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SF-OCHFA20-2500mm+SF-YL428-V1.1
SINCEREFIRST
This is a 1.5mm-diameter wide-angle 720P sensor OCHFA20 endoscope camera module. Through the precise combination of a 120° ultra-wide field of view and a 1.5mm ultra-fine lens diameter, it achieves a perfect balance between "penetrating narrow spaces" and "expanding observation range". Equipped with comprehensive high-performance parameters, it serves as a core solution for precise observation across multiple fields. The module is integrated with an OmniVision OCHFA20 CMOS color image sensor with 0.5MP pixels. The ultra-small 1/18-inch sensor size and 1.008 μm×1.008 μm pixel specifications not only ensure light-sensing efficiency and imaging details but also provide a hardware foundation for the design of the 1.5mm ultra-fine lens. It can easily penetrate gaps in precision equipment, tiny cavities, and other areas that traditional cameras cannot reach; meanwhile, the 120° wide field of view breaks the limitation of "small lens = narrow field of view", significantly reducing observation blind spots. The module supports stable output of 720×720 resolution and 720P@30FPS, with smooth dynamic images free of motion blur. Combined with the manual focus function, it can accurately lock onto target details within a wide coverage range. Adopting a Separated design, it connects to the DSP board via a USB 6PIN header and then outputs signals through a Type-C interface. It supports USB 2.0 speed and UVC protocol, and is compatible with mainstream operating systems such as Windows, Mac, and Linux without the need for additional drivers, enabling flexible and efficient connection and deployment. The module is manufactured using SMT technology and AA (Active Alignment) process, ensuring the consistency and stability of mass-produced products. It has also passed multiple international testing and certifications including CE, FCC, RoHS, and Reach, fully meeting the compliance and reliability requirements for multi-scenario use. |  |
Balance between Field of View and Diameter: The 1.5mm ultra-fine lens diameter ensures accessibility in narrow spaces, while the 120° ultra-wide field of view realizes "small probe, large coverage". It reduces observation blind spots without moving the probe, improving detection efficiency.
HD and Smooth Image Quality: Equipped with 0.5MP pixels and 720×720 resolution, it clearly presents target details. The 720P@30FPS frame rate ensures no motion blur in dynamic observation, adapting to real-time detection needs.
Flexible Adaptation to Scenarios: The manual focus function can accurately adjust clarity according to the observation distance, which not only meets long-distance wide-area scanning but also realizes close-range detail magnification, adapting to different observation requirements.
Flexible Integration: The Separated architecture and Type-C interface enable the module to be easily adapted to various detection equipment, greatly enhancing the integration flexibility and usability of industrial endoscope systems.
Stable Process and Quality: SMT technology and AA process ensure product consistency; multiple international certifications cover major global markets. The module can withstand use in complex environments, ensuring long-term reliability.
Aerospace Precision Component Inspection: In the inspection of aircraft engines and aerospace precision components, it can not only pass through narrow inspection holes but also provide a broad internal field of view, significantly improving detection efficiency and accuracy.
Minimally Invasive Medical Surgery Assistance: In orthopedic arthroscopic surgery and otolaryngological sinus minimally invasive surgery, it can not only pass through minimally invasive instrument channels but also provide a wide surgical field of view, reducing wound damage while improving surgical precision.
Electronic Chip Packaging and Inspection: In the packaging inspection of mobile phone SoC chips and automotive micro-sensors, it can not only pass through chip packaging gaps but also provide a complete field of view of solder joints and circuits, quickly identifying packaging defects and ensuring product yield.
Ancient Architecture and Cultural Relic Restoration Inspection: In the inspection of mortise and tenon gaps in ancient wooden structures and fine cracks in ceramic cultural relics, it can not only penetrate narrow gaps of cultural relics but also provide a complete field of view of the internal structure, avoiding damage to cultural relics while providing accurate basis for restoration.
In-depth Maintenance of Household and Commercial Equipment: In the maintenance of air conditioner evaporator fin gaps, refrigerator capillary pipelines, and printer nozzle ink circuits, it can not only pass through narrow maintenance channels of equipment but also provide a comprehensive field of view of internal components, reducing maintenance difficulty and improving fault location efficiency.
Product Name | 1.5mm Endoscope Camera Module |
Image Sensor | OCHFA20 CMOS Sensor |
Pixel | 0.5MP |
Diameter | 1.5mm |
View Angle | D120° |
Sensor Size | 1/18 Inch |
Pixel Size | 1.008μmx1.008μm |
Focus Type | Fixed Focus |
Interface | USB 2.0 |
Feature | Medical Endoscope Camera Module |
It supports USB 2.0 speed and UVC protocol, compatible with Windows, Mac, and Linux. It connects via USB 6PIN header (to DSP board) and outputs via Type-C, no extra drivers needed.
It has 0.5MP pixels, supports 720×720 resolution, and outputs 720P@30FPS—ensuring smooth dynamic images with no motion blur, plus manual focus for precise detail capture.
Yes, it fits both. Key uses include aerospace precision component inspection, minimally invasive medical surgery, electronic chip packaging testing, and more—backed by CE, FCC, RoHS, and Reach certifications.
