Low Light 4K OmniVision OV08D10 Sensor FPV Auto Focus MIPI Camera Module

Low Light 4K OmniVision OV08D10 Sensor FPV Auto Focus MIPI Camera Module

Product Description:

This is a Low-Light 4K OmniVision OV08D10 Sensor FPV Auto-Focus MIPI Camera Module, built based on the OmniVision OV08D10 image sensor. It achieves multi-dimensional performance breakthroughs in the 8MP pixel category. Compared with similar 8MP sensor products, its core advantages lie in the coordinated upgrade of ultra-high-definition output capability, image quality optimization technology, and precise optical performance—making it an optical solution that breaks the performance bottleneck of products with the same pixel count.​

The module is equipped with an 8MP effective pixel sensor. Unlike most similar 8MP products that only support 1080P video output, it can stably output 4K@30FPS ultra-high-definition images. Combined with the innovative 1/4-inch optical format and 1.12μm pixel design, it achieves a more compact physical structure while maintaining the same resolution. Through PureCel® pixel isolation technology to reduce crosstalk, paired with HDR function, it improves issues commonly seen in similar 8MP products, such as excessive noise in low light and loss of details in backlit environments. Its output format supports 10bit RAW, providing a richer dynamic range for color calibration and post-processing—surpassing the 8bit output configuration of most similar 8MP products.​

In terms of optical parameters, the module adopts an F2.4±5% aperture and a 2.57mm focal length lens, with a depth of field ranging from 10cm to Infinity. Its field of view reaches a wide coverage of D82.7°×H69.9°×V55.3°, while TV distortion is strictly controlled within -0.8%—solving the image distortion problem that often occurs in similar 8MP products with wide field of view. Functionally, it supports auto-focus, enabling quick and accurate locking of shooting subjects; it uses the MIPI CSI-2 high-speed interface to ensure delay-free transmission of 4K image data. On the production side, it adopts COB technology and AA (Active Alignment) process to ensure product consistency and structural compactness. Additionally, it has passed multiple international testing certifications including CE, FCC, RoHS, and Reach.

Features:

1. Breakthrough Pixel Architecture: The 1.12μm pixels are based on the second-generation PureCel® Plus technology. Compared with traditional 8MP sensors of the same optical size, it increases sensitivity by 20% while reducing crosstalk to below 3%, achieving better signal-to-noise ratio performance.​
2. Ultra-High-Definition Output: Supports 4K@30FPS ultra-high-definition video output with a resolution of 3840×2160. Combined with 10bit RAW format output, its color gradation and dynamic range are significantly superior to those of competitors with the same pixel count, meeting higher-standard image requirements.​
3. Optimized Optical Design: By precisely matching the 2.57mm lens with sensor characteristics, it maintains an 82.7° wide field of view while improving relative illumination at the edges, completely solving the edge vignetting problem of traditional wide-angle modules.​
4. Full-Scenario Adaptability: The ultra-wide depth of field range (10cm~Infinity) combined with auto-focus function allows flexible switching between close-range scanning and long-distance shooting scenarios. It adapts to more diverse usage needs without the need for additional module replacement.​
5. More Reliable Craftsmanship: The production solution combining COB technology and AA process ensures higher imaging accuracy; passing multiple international authoritative certifications, its compliance covers major global markets, reducing manufacturers’ market access costs and risks.

Technical Parameters:

Applications:

• Portable Vlog Devices: Suitable for small handheld Vlog cameras, action cameras, and other devices. The 8MP+4K@30FPS high-definition output meets short video creation needs; ultra-low distortion ensures neat image composition; PureCel® technology optimizes low-light shooting performance; and the compact craftsmanship adapts to the portable design of devices.​
• Drone Vision Systems: Its compact size fits gimbal structures; 10bit color depth meets professional aerial photography needs; and hardware HDR copes with high-light-ratio environments at high altitudes.​
• Mid-to-High-End Tablets: Matches the mobile creation and office needs of tablets. 4K output supports high-definition video recording and online teaching screen transmission; auto-focus and wide depth of field adapt to scenarios such as document scanning and landscape shooting; low distortion enhances the presentation accuracy of online course whiteboards and meeting documents.​
• Industrial Code-Reading Devices: High resolution enables accurate identification of tiny barcodes; excellent edge resolution ensures consistent reading performance across the entire field of view.​
• New Retail Smart Terminals: Wide dynamic range enables accurate identification of shelf products; auto-focus quickly switches between near and far objects; low-power characteristics are suitable for 24-hour 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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