Why we choose Multi Sensor Camera?

With the swift advancements in science and technology, various video surveillance system networks encompassing living communities, traffic and transportation networks, stations, and terminals have sprung up rapidly. The integration of visible and thermal cameras has transcended its initial military applications and is now widely embraced by society at large.

To further enhance Smart City Construction, there's a pressing need for rigorous standards in detecting, tracking, and assessing the behavior of complex moving targets.

Drawing insights from previous articles, we gain a deeper understanding of smart functionalities like Tripwire and Crowd Gathering Estimation. Our visible cameras have already established highly intelligent video surveillance system networks, serving as a crucial foundation for the establishment of 3D vision. However, our capabilities extend far beyond that.

The question remains: how do we maintain optimal performance in low-visibility, complex environments? The answer lies in the adoption of thermal cameras.

The combination of visible and thermal cameras creates an optimal partnership for executing monitoring tasks. Now, the primary attribute we will delve into regarding the Bi-spectrum (EO/IR) camera is its One IP Control feature. This remarkable technology allows a single main chip to seamlessly handle all intricate commands. Let's explore the details further:

1) Visible+Thermal Web Preview helps better in establishing Binocular 3D Vision.

2) Easy integration to onePTZ system

3) Various OSD information overlay, such as Preset, Coordinates, Zoom, Pattern and Text Overlay

4) Accurate Focus

5) High Speed: Zoom speed reach to 3.0s (Optical Wide – Tele); Electronic Shutter Speed(1/3s~1/30000s)

6) Temperature Measurement and Optical Defog Function for selection

7) Thermal resolution reach to 640*512/480

8) Smart tracking on both Thermal camera (Night) and Visible camera (Day)

9) Network&HDMI dual output is supported to make connection more convenience

Leveraging the gray level data from the visible system along with temperature information from the thermal system to extract the target's movement and 3D spatial details holds significant value for seamlessly tracking targets in intricate environments across all weather conditions, thus enabling complementary information acquisition.