Sony IMX766 50MP C-PHY MIPI Auto Focus Camera Module
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Sony IMX766 50MP C-PHY MIPI Auto Focus Camera Module

Built for high-detail embedded imaging, this Sony IMX766 camera module combines 50MP native resolution, VCM Auto Focus and a 30Pin C-PHY MIPI interface in a production-ready module configuration.
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Product Introduction

Guangzhou Sincere Information Technology Ltd. is one of the most professional Sony IMX766 50MP C-PHY MIPI Auto Focus Camera Module manufacturers and suppliers in China. Welcome to wholesale discount products for sale here from our factory. Customized orders are welcome.

 

 

Introduction:

Projects evaluating the Sony IMX766 often need more than sensor specifications alone. The camera must also match the host interface, focusing requirements and optical structure of the final device. This 50MP camera module turns the IMX766 into a defined C-PHY imaging solution for OEM equipment that requires high native resolution and Auto Focus.

The 1/1.56-inch IMX766 provides 8192 × 6244 native resolution and supports 4K@30FPS, 4-in-1 pixel operation, PDAF and HDR. The module combines a D85.5° lens, 5.59 mm EFL, F1.88 aperture and VCM Auto Focus with a 30Pin BTB C-PHY MIPI interface. Standard production uses SincereFirst's in-house Active Alignment process for optical assembly.

 

Features

 
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50MP Sony IMX766 Imaging

The 1/1.56-inch IMX766 CMOS sensor provides 8192 × 6244 native resolution with 1.0 μm pixels, giving OEM imaging devices a high-detail 50MP sensor platform.

 

VCM Auto Focus for Variable Subject Distances

The VCM Auto Focus structure is better suited to devices where the target distance changes during operation than a Fixed Focus camera with one preset working distance.

 

PDAF, HDR and 4-in-1 Pixel Support

The confirmed sensor configuration supports PDAF, HDR and 4-in-1 pixel operation, providing additional flexibility for focusing and image processing.

 

30Pin C-PHY MIPI Integration

A 30Pin BTB C-PHY MIPI interface defines the host-side integration route and helps developers evaluate the module against the processor, connector and board design before project finalization.

 

Defined IMX766 Optical Configuration

The module uses a D85.5° field of view, 5.59 mm EFL and F1.88 aperture, with TV distortion below 1.5%.

 

In-House Active Alignment Production

 

This standard model is produced using SincereFirst's own Active Alignment equipment. AA is part of the confirmed production process for this module rather than a sensor feature or a third-party manufacturing step.

 

Application of MIPI Camera Module
 

Smart Imaging Terminals

The 50MP sensor, Auto Focus and C-PHY interface are suitable for smart terminals and OEM imaging devices that need detailed image capture within an embedded structure.

 

Access and Identity Imaging

PDAF, VCM Auto Focus and high native resolution can support access terminals, identity capture equipment and other systems where clear subject imaging is important.

 

Handheld and Portable Imaging

The 1/1.56-inch IMX766 configuration can be evaluated for portable scanners, handheld imaging terminals and compact visual devices that require Auto Focus.

 

High-Detail Embedded Vision

The module provides a defined 50MP C-PHY imaging route for embedded equipment that needs more image detail than conventional lower-resolution camera modules.

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Product Details
 

 

Product Name

4K AA Process 30Pin C-PHY MIPI Camera Module

Sensor

Sony IMX766 CMOS Sensor

Pixel

50MP

Resolution

8192x6944

Frame Rate

4K@30FPS

Sensor Size

1/1.56 Inch

Feature

PDAF, HDR, 4-in-1 Pixel

EFL

5.59mm

F.NO

1.88

FOV

D85.5°

Focus Type

VCM Auto Focus

TV Distortion

<1.5%

Process

Active Alignment (AA) Process - standard production

Interface

30Pin BTB C-PHY MIPI Interface

 

Customization Options

 

 

Lens and FOV Matching

The standard D85.5° optical configuration can be discussed when a device requires a different scene coverage or lens arrangement.

 

FPC and Connector Integration

FPC layout and connector-related requirements can be reviewed around the target device structure when the standard module does not directly match the existing hardware design.

 

C-PHY Host Integration

The host processor, connector and C-PHY routing should be checked before the module is finalized for a new platform. Interface information can be discussed during project evaluation.

 

Auto Focus Configuration

VCM control and focus behavior can be evaluated against the actual subject-distance range of the device.

 

AA for Related Camera Designs

This model uses AA as standard production. Active Alignment can also be added to other suitable camera module designs as an additional paid manufacturing requirement when the optical requirements justify the added process cost.

 

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FAQ

 

 

Q: Is this page for the Sony IMX766 sensor or a complete camera module?

A: This page describes a complete Sony IMX766 camera module rather than a bare image sensor. The module combines the IMX766 sensor with lens, VCM Auto Focus, FPC, connector and C-PHY MIPI integration.

Q: What are the key Sony IMX766 specifications used in this camera module?

A: The module uses a 50MP IMX766 CMOS sensor with 8192 × 6244 native resolution, a 1/1.56-inch optical format and 1.0 μm pixels. It also supports 4-in-1 pixel operation, PDAF and HDR.

Q: Is this an Auto Focus IMX766 camera module?

A: Yes. This configuration uses VCM Auto Focus and is intended for devices where subject distance may change during operation.

Q: What interface does this IMX766 camera module use?

A: The confirmed interface is a 30Pin BTB C-PHY MIPI interface. The target host processor and board design should support the required C-PHY integration route.

Q: Can I request technical information for integration?

A: Yes. Connector, interface and other available module information can be discussed when evaluating the camera for an OEM project.

Q: Can the lens, FOV, FPC or connector be customized?

A: Customization can be discussed according to the optical, mechanical and host-integration requirements of the target device.

Q: Can I request a sample before production?

A: Yes. A sample can be requested for imaging, focus and host-integration testing before moving to a production configuration.

Q: Why is Active Alignment used on this camera module?

A: This model uses Active Alignment as its standard manufacturing process. SincereFirst performs AA with its own equipment to control optical alignment during camera module assembly. For other camera designs, AA should be selected when the optical requirements justify the additional manufacturing cost.

 

Choosing an IMX766 Camera Module for Your Device?

 

 

If the IMX766 meets your imaging target but you still need to confirm the C-PHY interface, Auto Focus behavior or optical configuration, SincereFirst can help review the module against your device. Discuss your integration with us or request a sample for project testing.

 

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