Hikvision announces new Pro series PTZ cameras with ColorVu

Hikvision has announced new additions to its Pro series PTZ cameras, including the integration of ColorVu technology for the first time in this range. With ColorVu, Hikvision's new Pro series cameras can provide consistent image brightness and full color imaging as the camera zooms in and out. This ensures crystal-clear details and vivid color for distant objects at all times and in all conditions.

Traditional PTZ cameras often struggle to ensure that images remain bright and clear when they zoom in, especially in low light conditions. With Hikvision ColorVu technology, a very large fixed aperture is used in the Pro series varifocal PTZ cameras, enabling consistent light and color imaging as the camera zooms in or out at night. 

The new PTZ cameras' fixed F1.2 lens aperture allows as much as 14x more light to enter the lens compared to conventional PTZ units. This same capability also ensures vivid and full-color imaging in light conditions as low as 0.0005 lux: or nearly total darkness. The result is bright and colored images, even in extremely low light conditions or at night. 

The camera also has a warm supplemental LED light that further illuminates the field of vision, allowing objects and events to be captured in full color within the 100-meter range. 

In addition to ColorVu, Hikvision Pro series cameras have also been equipped with AcuSense technology, which distinguishes between real security threats and harmless moving objects such as animals, falling leaves, and changing lights. 

This smart classification capability means that alarms are only triggered in the event of real security threats. In such cases, the PTZ lens follows the detected threats and sends automated alerts to home or business owners, security teams, or Alarm Receiving Centers (ARCs). 

The ability to detect real security threats in real time, and to reduce false alarms, means that security end users and teams can respond to security incidents quickly and effectively and minimize negative impacts. This is especially vital for protecting site perimeters, key entrances and exits, and other restricted areas.