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SF-C3010TV-D4.0
SINCEREFIRST
| This VGA CMOS CVBS Analog Output 4.0mm Diameter Endoscope Camera Module,is a practical, easy-to-deploy imaging solution tailored for close-range narrow space detection, compliant with RoHS standards. Designed to solve the core pain points of complex deployment, limited accessibility and unstable imaging in confined space detection, combines compact design with user-friendly features to adapt to diverse on-site application needs. Its 4.0mm ultra-micro probe diameter is engineered to access tiny spaces—such as ultra-thin pipelines, narrow gaps and small cavities—that conventional detection equipment cannot reach, ensuring that no hidden area is missed during inspection. Unlike digital modules that require additional processing units, this module adopts CVBS (AV/TV) analog signal output, enabling direct connection to common display devices for real-time observation, which greatly simplifies the system structure, reduces deployment time and lowers the risk of equipment failure, making it ideal for on-site personnel with limited technical experience. The optical system is thoughtfully optimized for daily endoscopic scenarios: a 1.08mm focal length, F2.8 aperture and 65° field of view work with a 30–80mm focusing range to deliver clear close-range imaging, while TV distortion controlled within -1.5% ensures true picture restoration, helping users make accurate judgments on defects or status. Equipped with a 4PIN PAD interface (GND, VOUT, LED+, VCC), it supports optional installation of 4 0402 white light LEDs to address low-light environment challenges, ensuring clear imaging even in dark narrow spaces. The image direction register comes with factory default settings, allowing immediate entry into standard working mode after power-on without complicated configuration. With its focus on practicality and ease of use, this module integrates micro size, plug-and-play analog output, low distortion and flexible supplementary light, becoming a reliable companion for on-site inspection, maintenance and experimental exploration in various fields. |  |
1.Ultra-Micro & Accessible Design：4.0mm probe diameter easily penetrates tiny spaces like ultra-thin pipes and narrow gaps, ensuring comprehensive detection without blind spots.
2.Plug-and-Play Analog Output：CVBS analog signal directly connects to display devices, no additional digital processing units needed, simplifying deployment and operation.
3.Scene-Optimized Close-Range Imaging：30–80mm focusing range and <-1.5% low distortion ensure clear, true imaging, perfectly matching daily endoscopic detection needs.
1.On-Site Industrial Thin Pipe Inspection：It can be used for on-site visual detection of small-caliber pipelines (above 4mm), checking inner wall status, defects and blockages; its 4.0mm probe and direct analog output allow quick deployment and real-time observation.
3.Precision Electronic Maintenance：It is used for close-range inspection of solder joints, cables and components inside smart devices; its close-focus optimization and clear imaging assist in rapid fault troubleshooting.
4.Laboratory & Medical Auxiliary Detection：It can be adapted to small cavities and experimental devices; its analog output facilitates real-time display and recording, meeting the needs of basic visual detection.
Product Name | 4mm Endoscope Camera Module |
Led | 4pcs |
Mounting Type | USB |
Sensor | VGA |
Focusing Range | 30-80mm |
Output Format | CVBS output |
Focal Length | 1.08mm |
Trademark | SINCERE FIRST |
F Number | 2.8 |
Fov(D) | 65° |
It uses a CMOS VGA sensor with a resolution of 640x480 pixels, delivering standard high-definition analog video output.
Optional 4 LED lamp beads for fill light.
SMT and AA processes achieve precise optical alignment, ensuring consistent and clear images for each module, minimizing deviation risks.
4.What is the practical significance of distortion < -1.5% in endoscopic inspection?
A low-distortion design ensures the accurate reproduction of the target’s shape and dimensions, thereby improving the accuracy of inspection data and preventing misjudgments caused by image distortion.
