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SF-C016USB-D1.2
SINCEREFIRST
The 1.2mm OCHTA10 USB Wide Angle Endoscope Camera Module for Ultra-Narrow Inspection developed for inspection devices where available entry space is the first mechanical constraint. Its 400×400 output, 100°×100° field of view and 3–30mm focusing range support close-range observation in very small internal spaces. Four front LEDs provide supplementary illumination near the target, while USB2.0 UVC output supports host-side image integration using YUV/MJPEG formats. Difference: This model should be considered when reducing the module diameter to 1.2mm is more important than maximizing image resolution. |
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Selection Requirement | Standard Configuration | Selection Note |
Entry space | 1.2mm module diameter | Use this model only when the device can accommodate the complete front-end structure and cable transition around this diameter. |
Target distance | 3–30mm | Best suited to close-range targets; choose another optical configuration if the target is consistently farther away. |
Required image detail | 400×400 output | Confirm that this resolution is sufficient for the inspection task before prioritizing the smaller diameter. |
Viewing coverage | H100° × V100° | Useful when wider close-range coverage is needed in a constrained space. |
Internal lighting | 4 LEDs | Confirm the target reflectivity and whether the standard lighting arrangement is suitable. |
Host integration | USB2.0 UVC; YUV/MJPEG | Verify the host USB and software environment during sample evaluation. |
1. 1.2mm Diameter — supports integration into inspection devices with very limited access space.
2. 100° × 100° Field of View — provides broad close-range coverage despite the small module diameter.
3. 3–30mm Focus Range — matches short working-distance inspection inside compact cavities and channels.
4. Four Front LEDs — provide local illumination where external light is difficult to deliver.
5. USB2.0 UVC Output — supports host-side integration with YUV/MJPEG image formats.
This model is selected for mechanical access first. The 1.2mm diameter can open inspection paths that larger modules cannot use, but the device team should confirm that 400×400 image output is adequate for the target. If more image detail is more important than minimum diameter, a larger-diameter higher-resolution module may be the better choice.
Model Number | SF-C016USB-D1.2 |
Image Sensor | OCHTA10 |
Diameter | 1.2mm |
Focusing Range | 3mm-50mm |
Focal Length | 3.75mm |
F No. | 2.8 |
FOV(H*V) | 120°×88.8° |
TV Distortion | ＜-11% |
Output | USB2.0 UVC |
Features | Endoscope Camera |
1. Micro Inspection Probe — The 1.2mm diameter supports probe designs for very small access openings. Confirm whether 400×400 output is sufficient for the required feature size.
2. Ultra-Narrow Cavity Inspection Device — Suitable for internal spaces where a larger module cannot physically enter. The 3–30mm focus range should match the expected target distance.
3. Miniature Channel Inspection Tool — The small diameter and 100°×100° view can support short-range inspection inside narrow channels. Confirm the full assembly clearance and cable path.
4. Compact Laboratory Observation Fixture — Can be integrated into fixtures for observing small enclosed samples where access space is limited. Confirm the host USB environment and lighting requirement.
1. Mechanical fit: If 1.2mm is still too large or the complete front-end arrangement does not fit, the mechanical requirement should be reviewed before optical changes. Please provide the actual access opening and assembly drawing.
2. Optical requirement: If 100° coverage or the 3–30mm working range does not match the target, lens/FOV/distance direction can be evaluated. Please provide target size and nearest/farthest distance.
3. Lighting: If the standard four LEDs create insufficient light or reflection, the lighting requirement can be reviewed. Please provide target material, reflectivity and available power.
4. Cable and connector: If the 1500mm cable or Micro USB-5P arrangement does not suit the device, cable length and connector direction can be evaluated. Please provide routing length and host position.
Final configuration should be confirmed through engineering review and sample verification before mass production.
FAQ◢
1: What type of camera module is SF-C016USB-D1.2?
It is a D1.2 USB2.0 UVC Endoscope Camera Module designed for micro endoscope devices, ultra-narrow space inspection, close-range visualization, and compact OEM imaging tools.
D1.2 means the camera front end is designed for very small openings and narrow installation spaces. It is suitable for projects where larger endoscope camera modules cannot fit the required device structure.
The module supports 400×400 resolution with YUV & MJPEG output. It is designed for micro visualization rather than high-resolution long-distance imaging.
Yes. The module uses a 4-LED front-end structure for close-range illumination. LED brightness, color temperature, and control requirements can be reviewed for customized projects.
The optical design supports a 3–30mm focusing range, making it suitable for close-range observation inside small cavities, tubes, and compact inspection areas.
It can be evaluated for dental, ENT, veterinary, and other medical visualization devices. Medical-related projects should confirm regulatory, safety, cleaning, Shell, and system-level requirements separately.
Cable length, connector structure, board layout, and front-end integration can be reviewed according to the target device. The standard design uses 1500±50mm cable and Micro USB-5P connector.
Please share your target device type, required Diameter, working distance, FOV requirement, cable length, connector type, lighting requirement, installation space, host platform, environmental requirement, and expected application. This helps evaluate whether the standard module is suitable or whether a customized version should be reviewed.
CTA
For sample evaluation, please share the available entry diameter, target size, working distance, required image detail, lighting condition, cable route and USB host. This will help determine whether the 1.2mm standard module is the right trade-off for your device.
