Intelligent onboard antenna terminal


About Product

The intelligent onboard antenna terminal is a combination of the T-Box and an antenna, and integrates two modules – a shark fin antenna and the conventional T-Box, as well as 5G/C-V2X/GNSS/Wi-Fi/BLE/AM/FM antennas. The terminal has a gigabit Ethernet output interface, which realizes the pooling and digitalization of wireless signals throughout the vehicle.


Functions

  • 01
    Remote vehicle control
    Remote horning and flashing, Remote air-conditioner startup, Enabling / disabling engine startup, Remote engine startup / shutdown, Remote door locking / unlocking, Remote upgrading
  • 02
    V2X scenario communication
    Vehicle collision early warning, Traffic signal message pushing, Pedestrian safety early warning, Green wave speed guidance, Vehicle grouping and driving
  • 03
    Vehicle data transmission
    Abnormal vehicle operation warning and uploading, Vehicle locating, Vehicle condition data uploading
  • 04
    NEV condition management (optional)
    Vehicle status query, Battery management, Compliance with the national NEV standard, Self-service vehicle condition diagnosis, Reporting of serious faults
  • 05
    Network and data services
    USB / Ethernet data routing, Supporting multi-way CAN, Bluetooth key (optional), Supporting FOTA, Supporting AUTOSAR architecture


Features
  • 01

    Flexible adaptation to vehicle shape

    The shape of the shark fin antenna can be adapted to the vehicle shape

  • 02

    Integration of multiple RF antennas

    Integrating 5G/V2X / GNSS / Wi-Fi / BLE / AM / FM / DAB / RKE antennas

  • 03

    Reducing vehicle costs

    Optimizing the vehicle’s electronic architecture and wiring, and reducing many coaxial lines to save overall R&D costs

  • 05

    Supporting onboard Ethernet

    Using the onboard Ethernet interface as the only output interface to the onboard terminal to meet the intelligent networking requirements

  • 05

    Optimizing antenna layout

    Integrating access points to the communication network, and reducing design redundancy to improve network communication performance

  • 06

    Meeting intelligent networking requirements

    Suited to the future Ethernet backbone architecture, and meeting data transmission requirements for intelligent network with a wider bandwidth



Applied Scenarios
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