48MP Fisheye MIPI Camera Module for Ultra-Wide Scene Capture

Name: 48MP Fisheye MIPI Camera Module for Ultra-Wide Scene Capture
SKU: 15537
Price: 1.00 USD
Availability: InStock

$1.00

48MP OIS MIPI camera module with Sony IMX586 sensor, Optical Image Stabilization, VCM Autofocus, HDR and 4K30 video support for handheld, robotic and vibration-sensitive imaging applications.

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Description Send Inquiry

Introduction

Some devices need to capture a very large surrounding area from a single camera position, but standard wide-angle lenses may still leave blind areas in close-range observation scenarios.

This camera module uses a fisheye optical design to provide an ultra-wide viewing range, allowing more scene information to be captured within one image. It combines a 48MP sensor platform with a Fixed Focus structure, making it suitable for applications where wide-area coverage is more important than narrow target framing.

The module adopts the Sony IMX586 sensor platform with 8000×6000 resolution, 4-in-1 pixel technology and HDR support. The optical configuration uses a fisheye lens with D154° × H119° × V88° field of view, providing a broader perspective compared with conventional wide-angle modules.

The optical configuration uses a fisheye lens with D154° × H119° × V88° field of view, providing a broader perspective compared with conventional wide-angle modules.

Applications in Real Devices

Panoramic Observation Devices

Devices that need to observe a large surrounding area from a single camera position can benefit from an ultra-wide optical design.

The fisheye lens helps capture more environmental information without requiring multiple camera installation points.

Robotics and Mobile Equipment

Mobile devices often have limited camera mounting positions while requiring broader environmental awareness.

A fisheye configuration can provide additional surrounding information for perception and navigation-related tasks.

Smart Security and Monitoring Equipment

For close-range monitoring scenarios, a wider field of view can help reduce blind areas and improve scene coverage.

The final system design should consider distortion correction requirements and image-processing capability.

Compact Embedded Camera Systems

For products where camera placement is limited by mechanical structure, an ultra-wide lens can provide more coverage from a compact installation position.

The MIPI interface allows direct integration with embedded processors.

Project Evaluation Guide

Consider This Model When

The application requires an ultra-wide viewing range.
One camera needs to cover a larger surrounding area.
Fisheye distortion can be processed or accepted by the system.
Fixed Focus matches the working-distance requirement.
High-resolution image capture is required.
A 33Pin BTB DPHY MIPI interface fits the host platform.

Confirm Before Sampling

Required viewing range and distortion tolerance.
Whether image correction software is available if needed.
Target distance and expected object size.
Host processor MIPI DPHY compatibility.
ISP capability for wide-angle image processing.
Mechanical mounting space and connector compatibility.

Choosing This Model Within the 8K Camera Module Series

This model represents the 48MP fisheye Fixed Focus MIPI direction within the 8K Camera Module Series.

Choose this direction when the main requirement is maximum scene coverage from a single camera position.

Compared with standard-angle 48MP modules, this configuration prioritizes field of view rather than enlarging a specific target within the image.

For applications requiring accurate target framing, measurement or changing working distances, a narrower-angle or Autofocus configuration may be more suitable.

Related Models

IMX586 48MP Wide-Angle Fixed Focus MIPI – SF-SC586-3A0

Consider this model when the project requires wider coverage than standard lenses but does not need an extreme fisheye field of view.

IMX586 48MP Autofocus MIPI – SF-OC586-POWER-B V1.1

Consider this model when the application requires changing-distance focusing rather than maximum scene coverage.

Key Specifications

Specification	Details
Product Name	48MP Fisheye MIPI Camera Module
Model	SF5X586FM12BC V1.0
Sensor	Sony IMX586 CMOS
Resolution	48MP / 8032 × 6248
Sensor Size	1/2 inch
Pixel Size	0.8μm × 0.8μm
Pixel Technology	4-in-1 Pixel
HDR	Supported
Focus Type	Fixed Focus
Lens Type	Fisheye Lens
Field of View	D154° × H119° × V88°
Output Interface	MIPI DPHY
Connector	33Pin BTB

SincereFirst Customization

Lens and Optical Configuration

Fisheye lens parameters, field of view and optical structure can be evaluated according to the required coverage area, distortion tolerance and working distance.

Focus Configuration

Fixed Focus configuration can be evaluated according to the target distance and operating environment.

FPC and MIPI Integration

FPC layout, BTB connector structure and MIPI DPHY interface requirements can be evaluated according to the host platform and mechanical design.

Image Processing Requirements

Wide-angle distortion correction, image output requirements and ISP compatibility can be evaluated according to the final application and processing architecture.

Final configuration should be validated with the actual host platform, enclosure, optics, software, and lighting environment before sampling.

FAQ

When should I choose a fisheye camera module instead of a normal wide-angle camera?

A fisheye module is suitable when the priority is capturing the largest possible scene area from one camera position.

A standard wide-angle module may be more suitable when image distortion needs to be minimized.

Does a larger field of view always provide better image results?

No. A larger field of view captures more surroundings, but individual objects may occupy fewer pixels and distortion may increase.

The correct choice depends on whether the application prioritizes coverage or target detail.

Is distortion correction required for this type of lens?

It depends on the application.

Observation and monitoring systems may accept fisheye characteristics, while measurement or recognition applications may require software correction.

Why choose Fixed Focus instead of Autofocus?

Fixed Focus is suitable when the camera operates within a stable distance range.

Autofocus is more useful when the target distance changes significantly during operation.

Can this module directly replace another 33Pin MIPI camera?

No.

Connector size alone does not guarantee compatibility. Sensor driver, pin definition, MIPI configuration, voltage requirements and ISP support must all be verified.

What information should be provided before selecting this module?

The most important information includes required viewing range, installation position, target distance, distortion requirements, host processor and image-processing capability.

Request Project Evaluation

If your device needs maximum scene coverage from a single camera position, share the required viewing range, installation distance, distortion tolerance, host processor and MIPI requirements.

SincereFirst can help evaluate whether this fisheye MIPI configuration matches your imaging architecture before sampling.

Evaluate This Module for Your Device

Share your host processor, DPHY MIPI requirements, 24Pin connector conditions, ISP capability, working distance, required FOV and mechanical limitations. SincereFirst can evaluate whether the OV64B40 24Pin Autofocus configuration matches the device before sampling.