Description
Introduction to the 4MP CMOS Image Sensor Security Camera
The 4MP CMOS Image Sensor Security Camera is a top-tier surveillance device designed to provide high-definition imaging and adaptable performance in various monitoring environments. Boasting a 1/3” CMOS image sensor, this camera ensures superior image quality even in low-light conditions.
High-Resolution Output and Advanced Compression
With the capability to output 4MP (2560 × 1440) at 25/30 fps and support for a maximum of 4MP (2688 × 1520) at 20 fps, this camera ensures clear and detailed footage. It utilizes the H.265 codec for high compression rates and ultra-low bit rates, making it efficient in bandwidth usage and storage consumption. Additionally, the built-in IR LED provides a maximum IR distance of 30 meters, ensuring visibility even in complete darkness.
Flexible Coding and Enhanced Image Processing
This security camera supports ROI, smart H.264/H.265, and flexible coding, making it adaptable to various bandwidth and storage environments. It also features image rotation, WDR (Wide Dynamic Range), 3D DNR (Digital Noise Reduction), HLC (Highlight Compensation), BLC (Backlight Compensation), and digital watermarking, ensuring optimal image quality in diverse monitoring scenarios.
Advanced Detection and Power Support
The camera is equipped with multiple abnormality detection capabilities, including motion detection, video tampering, network disconnection, IP conflict, illegal access, and voltage detection. It supports power through 12V DC or PoE (Power over Ethernet), adding to its versatility. Furthermore, with an IP67 protection rating, the camera is designed to withstand harsh environmental conditions, making it suitable for both indoor and outdoor use.
Conclusion
In summary, the 4MP CMOS Image Sensor Security Camera is a reliable and efficient solution for various surveillance needs. Its high-definition output, advanced compression technology, flexible coding, and robust detection features make it an excellent choice for ensuring security and monitoring in different environments.
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