The SF-C1011USB-D3.9-720P60-L20 is a 3.9mm integrated USB endoscope camera module using the OH01A10 sensor.
It supports YUV / MJPEG output at 1280×800@60fps, includes 4pcs 0402 LEDs, supports IP67 and provides multiple FOV and focusing range options.
Its main advantage is the combination of:
D3.9 compact size
Integrated structure
1280×800@60fps output
Built-in LED illumination
IP67 support
Multiple FOV options
Multiple focus range options
Type-C connection
It is designed for OEM customers who need compact size and smooth live visualization.
It is listed as an ALL integrated-type module.
This is important for customers who prefer a more integrated front-end structure rather than a separate camera head and board arrangement.
The camera diameter is D3.9.
Customers should confirm that the complete probe and final housing can meet the diameter requirement of the device.
The model uses the OH01A10 sensor.
It supports 1MP-class imaging and 1280×800@60fps output.
The module supports 1280×800 output.
It is suitable for real-time visualization and inspection, but customers requiring 2MP, 5MP or higher image detail should evaluate other models.
The model supports up to 60fps at the listed maximum output.
This can help provide smoother live viewing during probe movement.
It can be useful when the camera moves continuously during operation.
Examples include handheld inspection, probe guidance, cavity navigation and applications where the user frequently changes the viewing direction.
For static observation, 60fps may be less critical.
Yes. The catalog lists YUV / MJPEG output.
Customers should confirm compatibility with their actual host system and software environment during sample testing.
Yes.
It includes 4pcs 0402 LEDs for local illumination.
No.
The catalog marks dimming as No.
Customers who require adjustable brightness should evaluate another dimmable model.
Fixed brightness may be suitable when:
The working distance is stable
The target surface is not highly reflective
The inspection environment is consistent
The user does not need frequent brightness adjustment
Sample testing is still recommended.
Potential problems can occur with:
Wet surfaces
Metallic surfaces
Highly reflective materials
Very short working distances
Curved reflective cavities
In these cases, customers should test for overexposure and reflection.
Yes.
The catalog marks IP67 as Yes.
No.
Final device waterproof performance depends on the complete product structure, including:
Housing
Sealing
Cable exit
Connector protection
Assembly method
Adhesive or sealing material
Final testing
It can be evaluated for applications involving moisture or wet inspection conditions because the module supports IP67.
However, the complete device should still undergo final environmental and waterproof validation.
Yes, it can be evaluated as an imaging component.
Final medical device safety, compliance, cleaning requirements and certification must be handled according to the complete device and target market.
It may be evaluated if the D3.9 size, working distance, FOV and fixed LED brightness match the application.
Customers should pay particular attention to reflection and close-range lighting.
Yes, it can be evaluated for veterinary visualization projects.
The final choice depends on working distance, probe size, lighting, waterproof requirements and device structure.
Yes.
It can be evaluated for compact borescopes, cavity inspection tools, equipment inspection devices and maintenance visualization systems.
The catalog lists:
75°
85°
95°
130°
These options allow customers to choose between focused observation and wider viewing.
Consider:
Target size
Working distance
Cavity diameter
Need for navigation
Need for detail
User operation method
A narrower FOV gives a more focused view, while a wider FOV provides more surrounding context.
No.
A 130° FOV provides wider scene coverage, but the target may appear smaller.
Customers who need more focused detail may prefer 75°, 85° or 95°, depending on the application.
The catalog lists:
4–10mm
5–50mm
5–100mm
10–100mm
The 4–10mm option can be evaluated for very close observation.
The final result should be confirmed by sample testing in the real application.
The 5–50mm option can be evaluated for general close-range visualization.
However, the correct option depends on the real camera-to-target distance.
The 5–100mm or 10–100mm configurations may be evaluated when the application requires a broader working distance range.
Customers should still test actual image clarity at the nearest and farthest expected distances.
The catalog lists a 20mm front length.
Customers should confirm whether this fits the final probe, housing or insertion structure.
The catalog lists plastic / glass lens options.
The exact choice should be evaluated according to optical performance, cost, durability and project requirements.
The standard cable length is 1.5m.
Customers should confirm whether this length matches the device structure and user workflow.
The catalog lists a maximum cable length of 5m.
Longer cable use should be tested for signal stability and final system performance.
The catalog lists Type-C connection.
Actual host compatibility should be confirmed using the customer’s intended device and software environment.
Not automatically.
A Type-C connector does not guarantee compatibility with every phone, tablet or host.
Compatibility depends on the host platform, USB support, software and system configuration.
No.
This is an OEM endoscope camera module.
Customers still need to evaluate final housing, mechanical protection, device assembly, host compatibility and regulatory requirements.
It is generally better positioned for real-time visualization than advanced AI or measurement-level inspection.
AI projects may require higher resolution, controlled lighting and application-specific image quality validation.
Customers should test:
Image smoothness during movement
Image clarity at real working distance
Selected FOV
LED brightness
Reflection on real target surfaces
IP67 performance after final device integration
Cable length stability
Type-C host compatibility
Mechanical fit of the 20mm front section
The most common mistake is selecting it only because it is D3.9 and supports 60fps.
Customers should also confirm:
FOV
Working distance
Lighting reflection
Need for dimming
Waterproof requirements
Cable length
Connector compatibility
Mechanical structure
No.
The catalog marks dimming as No.
Customers who need brightness adjustment should mention this during RFQ so another suitable model can be evaluated.
Project-level customization or alternative module evaluation can be discussed based on:
Diameter
FOV
Focus range
Lens
Lighting
Cable length
Connector
Mechanical structure
Any change affecting optical performance, waterproof structure or production feasibility should be reviewed before confirmation.
Please provide:
Application
Medical or industrial use
Required diameter
Working distance
Preferred FOV
Lighting condition
Need for dimming
Waterproof requirement
Cable length
Host device
Connector requirement
Sample quantity
Estimated production volume
Mechanical drawing if available
Choose SF-C1011USB-D3.9-720P60-L20 when your project needs:
D3.9 integrated structure
1280×800@60fps
Built-in LEDs
IP67 support
Multiple FOV options
Multiple focus range options
Type-C connection
Compact OEM device integration
Choose another module if your project needs adjustable LED dimming, higher resolution, smaller diameter or a different structural design.
The SF-C1011USB-D3.9-720P60-L20 is a compact integrated USB endoscope camera module for projects that need smooth 60fps visualization, local LED illumination and IP67 support.
The model is flexible, but customers should confirm FOV, focus range, lighting conditions, cable length and device structure before sample approval and mass production.
Still not sure whether SF-C1011USB-D3.9-720P60-L20 fits your device?
Send your application, actual working distance, preferred FOV, waterproof requirement, cable length and Type-C host information to SincereFull. Our team can help evaluate the correct endoscope camera module direction for your project.
