IMX766 CMOS Sensor 50MP UHD Image Autofocus Camera Module with PDAF and HDR for High-Resolution Smart Cameras

Name: IMX766 CMOS Sensor 50MP UHD Image Autofocus Camera Module with PDAF and HDR for High-Resolution Smart Cameras
SKU: 14716
Price: 1.00 USD
Availability: InStock

$1.00

IMX766 50MP AA Process MIPI camera module combining VCM Autofocus, PDAF, HDR and D85.5° optics for high-resolution imaging devices.

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Introduction

SF4X766AY1 provides a 50MP Autofocus configuration for devices that need high image resolution without using the larger IMX989 sensor format. PDAF, HDR and VCM Autofocus combine with D85.5° optics to create a balanced high-resolution MIPI camera direction for changing-distance imaging.

AA Process is standard in module assembly.

Applications in Real Devices

High-Resolution Smart Cameras

Devices that need detailed still-image capture and 4K video can

use the 50MP sensor together with Autofocus when subjects may appear at different distances.

Portable Capture Devices

The combination of 50MP and a controlled D85.5° field of view can support devices that need more target detail without adopting an ultra-wide optical design.

MIPI Imaging Platforms

The module can be evaluated for host systems capable of supporting high-resolution sensor data, PDAF and VCM control through a BTB MIPI connection.

Project Evaluation Guide

Consider This Model When

50MP resolution is required.
Autofocus and PDAF are needed.
HDR supports the intended imaging environment.
D85.5° coverage matches the visual task.

Confirm Before Sampling

Working-distance range.
Autofocus-control support.
Host ISP and MIPI throughput.
Connector relationship.
Required FOV and enclosure opening.

Choosing This Model Within the Active Alignment Process Camera Module Series

SF4X766AY1 is the balanced 50MP PDAF Autofocus configuration. It is relevant when the device needs high resolution and Autofocus but does not specifically require the 1/0.98-inch sensor format of the IMX989 option.

Related Models

IMX989 – SF4X989AFBY V2.0: Consider this when the larger 1/0.98-inch sensor and multiple RAW bit depths are more important.

IMX686 – SF-SC686-P60-B V1.0: Consider this when the project requires 64MP and C-PHY integration.

Key Specifications

Specification	Details
Model	SF4X766AY1
AA Process	Standard
Sensor	IMX766 CMOS
Resolution	50MP / 8192 × 6244
Video Output	4K@30FPS
Sensor Size	1/1.56 inch
Pixel Size	1.0μm × 1.0μm
Pixel Combination	4-in-1
Focus	VCM Autofocus
Focus Technology	PDAF
HDR	Supported
FOV	D85.5°
EFL	5.59mm
TV Distortion	<1.5%
Interface	30-Pin BTB MIPI

SincereFirst Customization

D85.5° Lens Configuration

The standard lens provides D85.5° coverage. FOV can be reviewed when the device needs a different scene-to-target balance.

VCM Autofocus

VCM Autofocus with PDAF is standard. Working range and focus behavior should be validated under the final lighting and target conditions.

30-Pin BTB Connection

The standard structure uses a 30-pin BTB MIPI interface. Connector orientation and internal board relationship can be reviewed against the final device.

MIPI and ISP Integration

High-resolution sensor input, HDR, PDAF and host ISP requirements should be evaluated together with the target processor.

Final configuration should be validated wih the actual host

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

FAQ

When is this model a better fit than the larger IMX989 configuration?

When 50MP, PDAF and Autofocus meet the imaging task but the mechanical or optical system does not need the larger 1/0.98-inch sensor format.

Does 4-in-1 pixel support mean the system always operates in that mode?

No. The operating mode still depends on the actual module configuration and host implementation. It should not be treated as the only required system mode.

What should be tested for Autofocus before production?

Use representative target distances, lighting, contrast and device mechanics rather than evaluating focus only on an open module.

What should be confirmed with the host processor?

Confirm MIPI support, data throughput, ISP capability, PDAF handling and the intended operating resolution.

Evaluate This Module for Your Device

Share your processor, working-distance range, required image resolution and module-space limits for project evaluation.