0.9mm Diameter OCHTA10 Image Sensor USB Endoscope Camera Module

0.9mm Diameter OCHTA10 Image Sensor USB Endoscope Camera Module

Product Description:

• This 0.9mm diameter OCHTA10 image sensor USB endoscope camera module is a professional-grade device developed for high-precision observation needs in narrow spaces. Its core configuration is built around the dual objectives of miniaturization and high definition. It features the OmniVision OCHTA10 CMOS color sensor, which outputs color images at 400x400 resolution. Coupled with a maximum frame rate of 30 FPS, it ensures smooth, stutter-free, and blur-free video during dynamic observation. The sensor size is only 1/31 inch, with a pixel size of 1.008μm x 1.008μm, achieving excellent light sensitivity and detail capture within an extremely compact form factor. The lens part adopts a 120° wide field of view design, with a diameter of just 0.9mm, and supports manual focus for flexible clarity adjustment based on the observation distance. The product uses a detachable structural design, where the camera probe connects to the processing unit via a 4-pin header, significantly reducing installation and operational constraints in confined spaces. Additionally, the module comes with a DSP board supporting USB 2.0 speed, featuring a Type-C interface and UVC protocol compatibility for quick connection to various smart devices. An extra development board with an HDMI interface is also provided. The entire manufacturing process strictly utilizes SMT technology and AA active alignment, ensuring device stability and observation accuracy from hardware configuration to production.

Features:

1. Extreme Miniaturization: The combination of a ultra-small 1/31-inch sensor and a 0.9mm diameter lens allows the module to easily access extremely narrow spaces traditional endoscopes cannot reach. The detachable design further eliminates installation constraints, and the lightweight 4-pin connection method prevents the processing unit from interfering with probe movement, making it suitable for more complex observation environments.

2. Detail and Field of View Balance: The small 1.008μm pixel size accurately captures fine features of the observation target (e.g., material surface scratches, micro-lesions), while the 400x400 resolution ensures image clarity. The 120° wide field of view covers a broader observation area, reducing the need for frequent probe adjustments. This effectively balances "local detail" with "overall context," enhancing observation efficiency.

3. Flexible Scenario Adaptation: The Type-C interface + UVC protocol combination supports plug-and-play, allowing direct connection to computers, tablets, and other devices for image storage, analysis, and post-processing, with USB 2.0 speed ensuring smooth data transfer. The HDMI development board caters to real-time observation needs, providing zero-latency, uncompressed image output directly to a display without relying on software drivers. The ability to switch between these two interfaces based on requirement meets diverse observation and data processing needs across different scenarios.

4. Process Reliability: SMT technology enables high-precision component soldering, reducing the risk of failures caused by poor contact during long-term use. The AA process ensures precise optical alignment between the lens and sensor, avoiding image quality degradation due to assembly deviations. It maintains stable observation performance even under repeated plugging/unplugging and frequent adjustments.

5. High Usability: The manual focus design eliminates the need for complex auto-focus algorithms, allowing users to quickly adjust clarity based on actual needs and reducing device debugging time. The plug-and-play nature of the UVC protocol and HDMI interface means no professional driver or software installation is required, enabling both novice users and professionals to start operating quickly.

Technical Parameters:

Applications:

Scientific Research and Laboratory Analysis: Used in biological research to observe microorganism activity or plant root structures; in materials science to inspect the internal microstructure of composite materials or detect damage. Its portability is ideal for moving between different workstations in a laboratory.

Security and Anti-Terrorism Inspection: Security personnel can use it to inspect concealed spaces such as suspicious packages, vehicle undercarriages, or wall cavities. Its quick plug-and-play capability allows for rapid deployment in emergency inspection scenarios.

Electronics Manufacturing and Repair: Technicians can easily access the interiors of precision electronic devices like smartphones and computers to visually inspect components on circuit boards, solder joint quality, or troubleshoot faults. It is a powerful tool for precision repair and quality control.

Education Training and Demonstration: In vocational teaching processes such as automotive repair, archaeology, or artwork restoration, instructors can use this module to project operational details onto a screen in real-time, making the teaching process more intuitive and vivid, thereby enhancing educational effectiveness.

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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