Take a more detailed look into the Canon VB-M50B
Long-range colour image capture with 1.3MP resolution
With its highly sensitive 1/3″ CMOS sensor and advance imaging processing, the VB-M50B large aperture PTZ surveillance camera captures footage in sharp, high-quality 1.3MP resolution. Offering exceptional low-light performance, it’s well suited to crime prevention applications in urban surveillance and monitoring important infrastructure facilities.
Powerful Clear IR View Mode
The VB-M50B’s innovative Clear IR View Mode combines an IR Band Pass Filter (IRBPF) and new image processing capabilities to capture mono images that have superb definition and detail day and night. The IRBPF gathers greater volumes of IR light to reveal hidden details in distant views, while dedicated image processing techniques correct image blur – so you enjoy consistently clear monochrome images.
Multiple browser and device support
The VB-M50B extends your surveillance options by offering viewing and configuration from a wide range of browsers and mobile devices. The camera’s new firmware architecture is compatible with all popular web browsers and mobile devices. So you can set up your camera and view live images entirely within a mobile environment.
Superb low-light performance even with full telephoto
The large aperture f/1.8 – 2.4 Canon 5x optical zoom lens captures outstanding levels of detail even with full telephoto applied. The Aspherical and UD-distortion suppression lens design helps prevent chromatic aberrations and achieves clear, high-resolution images from any distance. Enhanced Clear IR Mode offers mono images of greater definition and detail, day or night, while Motion Adaptive Noise Reduction dynamically controls noise levels to improve performance in low-light conditions.
Enhanced Digital Zoom gets you closer to what matters
The VB-M50B’s Enhanced Digital Zoom improves image quality and extends the camera’s zoom capabilities. Once the camera’s optical zoom limit has been reached, Enhanced Digital Zoom substitutes images within low resolution streams with cropped images from higher resolutions, extending the camera’s magnification to enable powerful long-range monitoring while maximising image quality.
