In an interview, Thiemo Gruber, development engineer for the ExCam IPQ3628, explains that the camera was specifically developed to meet the requirements for video-based security systems in potentially explosive atmospheres. "We optimized the device to meet these specific challenges. These include the limited installation space often available, the robustness of the housing, the wide range of ambient temperatures, shocks and vibrations, difficult lighting conditions, and absolute safety... To accommodate the technology in our smallest dome housing while ensuring sufficient free space for gas flow (explosion group IIC), special adapters were specially adapted to the design. The camera can withstand ambient temperatures as low as -50°C, even without built-in heating," says Thiemo Gruber. "We have succeeded in creating an extremely compact design," says Steffen Seibert, Managing Director.
"The ExCam IPQ3628 impresses with its outstanding image quality (8MP@30fps, UltraHD resolution, 4K video stream), advanced technology (Remote PTRZ, ARTPEC-8 chip for advanced analytics, WDR, Lightfinder 2.0, EIS), and performance," notes Mr. Gruber. The camera is ideal for precise surveillance tasks in potentially explosive environments. The high-resolution video quality enables reliable remote observation. Thanks to the direction and zoom controls, both large areas and small details can be covered with a single camera. The viewing angle and image area can be quickly changed and adapted to new situations. Lightfinder ensures sharp images with more realistic and saturated colors, even of moving objects. Forensic WDR compensates for brightness differences within a scene. This means the 4K UltraHD surveillance camera delivers the best image quality day and night. EIS (electronic image stabilization) ensures smooth videos even despite vibrations.
The ExCam IPQ3628 is based on ARTPEC 8 chip technology and features a deep learning processor unit, providing enhanced processing capabilities. This allows even more data to be captured and analyzed than before – at the edge. It also provides valuable metadata. This forms the basis for advanced analytics features such as motion detection, AXIS Object Analytics (detecting and classifying moving objects), AXIS Live Privacy Shield, AXIS Scene Metadata, etc.
Generation of an overview image for convenient camera adjustment
Motorized PTRZ function allows installation technicians to remotely pan (±190°), tilt (-8°…+75°), rotate (±97°), and zoom (2.04x optical). This option for remotely adjusting the camera's field of view significantly reduces on-site effort and ensures maximum flexibility.
Conclusion
The advanced technology of the built-in camera module forms the basis for integrating greater intelligence, efficiency, and a wide range of capabilities. Combined with the compact, secure dome housing, the camera is perfectly suited for operators of explosion-proof facilities who rely on flexible and powerful surveillance solutions.
