Hanwha XNO-8083R Series 6MP IR Bullet Camera, 4.4-9.3mm Motorized Varifocal Lens

MPN: XNO-8083R 

Product Overview

• The new X series cameras utilize AI to detect and classify people, vehicles, faces, license plates and more in real-time. With a range of available resolutions from 2MP to 4K, the cameras’ deep-learning algorithms can reliably identify multiple distinct objects. Reduce false alarms due to none interesting motion, like wind-blown trees, shadows, or animals. Analytics become a reliable second pair of eyes to operators helping them know where to look for important real-time events, while making post-event forensic searches highly efficient.

Main Features

• Up to 3328 x 1872 resolution for surveillance in real-time
• CMOS sensor is cheaper as compare to CCD and consumes less power while producing better HD videos
• 9.30 mm maximum focal length with sharp output to help identify and locate the object with added efficiency
• 9.30 mm maximum focal length provides incredible detail and how effective is your network camera
• f/1.3 maximum aperture for productive capturing according to focal length and lighting conditions
• 2.1x optical zoom for desired image clarity and maximum capturing convenience
• Provides night vision of objects at a distance of up to 164.04 ft
• Infrared night vision type consumes very little electrical power and provides evidentiary quality night-time surveillance video
• Varifocal lens type to ensure maximum surveillance dependability and optimal performance
• Motion Detection feature for better reliance and usability

Shipping Notes:

All our products are normally shipped within 1-2 business days from any of our warehouse locations below:

• Monrovia, CA 91016 (Most usual)
• Southaven, Mississippi 38671
• Greenville, South Carolina 29601

International orders may take an additional 2 to 3 days to processing documentation.

California Prop 65 Warning. This product may contain chemicals known to the State of California to cause cancer and birth defects or other reproductive harm.

…da