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SF-C016USB-D0.9-Side
SINCEREFIRST
The 0.9mm Diameter 0.16MP OCHTA10 USB2.0 UVC Side-View Endoscope Camera Module designed for side-view observation, narrow-space inspection, medical visualization devices, and industrial micro borescope applications. Based on the OCHTA10 sensor, this module supports 400×400 resolution, YUV & MJPEG output, and a USB2.0 UVC interface. Its optical design provides a 3–30mm focusing range, 0.175mm focal length, F.NO 2.8, 100° horizontal × 100° vertical field of view, and TV distortion < -11%. The D0.9 structure makes it suitable for projects where the camera front end must access extremely small spaces. The “Side” version can be evaluated for applications that require lateral observation, such as side-wall checking, micro cavity visualization, and narrow lumen inspection. |  |
1. 0.9mm-Class Ultra-Micro Front End: The D0.9 design is suitable for extremely narrow openings, micro tubes, small cavities, and compact visualization tools where larger endoscope camera modules cannot be installed.
2. Side-View Observation Direction: The side-view structure is useful for observing side walls, tube walls, cavity edges, and internal surfaces that are difficult to view with a straight front-view camera.
3. USB2.0 UVC Output: The module supports USB2.0 UVC output, making it suitable for USB-based image acquisition systems and compact inspection terminals.
4. YUV & MJPEG Image Format: The drawing specifies YUV & MJPEG format support. This allows customers to evaluate image acquisition based on host software, bandwidth, and processing requirements.
5. 3–30mm Focusing Range: The optical design is suitable for close-range observation. Customers should provide the actual working distance to confirm whether the standard focus setting matches the application.
6. 100° × 100° Field of View: The 100° H × 100° V field of view helps capture a wider area at close distance, which is useful for micro inspection and confined-space visualization.
Product Name | Side-view endoscope camera module |
Basic tolerance | ±0.1mm |
DSP | USB2.0 |
Sensor | OCHFA10 |
Focusing Range | 3-30mm |
Focal Length | 0.175mm |
F Number | 4.5 |
FOV(H*V) | 100°*100° |
TV Distortion | ＜-11% |
Connector | Mini USB-5P |
1.Micro-Pipeline Internal Inspection: For medical device manufacturers: Inspect the inner walls of catheters, microfluidic chips, and precision tubes as small as 1mm diameter. The side-view lens reveals bonding defects, residue buildup, or surface irregularities along the tube length—critical for quality control in minimally invasive devices.
2.Internal inspection of precision components: For semiconductor equipment engineers: Examine the sidewalls of micro motor stators, gear interiors, or MEMS device cavities. Insert the probe into component openings; the side-view optics capture internal surface conditions, wear patterns, or particle contamination without disassembly.
3.Medical minimally invasive exploration: For endoscopic device integrators: Integrate into Ultra-fine exploration probes for orthopedic joints, spinal cavities, or dental root canals. The side-view configuration allows circumferential tissue inspection while advancing, reducing the need for probe rotation and improving procedure efficiency.
4.Embedded Micro Vision System:For robotics and IoT developers: Embed into mini inspection robots or portable detectors for hard-to-reach areas like aircraft wing ribs or building cavities. The 0.9mm profile fits through 1mm access holes, while side-view optics capture surrounding conditions—ideal for confined-space visual feedback."
The D0.9 structure can be reviewed according to the customer’s tube diameter, device opening, side-view direction, and installation method.
The standard focusing range is 3–30mm. The required working distance should be confirmed before final selection.
The drawing specifies 1500 ± 50mm cable length. Other cable length requirements can be discussed according to the device structure and signal stability requirements.
The standard drawing shows Micro USB-5P. Connector type, cable routing, and board-side integration can be reviewed according to the target host device.
The sensor connector includes LEDA / LEDK pins, but standard LED quantity, brightness, color temperature, and dimming method are not specified in the drawing. Illumination should be evaluated according to the final application.
IP rating is not specified in the catalog. If the project requires protected or wet-environment use, the Shell, sealing structure, cable outlet, and validation method should be reviewed separately.
It is a 0.9mm-class USB2.0 UVC Endoscope Camera Module designed for ultra-small-space inspection, side-view observation, and close-range visualization.
It is a USB2.0 UVC camera module, not a MIPI camera module.
D0.9 indicates a 0.9mm-class ultra-micro front-end direction, suitable for extremely narrow openings and micro visualization devices. The final mechanical diameter should be confirmed with the complete drawing and customer device structure.
Side-view observation is useful when the device needs to inspect tube walls, cavity side walls, narrow gaps, or internal surfaces that are not directly in front of the camera.
The drawing specifies 400×400 resolution. This model should be selected for ultra-small access and close-range visualization, not for high-resolution imaging.
The drawing includes LEDA / LEDK pins, but LED quantity, brightness, color temperature, and dimming method are not fully specified. Illumination requirements should be confirmed according to the final project.
IP67 is not specified in the current drawing. Waterproof or protected-use requirements should be reviewed according to the Shell, sealing structure, cable outlet, and validation method.
Please provide your target device type, required Diameter, side-view direction, working distance, FOV requirement, cable length, connector type, host platform, lighting requirement, installation space, environmental requirement, and expected application. This helps evaluate whether the standard module is suitable or whether a customized version should be reviewed.
