OmniVision Technologies OV00426-B64G

OmniVision Technologies OV00426-B64G Environmental and export classification status description

OmniVision Technologies OV00426-B64G is a digital image sensor designed for various applications in the field of imaging and computer vision. It belongs to the Integrated Circuits (ICs) category and is specifically tailored for capturing high-quality images and videos in a compact and efficient manner. Functions: 1. Capturing high-resolution images and videos 2. Image processing and manipulation 3. Light sensitivity and exposure control 4. Color reproduction and optimization 5. Integration with microcontrollers and other digital systems Applications: 1. Surveillance cameras 2. Automotive ADAS (Advanced Driver Assistance Systems) 3. Drones and UAVs (Unmanned Aerial Vehicles) 4. Smartphones and tablets 5. Industrial automation and robotics Alternative Components: 1. Sony IMX series image sensors 2. ON Semiconductor AR0330 image sensor 3. Samsung ISOCELL image sensors Embedded Modules: 1. Embedded system board with OV00426-B64G sensor 2. Image processing and compression modules 3. Interface modules for connecting to microcontrollers or processing units Q&A: 1. What is the resolution and frame rate supported by OmniVision OV00426-B64G? - The OV00426-B64G supports up to X resolution at Y frames per second. 2. Can this image sensor be used for low-light applications? - Yes, the OV00426-B64G is designed to provide good performance in low-light conditions. 3. What kind of interfaces does the OV00426-B64G support for data communication? - The sensor supports interfaces like MIPI CSI-2 for connecting to host devices. 4. Is the OV00426-B64G suitable for real-time image processing applications? - Yes, it can be used for real-time processing with the right accompanying hardware and software. 5. Are there specific driver libraries or SDKs available for working with the OV00426-B64G sensor? - Yes, OmniVision typically provides software development kits and documentation for integrating their sensors into various systems.