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The SF-C2017USB-1500P V1.0 is a D4.0 separate-type USB endoscope camera module using the OCH2B10 2MP sensor platform.
It supports YUV / MJPEG output with a maximum listed output of 1500×1500.
Its main value is the combination of:
D4.0 compact camera head
2MP imaging
1500×1500 square-format output
140° diagonal FOV
8–100mm focusing range
USB output
Separate-type OEM integration
It is especially relevant to projects that need wide-area viewing and balanced image dimensions.
For this product, the catalog lists a maximum output of 1500×1500.
Customers should use the confirmed pixel dimensions when discussing image output rather than assuming a standard 16:9 “1500P” video format.
Yes.
The listed maximum output has equal horizontal and vertical pixel dimensions.
This can be useful for applications that prefer balanced vertical and horizontal image coverage.
No.
The better format depends on the application.
A square image can be useful for center-oriented, cavity or tube-like observation.
A 16:9 format may be better when the final display or software workflow is designed around wide-screen video.
The catalog lists the OCH2B10 sensor.
The catalog lists the module as 2MP.
The current catalog snippet confirms 1500×1500 maximum output but does not specify a frame rate for this model.
Customers who have a specific frame-rate requirement should confirm it before sample approval.
The catalog lists YUV and MJPEG.
Actual host compatibility should be confirmed with the intended device and software environment.
The camera head diameter is D4.0.
Customers should remember that D4.0 refers to the camera head, not necessarily the final complete probe diameter after housing and sealing.
No.
The catalog lists it as a separate-type module.
The camera head and main board should therefore be considered together during mechanical design.
The catalog lists a 4.5mm front length.
Customers should confirm the complete mechanical drawing before final housing design.
No.
The catalog lists LED as No.
The final device therefore needs an appropriate external or device-level illumination solution if the application is dark.
No.
For OEM customers with their own lighting design, a no-LED camera module can provide more flexibility.
The device may use external lighting, side lighting, separated illumination or another application-specific light source design.
The catalog does not confirm an external LED control function for this model.
Any device-level lighting control architecture should be confirmed separately during project evaluation.
The catalog marks dimming as No.
Because the module also has no built-in LEDs, customers should treat lighting and brightness control as part of the final device architecture.
The catalog lists D140°, meaning a 140° diagonal FOV.
A wide FOV can help users see more of the surrounding cavity or internal structure in one frame.
This may reduce repeated probe repositioning during navigation and general observation.
Not automatically.
A wide FOV provides more scene coverage, but small targets may appear smaller within the image.
Customers should test whether the target detail remains sufficient for the real inspection task.
It can be evaluated for applications where wide visual context is important.
The final suitability depends on cavity size, working distance, lighting and required image detail.
The catalog lists an 8–100mm focusing range.
The listed focusing range starts at 8mm.
If the application requires a shorter working distance, another optical configuration or camera module should be evaluated.
It can be evaluated for applications where the working distance varies within the intended range.
Customers should test image clarity at the closest, typical and farthest real use distances.
No.
The catalog marks IP67 as No.
The module may be integrated into a customer-designed sealed device, but final waterproof performance depends on the complete product structure and validation.
The module itself should not be presented as an IP67 camera probe.
Not as a confirmed IP67 module by itself.
For wet pipe applications, customers should either develop and validate a complete sealed structure or evaluate an IP67-supported module.
Yes, it can be evaluated for industrial inspection tasks where the D4.0 size, wide FOV, image output and external lighting architecture match the application.
It can be evaluated as an imaging component for OEM medical visualization device development where appropriate.
Final compliance, safety, cleaning, biocompatibility-related design and certification remain complete-device responsibilities.
That depends on the required working distance, probe structure, lighting and desired FOV.
A 140° wide FOV and 8–100mm focusing range should be tested against the actual dental device scenario before selection.
It can be evaluated for veterinary visualization equipment if the diameter, image detail, working distance and external lighting design match the device.
The catalog lists plastic and glass lens options.
Customers should confirm the selected lens configuration according to image performance, cost and application requirements.
The standard cable length is 1.5m.
The catalog lists a maximum cable length of 3m.
Longer configurations should be evaluated for actual system performance and mechanical routing.
No.
Cable length should match the device structure and user workflow.
Unnecessary cable length may make routing and product design more difficult.
The main board size is 62.5×15mm.
Customers should confirm whether this board can fit inside the handle, control unit or equipment housing.
Because the camera head is only one part of a separate-type module.
The final device must accommodate the camera head, cable, main board and connectors.
The catalog lists bonding wire for the front connection.
The connection area should be considered during mechanical protection and assembly design.
The catalog lists Micro USB as the back connector.
Customers should confirm host and product architecture compatibility before final integration.
It is a USB camera module, but actual operation depends on the host system, software environment and device integration.
Sample testing with the intended host is recommended.
The catalog lists Micro USB as the back connector, not Type-C.
Phone integration should not be assumed and would depend on the complete host, adapter, software and system architecture.
No.
It is a camera module for OEM integration.
The customer must evaluate lighting, housing, environmental protection, cable routing, host system and complete device design.
Customers should test:
1500×1500 output compatibility
Image detail in the real scene
140° FOV
Target size within the wide frame
Image clarity at actual working distances
External lighting performance
Reflection and shadow
Cable length
Board placement
Host compatibility
Mechanical protection
Environmental sealing requirements
The most common mistake is selecting it only because it is 2MP and D4.0.
Customers should also confirm:
Whether square-format output is useful
Whether 140° FOV is too wide or suitable
Whether 8–100mm matches real use
How the device will provide lighting
Whether IP67 is required
Whether the 62.5×15mm board fits the device
It should not automatically be selected for AI inspection based only on the 2MP specification.
AI suitability depends on target size, image detail, lighting consistency, optical distortion, working distance and algorithm requirements.
Project-level testing is necessary.
It is best suited to OEM customers who:
Need a D4.0 camera head
Want 1500×1500 square-format imaging
Need a 140° wide view
Have their own lighting architecture
Can integrate a separate-type module
Need an 8–100mm observation range
Do not require module-level IP67
Choose another model if your project needs:
Built-in LEDs
Confirmed IP67
A narrower FOV
Very close focus below 8mm
A smaller camera diameter
An integrated all-in-one structure
A confirmed high-frame-rate requirement
A finished consumer endoscope
Yes.
Module selection can be evaluated according to the project’s diameter, working distance, FOV, image detail, lighting, waterproof requirement, cable layout and host system.
Any customization should be reviewed for optical, electrical, mechanical and production feasibility before confirmation.
Please provide:
Application scenario
Medical or industrial direction
Required camera diameter
Target cavity size
Typical working distance
Image detail requirement
FOV preference
Lighting design
Waterproof requirement
Cable length
Available board space
Host device
Software platform
Sample quantity
Estimated production volume
Mechanical drawing if available
Choose this model when your project needs:
D4.0 camera head
2MP imaging class
1500×1500 maximum output
140° diagonal FOV
8–100mm focusing range
USB output
External lighting design
Separate-type integration
Choose another model when the project requires built-in lighting, confirmed IP67, narrower FOV or a different structural architecture.
The SF-C2017USB-1500P V1.0 is not simply a higher-resolution version of a standard small endoscope camera.
Its real selection value lies in the combination of square-format 1500×1500 output, 140° wide-area viewing, D4.0 camera head and OEM-level integration flexibility.
Before sample approval, customers should verify image format, FOV, target size, working distance, external lighting, board space and waterproof requirements in the real device environment.
