IMX989 50MP Large Sensor RAW MIPI Autofocus Camera Module for High-End Embedded Imaging

$1.00

IMX989 50MP MIPI camera module with 1-inch sensor format, 1.6μm pixel size, Octa-PD autofocus, HDR, RAW14 output and BTB interface for high-end embedded imaging.

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Introduction

SF4X989AFBY V2.0 is a 50MP MIPI camera module designed for embedded imaging systems requiring large sensor size, high image quality and advanced autofocus capability.

Based on the Sony IMX989 CMOS sensor, it features a 1/0.98-inch sensor format with 1.6μm × 1.6μm pixel size, providing a larger pixel structure compared with many high-resolution mobile imaging sensors. The module supports 8192×6144 resolution, 4-in-1 pixel technology, Octa-PD autofocus, HDR and up to 14bit RAW output.

Its main value within the 8K Camera Module Series is the combination of 50MP resolution, large sensor architecture, advanced autofocus technology and RAW MIPI integration, targeting projects where image quality requirements go beyond standard high-resolution capture.

Applications in Real Devices

High-Detail Embedded Imaging Systems

For devices requiring detailed image capture under different lighting conditions, the larger sensor format and larger pixel size provide an imaging direction focused on overall image quality rather than resolution alone.

This is suitable for systems where texture, low-light capability and image consistency are important evaluation factors.

Professional Smart Imaging Equipment

Applications requiring more advanced imaging performance can benefit from the combination of a large sensor, HDR and RAW output.

The host platform can further process sensor data through its own ISP pipeline according to the product requirements.

AI Vision Devices with High Image Quality Requirements

AI algorithms depend not only on resolution but also on the quality and consistency of input images.

The IMX989 platform provides a high-end sensor option for systems where image quality, dynamic range and detailed feature preservation are important.

OEM Embedded Camera Products

The MIPI BTB structure allows the module to be integrated directly into embedded hardware platforms.

Mechanical design, lens position, connector layout and host compatibility should be evaluated during product development.

Project Evaluation Guide

Consider This Model When

The project requires a large sensor camera module.
50MP resolution is needed together with higher image-quality requirements.
Larger pixel size is valuable for the imaging task.
RAW output is required for customized ISP processing.
Advanced autofocus capability is needed.
HDR performance is important.
Direct MIPI integration matches the host architecture.

Confirm Before Sampling

Host processor support for IMX989.
MIPI configuration and ISP capability.
RAW data processing requirements.
Required lens field of view.
Working distance and autofocus range.
Mechanical space for the larger optical structure.
Whether the application benefits from the larger sensor compared with smaller 48MP/50MP solutions.
Image tuning requirements.

Choosing This Model Within the 8K Camera Module Series

SF4X989AFBY V2.0 is the large sensor 50MP MIPI Autofocus direction within the 8K Camera Module Series.

Choose this model when the project prioritizes image quality, sensor size and advanced imaging capability rather than simply selecting the highest pixel count.

Compared with IMX766, IMX582 or OV50C40 solutions, the main difference is the sensor architecture: the IMX989 uses a much larger 1/0.98-inch format with 1.6μm pixels, providing a different balance between resolution and imaging performance.

Related Models

50MP IMX766 MIPI Autofocus – SF4X766AY1
Consider this model when the project requires a more compact 50MP MIPI camera direction with a smaller sensor format.

64MP OVA0B40 MIPI Autofocus – SF-SCA0B40-P70-B V1.0
Consider this model when higher pixel count is required and the application prioritizes resolution over large sensor size.

Key Specifications

Specification	Details
Model	SF4X989AFBY V2.0
Sensor	Sony IMX989 CMOS
Resolution	50MP / 8192 × 6144
Sensor Size	1/0.98 inch
Pixel Size	1.6μm × 1.6μm
Pixel Technology	4-in-1 Pixel
PDAF Technology	Octa-PD
HDR	Supported
Output Format	8/10/12/14bit RAW
Focus	VCM Autofocus
Field of View	D87° × H72° × V57°
TV Distortion	<1%
Interface	MIPI
Connector	30Pin BTB

SincereFirst Customization

Lens and Optical Configuration

The standard optical direction provides D87° × H72° × V57° coverage with TV distortion below 1%.

Lens parameters and optical performance can be evaluated according to working distance, target size and imaging requirements.

Autofocus and Optical Control

The module uses VCM Autofocus with Octa-PD technology. Focus performance can be evaluated according to target distance, scene characteristics and host-side control requirements.

MIPI and 30Pin BTB Integration

The standard design uses a 30Pin BTB MIPI interface. Connector definition, MIPI configuration and FPC routing can be evaluated according to the target processor and host-board design.

RAW Output and ISP Development

Support for multiple RAW bit depths provides flexibility for different image-processing architectures. ISP tuning can be evaluated according to the final application, processor capability and image-quality requirements.

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

FAQ

Why choose IMX989 instead of another 50MP camera module?

The main difference is the sensor format. IMX989 uses a much larger sensor and larger pixel size, making it a different imaging direction from compact high-resolution sensors such as IMX766.

Does a larger sensor always provide better images?

Not automatically. Sensor size is only one part of the imaging system. Lens quality, lighting, ISP processing and application requirements all affect the final result.

What is the value of Octa-PD autofocus?

Octa-PD is an autofocus technology designed to improve focus detection capability. Actual autofocus performance still depends on the lens, actuator, driver and host-side tuning.

Why is RAW output important for this type of module?

RAW output provides sensor-level data before final image processing, allowing manufacturers to implement their own ISP algorithms and image-quality optimization.

Is this module suitable for every AI vision product?

No. A large sensor module is valuable when image quality, dynamic range or low-light performance are important. For cost-sensitive applications where standard image quality is sufficient, smaller sensor solutions may be more appropriate.

How should I compare IMX989 with higher-megapixel sensors?

Compare the complete imaging requirements rather than megapixel count alone. A higher pixel count does not always provide better results if the optical system, lighting or processing pipeline cannot use the additional data.

Evaluate This Module for Your Device

Share your host processor, MIPI interface requirement, ISP capability, required image quality target, working distance, FOV requirement and mechanical space. SincereFirst can evaluate whether the IMX989 large-sensor configuration matches the device before sampling.