Introduction
Customers evaluating the SF-C1011USB-D3.1-720P60 usually do not only ask for a price. They want to know whether the 3.1mm camera head can fit their device, whether 60fps really helps, whether the image detail is enough, whether they need to design their own lighting, and whether the cable, board and connector can match the final product structure.
This FAQ answers the questions OEM buyers commonly ask before testing this bare 3.1mm USB endoscope camera module.
1. What is the SF-C1011USB-D3.1-720P60?
The SF-C1011USB-D3.1-720P60 is a D3.1 bare USB endoscope camera module using the OH01A10 sensor. It supports YUV / MJPEG output at 1280×800@60fps and is designed for compact OEM visualization device integration.
2. What is the biggest feature of this model?
The biggest feature is 1280×800@60fps output in a compact 3.1mm structure.
This makes it suitable for projects where customers need smoother real-time viewing than standard 30fps modules, while still keeping the camera head small.
3. Why does 60fps matter for an endoscope camera module?
60fps can help provide smoother image feedback when the probe is moving or when the user needs real-time control.
In many endoscope applications, the operator moves the camera during use. A smoother image can improve the viewing experience and reduce the feeling of delay or motion discomfort.
4. Does 60fps mean the image is higher resolution?
No. Frame rate and resolution are different.
This model outputs 1280×800@60fps. The 60fps value refers to image smoothness, while 1280×800 refers to image size. Customers should evaluate both based on the application.
5. What sensor does this module use?
This module uses the OH01A10 sensor.
It is positioned for compact 720P60-class endoscope visualization projects where smooth real-time observation is important.
6. What is the camera head diameter?
The camera head diameter is D3.1.
This makes the module suitable for compact device structures where larger 5mm, 6mm or 8mm modules may be too large.
7. Is this module suitable for medical device projects?
It can be evaluated as an imaging component for compact medical visualization device development.
Final medical compliance, safety validation, cleaning method and certification should be evaluated according to the complete device and target market.
8. Is this module suitable for industrial inspection?
Yes. It can be evaluated for compact industrial inspection tools, small cavity inspection, borescope devices and close-range visual checking.
Industrial customers should confirm lighting, mechanical protection, cable durability and working distance before selecting this model.
9. Does this model have built-in LEDs?
According to the catalog, the standard configuration has no built-in LEDs.
This is important. Customers who need illumination must evaluate external lighting, device-level LED design or another module with built-in LEDs.
10. Why would a customer choose a no-LED bare module?
Some OEM customers want to design their own lighting system.
Built-in LEDs may cause reflection, uneven brightness, heat or mechanical conflicts in certain device structures. A no-LED bare module gives the customer more flexibility for custom illumination design.
11. Does this module support dimming?
The catalog marks dimming as Yes, but because the standard module has no built-in LEDs, the actual dimming implementation should be confirmed according to the project lighting structure.
Customers should not assume standard LED dimming without project confirmation.
12. Does this module support IP67?
No. The catalog does not mark this model as IP67.
Customers who need waterproof performance should evaluate final housing, sealing and cable protection at the complete device level, or consider another IP67-supported module.
13. Can I use it in a waterproof device?
It may be used as an internal imaging core inside a customer-designed waterproof structure, but the final device must be designed and tested properly.
The module itself should not be treated as a finished waterproof probe.
14. What is the output format?
The module supports YUV and MJPEG output.
Customers should test compatibility with their own host system, software and USB video pipeline before confirming the model.
15. What is the output resolution and frame rate?
The module supports 1280×800@60fps.
This is suitable for applications that need smoother real-time viewing and better image feedback than lower-frame-rate compact modules.
16. Is 1280×800 enough for my project?
It depends on the target task.
It may be enough for general visualization, cavity inspection, device guidance and close-range observation. It may not be enough for fine defect analysis, AI recognition, measurement-level inspection or documentation-grade imaging.
17. What is the focusing range?
The focusing range is 5–100mm.
