IMX708 12MP Autofocus FPC Camera Module for Raspberry Pi Robotics
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IMX708 12MP Raspberry Pi MIPI camera module with VCM Autofocus, D120° wide-angle coverage and RAW8/10/14 output for variable-distance vision.
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Price is for reference only. Please contact us for the latest quotation.

IMX708 12MP Autofocus FPC Camera Module for Raspberry Pi Robotics
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IMX708 12MP Autofocus FPC Camera Module for Raspberry Pi Robotics
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Introduction
SF4V708BA-RP V1.0 is a 12MP MIPI FPC camera module for Raspberry Pi devices that need both broad scene coverage and changing focus distance. Its standard VCM Autofocus configuration works with a D120° wide-angle lens, allowing the camera to observe a large scene while adapting to subjects at different positions. RAW8, RAW10 and RAW14 output provide multiple host-processing options, while Fixed-Focus and PCB adapter configurations can be evaluated for other device architectures.
Applications in Real Devices
Raspberry Pi Robotics
Robotics devices may need to see both the surrounding environment and objects appearing at different distances. The D120° lens increases scene coverage, while VCM Autofocus allows the camera to respond when the main target moves nearer or farther away. Actual focus behavior should be tested using representative subjects, movement and lighting.
Interactive Vision Devices
The module can support devices that observe users or objects at changing positions while maintaining broad scene coverage.
Mobile Embedded Cameras
The Autofocus route can be considered when camera movement or changing target distance makes one Fixed-Focus setting impractical.
Project Evaluation Guide
Consider This Model When
- VCM Autofocus is required as standard.
- 12MP resolution is required.
- D120° coverage matches the visual task.
- Target distance changes during normal operation.
Confirm Before Sampling
- Raspberry Pi board and connector.
- Autofocus-control environment.
- Minimum and maximum target distance.
- Required RAW mode.
- Enclosure opening.
- Whether an optional PCB adapter or FF configuration is required.
Choosing This Model Within the Raspberry Pi FPC Camera Module Series
F4V708BA-RP V1.0 is the 12MP wide-angle Autofocus route in this Series. It may be considered when broad scene coverage and variable target distance are both part of the normal device workflow. Projects with a predictable observation distance can compare SF4V708BA-RP V1.0 FF, while projects requiring an adapter board as standard can evaluate SF4V708BA-RP V1.0 FF + PCB.
Related Models
IMX708 – SF4V708BA-RP V1.0 FF: Fixed-Focus alternative with the same D120° wide-angle direction for stable target distances.
IMX708 – SF4V708BA-RP V1.0 FF + PCB: Fixed-Focus alternative with a standard PCB adapter for prototype and adapter-board integration.
Key Specifications
Specification | Details |
Sensor | Sony IMX708 CMOS |
Resolution | 12MP / 4608 × 2592 |
Pixel Size | 1.4μm × 1.4μm |
Sensor Size | 1/2.43 inch |
Output Format | RAW8 / RAW10 / RAW14 |
Focus Type | VCM Auto Focus |
Interface | 30Pin MIPI |
FOV | D120° × H103.5° × V67.5° |
EFL | 2.75mm |
Focus Range | 10cm–Infinity |
F.No | 2.2 |
TV Distortion | <−11.6% |
SincereFirst Customization
Lens and D120° FOV
The standard wide-angle lens provides D120° coverage. Alternative optical directions can be evaluated according to the required scene width and enclosure opening.
VCM Autofocus and Optional Fixed Focus
VCM Autofocus is standard for changing target distances. A Fixed-Focus version can be evaluated when the device uses a stable target plane.
FPC and PCB Adapter
FPC layout, contact direction and connector routing can be reviewed with the selected Raspberry Pi board. A PCB adapter can also be evaluated when required.
RAW and Autofocus Integration
RAW8/RAW10/RAW14 modes, VCM control and host-side processing can be reviewed with the Raspberry Pi software environment.
Final configuration should be validated with the actual host platform, enclosure, optics, software, and lighting environment before sampling.
FAQ
When does Autofocus provide enough value to justify choosing this version over the FF model?
Autofocus becomes useful when the normal operating range includes subjects at clearly different distances. If nearly all targets remain around one fixed plane, the FF version may provide a simpler and more predictable optical route.
Why should Autofocus be tested inside the actual device rather than only on an open development board?
The final enclosure, lighting, target contrast and host-control behavior can all affect focusing performance. Testing inside a representative device structure gives a better indication of real operating behavior.
Can a D120° wide-angle lens and Autofocus solve every robotics vision requirement?
No. Wide coverage helps environmental awareness, but it also makes distant objects occupy fewer pixels in the frame. Projects needing detailed observation of small distant targets may require a narrower optical route instead.
What information should be provided before evaluating an AF sample?
Provide the minimum and maximum target distances, typical subject size, required scene coverage, Raspberry Pi model, host software environment and available enclosure space. These conditions directly affect whether the AF wide-angle route is appropriate.
Evaluate This Module for Your Device
Share your Raspberry Pi board, target-distance range, required FOV, RAW mode, Autofocus requirements and enclosure limits for project evaluation.
Send Inquiry
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