LPR and vehicle recognition starts with clear vehicle images. That's why omniQ's imaging units are engineered to the specific requirements of LPR/VRS. They consistently deliver crisp, clear images, even in low-light conditions and bad weather conditions.
DR200d High-Speed Imaging Unit
The state-of-the-art DR200d imaging unit is optimized for high performance in LPR and VRS applications. The high-speed DR200d is a 2.3MP CMOS global shutter camera with customized illumination for outstanding performance in low light and all weather conditions. They can be installed in a distributed network over large single and multi-site applications. Up to four DR200d units can interface simultaneously to a single lane controller.
DC1201a High-Speed Imaging Unit
The DC1201a high-speed imaging unit contains a pair of industrial progressive-scan cameras with customized illumination. The camera/illumination unit is optimized for high and medium-speed applications. The DC1201a can be used for either front or rear license plate captures.
QN70 Low-Speed, Long-Range Imaging Unit
The omniQ QN70 imaging unit offers a 2MP IP camera with customized illumination and a vandal-proof 1P66 housing for both indoor and outdoor operation. It provides precision and efficiency in low and medium-speed applications. The QN70 features a state-of-the-art sensor that significantly extends its operational range. And the unit’s live IP video stream adds value by providing both a static image of the vehicle for LPR/VRS as well as a video stream of the event.
QN20 Low-Speed, Short-Range Imaging Unit
The QN20 imaging unit from omniQ offers a 2MP IP camera with customized illumination and a vandal-proof 1P66 housing for both indoor and outdoor operation. It is available with 850nm and 730nm IR spectrum illumination as well as units that utilize visible white light illumination for overview vehicle images as well as the ability to read non-reflective plates. The QN20 is optimized for vehicle speeds up to 50 km/h (31 mph). It also offers a live IP video stream for added value.