3/5/7/8/20 
 ‧TDD-LTE B38/40/41 
 GNSS 
 ‧Support GPS, Galileo, GLONASS, BeiDou 
 ‧Support ADR 
 Wi-Fi + BT 
 ‧802.11a/b/g/n/ac 
 ‧Bluetooth 4.1 
 Display 
 ‧8” TFT LCD 800 × 1280 with LED backlight 
 ‧Project capacitive touchscreen with AG coating 
 ‧HDMI output × 1 
 Interface 
 ‧MicroSD Card slot 
 ‧Mini SIM Card slot 
 ‧USB 3.0 Type-A port x 1 
 ‧USB 2.0 × 1 
 ‧RS232 × 2 
 ‧GPI × 4 
 ‧GPO × 2 
 ‧Ethernet × 1 
 ‧CAN bus × 1 
 ‧Audio output x 2 
 Power Input 
 ‧DC 9V~30V 
 ‧ACC support 
 Operation Temperature 
 ‧-10oC ~ +65oC with air flow 
 Dimension 
 ‧210mm (W) × 154mm (H) × 33.9mm (D) 
 Weight 
 ‧0.77 kg