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SF-SJT720 D7.9
SINCEREFIRST
This 1MP HD 7.9mm Mini OV9734 Endoscope Camera Module ,features 1MP resolution with precision optical design. Its lens diameter is 7.9mm, focal length is 1.08mm, and field of view reaches 88°. It offers a TV distortion rate below -10% and a focus range from 20mm to 60mm. The product incorporates a 0402-package LED auxiliary light and integrates multiple interfaces, including SNAP, GND, VIN5V, and other power/control pins, supporting USB data communication (DM/DP). Structurally, it incorporates multiple threaded interfaces such as M7.5×0.5P and M7.9×0.5P, accommodating multi-module installation requirements like Camera B and Camera C. The design balances high-definition imaging, wide-angle coverage, and flexible system integration capabilities. |  |
Highly Integrated Design: Features an OV9734 sensor with lens in a single package, delivering a compact and robust structure with dustproof and shock-resistant capabilities. Maintains clear imaging even in low-light conditions.
Wide-Angle Low-Distortion Optics: An 88° wide field of view combined with an optical design featuring TV distortion below -10% ensures true image reproduction in surveillance and panoramic shooting with minimal edge distortion.
Dual Thread Specifications: Offers both M7.5 and M7.9 thread specifications for flexible adaptation to different mounting structures and housings, enhancing device integration compatibility.
Integrated Low-Light Illumination: Features built-in 0402-package LED illuminators powered by 3.3V, effectively enhancing imaging in dim conditions for improved image usability.
Streamlined Electrical & Control Interfaces: Supports 5V power supply and USB plug-and-play data transfer. Includes an SNAP external trigger pin for convenient external control of snapshot functions with simplified wiring.
Product Name | Mini Endoscope Camera Module |
Features | Multi Camera Module |
Pixel | 1MP |
Sensor | CMOS |
Diameter | 7.9mm |
Interface | USB |
Focusing Range | 10-100mm |
Trademark | SINCERE FIRST |
Fov(D) | 95°*85°*43.5° |
Focus | Fixed |
Gynecological Examination
Colposcopes
Product Packaging
Endoscope Camera Module
USB Cable
User Manual Shipping
Ships within 1-2 business days
Free shipping within the US
International shipping available for an additional fee
Tracking number provided
1.Smart Home Visual Systems: Used in smart door locks, home surveillance cameras, and companion robots to enable facial recognition, behavior detection, and security integration, enhancing home safety and automation experiences.
2.Industrial Vision Inspection: Integrates into automated production lines, product quality inspection equipment, and dimensional measurement systems to perform efficient visual inspection and quality control for part defects, assembly integrity, and label recognition.
3.Security Surveillance Equipment: Widely used in indoor/outdoor security cameras, vehicle monitoring systems, and access control/attendance devices, supporting 24/7 HD monitoring, motion detection, and video recording.
4.Drone and Mobile Robot Vision Modules: Compatible with various drones, inspection robots, and AGV navigation systems, providing real-time image capture and visual positioning to assist with obstacle avoidance, target tracking, and path planning.
5.Embedded AI Cameras and Edge Computing Devices: Suitable for AIoT terminals, smart retail recognition systems, and vital sign monitoring devices, supporting localized image recognition, data analysis, and intelligent decision-making to reduce cloud dependency.
FAQ
1. Is it suitable for nighttime or low-light environments?
Yes. The module features built-in 0402-package LED fill lights that activate auxiliary illumination in low-light conditions to enhance image brightness. Additionally, the sensor delivers excellent low-light imaging performance.
2. Are the power supply and interfaces compatible with common development boards (e.g., Raspberry Pi, Jetson Nano)?
Supports 5V power supply and utilizes USB D+/D- differential signal transmission. It can connect directly to mainstream embedded platforms like Raspberry Pi and Jetson Nano via USB interface. SNAP pins are also provided for external trigger control.
3. How should I choose between M7.5 and M7.9 threaded interfaces?
Both thread specifications cater to different structural installation requirements. M7.5 is commonly used for compact devices, while M7.9 is more compatible with standard industrial enclosures. Users should select the appropriate interface version based on their actual structural design.
