S5KGM1ST 48MP RAW10 MIPI Autofocus Camera Module for Embedded Imaging Systems

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S5KGM1ST 48MP MIPI autofocus camera module with 4-in-1 pixel, HDR, PDAF, RAW10 output, D79.4° FOV and 30Pin BTB integration for embedded imaging devices.

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Introduction

SF-SCGM1-A85-B is a 48MP MIPI Camera Module designed for embedded devices that require high-resolution RAW imaging, VCM Autofocus and direct 30Pin BTB integration.

Based on the S5KGM1ST CMOS sensor, it combines a 1/2-inch optical format, 0.8μm pixel size, 4-in-1 pixel architecture, HDR and PDAF with 10bit RAW output. The module uses a D79.4° optical configuration with TV distortion below 1.5%, providing a balanced imaging direction for systems that need useful scene coverage without moving to an ultra-wide lens.

Its main value within the 8K Camera Module Series is the combination of 48MP sensor capability, 4-in-1 imaging, Autofocus and a compact 30Pin RAW MIPI architecture.

Applications in Real Devices

Embedded AI Recognition Devices

For AI systems that need detailed source images before recognition or classification, RAW10 output allows the host processor to retain control over the image-processing pipeline.

The 48MP sensor direction provides additional spatial information when smaller features or cropping flexibility matter to the algorithm.

High-Resolution Inspection Equipment

For embedded inspection devices observing printed details, components or surface features, the 48MP sensor provides a high-detail image source while the D79.4° lens maintains a more controlled view than an ultra-wide configuration.

VCM Autofocus is useful when the inspection distance is not completely fixed.

Smart Imaging Terminals

Devices that encounter objects at different distances can benefit from Autofocus while retaining direct MIPI integration with the main processor.

This makes the module suitable for products where both focus flexibility and host-side image tuning are required.

Compact OEM Embedded Cameras

The 30Pin BTB interface provides a defined connection direction for compact camera assemblies integrated directly into the device mainboard.

Connector placement, FPC routing and available optical height should be evaluated together with the host PCB before the enclosure design is finalized.

Project Evaluation Guide

Consider This Model When

A 48MP S5KGM1ST sensor platform is preferred.
RAW10 output is required for host-side ISP processing.
4-in-1 pixel operation is relevant to the imaging strategy.
VCM Autofocus is needed for variable object distances.
HDR and PDAF need to be supported by the imaging architecture.
D79.4° coverage with low distortion matches the visual task.
A 30Pin BTB MIPI interface fits the host-board design.

Confirm Before Sampling

Host processor support for S5KGM1ST.
MIPI lane and electrical configuration.
RAW10 and ISP compatibility.
How the project intends to use the 48MP and 4-in-1 imaging modes.
Required Autofocus working-distance range.
Target size and required FOV.
30Pin connector definition and FPC routing.
Image tuning requirements for HDR, color and focus behavior.

Choosing This Model Within the 8K Camera Module Series

SF-SCGM1-A85-B is the S5KGM1ST 30Pin Autofocus RAW MIPI direction within the 8K Camera Module Series.

Choose this model when the project requires a Samsung 48MP sensor platform with 4-in-1 pixel architecture, RAW10 output and VCM Autofocus, while the hardware uses a 30Pin BTB connection.

Compared with the 30Pin OV48B2Q or IMX582 models in the same Series, the main decision should not be based only on the common 48MP resolution. The sensor platform, ISP support, Autofocus implementation and host-side driver resources are more important when selecting between these MIPI modules.

Related Models

OV48B2Q 48MP 30Pin MIPI – SF-SC48B2Q-SP153E-B V1.0
Consider this model when the project prefers the OV48B2Q sensor platform while retaining RAW10, Autofocus and a 30Pin BTB integration direction.

IMX582 48MP 30Pin MIPI – SF-SC582-M100CE-B
Consider this model when the host platform is better aligned with the IMX582 sensor ecosystem and requires a comparable 48MP RAW MIPI camera architecture.

Key Specifications

Specification	Details
Model	SF-SCGM1-A85-B
Sensor	S5KGM1ST CMOS
Resolution	48MP / 8000 × 6000
Sensor Size	1/2 inch
Pixel Size	0.8μm × 0.8μm
Pixel Technology	4-in-1 Pixel
HDR	Supported
PDAF	Supported
Output Format	10bit RAW
Focus	VCM Autofocus
Lens Structure	6P
EFL	4.74mm
F Number	F1.79 ±5%
Field of View	D79.4°
TV Distortion	<1.5%
Interface	MIPI
Connector	30Pin BTB
EEPROM	CN24C64AH
AF Driver IC	DW9800W

SincereFirst Customization

Lens and Field of View

The standard optical direction uses a 6P lens with D79.4° coverage. FOV, focal length and lens structure can be evaluated according to working distance, target size and required scene width.

Autofocus Configuration

VCM Autofocus is the standard focus architecture. Focus behavior can be evaluated according to target-distance range, capture sequence and host-side Autofocus control requirements.

30Pin MIPI and FPC Integration

The module uses a 30Pin BTB MIPI direction. Connector definition, FPC routing and host-board compatibility should be confirmed together before the product PCB and enclosure are finalized.

RAW10 and ISP Processing

RAW10 output allows the host to control the final image pipeline. Sensor driver support, HDR processing, Autofocus control and

image tuning can be evaluated according to the selected processor platform.

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

FAQ

What is the main reason to choose S5KGM1ST instead of another 48MP sensor?

The decision should be based on host-platform support, ISP resources, sensor architecture and image requirements rather than megapixel count alone. If the processor already supports the S5KGM1ST platform, this module can provide a more direct integration path.

What does the 4-in-1 pixel architecture mean for project selection?

It allows groups of sensor pixels to be used together in a combined imaging mode. This provides a different imaging direction from always using the full native sensor resolution, but the exact output strategy depends on sensor configuration and host ISP implementation.

Does the 30Pin connector make this interchangeable with other 30Pin MIPI modules?

No. The same pin count does not guarantee the same pin definition, voltages, MIPI configuration or sensor control. Host-board compatibility must be checked model by model.

Why is the D79.4° FOV useful for this type of module?

It provides a moderate-wide view without the much stronger distortion and reduced target size associated with ultra-wide optics. Whether it is appropriate still depends on working distance and the amount of scene the device needs to capture.

Does RAW10 require more development than a USB camera?

Yes. A RAW MIPI module normally requires sensor driver support, MIPI configuration, ISP processing and image tuning on the host platform. It is intended for deeper embedded integration rather than plug-and-play UVC operation.

How should I choose between this model and the OV48B2Q 30Pin version?

Start with host sensor support and ISP resources. If both are supported, compare optical requirements, Autofocus implementation, mechanical layout and the image characteristics required by the device rather than choosing from resolution alone.

Evaluate This Module for Your Device

Share your host processor, S5KGM1ST driver/ISP status, MIPI and 30Pin conditions, working-distance range, required FOV and image-output requirements. SincereFirst can evaluate whether this 48MP Autofocus RAW configuration matches the device before sampling.