This is a 1.5mm-diameter wide-angle 720P sensor OCHFA20 endoscope camera module. Through the precise combination of a 120° ultra-wide field of view and a 1.5mm ultra-fine lens diameter, it achieves a perfect balance between "penetrating narrow spaces" and "expanding observation range". Equipped with comprehensive high-performance parameters, it serves as a core solution for precise observation across multiple fields. The module is integrated with an OmniVision OCHFA20 CMOS color image sensor with 0.5MP pixels. The ultra-small 1/18-inch sensor size and 1.008 μm×1.008 μm pixel specifications not only ensure light-sensing efficiency and imaging details but also provide a hardware foundation for the design of the 1.5mm ultra-fine lens. It can easily penetrate gaps in precision equipment, tiny cavities, and other areas that traditional cameras cannot reach; meanwhile, the 120° wide field of view breaks the limitation of "small lens = narrow field of view", significantly reducing observation blind spots. The module supports stable output of 720×720 resolution and 720P@30FPS, with smooth dynamic images free of motion blur. Combined with the manual focus function, it can accurately lock onto target details within a wide coverage range. Adopting a Separated design, it connects to the DSP board via a USB 6PIN header and then outputs signals through a Type-C interface. It supports USB 2.0 speed and UVC protocol, and is compatible with mainstream operating systems such as Windows, Mac, and Linux without the need for additional drivers, enabling flexible and efficient connection and deployment. The module is manufactured using SMT technology and AA (Active Alignment) process, ensuring the consistency and stability of mass-produced products. It has also passed multiple international testing and certifications including CE, FCC, RoHS, and Reach, fully meeting the compliance and reliability requirements for multi-scenario use. | |
Balance between Field of View and Diameter: The 1.5mm ultra-fine lens diameter ensures accessibility in narrow spaces, while the 120° ultra-wide field of view realizes "small probe, large coverage". It reduces observation blind spots without moving the probe, improving detection efficiency.
HD and Smooth Image Quality: Equipped with 0.5MP pixels and 720×720 resolution, it clearly presents target details. The 720P@30FPS frame rate ensures no motion blur in dynamic observation, adapting to real-time detection needs.
Flexible Adaptation to Scenarios: The manual focus function can accurately adjust clarity according to the observation distance, which not only meets long-distance wide-area scanning but also realizes close-range detail magnification, adapting to different observation requirements.
Flexible Integration: The Separated architecture and Type-C interface enable the module to be easily adapted to various detection equipment, greatly enhancing the integration flexibility and usability of industrial endoscope systems.
Stable Process and Quality: SMT technology and AA process ensure product consistency; multiple international certifications cover major global markets. The module can withstand use in complex environments, ensuring long-term reliability.
Aerospace Precision Component Inspection: In the inspection of aircraft engines and aerospace precision components, it can not only pass through narrow inspection holes but also provide a broad internal field of view, significantly improving detection efficiency and accuracy.
Minimally Invasive Medical Surgery Assistance: In orthopedic arthroscopic surgery and otolaryngological sinus minimally invasive surgery, it can not only pass through minimally invasive instrument channels but also provide a wide surgical field of view, reducing wound damage while improving surgical precision.
Electronic Chip Packaging and Inspection: In the packaging inspection of mobile phone SoC chips and automotive micro-sensors, it can not only pass through chip packaging gaps but also provide a complete field of view of solder joints and circuits, quickly identifying packaging defects and ensuring product yield.
Ancient Architecture and Cultural Relic Restoration Inspection: In the inspection of mortise and tenon gaps in ancient wooden structures and fine cracks in ceramic cultural relics, it can not only penetrate narrow gaps of cultural relics but also provide a complete field of view of the internal structure, avoiding damage to cultural relics while providing accurate basis for restoration.
In-depth Maintenance of Household and Commercial Equipment: In the maintenance of air conditioner evaporator fin gaps, refrigerator capillary pipelines, and printer nozzle ink circuits, it can not only pass through narrow maintenance channels of equipment but also provide a comprehensive field of view of internal components, reducing maintenance difficulty and improving fault location efficiency.
Product Name | 1.5mm Endoscope Camera Module |
Image Sensor | OCHFA20 CMOS Sensor |
Pixel | 0.5MP |
Diameter | 1.5mm |
View Angle | D120° |
Sensor Size | 1/18 Inch |
Pixel Size | 1.008μmx1.008μm |
Focus Type | Fixed Focus |
Interface | USB 2.0 |
Feature | Medical Endoscope Camera Module |
It supports USB 2.0 speed and UVC protocol, compatible with Windows, Mac, and Linux. It connects via USB 6PIN header (to DSP board) and outputs via Type-C, no extra drivers needed.
It has 0.5MP pixels, supports 720×720 resolution, and outputs 720P@30FPS—ensuring smooth dynamic images with no motion blur, plus manual focus for precise detail capture.
Yes, it fits both. Key uses include aerospace precision component inspection, minimally invasive medical surgery, electronic chip packaging testing, and more—backed by CE, FCC, RoHS, and Reach certifications.
