Jimi JM-VL101G
    GPS Tracker
    Vehicle
    Integrated

    Jimi JM-VL101G

    Jimi IoT (Concox)

    The VL101G is a 4G vehicle tracker with GNSS positioning technology and dual-frequency GPS, ideal for a wide range of deployments where real-time location and accurate positioning are key. LTE communication with GSM (2G) fallback ensures a solid connection in almost all cases, and the inertial navigation system (INS) provides accurate information about your car’s movements even in areas with weak GPS signals. Moreover, driving behavior analysis, ignition detection and remote engine cut-off will make the VL101G a valuable part of your fleet management strategy.

    Server connection

    EU platformtracker.navixy.com (52.57.1.136)
    US platformtracker.us.navixy.com (13.52.37.2)
    MENA platformtracker.me.navixy.com (34.166.104.189)
    Server port47755
    Auto registrationYes

    Interfaces

    Digital inputs1
    Number of outputs1

    Technical details

    Protocol

    Canonical name
    jimi
    Default port
    47755
    Slug
    jimi_47755

    Hardware I/O

    Digital inputs
    1
    Digital outputs
    1
    Output control
    default
    Track control
    Supported

    Supported interfaces(5)

    Capabilities(14)

    APN Settings
    Auto Registration
    Board Voltage
    Fuel Level
    Gprs Location Request
    GSM Lbs
    GSM Signal Level
    Hardware Key
    Local Time Issue
    Location Request
    Odometer
    Satellites
    Sim Card
    Supports DNS

    Alert rules(28)

    Battery Off
    Crash Alarm
    Distance Control
    Driver Change
    Excessive Driving
    Excessive Parking
    Fatigue Driving
    Fuel Level Leap
    G Sensor
    GPS Lost Recover
    Harsh Driving
    Idling Soft
    In Out Zone
    Input Change
    Location Response
    Low Power
    Offline
    Output Change
    Over Speed Reported
    Parking
    Power On
    Route
    Sensor Range
    Speedup
    State Field Control
    Task Status Change
    Track Change
    Vibration

    (em) = emulated at platform level rather than native on the device.

    Sensor & data inputs(4)