An endoscope camera module USB interface design is built for developers who need a compact imaging component that can connect to a host system with less driver complexity.
A mini endoscope camera 3.5mm is best understood as a compact imaging module, not a finished viewing instrument. It is a core component that system developers can integrate into a host device, probe assembly, handheld controller, or narrow-space visualization product. That distinction matters.
Evaluate the OV6922 analog CMOS sensor for medical endoscopes, exploring its ultra-compact design, zero latency, and integration challenges.
Learn to select the best IP67 waterproof separate endoscope camera. Evaluate cable mechanics, lens options, and real-world industrial limits.
Learn to select medical CMOS endoscope camera modules by balancing size, resolution, thermal safety, sterilization, and regulatory compliance.
| Availability: | |
|---|---|
| Quantity: | |
SF-C1011USB-D3.3-720P60
SINCEREFIRST
The 1MP OH01A10 USB D3.3mm 60fps Endoscope Camera Module for Narrow-Space Inspection designed for high-frame-rate visual inspection inside small openings, compact cavities, and narrow equipment structures. It supports YUV / MJPEG output at 1280×800@60fps, providing smoother real-time viewing during camera movement and continuous inspection. The module uses a Separate Type structure, with a D3.3mm camera head and a 40×15mm main board, making it suitable for handheld endoscopes, compact industrial borescopes, repair inspection tools, and OEM narrow-space observation devices. | ![]() |
Product Name | 720P 60FPS endoscope camera module with led |
Basic tolerance | ±0.1mm |
DSP | USB |
Sensor | OH01A10 |
Focusing Range | 10-100mm |
Focal Length | 1.25mm |
F Number | 3.58 |
FOV(D) | 95° |
TV Distortion | <-2% |
Diameter | 3.3mm |
Micro-Channel Endoscopic Detection: Can be used for tiny pipes and cavities above 3.3mm. With its ultra-small probe, it can realize internal high-definition observation.
Portable Close-Range Detection: Can be used for handheld devices and small detection tools. With its compact size and high fluency, it can serve as a close-range imaging unit.
Embedded Micro Vision: Can be integrated into intelligent devices and small instruments. With its compact size and high fluency, it can serve as an image acquisition module.
Industrial Dark-Field Detection: Can be used in lightless/low-light environments. With its standard LED fill lights, it can complete clear imaging operations.
Lens & FOV matching for focused or wider internal viewing requirements.
Focus Range review for 4–10mm, 5–50mm, or 10–100mm inspection distances.
Cable Length evaluation from the standard 1m structure to longer project-specific configurations.
Connector adaptation review for Micro USB or project-specific device connections.
External illumination structure evaluation because the standard configuration is listed with LED NO.
Front-end mechanical structure review based on D3.3mm access space and device assembly requirements.
1: What type of Endoscope Camera Module is SF-C1011USB-D3.3-720P60?
It is a 1MP OH01A10 USB D3.3mm Separate Type Endoscope Camera Module designed for narrow-space inspection and high-frame-rate real-time viewing.
2: What is the main value of 1280×800@60fps?
The 60fps output direction provides smoother viewing when the camera is moving, rotating, or continuously scanning an internal surface. It is useful for handheld troubleshooting and dynamic inspection workflows.
3: What does the D3.3mm Diameter mean for device integration?
The D3.3mm camera head is suitable for small openings, narrow gaps, compact cavities, and small pipes where larger endoscope heads may not fit.
4: Does this model include LED illumination?
No. The standard product information lists LED as NO. If the inspection area is dark, an external or customized illumination structure should be evaluated.
5: Does this model support waterproof inspection?
No. IP67 is listed as No. It should not be treated as a waterproof or underwater inspection module.
6: How should I choose between the focus-range and FOV options?
The optical configuration should be selected according to camera-to-target distance, cavity size, required scene coverage, and target detail. The final FOV and focus-range combination should be confirmed with the selected lens configuration.
7: Can the cable length be extended to 5m?
The product information lists a 1m standard cable and up to 5m direction. Final transmission stability should be evaluated with the target USB host, cable structure, output format, and device design.
8: What information should I provide to confirm whether this module fits my project?
Please share your target device, minimum access Diameter, inspection distance, FOV requirement, lighting condition, cable length, connector requirement, host platform, and main inspection task. This helps determine the suitable optical and structural configuration.