Description
Key Specifications
The 2.4MP PS CMOS image sensor is characterized by its high-definition maximum resolution of 2.4 megapixels, specifically 1920 x 1080 pixels, allowing for enhanced image clarity at frame rates of 25 or 30 frames per second. This resolution is vital for capturing clear and detailed images in diverse lighting conditions, making it suitable for various applications, including surveillance, automotive, and consumer electronics. The sensor’s ability to maintain quality under changing light conditions is further augmented by its day/night functionality, which features ICR (Infrared Cut Filter Removal). This feature enables the sensor to adaptively switch between day and night modes, ensuring effective image capture during low-light environments.
Several advanced image enhancement technologies contribute to the overall performance of the 2.4MP PS CMOS image sensor. 2D DNR (Digital Noise Reduction) plays a crucial role in minimizing noise in images, which typically becomes more pronounced in darker conditions. On the other hand, AGC (Automatic Gain Control) optimizes image brightness by dynamically adjusting the signal strength, thereby offering a balanced exposure in varying conditions. Furthermore, AWB (Automatic White Balance) allows for accurate color reproduction by adjusting the sensor’s colors based on the scene’s lighting. BLC (Backlight Compensation) ensures that subjects in backlit scenarios are preserved clearly, preventing loss of detail in highlights.
The versatility of this sensor is also highlighted by its fixed lens options, primarily of 3.6mm, with additional alternatives of 2.8mm and 6mm available to cater to different field-of-view requirements. Additionally, the sensor features an impressive infrared (IR) range, capable of capturing images up to 30 meters, making it an excellent choice for both indoor and outdoor applications. Overall, the 2.4MP PS CMOS image sensor excels in delivering superior image quality and adaptability across various settings.
Advanced Features and Connectivity Options
The 2.4MP PS CMOS image sensors are equipped with a range of advanced features and connectivity options that enhance their usability in various applications. One of the paramount features is the IP67 rating, which denotes a robust environmental protection rating. This characteristic ensures that the sensor is completely dust-tight and able to withstand water immersion, making it particularly suitable for outdoor surveillance scenarios. The durability provided by the IP67 rating not only increases the lifespan of the device but also assures continuous performance even in challenging weather conditions.
Additionally, the OSD (On-Screen Display) menu is another significant feature of the 2.4MP PS CMOS image sensor. This intuitive interface simplifies the configuration and customization of the sensor settings, allowing users to adjust various parameters with ease. Through the OSD menu, operators can swiftly access critical settings such as brightness, contrast, and resolution, tailoring the sensor’s performance to meet specific operational requirements without requiring extensive technical expertise.
Moreover, the capability for control over coaxial cable enhances the installation flexibility of the sensor while reducing setup complexity. This innovative feature allows users to send control signals through the same cable used for video transmission, streamlining the installation process and minimizing the need for additional wiring. The versatility continues with the capability to switch between CVI, CVBS, AHD, and TVI formats, a vital feature that allows the 2.4MP PS CMOS image sensor to adapt to various video standards. This adaptability caters to diverse user needs and ensures compatibility with existing systems, making the sensor an ideal solution for various environments and applications.
Systems Overview
Analog cameras can be advantageous in more ways
than one – they are economical, especially for large
scale setups, and are simple to install. However, one
of the major downsides of earlier analog cameras was
the image quality, which is critical in the present
times. With subsequent technological upgrades over
the years, HD resolution was introduced in analog
CCTV systems. This served as a major breakthrough as
high quality imagery was only available in IP system
which was comparatively a costlier option.
Another challenge with analog systems was its compatibility constraint. Newer versions of analog cameras
would not pair up with older versions. CP PLUS introduced the revolutionary UNI + technology which supported all analog & HD video formats including CVBS.
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