4K 30FPS Ultra-HD CMOS IMX582 Mini MIPI Camera Module

4K 30FPS Ultra-HD CMOS IMX582 Mini MIPI Camera Module

Product Description:

This is a 4K 30FPS Ultra-HD CMOS IMX582 Mini MIPI Camera Module. With the Sony IMX582 image sensor as its core, it creates a high-definition imaging solution suitable for multiple scenarios, featuring comprehensive and precise parameter configurations: Equipped with a 48MP ultra-high-pixel sensor, it achieves a resolution of 8000x6000 and supports stable output of 4K@30FPS high-definition videos; the sensor size is 1/2 inch, with a pixel size of 0.8μm x 0.8μm, and when combined with Quad Bayer 4-in-1 technology and HDR function, it can flexibly adapt to different lighting environments; it supports 10-bit RAW output format, reserving sufficient space for color reproduction and post-processing; meanwhile, it is equipped with an autofocus function, a large aperture of F1.79±5%, a fixed focal length of 4.74mm, and a wide field of view of 79.4°, with TV distortion controlled within 1.5% to ensure accurate and non-stretched images; it adopts a high-speed MIPI CSI-2 transmission interface to ensure efficient data flow, and uses COB (Chip on Board) process and AA (Active Alignment) manufacturing process to improve the assembly precision and structural stability of the product. Moreover, it has passed multiple international tests and certifications including CE, FCC, RoHS, and Reach, fully meeting compliance and reliability standards.

Features:

1. Flexible Pixel Architecture: The Quad Bayer array enables dynamic switching between high-resolution mode and high-light-gathering mode, supporting two workflows: 48MP full-pixel fine imaging and 12MP merged-pixel high-sensitivity imaging. No hardware replacement is required to adapt to application scenarios with drastic changes in lighting conditions.​
2. High Interface Standardization: The MIPI CSI-2 interface is compatible with mainstream mobile processor platforms and supports 2/4-channel configuration, which can adapt to bandwidth requirements. This reduces restrictions on main control selection and shortens the PCB design verification cycle for hardware engineers.​
3. Excellent Low-Light Imaging Performance: Through Quad Bayer 4-pixel merging technology, 4 adjacent 0.8μm pixels can be merged into a 1.6μm large pixel, significantly increasing the light-sensing area and obtaining brighter images with fewer noise points in low-illumination environments.​
4. Industrial-Grade Reliability Design: The COB packaging process ensures tight bonding between the sensor and the circuit board. Combined with the precise optical calibration of the AA manufacturing process, the module exhibits excellent vibration resistance and environmental adaptability, meeting the stability requirements of harsh application scenarios.​
5. Precise Optical Design: The optimized 79.4° field of view ensures wide viewing coverage while strictly controlling image edge distortion within 1.5%, minimizing image geometric distortion. It is particularly suitable for computer vision applications.

Technical Parameters:

Applications:

• AR/VR Vision: Its high resolution and low distortion meet the requirements of spatial positioning and environmental perception. The 4K video stream provides a high-quality image source for real-time rendering, and autofocus ensures clarity for near-eye display.​
• Action Cameras: It supports 4K high-definition video recording and adapts to various shooting lighting conditions with the HDR function. The slim FPC structure design is especially suitable for integration into compact products such as handheld gimbals and live broadcast devices.​
• Robot Vision: The large aperture and HDR technology cope with lighting changes during aerial shooting. The high transmission rate of the MIPI interface meets the requirements of real-time image transmission, and accurate color reproduction provides a reliable data source for spatial modeling.​
• Smart Retail Terminals: Its high-pixel feature supports product detail capture and QR code recognition. Fast autofocus improves user experience, and the complete certification system ensures compliant deployment of devices in commercial locations.​
• Smart Home: The wide field of view covers the main indoor areas. Excellent low-light performance ensures nighttime monitoring quality, and the industrial-grade reliability design adapts to the needs of 24/7 non-stop operation.

Customized Process:

1. You can provide drawings or samples, as well as request documentation and developed by our engineering staff.
2. Communication or Meeting
3. We will communicate with you in detail to determine somewhat product you need and try to set the most suitable product for you
according to your needs.
4. Sample Development
5. Determine the details of the development sample and the delivery time. Communicate at any time to ensure smooth progress.
6. Sample Testing
7. Test and age on your application, feedback test results, no need to modify, mass production.

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