IMX678 4K MIPI FPC Camera Module for Embedded AI Imaging Devices
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IMX678 4K MIPI FPC camera module with 8MP resolution, 4K@30fps RAW output, a standard D133° Fixed Focus lens, and project-level D200° lens.
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Price is for reference only. Please contact us for the latest quotation.
Introduction
SF3X678BA V1.0 is an 8MP IMX678 MIPI FPC camera module for embedded AI imaging devices that require 4K@30fps RAW output, wide scene coverage, and host-side image processing. The standard configuration uses a D133° Fixed Focus lens, while a D200° or wider lens direction can be evaluated for projects with broader coverage requirements.
Applications in Real Devices
Embedded AI Imaging Devices
Embedded AI imaging devices often use the camera module as a source of RAW data for host-side ISP processing, scene understanding, event detection, or visual analysis.
The 30Pin MIPI interface, 10/12-bit RAW output, 4K@30fps mode, and standard D133° field of view make this model relevant when the device needs detailed image input and broad environmental coverage. Host MIPI support, ISP capability, enclosure opening, and the final optical configuration should be confirmed before sampling.
Robotic Vision Systems
The broad standard field of view and RAW output can support robotic devices that need environmental image input for host-side processing. Motion, lighting, and enclosure effects should be evaluated in the actual platform.
Smart Monitoring and Environmental Sensing Devices
The 1m-to-Infinity Fixed Focus range and wide standard lens can support medium- to long-distance scene observation where the host processes the incoming MIPI image data.
Project Evaluation Guide
Consider This Model When
- The project requires 4K@30fps RAW image input.
- The host provides a compatible MIPI interface and ISP pipeline.
- Wide scene coverage is more important than close-range narrow-area imaging.
- The target distance is generally within the standard 1m-to-Infinity range.
Confirm Before Sampling
- MIPI pin definition, lane configuration, RAW10/RAW12 support, and ISP compatibility.
- Final FOV, vignetting, and mounting angle inside the enclosure.
- HDR mode, frame rate, and host bandwidth combination.
- Filter, lens transmission, illumination wavelength, and ISP settings for NIR-related use.
D200° or wider lens requirements, including distortion tolerance and enclosure space.
Choosing This Model Within the 4K MIPI FPC Camera Module Series
SF3X678BA V1.0 is the wide-FOV IMX678 MIPI option in the 4K MIPI FPC Camera Module Series. Its standard D133° lens supports broad scene capture, while the D200° or wider optical direction remains a project-level evaluation rather than the standard configuration.
Related Models
IMX415 — SF-X41521BA V1.0 — Consider this model when 4K@60fps output is a higher priority than the larger 2μm pixel structure.
IMX317 — SF-X31721BA V1.0 — Consider this model when 4K@60fps and a D200° or wider lens evaluation are both required.
Key Specifications
Specification | Details |
Sensor | Sony IMX678 CMOS |
Resolution | 8MP, 3856 × 2200 |
Maximum Video Output | 4K@30fps |
Optical Format | 1/1.8 inch |
Output Format | RAW10 / RAW12 |
Interface | 30Pin Gold-Finger MIPI |
Focus Type | Fixed Focus |
FOV | D133° × H115° × V63° |
Focal Length | 4mm |
Focus Range | 1m to Infinity |
F.No | 2.0 |
TV Distortion | < -35% |
SincereFirst Customization
Lens and FOV
The standard D133° lens can be reviewed against the target scene; D200° or wider optical directions can be evaluated.
Optical Filter and NIR
Filter selection, lens transmission, illumination wavelength, and NIR-related requirements can be discussed for the target environment.
FPC and Connector
FPC layout, connector definition, and module-side structure can be evaluated against the host and enclosure.
MIPI and Image Configuration
RAW format, applicable image modes, exposure behavior, and host-side ISP requirements can be reviewed during project evaluation.
Final configuration should be validated with the actual host platform, enclosure, optics, software, and lighting environment before sampling.
FAQ
Is this module relevant for embedded AI devices?
It can be considered when the device requires 4K@30fps RAW input, a MIPI interface, and broad scene coverage. Host compatibility should be confirmed before sampling.
Is D200° the standard lens?
No. The standard lens is D133°. A D200° or wider option requires separate optical and structural evaluation.
Can HDR and NIR be used directly?
They are sensor-level capabilities. Actual performance depends on the selected mode, optics, filter, illumination, and host ISP.
What should be provided for evaluation?
Share the device, host platform, MIPI definition, working distance, FOV, lighting conditions, enclosure limits, and expected quantity.
Evaluate This Module for Your Device
Share your device, host platform, target mode, working distance, FOV, lighting conditions, and enclosure limits for evaluation before sampling.
Send Inquiry
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