AOV Dashcam

    H50
    AOV DASH CAMERA
    FULL HD 1080P30 DASH CAMERA, 5S CAMERA
    Super mini,
    So Easy for grouping,
    Super LOW power ,
    Smart work flow ,
    Safe power supply
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    AOV DASH CAMERA
    Brief specification:
    SoC: SS chipset
    Sensor:  4MP CMOS Sensor
    support 2K HDR
    no LCD
    2.4GHz WiFi-6
    with build-in bluetooth 5.2
    with build-in GPS
    support  AOV under the parking mode (monitoring) much lower power consumption,
    support the AOV cameras grouping through WiFi,
    the master camera works in AP mode and the slave cameras work in station mode ,
    user could view the video by connecting to the AOV camera.
    Single button design,
    very easy for operation.
     
    Critical feature for AOV camera
    super low power consumption in AOV parking monitoring mode:
     
    AOV(Always On Video):It is mainly used in dash cameras under the parking monitoring mode to achieve full-time low-power-consumption parking monitoring function. It is different from the conventional parking monitoring mode, here are the comparisons:
    the conventional parking monitoring mode：
    In this mode, whether it is with full frame rate (25/30fps) or with time-lapse video (1 frame/second), the camera is running at full power consumption. The power consumption and the heat generated are very large, so the camera is usually started for monitoring only after the external G-Sensor is triggered, and  the most important thing is the video before vibration event can not be captured, resulting in missing important video/information.  
     
    the AOV parking monitoring mode:
    After enter into this mode, the ime-lapse recording of 1 second 1 frame will be triggered. it is different from the traditional time-lapse video, the working time of capturing each frame of image in AOV mode is very short (about 150ms), and after capturing one frame of image per second, the camera will enter into sleeping mode (about 850ms), that is, the full power consumption in working time per second only accounts for 15%, and the remaining 85% of the time is in standby mode with extremely low power consumption, so the purpose of low-power-consumption in full-time parking monitoring mode is achieved.