IMX686 64MP C-PHY Autofocus Camera Module with AA Process for C-PHY Imaging Platforms

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IMX686 64MP AA Process camera module combining VCM Autofocus, PDAF, HDR and a 30-pin C-PHY MIPI connection for high-resolution device integration.

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Introduction

SF-SC686-P60-B V1.0 combines 64MP image capture with VCM Autofocus and a C-PHY MIPI interface. Its high-resolution sensor, PDAF and HDR support make it relevant to devices that require fine image detail while still handling changing subject distance through an Autofocus optical configuration.

Active Alignment is part of the standard manufacturing process for this module.

Applications in Real Devices

High-Resolution Portable Imaging

Portable devices that capture fine visual detail can use the 64MP

sensor together with Autofocus when objects may not remain at one fixed working distance.

Smart Capture Terminals

The combination of PDAF and VCM focus can support devices that need to acquire high-resolution images of targets positioned at different distances.

Handheld Inspection Devices

Handheld inspection equipment can benefit from 64MP detail and Autofocus when the operator moves closer to or farther from components during observation. HDR can also be useful when reflective surfaces and darker areas appear in the same scene.

C-PHY Imaging Platforms

The module is relevant when the host processor already provides the required C-PHY MIPI camera connection and high-resolution image-processing path.

Project Evaluation Guide

Consider This Model When

64MP resolution is required.
VCM Autofocus is needed.
PDAF and HDR support match the imaging requirement.
The processor supports the required C-PHY MIPI configuration.

Confirm Before Sampling

C-PHY host support.
MIPI connector and pin relationship.
Autofocus-control environment.
Working-distance range.
Host ISP and high-resolution processing resources.

Choosing This Model Within the Active Alignment Process Camera Module Series

SF-SC686-P60-B V1.0 is the 64MP C-PHY configuration. The most important distinction within the Series is not the sensor alone but whether the device requires C-PHY or D-PHY integration.

Related Models

IMX686 – SF-OCX686H66: Consider this when 64MP and Autofocus are still required but the host platform uses D-PHY rather than C-PHY.

IMX766 – SF4X766AY1: Consider this when 50MP resolution is sufficient and the project prefers a different sensor and optical configuration.

Key Specifications

Specification	Details
Model	SF-SC686-P60-B V1.0
AA Process	Standard
Sensor	IMX686 CMOS
Resolution	64MP / 9248 × 6944
Video Output	4K@30FPS
Sensor Size	1/1.73 inch
Pixel Size	0.8μm × 0.8μm
Pixel Combination	4-in-1
Focus	VCM Autofocus
Focus Technology	PDAF
HDR	Supported
Working Range	10cm–Infinity
FOV	D79.8°
EFL	5.43mm
F.No	F1.89
TV Distortion	<1.5%
Interface	30-Pin BTB C-PHY MIPI

SincereFirst Customization

D79.8° Optical Configuration

D79.8° is the standard FOV. Lens parameters can be reviewed when target size or enclosure geometry requires another viewing angle.

VCM Autofocus

VCM Autofocus is standard. Focus behavior should be evaluated with the actual target-distance range, lighting and host-control environment.

30-Pin C-PHY Connection

The standard module uses a 30-pin C-PHY BTB connection. Connector relationship and board placement should be checked against the final processor board.

C-PHY and Calibration Integration

C-PHY operation, PDAF data, EEPROM and host ISP requirements should be evaluated together when moving the standard module into a new platform.

Final configuration should be validated with the actual host

platform, enclosure, optics, software, and lighting environment before sampling.

FAQ

What is the first thing to confirm before choosing this 64MP module?

Confirm C-PHY support on the target processor. Optical performance is irrelevant if the host cannot accept the module’s physical and electrical interface.

Does 64MP mean the host should always operate at maximum resolution?

No. The appropriate operating mode depends on the visual task, ISP capability, memory and processing architecture.

What can affect Autofocus performance in the final device?

Target contrast, lighting, host-side focus control and the actual distance range can all influence focus behavior and should be tested with representative scenes.

When should the D-PHY IMX686 version be considered instead?

When the host architecture is based on D-PHY rather than C-PHY. The interface requirement should drive that choice.

Evaluate This Module for Your Device

Share your processor, C-PHY configuration, required resolution and working-distance range so the module can be evaluated before sampling.