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Starlight 960H Technology

A combination of power and clear images in super-low light environments.

Our Starlight 960H Series is a combination of our powerful Starlight Super-Low Light technology and a 960H CCD image sensor. This combination allows our cameras to achieve higher resolution and higher sensitivity to light than conventional CCTV cameras. Our Star-Light technology offers a slow shutter feature that increases the length of time the shutter remains open to collect additional ambient light, illuminating typically dark environments. Together with the 960H CCD sensor, the camera produces a clear horizontal resolution of up to 720 TV lines.

Technology Main Features:

960H Resolution

960H Resolution offers 960 Horizontal Pixel lines in each line of resolution. The 960H resolution is commonly considered to be 960 (H) x 480 (W) TV lines and is 34% better than D1 resolution.

analog resolution

HME (Highlight Masking Exposure)

The HME technology detects and masks any strong spots of light to produce a clear image of any environment. HME is particularly effective for reading license plates of cars in streets or parking lots at night.

HMEOFF

HMEON

3D DNR (Digital Noise Reduction)

The 3D-DNR technology provides clearer images using unique algorithms designed to reduce video noise. It cleans electronic noise signals that reduce the clarity of the image and effect motion detection settings with various recording technology.

CCDGarage

PiximGarage

True Day/ Night with IR Cut Filter (Supported Models Only)

To get a better image at night, the camera turns on IR cut filter glass when it detects a specific color data in the environment. When this occurs, the image will turn from Color to Black-and-White and vice-versa.

True_DN

Programmable Privacy Zones

Masks overly exposed light to produce a true video image in any environment.

PRIVACYoff

PRIVACYon

Smart IR

The breakdown of the video image into five (5) zones allows for an even distribution of the IR, which prevents excessive illumination of near-field reflective objects.

Smart IR

Smart IRon

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