12MP CMOS 4K Autofocus Endoscope Camera Module for High-Detail Inspection Applications
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Discover a 12MP autofocus endoscope camera module designed for high-detail inspection, variable-distance observation and close-range imaging applications, with flexible customization options for device integration.
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Price is for reference only. Please contact us for the latest quotation.
Introduction
This 12MP autofocus endoscope camera module is designed for applications requiring high-detail close-range observation, flexible focusing capability and integrated illumination.
Combining high-resolution imaging, autofocus performance and LED illumination, this module helps equipment developers capture more visual details while adapting to different observation conditions.
The 3840×3104 high-resolution output supports detailed image capture for inspection, documentation and analysis. The autofocus function provides additional flexibility when the observation distance changes, while the integrated LED configuration supports close-range imaging where additional illumination is required.
With a compact endoscope structure and USB2.0 interface, this camera module is suitable for device developers evaluating high-detail imaging solutions for professional inspection and observation equipment.
Applications in Real Devices
Veterinary Endoscope Equipment
Veterinary inspection equipment often requires detailed observation of different anatomical areas.
High-resolution imaging helps capture more visual information, while autofocus capability supports observation when the working distance changes during examination.
Industrial Borescope Inspection Systems
Industrial borescopes are used to inspect internal components, structures and difficult-to-access areas.
Detailed imaging capability helps capture surface conditions and structural differences that may require further evaluation or documentation.
Medical Observation Equipment
Professional observation devices may require clear close-range imaging and flexible focusing performance.
This type of module can support applications where image detail and observation flexibility are important considerations.
Research and Laboratory Imaging Systems
Research applications often require detailed image capture for samples, materials or experimental observation.
Higher-resolution imaging provides more information for recording and later analysis.
Project Evaluation Guide
Evaluate Whether High-Detail Imaging Is Required
Consider this type of module when your device requires:
- Detailed observation of small structures
- Image documentation
- Visual comparison or analysis
For applications focused only on general viewing, lower-resolution configurations may already meet the requirements.
Evaluate Whether Autofocus Capability Is Needed
Autofocus is valuable when the distance between the camera and target is not fixed.
Consider autofocus when:
- The inspection target position changes
- Different depths need to be observed
- Operators cannot maintain a constant working distance
Evaluate the Illumination Requirement
Integrated LED illumination supports close-range observation where additional lighting is required.
Before integration, consider:
- Target surface characteristics
- Observation environment
- Required brightness control method
Evaluate Device Integration Conditions
The final module selection should consider:
- Installation space
- Lens structure
- Interface requirement
- Cable design
- Mechanical integration
Choosing This Model Within the 4K Endoscope Camera Module Series
This configuration is suitable when a project requires a combination of:
- High-detail imaging capability
- Autofocus observation flexibility
- Integrated LED illumination
- Compact endoscope integration
Choose this model when detailed imaging performance is a priority and the application does not require additional protective housing.
For projects requiring enhanced mechanical protection and waterproof capability, the steel shell version can be considered.
Key Specifications
Specification | Details | ||
Model | SF-SP12-D12.5 | ||
Sensor | CMOS Image Sensor | ||
Resolution | 12MP | ||
Output Resolution | 3840×3104 @ 30fps | ||
Pixel Size | 1.12μm × 1.12μm | ||
Focus Type | Autofocus | ||
Lens Diameter | 12.5mm | ||
Field of View | D80.9° | ||
Aperture | F2.2 | ||
Depth of Field | 3.5cm ~ Infinity | ||
Interface | USB2.0 | ||
LED Configuration | Integrated 8 LEDs | ||
Output Format | MJPG / YUY2 |
SincereFirst Customization
Sensor and Image Configuration
Sensor selection, resolution, frame rate, output format and image requirements can be evaluated according to the application requirements and host processing capability.
Lens, FOV and Focus
Optical configuration, viewing angle, distortion, working distance and focus requirements can be evaluated according to the observation conditions.
Interface and Mechanical Integration
USB interface, cable structure, connector, module size and mechanical integration requirements can be discussed according to the final device design.
Illumination and Protection Configuration
LED configuration, lighting structure, protective structure and environmental requirements can be evaluated according to application conditions.
FAQ
Q1. When should I consider a 12MP autofocus endoscope camera module?
A: This type of module is suitable when the application requires detailed imaging together with flexible observation distance adjustment.
Q2. Is higher resolution always necessary for an endoscope device?
A: Not every application requires the highest resolution. The suitable configuration depends on the inspection target, required image details and device purpose.
Q3. Why is autofocus useful for endoscope applications?
A: Autofocus provides additional flexibility when the observation distance changes, helping maintain clear imaging across different inspection positions.
Q4. Can the LED illumination configuration be customized?
A: Lighting configuration can be evaluated according to the inspection environment, device structure and brightness requirements.
Q5. What factors should be considered before integrating this module?
A: Developers should evaluate image requirements, working distance, installation space, interface, mechanical structure and operating environment together.
Q6. What is the difference between compact and protected versions?
A: Different mechanical structures provide different integration options. Protected versions may be considered when additional environmental protection is required.
Evaluate the Right Camera Module Configuration for Your Device
Selecting an endoscope camera module depends on more than resolution alone.
Share your:
- Inspection target
- Required image detail
- Working distance
- Device structure
- Operating environment
SincereFirst can help evaluate a suitable configuration for your project.
Send Inquiry
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