Dual Light Cameras

Hanwha Vision's AI Dual Light Camera

Clarity and color at night.

Hanwha Vision's AI Dual Light Camera

Shed new light on your surveillance.

Reproduce sharp color images in any lighting condition without the need for external illumination sources. Maximize advanced AI analytics for highly accurate object, vehicle, and people detection. Simplify installation with its flat-eye design. Models available in 4K and 5MP.

IR illuminationUtilize the discreet IR mode to reduce light pollution and identify objects up to 30 meters away in low-light and even 0 lux environments with built-in infrared sensors.

White light illuminationTrigger the on-board warm white LED light to illuminate darkened areas for more vivid full-color images and to serve as a welcome – or an attention-grabbing deterrent.

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Eliminate light pollution

The onboard 3000K warm white LED illuminates any environment with a welcoming glow allowing for color identification at night without washing out reflective surfaces.

False alarm reduction with AI analytics

Built-in advanced AI analytics deliver accurate object classification for people and vehicles, reducing the occurrence of false alarms.

A warm welcome…or strong deterrent

Use the built-in strobe as a deterrent, alarm or alert, or illuminate in steady mode for a warm welcome. When people or vehicles enter a designated area, AI technology instantly switches from discreet IR mode and triggers the warm white light.

A warm welcome...or strong deterrentUse the built-in strobe as a deterrent, alarm or alert, or illuminate in steady mode for a warm welcome. When people or vehicles enter a designated area, AI technology instantly switches from discreet IR mode and triggers the warm white light.

Enhancing image quality while reducing bandwidth

Advanced AI enables accurate people and vehicle classification by filtering out irrelevant motion triggers, ultimately generating fewer false alarms. Users can conduct more effective forensic searches while realizing more efficient use of recording bandwidth.