The PNM-C16083RVQ is a unique, high-resolution multi-sensor multi-directional camera capable of providing 4MP on each of its' 4 sensors. Each sensor can be manually adjusted for pan along the track, tilt & rotation, along with motorized zoom, & focus control. The powerful AI capabilities enhance the license-free video analytics to reduce false alarms and provide quick and accurate forensic search with a compatible VMS.
- 4MP x 4ch multi-directional camera, using one IP address
- 30fps@4MP (H.265, H.264)
- 3.3~5.7mm (FoV H: 109°~56°, V: 55°~31°) motorized varifocal lens
- Integrated IR that rotates with camera head, IR viewable length WiseIR 15m (49.21ft)
- H.265, H.264, MJPEG codec, Multi streaming
- 120dB WDR
- USB port for easy installation
- Analytics events based on AI engine: Object detection [Person/Vehicle (Car/Bus/Truck/Motorcycle/Bicycle)], IVA (Virtual line/Area, Enter/Exit, Loitering, direction, intrusion), Appear/Disappear
- WiseNR ?(using AI engine), WiseStream?(Based on AI engine)
- I/O Box compatibility for audio & alarm I/O
- TPM with FIPS 140-2 level 2
- micro SD card 512GB x2
- Operating Temperature: -40°C~+55°C(-40°F~+131°F)
- PoE+ powered
- Hard-coated dome bubble
- IP66, IK10, NEMA4X
- Easy Gangbox mounting installation
- For remote surveillance needs, this network camera is best suited
- Up to 2592 x 1520 video resolution
- CMOS sensor is cheaper as compare to CCD and consumes less power while producing better HD videos
- 5.70 mm maximum focal length provides incredible detail and how effective is your network camera
- f/1.5 maximum aperture for reliable, detailed, and sharp output with added dependability
- 1.7x optical zoom for desired image clarity and maximum capturing convenience
- Provides night vision of objects at a distance of up to 49.21 ft
- Infrared night vision type efficiently detects infrared waves that are invisible to the naked eye
- Fixed camera iris effectively compensates for changes in the level of light by adjusting the exposure time or using gain
- Varifocal lens type for sharp, detailed focus to ensure maximum surveillance usability
