Samsung 4MP Indoor Dome Network Camera QND-7010R

Description

A minimum illumination of 0.5Lux makes the camera suitable for nighttime surveillance. It features Samsung Super Dynamic Range that balances the overall brightness by illuminating the darker areas to the same ratio as the bright areas. With Ssnr noise reduction technology, the camera offers color images in dimly-lit areas with reduced noise in the picture, thereby saving storage space. Gain control adjusts the signal strength to maintain a constant brightness level, and auto white balance adjusts the red and blue signals by taking a standard white color reference to get the most natural colors. With Ssnr noise reduction technology, the camera offers color images in dimly-lit areas with reduced noise in the picture, thereby saving storage space. A minimum illumination of 0.5Lux makes the camera suitable for nighttime surveillance. A minimum illumination of 0.5Lux makes the camera suitable for nighttime surveillance. It features Samsung Super Dynamic Range that balances the overall brightness by illuminating the darker areas to the same ratio as the bright areas. Gain control adjusts the signal strength to maintain a constant brightness level, and auto white balance adjusts the red and blue signals by taking a standard white color reference to get the most natural colors. It features Samsung Super Dynamic Range that balances the overall brightness by illuminating the darker areas to the same ratio as the bright areas.

Key Features

• A minimum illumination of 0.5Lux makes the camera suitable for nighttime surveillance.
• Gain control adjusts the signal strength to maintain a constant brightness level, and auto white balance adjusts the red and blue signals by taking a standard white color reference to get the most natural colors.
• With Ssnr noise reduction technology, the camera offers color images in dimly-lit areas with reduced noise in the picture, thereby saving storage space.
• It features Samsung Super Dynamic Range that balances the overall brightness by illuminating the darker areas to the same ratio as the bright areas.