64MP RAW10 DPHY MIPI Autofocus OV64B40 CMOS Sensor Camera Module for Embedded Vision Systems

$1.00

OV64B40 64MP MIPI autofocus camera module with 9248×6944 resolution, 4-in-1 pixel, PDAF, HDR, RAW10 output, D79.4° FOV and 24Pin BTB DPHY integration.

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Introduction

SF-OC64B40-L709S-B is a 64MP MIPI camera module designed for embedded devices requiring high-resolution imaging, RAW data access and compact DPHY MIPI integration.

Based on the OmniVision OV64B40 CMOS sensor, it supports 9248×6944 resolution with 4-in-1 pixel technology, PDAF and HDR. The module integrates VCM Autofocus with a D79.4° × H67.2° × V53.2° optical configuration and a 24Pin BTB DPHY MIPI interface.

Within the 8K Camera Module Series, this model provides a 64MP OV64B40 direction focused on compact connector integration and controlled optical coverage.

Applications in Real Devices

Embedded AI Vision Devices

AI vision systems often require detailed image input before recognition and analysis.The OV64B40 64MP sensor combined with RAW10 output provides a flexible image source for host-side ISP processing and algorithm development.

Smart Embedded Camera Systems

Devices that capture objects at different distances can benefit from VCM Autofocus.The MIPI interface allows deeper control over image processing compared with standard USB camera integration.

OEM Embedded Vision Products

The 24Pin BTB DPHY structure provides a defined hardware integration direction for OEM products where connector size, FPC routing and host compatibility are important.

Project Evaluation Guide

Consider This Model When

64MP image detail is required.
RAW10 output is needed for customized ISP processing.
VCM Autofocus is required.
PDAF and HDR are valuable to the imaging system.
DPHY MIPI integration is preferred.
A 24Pin BTB interface matches the host design.
A controlled optical field of view is required.

Confirm Before Sampling

Host processor DPHY MIPI compatibility.
OV64B40 driver and ISP support.
RAW10 processing capability.
24Pin connector definition and FPC compatibility.
Required Autofocus range.
Target size, working distance and FOV.
Whether 64MP data volume matches the system processing capability.
Image tuning requirements.

Choosing This Model Within the 8K Camera Module Series

SF-OC64B40-L709S-B is the 24Pin OV64B40 DPHY MIPI Autofocus direction within the 8K Camera Module Series.

Choose this model when the project requires a 64MP OV64B40 platform with RAW10 output, Autofocus and a compact 24Pin BTB DPHY interface.

Related Models

OV64B40 64MP 36Pin MIPI – SF-SC648B40-SP157-B V1.0
Consider this model when the host architecture requires a 36Pin BTB connection with a different optical configuration.

OV48B2Q 48MP 24Pin MIPI – SF-SC48B20-3030524548-B V1.0
Consider this model when 48MP resolution is sufficient and the project requires a 24Pin BTB MIPI direction with different FOV requirements.

Key Specifications

Specification	Details
Model	SF-OC64B40-L709S-B
Sensor	OV64B40 CMOS
Resolution	64MP / 9248 × 6944
Sensor Size	1/2 inch
Pixel Size	0.7μm × 0.7μm
Pixel Technology	4-in-1 Pixel
PDAF	Supported
HDR	Supported
Output Format	10bit RAW
Focus	VCM Autofocus
Field of View	D79.4° × H67.2° × V53.2°
TV Distortion	<1.5%
Interface	DPHY MIPI
Connector	24Pin BTB

SincereFirst Customization

Lens and Optical Configuration

The standard optical direction provides D79.4° × H67.2° × V53.2° coverage. Optical parameters can be evaluated according to working distance, target size, FOV and distortion requirements.

Autofocus Configuration

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

MIPI and 24Pin BTB Integration

The module uses a 24Pin BTB DPHY MIPI interface. Connector definition, MIPI configuration, FPC routing and host compatibility can be evaluated according to the target platform.

RAW10 and ISP Processing

RAW10 output allows customized image processing. Sensor driver support, ISP tuning and image pipeline requirements can be evaluated according to the final application.

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

FAQ

Why choose this OV64B40 version instead of another 64MP camera module?

The main difference is the integration structure. Sensor resolution alone does not determine suitability. Connector type, MIPI configuration, optical direction and host compatibility are key selection factors.

What is the difference between DPHY and other MIPI configurations?

Different MIPI configurations affect electrical connection requirements and host compatibility. The camera module must match the processor-side MIPI implementation.

Does 64MP provide better results in every application?

No. The value of higher resolution depends on whether the system can use the additional image information. Lens capability, lighting, ISP and processing resources also affect the final result.

When should I choose this model instead of the 36Pin OV64B40 version?

Choose based on hardware integration requirements. If the host board is designed around a 24Pin BTB DPHY connection, this model may be more suitable.

Why is RAW10 important for embedded systems?

RAW10 allows the host platform to control image processing instead of receiving only a finished image stream. This is useful for products requiring customized ISP tuning.

Can the module directly replace another 24Pin MIPI camera?

No. Pin definition, sensor driver, voltage requirements and MIPI configuration must all be verified before replacement.

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.