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SF-C1011USB-D3.9-720P60
SINCEREFIRST
This 3.9mm ultra-miniature separated endoscope camera module is engineered based on OmniVision's OH01A10 CMOS image sensor, tailored for high-precision imaging across diverse complex scenarios. Boasting 1MP effective pixels and a 1280×800 resolution, it delivers stable 720P@60fps high-definition video output with zero motion blur, supporting both YUV (uncompressed) and MJPEG (compressed) dual output formats to flexibly adapt to different bandwidth and storage requirements. The sensor features a 1/11-inch optical format and 1.116μm×1.116μm tiny pixels, combined with advanced PureCel®Plus‑S technology, which significantly enhances light sensitivity and signal-to-noise ratio (SNR) for clear imaging even in low-light environments. Adopting an innovative separated structure, the module connects precisely to the DSP board via wire bonding, with a Mini USB-5P interface enabling USB2.0 speed data transmission. Fully compliant with the UVC protocol, it achieves seamless plug-and-play functionality on mainstream operating systems including Windows, Mac OS, and Linux, eliminating the need for complex driver installation. The lens part, with a diameter of only 3.9mm, is integrated with a reinforced steel shell, achieving an IP67 dust and water resistance rating to withstand humid, dusty, and droplet-prone environments. Equipped with a 1.08mm focal length lens, it covers a focusing range of 10-80mm, paired with an F4 aperture and a precise field of view of D85°×H70°×V40°, while controlling TV distortion below -10% for accurate image reproduction. Additionally, 4 white LED lights of 0402 specification are integrated at the front end to provide uniform and sufficient supplementary lighting for dark-field shooting. Manufactured through SMT and AA (Active Alignment) processes, the module has passed international certifications such as CE, FCC, RoHS, and Reach, ensuring reliable quality and safe usage. |  |
Clear and Smooth Image Quality: Integrating a 1MP sensor with PureCel®Plus-S technology, it achieves excellent image clarity, color reproduction, and low noise performance in a micro-sized form factor. It supports 720P@60fps high-definition smooth video output without motion blur.
Ultra-Miniature Separated Structure: The design of the 3.9mm ultra-thin lens module separated from the DSP board greatly saves space. It can be easily integrated into the interior of various narrow or enclosed equipment, providing unprecedented flexibility for industrial design and medical devices.
Plug-and-Play Functionality: Strictly compliant with the UVC protocol, it is compatible with mainstream operating systems like Windows, macOS, and Linux. Once connected to a computer, it is immediately recognized as a standard camera device, which greatly simplifies the development process and integration difficulty.
Reliable and Durable Quality: The IP67 protection rating of the lens allows it to withstand harsh environments such as humidity and liquid droplets. The integrated Steel Shell, together with SMT+AA manufacturing processes, ensures structural stability and imaging consistency of the module under vibration and long-term use.
Integrated Lighting Solution: 4 micro LED supplementary lights are directly integrated at the front end of the module, solving the lighting problem of micro-cameras in dark-field environments. No additional optical path design is required, simplifying the overall structure.
Product Name | Separate endoscope camera module |
Sensor | ＯH01A10 |
Sensor Size | 1/11 Inch |
Pixel | 1.116µm×1.116µm |
Focusing Range | 10-80mm |
Focal Length | 1.08mm |
F Number | 4 |
FOV | D85°×H70°×V40° |
TV Distortion | ＜-10% |
LED | 4Pcs 0402 LED |
Industrial Equipment Inspection: Gap wear detection of small mechanical parts (e.g., precision gears, bearings); internal blockage and corrosion inspection of pipes (e.g., plastic/metal thin pipes); internal condition observation of valve cores.
Electronic Equipment Maintenance: Foreign object detection in circuit board gaps; internal structure observation of electronic components (e.g., chips, capacitors); assembly verification of small components in devices such as mobile phones and computers.
Medical Auxiliary Scenarios: Matching with small endoscopes (e.g., minimally invasive examinations in otolaryngology and stomatology); internal cleanliness detection of medical devices.
Automotive and Transportation Field: Gap detection of automobile engine blocks; internal part condition inspection of gearboxes; internal observation of in-vehicle electronic device interfaces.
Other Scenarios: Narrow space maintenance of outdoor equipment (e.g., drones, outdoor instruments); micro-gap observation in cultural relic restoration; blockage location in household pipes (e.g., bathroom thin pipes).
It supports connection to computers (Windows/Mac OS/Linux) with USB ports, laptops, and some tablets compatible with USB devices, realizing plug-and-play functionality.
It supports IP67 dust and water resistance, and can be used in humid and dusty environments to adapt to the detection needs of complex scenarios.
The module supports both YUV (uncompressed) and MJPEG (compressed) video output formats, allowing users to choose based on their image quality and bandwidth requirements.
It is primarily used in fields with stringent size requirements, such as medical endoscopes, industrial pipeline inspection, and various embedded vision systems requiring micro cameras.
The wire-bonded separate architecture allows flexible positioning of the DSP board away from the distal tip, reducing distal-end diameter and enabling customized ergonomic designs for insertion tubes and catheter integration.
