The 2.25MP OCH2B10 USB2.0 UVC Endoscope Camera Module with 1500×1500 Resolution and 140° Wide Angle designed for narrow-space inspection, industrial borescopes, handheld visualization tools, and medical observation devices. It is based on the OCH2B10-RAUA sensor and supports 1500×1500 square resolution, making it suitable for endoscope-style imaging where balanced image coverage is required.
The module supports YUV & MJPEG output formats and uses a separated camera structure, allowing the compact imaging front end to be placed close to the inspection area while the USB board and connector can be arranged inside the host device. The optical specification includes 140°D × 100°H × 100°V FOV, 8–100mm focusing range, 0.763mm focal length, and F.NO 5.5.
This model is suitable for OEM projects that need a compact USB endoscope imaging module with square-format image capture, wide-angle observation, and close-range visualization capability.
| Product Name | Endoscope Camera Module |
| Sensor | OCH2B10 |
| Diameter | 4.0mm |
| Pixel | 2.25MP |
| Resolution | 1500*1500P |
| Fov | 140°D × 100°H × 100°V |
| Interface | USB2.0 |
| Focusing Range | 8–100mm |
| Focal Length | 0.763mm |
| Brand | Sincerefirst |
![]()
1. You can provide drawings or samples, as well as request documentation and developed by our engineering staff.
2. Communication or Meeting
3. We will communicate with you in detail to determine somewhat product you need and try to set the most suitable product for you
according to your needs.
4. Sample Development
5. Determine the details of the development sample and the delivery time. Communicate at any time to ensure smooth progress.
6. Sample Testing
7. Test and age on your application, feedback test results, no need to modify, mass production.
![]()
![]()
![]()
1: What type of camera module is SF-C2017USB-1500P V1.0?
It is a USB2.0 UVC Endoscope Camera Module with a separated structure. It is designed for narrow-space inspection, close-range visualization, and OEM endoscope-style device integration.
2: What is the benefit of 1500×1500 resolution?
The 1500×1500 square image format provides balanced image coverage in both horizontal and vertical directions. This is useful for circular, tubular, and confined observation areas where a standard 16:9 image may not match the visual task as well.
3: Is this a USB or MIPI camera module?
This model uses USB2.0 UVC output. It is not a MIPI camera module.
4: What does the 8–100mm focusing range mean?
It means the module is designed for close-range observation within this distance range. Customers should provide the actual working distance so the standard optical configuration can be evaluated.
5: Can this module be used for industrial borescope or pipe inspection devices?
It can be evaluated for industrial borescopes, pipe inspection tools, equipment maintenance devices, and other narrow-space inspection systems. Environmental protection, Shell design, and cable structure should be confirmed separately.
6: Can it be used for dental, ENT, or veterinary visualization devices?
It can be evaluated for visualization and observation devices. Any medical-related project should confirm regulatory, safety, cleaning, Shell, and system-level requirements separately.
7: Does the module include LED illumination?
The drawing includes LED-related pins, but the full LED specification is not provided. LED quantity, brightness, color temperature, and dimming method should be confirmed according to the final application.
8: Is this model waterproof or IP67?
IP67 or waterproof performance is not specified in the catalog. If waterproof or protected-use performance is required, the Shell, sealing structure, cable outlet, and validation method should be evaluated separately.
9: Can the cable length, connector, or FOV be customized?
Cable length, connector type, front-end structure, FOV, and working distance can be reviewed according to the customer’s device design and project requirements.
10: What information should I provide to confirm whether this module fits my project?
Please provide your target device type, required front-end diameter, working distance, FOV requirement, cable length, connector type, host platform, lighting condition, installation space, environmental requirement, and expected application. This helps evaluate whether the standard SF-C2017USB-1500P V1.0 is suitable or whether a customized version should be reviewed.