e-con Systems® has launched its latest 4K RGB-IR superspeed USB camera—See3CAM_CU83. This innovative camera, based on the onsemi’s AR0830 sensor, provides both RGB and IR images simultaneously, ensuring seamless operation in any lighting condition, day or night, without the need for mechanical switch filters. This camera solution addresses imaging challenges in applications across biometrics, smart monitoring, agriculture, and healthcare, delivering stunning visuals with reliable precision through day and night.
See3CAM_CU83 utilizes e-con’s proprietary RGB-IR separation algorithm. This algorithm enables the camera to separately process RGB and IR frames, ensuring clear, precise images with low-latency. This eliminates dual bulky camera setups that are used to capture both visible and infrared images in various applications.
In this blog, we explore See3CAM_CU83’s key features and its core applications.
Key Features of See3CAM_CU83
Simultaneous RGB-IR Capture: See3CAM_CU83 captures both visible and infrared light simultaneously, eliminating the need for mechanical switches or separate sensors for day and night operations.
4K High-Resolution Imaging: This camera delivers crisp 4K resolution, enabled by e-con’s fine tuning onboard ISP integrated into the camera and an 8MP sensor, ensuring exceptional detail in every frame.
RGB-IR Separation Algorithm: A unique technology that separates RGB and IR data in real time. The RGB data is processed through an ISP to output Y12, while the IR data is streamed directly, offering unparalleled flexibility in data handling and processing. This is achieved through e-con’s proprietary RGB-IR separation algorithm.
USB superspeed connectivity: The camera features a USB 3.2 interface for fast data transfer and easy integration with existing systems.
Versatile Application Support: From biometrics to agriculture, the See3CAM_CU83 is designed to meet the diverse needs of multiple industries.
Core Applications of See3CAM_CU83
Biometric Access Control: See3CAM_CU83 enhances security in biometric systems by simultaneously capturing RGB and IR data. This dual-mode capability significantly improves face anti-spoofing measures, distinguishing between live persons and fake images or videos with increased accuracy.
Smart Patient Monitoring: With its IR capabilities, See3CAM_CU83 excels even in low-light scenarios. This camera ensures clear, continuous monitoring in all lighting conditions, enhancing the accuracy of patient monitoring applications.
Crop Health Monitoring: The camera’s enhanced NIR sensitivity enables detailed analysis of vegetation health through NDVI (Normalized Difference Vegetation Index). This capability is crucial for precision agriculture, allowing farmers and agronomists to make data-driven decisions about crop management.
Image Guided Surgeries: In healthcare settings, See3CAM_CU83 provides enhanced visibility during image-guided surgeries by capturing both RGB and infrared images. This dual imaging capability helps reveal sub-surface conditions, aiding surgeons in complex procedures. Additionally, it enables non-intrusive patient monitoring in low-light environments, ensuring continuous observation without disturbing patients.
Why Choose e-con Systems?
With over two decades of experience in designing and manufacturing OEM cameras, e-con Systems understands the unique requirements of embedded vision applications.
Learn more about our newly launched See3CAM_CU83 – 4K RGB-IR USB 3.2 camera and how it can enhance your application’s imaging capabilities.
Explore e-con Systems’ Camera Selector to check out our full portfolio.
For expert assistance in integrating this state-of-the-art RGB-IR camera into your application, please contact us at camerasolutions@e-consystems.com.
Suresh Madhu is the product marketing manager with 16+ years of experience in embedded product design, technical architecture, SOM product design, camera solutions, and product development. He has played an integral part in helping many customers build their products by integrating the right vision technology into them.