IMX686 CMOS Sensor 64MP UHD Image D-PHY Camera Module for Autofocus Integration

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IMX686 64MP AA Process camera module with VCM Autofocus, PDAF, HDR and a 34-pin D-PHY MIPI connection for high-resolution host integration.

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Introduction

SF-OCX686H66 brings the IMX686 64MP platform into a D-PHY MIPI configuration. VCM Autofocus, PDAF and HDR support allow the module to address high-resolution capture where subject distance can change, while the D78° × H66° × V52° lens keeps the field of view relatively controlled.

The standard module is manufactured using the SincereFirst AA process.

Applications in Real Devices

High-Resolution D-PHY Devices

Devices built around a D-PHY camera input can integrate 64MP imaging without changing the host architecture to C-PHY.

Detailed Object Capture

The D78° optical direction keeps more of the image area concentrated on the target than a very wide lens, while Autofocus supports changing capture distance.

Smart Imaging Terminals

The module can be evaluated for terminals that require high-resolution sensor input, PDAF and host-side RAW processing through D-PHY MIPI.

Project Evaluation Guide

Consider This Model When

64MP resolution is required.
The host uses D-PHY MIPI.
Autofocus and PDAF are needed.
D78° coverage suits the target.

Confirm Before Sampling

D-PHY lane support.
34-pin connector relationship.
Autofocus-control conditions.
Host ISP resources.
Working-distance range.

Choosing This Model Within the Active Alignment Process Camera Module Series

SF-OCX686H66 is the D-PHY counterpart to the C-PHY IMX686 configuration. This page should be selected primarily according to host interface architecture rather than because one PHY is universally better than the other.

Related Models

IMX686 – SF-SC686-P60-B V1.0: Consider this when the host requires C-PHY instead of D-PHY.

IMX766 – SF4X766AY1: Consider this when 50MP resolution and a different sensor configuration better match the device.

Key Specifications

Specification	Details
Model	SF-OCX686H66
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	D78° × H66° × V52°
EFL	5.63mm
F.No	F1.8
TV Distortion	<1%
Interface	34-Pin BTB D-PHY MIPI
MIPI	4-Lane D-PHY

SincereFirst Customization

D78° Lens Configuration

D78° × H66° × V52° is standard. A different optical direction can be evaluated when target size or scene width requires adjustment.

VCM Autofocus

The standard module uses VCM Autofocus. Working range and focus behavior should be evaluated under the intended target and lighting conditions.

34-Pin D-PHY Connector

The standard connection uses a 34-pin BTB structure. Board position and connector relationship can be reviewed around the target host.

D-PHY and RAW Integration

Lane configuration, RAW image input, PDAF and ISP support should be checked together with the processor before sampling.

Final configuration should be validated wih the actual host

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

FAQ

Why is the interface more important than comparing two IMX686 modules by sensor alone?

Because the host must physically and electrically support the module. A C-PHY and D-PHY module may use the same sensor family but require different processor-side integration.

What should be checked when using 64MP data through D-PHY?

Confirm lane configuration, operating mode, ISP throughput, memory and the specific resolution the system actually needs.

What can make the D78° lens preferable to a wider option?

A controlled FOV keeps important objects larger in the image and avoids spending sensor area on unnecessary surrounding scene.

What information should be provided before sampling?

Provide the processor, D-PHY configuration, target-distance range, required FOV and connector-space limits.

Evaluate This Module for Your Device

Share your host processor, D-PHY requirements and target imaging conditions for project evaluation