Introduction
Many endoscope camera module projects fail during sample testing because the customer chooses only by diameter and resolution. In real use, the image may be too close, too wide, too narrow, too dark, not smooth enough or difficult to integrate into the final product.
That is why experienced OEM buyers usually ask more practical questions:
What working distance do we need?
Do we need a focused view or a wide view?
Will the user move the probe during inspection?
Is fixed LED brightness enough?
Can the connector match our host device?
Can the cable length support our structure?
The SF-C1011USB-D3.6-720P60-L15 is a 3.6mm USB endoscope camera module with OH01A10 sensor, 1280×800@60fps output, 4pcs LEDs, FOV options of 75°, 85°, 95° and 130°, and focusing range options of 4–10mm, 5–50mm, 5–100mm and 10–100mm.
This article focuses on how customers should choose the right configuration before sample testing.
Start with the Application, Not the Model Number
The same endoscope camera module can perform very differently in different devices.
A dental inspection tool may need short-distance viewing and a controlled field of view.
A veterinary device may need a wider view and stable lighting.
An industrial inspection tool may need longer cable routing and practical close-range visibility.
A handheld USB tool may need smoother live video and simple host connection.
Before choosing this model, customers should define the real use scenario first. The right choice depends on working distance, target size, light conditions, connector layout and user operation.
Product Overview
The SF-C1011USB-D3.6-720P60-L15 is a D3.6 integrated-type USB endoscope camera module.
Key specifications include:
D3.6 camera head
OH01A10 sensor
1MP imaging class
YUV / MJPEG output
1280×800@60fps
4pcs 0402 LEDs
15mm front length
Plastic / glass lens options
75° / 85° / 95° / 130° FOV options
4–10mm / 5–50mm / 5–100mm / 10–100mm focusing range options
IP67: No
1.5m standard cable
5m maximum cable length
Dimming: No
Type-A / Type-C connector options
These specifications make the module suitable for projects that need compact size, smooth video and flexible optical matching.
Customer Pain Point 1: "We do not know which FOV to choose."
FOV is one of the most important but often misunderstood parameters.
A narrower FOV can help focus on a smaller area.
A wider FOV can help users see more surrounding context.
A very wide FOV may show more area but may reduce target detail.
A narrow FOV may show better focus but require more probe movement.
For this model:
75° can be considered for more focused viewing.
85° and 95° can be considered for balanced observation.
130° can be considered when the customer needs a wider view in a compact cavity.
The correct choice depends on working distance, target size and how the user operates the device.
Customer Pain Point 2: "The sample image is unclear, but we do not know why."
Many image clarity problems are caused by focus mismatch, not by sensor quality.
This model provides multiple focusing range options:
4–10mm for very close observation
5–50mm for general close-range viewing
5–100mm for wider close-to-medium observation
10–100mm for applications where the target is usually farther away
Customers should measure their actual working distance before selecting the lens configuration. If the focus range does not match the real application, the sample may look unclear even if the module is technically correct.
Customer Pain Point 3: "The image needs to be smooth during movement."
The 1280×800@60fps output helps provide smoother live video. This is useful for handheld devices, probe-guided viewing and applications where the camera moves during use.
For customers, this matters because final users judge the product by real operation, not only by still image snapshots.
Customer Pain Point 4: "We need built-in LEDs, but brightness control is not required."
This model includes 4pcs 0402 LEDs, which can help in dark cavities. However, the catalog marks dimming as No.
This means customers should evaluate whether fixed brightness is acceptable. If the application involves reflective, wet, shiny or curved surfaces, adjustable brightness may be important and another module or custom lighting design should be discussed.
Customer Pain Point 5: "Cable and connector details affect the final product."
The module provides 1.5m standard cable length and supports up to 5m maximum cable length. It also offers Type-A / Type-C connector options.
Customers should confirm:
Is 1.5m enough for the device?
Is 5m cable needed for the final product?
Will long cable use affect image stability?
Should the product use Type-A or Type-C?
Does the connector position match the host system?
Will the cable be bent, pulled or frequently moved?
These details can affect product reliability and user experience.
Medical vs Industrial Selection Logic
For medical, dental and veterinary visualization devices, customers should focus on probe diameter, working distance, image smoothness, lighting, user operation and final device compliance planning.
For industrial inspection devices, customers should focus on practical visibility, cable length, connector durability, lighting performance, mechanical protection and whether the module can survive the inspection environment.
The same module can be evaluated for both directions, but the selection logic is different.
When This Model Is a Good Fit
Choose this model when your project needs:
D3.6 compact camera head
720P60 smooth video
Built-in 4pcs LED lighting
Multiple FOV choices
Multiple focus range choices
Type-A or Type-C connector options
1.5m standard cable
Cable length evaluation up to 5m
Close-range or medium-close visualization
When Another Model May Be Better
Choose another model if your project needs:
IP67 waterproof support
LED dimming control
Higher resolution than 1MP
A smaller 2.8mm or 3.1mm camera head
A larger 5MP or 12MP imaging module
Steel shell protection
Finished consumer endoscope device
The goal is not to choose the highest-spec model. The goal is to choose the module that fits the customer's real working distance, lighting condition and device structure.
RFQ Checklist
Before requesting samples, customers should provide:
Application scenario
Target market: medical, dental, veterinary or industrial
Required diameter
Working distance
Preferred FOV
Need for 60fps
Need for built-in LEDs
Need for LED dimming
Waterproof requirement
Cable length
Connector preference
Host device
Sample quantity
Estimated production volume
Mechanical drawing if available
With this information, SincereFull can help customers choose the correct configuration and reduce unnecessary sample rounds.
Conclusion
The SF-C1011USB-D3.6-720P60-L15 is a practical USB endoscope camera module for customers who need 3.6mm compact design, smooth 60fps video, built-in LEDs and flexible optical options.
Its biggest value is configurability. Customers can evaluate different FOV, focus range, cable and connector options according to the final device instead of forcing one fixed configuration into every application.
CTA
Not sure which FOV or focus range is right for your endoscope device?
Send your application, working distance, target viewing area, connector preference and cable length requirement to SincereFull. We can help evaluate whether SF-C1011USB-D3.6-720P60-L15 is suitable for your project.