Customers should test the module at the actual working distance of the final device because focus mismatch is a common reason for poor sample evaluation.
18. What FOV options are available?
The module supports 75° / 95° FOV options.
A 75° FOV can be better for more focused viewing. A 95° FOV can help capture more surrounding context. The right choice depends on working distance, target size and user operation.
19. Which FOV should I choose?
Choose 75° if the project needs a more focused view of the target area.
Choose 95° if the user needs a wider view inside a narrow space. Sample testing is recommended because the best FOV depends on the final device and application.
20. Does it use a glass lens?
Yes. The module uses a glass lens.
For OEM customers, this can support more stable optical evaluation compared with some lower-end lens structures.
21. What is the front length?
The front length is 5mm.
This helps keep the camera head compact for device integration.
22. What is the standard cable length?
The standard cable length is 1m.
Customers should confirm whether this is enough for their product structure before sample confirmation.
23. What is the maximum cable length?
The maximum cable length listed in the catalog is 5m.
If customers need longer cable integration, signal stability and image performance should be tested in the actual device environment.
24. What is the main board size?
The main board size is 40×15mm.
This should be checked early because board placement is one of the most common mechanical integration issues in OEM camera module projects.
25. What connector does it use?
The front connector is bonding wire, and the back connector is Micro USB.
Customers should confirm whether this connection method matches their assembly process, product structure and host system.
26. Can it work directly with a computer?
It is a USB camera module, but actual compatibility depends on the host device, software environment, driver support and connection design.
Customers should test it with the intended host platform during sample evaluation.
27. Is this a finished endoscope device?
No. It is a bare camera module.
Customers need to design the final housing, lighting, waterproof structure if required, cable protection and complete device assembly.
28. What should customers test first after receiving samples?
Customers should test:
Image smoothness during movement
Image clarity at real working distance
75° vs 95° FOV
External lighting design
Cable length and routing
Board placement
Host compatibility
Mechanical protection
Waterproof structure if required
Testing only on a desk is not enough. The module should be tested in the real device structure or a simulated use environment.
29. What is the most common mistake when choosing this model?
The most common mistake is choosing it only because it is D3.1 and supports 60fps.
Customers should also confirm lighting design, FOV, focus range, cable layout, board size, waterproof needs and host compatibility.
30. Can SincereFull customize this module?
Project-level customization or alternative module evaluation can be discussed based on diameter, lens, FOV, lighting, cable, connector and mechanical structure requirements.
Any change affecting optical performance, interface stability, waterproof design or production feasibility should be reviewed before confirmation.
31. What information should I provide before asking for a quotation?
Please provide:
Application scenario
Medical or industrial use
Required diameter
Required frame rate
Working distance
FOV preference
Lighting plan
Waterproof requirement
Cable length
Board space
Connector preference
Host device
Sample quantity
Estimated production volume
Mechanical drawing if available
Complete information helps SincereFull recommend the right module faster.
32. How should I decide whether this model is right?
Choose the SF-C1011USB-D3.1-720P60 if your project needs a compact 3.1mm bare USB imaging core, 1280×800@60fps output, glass lens, selectable FOV and custom device-level integration.
Choose another model if your project needs built-in LEDs, confirmed IP67 waterproof design, 1080P or higher resolution, finished device structure or stronger integrated illumination.
Key Takeaway
The SF-C1011USB-D3.1-720P60 is a compact 60fps bare USB endoscope camera module for OEM customers who need smoother real-time visualization and flexible device integration.
It is a strong fit for the right compact project, but customers must evaluate lighting, FOV, focus range, cable layout, board placement and waterproof requirements before confirming mass production.
CTA
Still not sure whether SF-C1011USB-D3.1-720P60 fits your device?
Send your application, working distance, FOV preference, lighting plan, cable requirement and device structure to SincereFull. Our team can help evaluate your project and recommend the most suitable endoscope camera module direction.