This 3.9mm ultra-miniature separated endoscope camera module is engineered based on OmniVision's OH01A10 CMOS image sensor, tailored for high-precision imaging across diverse complex scenarios. Boasting 1MP effective pixels and a 1280×800 resolution, it delivers stable 720P@60fps high-definition video output with zero motion blur, supporting both YUV (uncompressed) and MJPEG (compressed) dual output formats to flexibly adapt to different bandwidth and storage requirements. The sensor features a 1/11-inch optical format and 1.116μm×1.116μm tiny pixels, combined with advanced PureCel®Plus‑S technology, which significantly enhances light sensitivity and signal-to-noise ratio (SNR) for clear imaging even in low-light environments. Adopting an innovative separated structure, the module connects precisely to the DSP board via wire bonding, with a Mini USB-5P interface enabling USB2.0 speed data transmission. Fully compliant with the UVC protocol, it achieves seamless plug-and-play functionality on mainstream operating systems including Windows, Mac OS, and Linux, eliminating the need for complex driver installation. The lens part, with a diameter of only 3.9mm, is integrated with a reinforced steel shell, achieving an IP67 dust and water resistance rating to withstand humid, dusty, and droplet-prone environments. Equipped with a 1.08mm focal length lens, it covers a focusing range of 10-80mm, paired with an F4 aperture and a precise field of view of D85°×H70°×V40°, while controlling TV distortion below -10% for accurate image reproduction. Additionally, 4 white LED lights of 0402 specification are integrated at the front end to provide uniform and sufficient supplementary lighting for dark-field shooting. Manufactured through SMT and AA (Active Alignment) processes, the module has passed international certifications such as CE, FCC, RoHS, and Reach, ensuring reliable quality and safe usage. | |
Clear and Smooth Image Quality: Integrating a 1MP sensor with PureCel®Plus-S technology, it achieves excellent image clarity, color reproduction, and low noise performance in a micro-sized form factor. It supports 720P@60fps high-definition smooth video output without motion blur.
Ultra-Miniature Separated Structure: The design of the 3.9mm ultra-thin lens module separated from the DSP board greatly saves space. It can be easily integrated into the interior of various narrow or enclosed equipment, providing unprecedented flexibility for industrial design and medical devices.
Plug-and-Play Functionality: Strictly compliant with the UVC protocol, it is compatible with mainstream operating systems like Windows, macOS, and Linux. Once connected to a computer, it is immediately recognized as a standard camera device, which greatly simplifies the development process and integration difficulty.
Reliable and Durable Quality: The IP67 protection rating of the lens allows it to withstand harsh environments such as humidity and liquid droplets. The integrated Steel Shell, together with SMT+AA manufacturing processes, ensures structural stability and imaging consistency of the module under vibration and long-term use.
Integrated Lighting Solution: 4 micro LED supplementary lights are directly integrated at the front end of the module, solving the lighting problem of micro-cameras in dark-field environments. No additional optical path design is required, simplifying the overall structure.
Product Name | Separate endoscope camera module |
Sensor | ＯH01A10 |
Sensor Size | 1/11 Inch |
Pixel | 1.116µm×1.116µm |
Focusing Range | 10-80mm |
Focal Length | 1.08mm |
F Number | 4 |
FOV | D85°×H70°×V40° |
TV Distortion | ＜-10% |
LED | 4Pcs 0402 LED |
Industrial Equipment Inspection: Gap wear detection of small mechanical parts (e.g., precision gears, bearings); internal blockage and corrosion inspection of pipes (e.g., plastic/metal thin pipes); internal condition observation of valve cores.
Electronic Equipment Maintenance: Foreign object detection in circuit board gaps; internal structure observation of electronic components (e.g., chips, capacitors); assembly verification of small components in devices such as mobile phones and computers.
Medical Auxiliary Scenarios: Matching with small endoscopes (e.g., minimally invasive examinations in otolaryngology and stomatology); internal cleanliness detection of medical devices.
Automotive and Transportation Field: Gap detection of automobile engine blocks; internal part condition inspection of gearboxes; internal observation of in-vehicle electronic device interfaces.
Other Scenarios: Narrow space maintenance of outdoor equipment (e.g., drones, outdoor instruments); micro-gap observation in cultural relic restoration; blockage location in household pipes (e.g., bathroom thin pipes).
It supports connection to computers (Windows/Mac OS/Linux) with USB ports, laptops, and some tablets compatible with USB devices, realizing plug-and-play functionality.
It supports IP67 dust and water resistance, and can be used in humid and dusty environments to adapt to the detection needs of complex scenarios.
The module supports both YUV (uncompressed) and MJPEG (compressed) video output formats, allowing users to choose based on their image quality and bandwidth requirements.
It is primarily used in fields with stringent size requirements, such as medical endoscopes, industrial pipeline inspection, and various embedded vision systems requiring micro cameras.
The wire-bonded separate architecture allows flexible positioning of the DSP board away from the distal tip, reducing distal-end diameter and enabling customized ergonomic designs for insertion tubes and catheter integration.
