IMX219 8MP Fixed Fcous Telephoto FPC Camera Module for Long-Distance Raspberry Pi Observation
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IMX219 8MP Fixed-Focus Raspberry Pi camera module with a 46mm M12 telephoto lens, D5.65° narrow FOV and RAW10 output for distant targets.
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Price is for reference only. Please contact us for the latest quotation.

IMX219 8MP Fixed Fcous Telephoto FPC Camera Module for Long-Distance Raspberry Pi Observation
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IMX219 8MP Fixed Fcous Telephoto FPC Camera Module for Long-Distance Raspberry Pi Observation
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Introduction
SF3X219BA-RP V1.1 is an 8MP Fixed-Focus MIPI camera module for Raspberry Pi devices that need to observe a smaller target at a longer distance. Its 46mm M12 telephoto lens provides a narrow D5.65° field of view, concentrating more of the image area on the target instead of the surrounding scene. RAW10 output supports host-side processing for long-distance observation and fixed monitoring projects.
Applications in Real Devices
Long-Distance Raspberry Pi Observation
A wide-angle camera can waste much of the frame when the
actual target occupies only a small area in the distance. The 46mm telephoto lens narrows the view to D5.65°, allowing the camera to concentrate on a smaller observation area. Because this model uses Fixed Focus, target distance and mounting stability should remain reasonably predictable. Final image detail should be evaluated together with target size, lighting and vibration.
Fixed Remote Monitoring
The module can be considered for Raspberry Pi observation devices aimed at a known distant area where broad surrounding coverage is unnecessary.
Telephoto Vision Prototypes
The MIPI FPC route allows developers to evaluate narrow-FOV imaging before finalizing the device enclosure and camera position.
Project Evaluation Guide
Consider This Model When
- The target is relatively small and distant.
- A narrow D5.65° FOV is required.
- Fixed Focus is suitable for the installation.
- RAW10 MIPI output matches the host system.
Confirm Before Sampling
- Actual observation distance.
- Target size within the frame.
- Camera mounting stability.
- Raspberry Pi connector and software.
- FPC routing.
- Available space for the telephoto lens.
Choosing This Model Within the Raspberry Pi FPC Camera Module Series
SF3X219BA-RP V1.1 is the dedicated telephoto Fixed-Focus route in this Series. Its role is fundamentally different from the wide-angle models: it reduces scene coverage to concentrate on a distant target. Projects requiring moderate FOV with Autofocus can compare SF3V5640BA-RP, while projects requiring 12MP detail and wide-area Fixed-Focus imaging can evaluate SF4V708BA-RP V1.0 FF.
Related Models
OV5640 – SF3V5640BA-RP: VCM Autofocus alternative with D65.5° coverage for general robotics and shorter-distance embedded vision.
IMX708 – SF4V708BA-RP V1.0 FF: 12MP Fixed-Focus alternative with D120° wide-angle coverage for devices that need a much broader scene.
Key Specifications
Specification | Details |
Sensor | Sony IMX219 CMOS |
Resolution | 8MP, 3296×2480 |
Pixel Size | 1.12μm × 1.12μm |
Sensor Size | 1/4 inch |
Output Format | 10-bit RGB RAW |
Interface | 15Pin MIPI |
Focus Type | Fixed Focus |
FOV | D5.65° × H4.52° × V3.39° |
EFL | 2.92mm |
Focus Range | 50m–Infinity |
F.No | 7.6 |
TV Distortion | <−1% |
SincereFirst Customization
Telephoto Lens and FOV
The standard 46mm M12 lens provides D5.65° coverage. Alternative telephoto lens parameters can be evaluated according to the target size and required observation distance.
Fixed-Focus Configuration
This model uses Fixed Focus. The focus position can be adjusted around the actual target distance and installation condition.
FPC and Mechanical Routing
FPC layout, module position and connector direction can be coordinated with the Raspberry Pi board and the space required by the telephoto lens.
MIPI and RAW10 Integration
RAW10 output, MIPI connection and host-side image processing can be reviewed with the selected Raspberry Pi platform.
Final configuration should be validated with the actual host
platform, enclosure, optics, software, and lighting environment before sampling.
FAQ
Is this an Autofocus model?
No. It is a Fixed-Focus telephoto model.
Why is the FOV so narrow?
The narrow D5.65° view is designed to concentrate the image on a smaller distant target instead of capturing a wide surrounding scene.
Does it use an M12 lens?
Yes. The standard telephoto configuration uses a 46mm M12 lens.
What should be confirmed before sampling?
Confirm the target distance, required target size in the image, mounting stability, host connection and available lens space.
Evaluate This Module for Your Device
Share your observation distance, target size, Raspberry Pi board, required FOV and enclosure dimensions for project evaluation.
Send Inquiry
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