48MP Telephoto MIPI Camera Module for Long-Distance Target Imaging

$1.00

48MP telephoto MIPI camera module with Sony IMX586 sensor, Fixed Focus, HDR, 8/10bit RAW output, D17.5° × H14° × V10.6° FOV and 34Pin BTB interface.

—————————————————————————————–
Price is for reference only. Please contact us for the latest quotation.

... people are viewing this right now

Description Send Inquiry

Introduction

When a camera needs to capture a distant target, increasing resolution alone may not solve the problem. If the field of view is too wide, the target may still occupy only a small area of the image.

This camera module uses a telephoto optical design to narrow the viewing range and increase the proportion of distant targets within the image. Combined with a 48MP sensor platform, it provides a direction for applications requiring more focused long-distance observation.

The module adopts the Sony IMX586 sensor with 8000×6000 resolution, 4-in-1 pixel technology and HDR support. The Fixed Focus telephoto lens provides a D17.5° × H14° × V10.6° field of view, with low TV distortion below 0.5%, supporting applications where controlled scene coverage and target detail are important.

Applications in Real Devices

Long-Distance Monitoring Equipment

Some monitoring systems need to observe distant objects while maintaining enough image detail.

A narrow field of view can help allocate more pixels to the target area instead of spreading image information across a wider scene.

Smart Transportation Observation Devices

Transportation-related devices may need to capture specific areas or objects at a distance.

A telephoto configuration can provide a more focused viewing direction compared with standard wide-angle modules

Industrial Observation Systems

Industrial equipment may require viewing specific distant components, indicators or areas without installing the camera close to the target.

The narrow optical coverage helps concentrate imaging on the required region.

Compact Devices with Limited Installation Position

When mechanical placement prevents the camera from being positioned close to the target, a telephoto lens provides another approach to increasing target visibility.

Project Evaluation Guide

Consider This Model When

The target is relatively far from the camera.
A narrow viewing range is preferred over wide scene coverage.
More target pixels are required within a limited viewing area.
Fixed Focus matches the working distance.
RAW image processing is required.

Confirm Before Sampling

Target distance and target size.
Required field of view.
Whether a narrow FOV provides enough scene coverage.
Host processor MIPI and RAW processing capability.
Mechanical space for irregular FPC installation.
Whether Fixed Focus matches the actual operating distance.

Choosing This Model Within the 8K Camera Module Series

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

Choose this direction when the main challenge is that a distant target appears too small within a wide scene.

Compared with wide-angle modules, this configuration prioritizes target concentration rather than environmental coverage.

Compared with Autofocus modules, this Fixed Focus telephoto direction is more suitable for applications with a defined working distance.

Related Models

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

Consider this model when the project requires broader scene coverage instead of focusing on distant targets.

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

Consider this model when target distance changes and automatic focusing capability is required

Key Specifications

Specification	Details
Product Name	48MP Telephoto MIPI Camera Module
Model	SF-SC586-AERORA03 V1.0
Sensor	Sony IMX586 CMOS
Resolution	48MP / 8000 × 6000
Sensor Size	1/2 inch
Pixel Size	0.8μm × 0.8μm
Pixel Technology	4-in-1 Pixel
HDR	Supported
RAW Output	8/10bit RAW
Focus Type	Fixed Focus
Lens Type	Telephoto Lens
Field of View	D17.5° × H14° × V10.6°
TV Distortion	<0.5%
Interface	MIPI
Connector	34Pin BTB
FPC Design	Irregular FPC

SincereFirst Customization

Telephoto Optical Configuration

Lens parameters, field of view and optical structure can be evaluated according to target distance, required coverage and image-detail requirements.

Focus Configuration

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

FPC and MIPI Integration

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

RAW Image Processing

RAW output requirements and ISP workflow can be evaluated according to the processor capability and final application.

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

FAQ

Why choose a telephoto camera instead of increasing megapixels?

Higher resolution provides more image pixels, but it does not change how much of the scene the camera captures.

A telephoto lens narrows the viewing range, allowing distant targets to occupy a larger portion of the image.

Does Autofocus improve image quality in every application?

Not necessarily.

Autofocus mainly improves focus flexibility. Final image quality still depends on sensor, lens, lighting, ISP and system design.

Is this module suitable for wide-area monitoring?

It depends on the objective.

This configuration is designed for focused observation of specific distant targets rather than capturing a large surrounding area.

When should I choose telephoto Fixed Focus instead of Autofocus?

Choose Fixed Focus when the camera-to-target distance is relatively stable.

If the target distance changes significantly during operation, Autofocus may provide more flexibility.

Does narrow FOV always improve image detail?

Not automatically.

The final result depends on target distance, lens quality, sensor resolution, lighting and image-processing capability.

Can this module directly replace another 34Pin MIPI camera?

No.

Connector count alone does not confirm compatibility. Pin definition, sensor driver, MIPI configuration, FPC design and ISP support must be verified.

What information is needed before selecting a telephoto module?

The key information includes target distance, target size, required viewing range, image-processing capability and mechanical installation conditions.

Request Project Evaluation

If your device needs to capture distant targets within a controlled viewing area, share the target distance, required FOV, host processor, MIPI requirements and mechanical constraints.

SincereFirst can help evaluate whether this telephoto MIPI configuration matches your imaging requirement 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.