Starlight Low-Light Camera Module | Sony IMX327 | OEM Customization

▐ Products Description

Starlight Low-Light Imaging with WDR for Compact Camera Designs

The HX728A3M6 is a 2 MP MIPI camera module built around the Sony IMX327 1/2.8-inch CMOS sensor. It captures images at up to 1920 × 1080 resolution and 60 fps, making it a candidate for embedded vision products that need Full HD video and low-light imaging in a compact assembly. Its fixed-focus configuration keeps the optical setup straightforward, while the field of view and focal length can be customized to suit the target enclosure and working distance.

Low-light performance depends on more than the sensor model. Lens aperture, field of view, exposure time, scene movement, and image-processing settings all affect the usable image. WDR is relevant when a scene contains both bright and dark areas, such as a doorway facing daylight or a monitoring point with uneven illumination. The actual result depends on the selected imaging configuration and should be evaluated under representative lighting conditions.

For OEM projects, the module supports a 32 mm FPC connection, embedded installation, and customization based on drawings. Sensor and lens configuration, viewing angle, board dimensions, cable routing, and mechanical clearance should be reviewed together before the enclosure is finalized. Prototype evaluation can help confirm image quality, mounting fit, and interface compatibility before moving to volume production.

Download Datasheet PDF

▐ Core Features

Sony IMX327 Starlight Imaging

WDR for High-Contrast Scenes

Full HD at up to 60 fps

MIPI Interface & OEM Customization

▐ Technical Specification

Item	Specification
Model	HX728A3M6
Image Sensor	Sony IMX327, 1/2.8-inch CMOS
Resolution	2 MP, 1920 × 1080
Maximum Frame Rate	1920 × 1080 @ 60 fps
Image Formats	YUY2 / YUV / JPEG / MJPEG
Interface	MIPI
Focus	Fixed Focus
Field of View / Focal Length	Customizable according to project requirements
Additional Features	WDR; no built-in microphone; no image stabilization
Connection & Installation	32 mm FPC; embedded mounting; approximately 10 g

▐ Sensor Introduction

The Sony IMX327 is a 1/2.8-inch CMOS image sensor used in the HX728A3M6 for 2 MP Full HD imaging. It is selected for applications where image capture in dim lighting is an important design consideration. The sensor alone, however, does not determine the final night image. Lens transmission, aperture, exposure control, gain, noise reduction, and the processing pipeline all affect detail and noise in dark scenes.

▐ Product Advantages

Low-Light Imaging for Dim Environments

The IMX327-based configuration is intended for applications where ambient light may be limited. For a night-time product, lens aperture and exposure settings need to be checked alongside the sensor. If moving subjects must remain clear, longer exposure times may introduce motion blur even when the image appears brighter.

WDR for Uneven Lighting

WDR can help retain useful image information when a scene includes bright highlights and darker foreground areas. Its effectiveness depends on the implementation and image-processing configuration. The required WDR mode and actual image result should be confirmed during sample testing.

Full HD Video at 60 fps

The specified 1920 × 1080 at 60 fps mode suits applications that need smooth Full HD capture. The target processor, MIPI receiver, lane configuration, and software pipeline must also be capable of handling the selected output mode. Supported formats and frame rates should be verified on the intended platform.

Compact Installation with OEM Options

The approximately 10 g module uses a 32 mm FPC and supports embedded installation. For a customized camera assembly, the cable path, connector position, lens height, mounting points, and available clearance should be reviewed against the host product's mechanical drawings before the design is frozen.

▐ Why Choose Our Starlight Camera Modules

Optics and Sensor Considered Together

Choosing a low-light sensor is only one part of the design. We evaluate the required field of view, working distance, available light, and enclosure space when reviewing a camera configuration. This helps identify lens and mounting constraints before they become problems during integration.

Hardware Adaptation for OEM Products

Board dimensions, FPC routing, connector placement, and lens position often need to fit an existing mechanical design. Customization can be evaluated against customer drawings and interface requirements, subject to the final hardware configuration.

Prototype Evaluation Before Production

Sample testing gives both sides a chance to check image quality, focus, WDR behavior, frame rate, interface compatibility, and mechanical fit. The verified configuration can then serve as the reference for production, with agreed inspection criteria for the project.

▐ Application

Video Intercom

Access Control System

Video Devices

Industrial Monitoring

▐ Certifications & Quality Assurance

ISO 9001

ISO 45001

ISO 14001

EMC Test

CE Certified

▐ Customization Service

The HX728A3M6 can be evaluated for OEM and ODM projects that require a compact MIPI camera with low-light imaging and WDR. Customization requests may include lens focal length and field of view, PCB outline, FPC routing, connector position, mounting arrangement, and logo marking. These choices affect not only mechanical fit but also the camera's viewing angle, optical alignment, and integration with the host processor.

Lens & Optics

Sensor

Mechanical Design

Connector & I/O

▐ FAQ

Q1: What makes the HX728A3M6 suitable for low-light imaging?

The module uses a Sony IMX327 1/2.8-inch CMOS sensor and supports 1920 × 1080 imaging at up to 60 fps. Actual night-time image quality also depends on lens aperture, exposure settings, scene illumination, and image processing. Minimum illumination and other low-light performance figures should be confirmed for the final configuration.

Q2: How does WDR help in a surveillance camera?

WDR is useful when a scene contains large differences in brightness, such as a person standing in front of a bright entrance. The achievable result depends on the WDR implementation, sensor configuration, exposure control, and image processing. The WDR type and performance should be verified during sample evaluation.

Q3: Can the lens or field of view be changed for an OEM project?

Yes, the field of view and focal length can be customized. Please share the target viewing angle, working distance, object size, and available installation space. These details help determine whether the proposed lens can meet the imaging requirement within the product's mechanical constraints.

Q4: What should be checked before connecting the MIPI camera to a host board?

Check the host processor's MIPI CSI-2 support, lane configuration, supported pixel formats, resolution and frame-rate limits, power requirements, and sensor driver availability. The exact interface details should be confirmed against the target board and software platform before hardware integration.

Q5: What information is needed for a customized camera module quotation?

Please specify the application, required resolution and frame rate, preferred sensor, lens or field of view, PCB dimensions, connector and FPC requirements, target processor, operating system, and estimated order quantity. Drawings or reference samples are useful when mechanical changes are involved. Prototype scope, lead time, and pricing can then be assessed against the actual requirements.

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