Blazing Fast LiDAR Autofocus for Efficiency and Accuracy
Premium technology for top results: Agile pan and tilt technology with blazing-fast LiDAR autofocus ensures clear images even at the highest zoom level and in all lighting conditions. Ten integrated video analysis functions on top provide an all-around dynamic package of the extra class!
LiDAR autofocus system
Weatherproof 4K network camera with H.264, H.265, ONVIF S/G/T and WDR
Motor-controlled, precision-engineered pan and tilt function
Resolution 2608 x 1964 pixels, 31x optical zoom
Automatic day/night switching with IR cut filter
Integrated infrared illumination (LED, up to 300 m)
IP66, ambient temperature range: -40 to 55 °C
10 analytics functions incl. deep learning face and car license plate recognition
MOBOTIX EverClear coating for best visibility even in the rain
10 integrated video analysis functions reliably detect:
Faces (access control)
Missing objects (removal)
Nano-coating for best image quality even in the rain
The groundbreaking MOBOTIX EverClear coating uses a special nanotechnology that turns water drops into a wafer-thin film of water as soon as they hit the screen. This ensures the best picture quality in the rain. In addition, the self-cleaning MOBOTIX EverClear increases the stability and scratch resistance of the camera dome, which reduces maintenance.
Professional PTZ Camera Including High-Performance IR Spotlights
The MOBOTIX MOVE SpeedDome SD-831-LIR-V allows users to reliably control and detect details from up to 300m away, even if the lights go out in rooms or if it’s used outside in total darkness. Typical areas of application include airports, train stations, parking lots and meeting places such as sports facilities, as well as in retail locations to track shoplifters in real time.
Premium PTZ Functions
Object Detection and Stable Image Quality
MOBOTIX MOVE SpeedDome cameras deliver clear images no matter how the camera is moving by actively recording the targeted motion and compensating for this accordingly in real time. The servo feedback technology also ensures that the camera immediately and automatically returns to its previous position if external forces (such as deliberate changes or strong gusts of wind) or environmental vibrations have moved it. In addition, the camera automatically tracks moving objects and detected people.
Advanced LiDAR Autofocus
Blazing-Fast Focus for More Precision
The top-of-the-line MOBOTIX MOVE SpeedDome-SD1A-831-LIR-VA features LiDAR technology for blazing-fast autofocus. The advanced technology helps the camera focus faster, achieve higher accuracy, and take focus performance to a new level.
IR Blocking Filter
Automatic Day/Night Switching
The camera switches from day to night mode automatically depending on light conditions. During the day a mechanically, electronically controlled IR blocking filter ensures realistic color images by filtering out the IR portion of the daylight. At night the camera switches to black and white images and the IR blocks are lifted in order to keep images usable, even in poor light of up to 0.01 lux.
State-Of-The-Art IR LED Technology
Turn Night Into Day
The state-of-the-art technology in the integrated IR LED spotlights ensures strong IR emission at the lowest power consumption. The camera’s solid cover allows it to record every important detail at a distance of up to 300m, even in total darkness.
Electronic Vario Lens
Remotely Adjustable Focal Length (4.3–170 mm)
MOBOTIX MOVE PTZ camera has have an electronic Vario lens that is adjustable remotely via the camera’s firmware and which focuses automatically when the focal length is changed. The viewing angle and field of view can be flexibly adjusted using the focal length. It can be set to any horizontal field of view between 2° (telephoto) and 62° (wide) at any time.
Wide Dynamic Range
Avoid Underexposure and Overexposure
MOBOTIX MOVE cameras feature integrated, high-quality WDR image processing technology. This allows the camera to automatically compensate for extreme differences in brightness, e.g., in the entrance area of buildings or the window area of stores, by using different exposure times, thus avoiding underexposed or overexposed areas for more image detail.