• Detail Information

Product Description

This is a camera module with a 1/10" GalaxyCore GC032A sensor. The GC032A has an image resolution of 640*480 and 0.3MP pixels for maximum image quality and low noise variation. It delivers superior image quality through a powerful 10-bitADC design on a chip and an embedded image signal processor.

The high performance and low power consumption make the camera module very suitable for mobile devices such as mobile phones and pads, because it can effectively extend the battery life of the device.

In addition, the module is also widely used in notebook, toys, digital cameras, security systems and other fields.

Key Features

• VGA Resolution: Provides 640 × 480 image input for applications that do not require high-resolution capture.

• DVP Interface: Supports integration with a compatible host camera interface.

• Fixed-Focus Configuration: Allows lens selection around the intended subject distance and viewing area.

• Automatic Exposure and Gain: Supports adjustment to changing lighting conditions.

• Customization Options: Lens, PCB or FPC design can be evaluated against mechanical and imaging requirements.

Specification

Application Areas

Face Recognition: Face capture for access control.
QR Code Payment: Code imaging for decoding.
VR Devices: Visual input for motion tracking.
High-Speed Tracking: Moving-object image capture.
Terminal Scanning: Document and barcode imaging.
Robot Vision: Images for positioning and guidance.
Security & Smart Home: Indoor and outdoor monitoring.
AI Training Data Collection: Image capture for AI datasets.
Medical & Life Science Imaging: Image capture for microscopy and research.

For machine vision, scanning, and motion analysis projects, Sinoseen can review your optical, mechanical, and interface requirements to determine a suitable sample configuration.

Product Overview & Features

Global Shutter for Moving Subjects

When a camera or target moves during capture, rolling shutter readout can make straight edges appear tilted or objects look stretched. Global shutter exposure avoids this type of temporal distortion, making the module a candidate for moving-part inspection and visual tracking.

Motion blur still depends on exposure time, target speed, and lighting. Short exposure and adequate illumination remain important for sharp images.

Monochrome Imaging for Shape and Contrast

The OV9281 produces monochrome images for tasks that rely on edges, patterns, and brightness differences rather than color. Potential uses include barcode acquisition, component positioning, and image-based measurement.

Applications that need color identification require a different imaging configuration.

High-Frame-Rate Sensor Capability

The sensor supports up to 120 fps at 1280 × 800, providing a basis for projects that need frequent observations of moving targets.

The delivered frame rate must be confirmed on the intended host. Interface bandwidth, exposure settings, driver configuration, and processing throughput all affect sustained capture.

MIPI / DVP Integration

The supplied documentation lists MIPI and DVP interface support. Select and confirm the required interface before ordering, including pin assignments, clocking, power rails, and driver requirements.

This is an embedded camera module, rather than a USB plug-and-play camera. The host must support the selected camera interface and RAW image pipeline.

Flexible-Circuit Assembly

The FPC assembly allows the camera head to be positioned separately from the host connection, which can help accommodate enclosure layouts.

Mechanical integration should account for the camera head, lens projection, connector orientation, and permitted FPC routing. Request the drawing corresponding to the approved production revision before finalizing the enclosure.

Specifications

Application Areas

Face Recognition: Face capture for access control.
QR Code Payment: Code imaging for decoding.
VR Devices: Visual input for motion tracking.
High-Speed Tracking: Moving-object image capture.
Terminal Scanning: Document and barcode imaging.
Robot Vision: Images for positioning and guidance.
Security & Smart Home: Indoor and outdoor monitoring.
AI Training Data Collection: Image capture for AI datasets.
Medical & Life Science Imaging: Image capture for microscopy and research.

OEM/ODM Customization & Development Process

Match the Camera to Your Integration Requirements

A suitable camera configuration must fit both the imaging task and the device structure. Sinoseen provides OEM/ODM camera module services and can assess changes to the optical setup, flexible-circuit layout, connection arrangement, and supported operating configuration.

Customization feasibility, development scope, cost, and lead time are confirmed after engineering review.

Customization Process

Step 1 — Share Your Requirements

Provide the application, host platform, required resolution and frame rate, working distance, installation space, and estimated quantity.

Step 2 — Review the Configuration

Assess the sensor operating mode, interface, lens, and mechanical arrangement. Identify any changes required for the target device.

Step 3 — Confirm Drawings and Evaluation Criteria

Agree on the configuration, connection details, mechanical revision, and sample acceptance requirements before prototype production.

Step 4 — Evaluate Samples

Test image quality, sustained frame rate, exposure behavior, host integration, and mechanical fit in the actual operating environment.

Step 5 — Approve the Production Configuration

Confirm the accepted sample, drawings, optical components, and operating configuration before proceeding with volume production.

Send Your Drawings and Imaging Requirements

About Sinoseen

Shenzhen Sinoseen Technology Co., Ltd. was established in June 2016 and specializes in CMOS camera module design, development, manufacturing, and OEM/ODM services.

Its product portfolio includes USB, MIPI, and DVP camera modules, with services extending from development through manufacturing and after-sales support.

For embedded vision projects, Sinoseen works with customers to assess the imaging task alongside mechanical and electrical integration requirements. This helps define a camera configuration that can be evaluated in the intended device before production approval.

Certifications & Intellectual Property

Sinoseen’s documentation includes quality management records, product compliance documents, software copyrights, and utility model patents. For your camera module project, please request the current documents applicable to the selected model and configuration, including relevant CE, FCC, or RoHS documentation.

Shenzhen Sinoseen Technology Co., LTD

China top 10 camera module manufacturer

If you are struggling to find the right camera module solution, please contact us, we will customize all kinds of USB/MIPI/DVP interface camera modules according to your needs, and have a dedicated team to provide you with the most suitable solution.

Camera module customizationsuggestion

According to the actual application scenarios and functional goals, the camera module needs to comprehensively consider the product structure size, image clarity, frame rate, lens angle, lighting scene and other factors to select the appropriate sensor, lens and solution. needs customization. These products are only used for customer testing DEMO,please contact our customer service to inform you which product you want to use the camera module on? What function is implemented? Are there any special requirements? According to cost targets and other comprehensive factors, we help you choose the right sensor+ lens solution, and then design the product PCB or FPC according to the structural requirements.

examples: the customer is going to make a person recognition and comparison machine. If it is used in a well-lit indoor environment, we recommend that customers use ordinary lenses and sensors. If the light or backlight is not good, we recommend customers to use WDR wide dynamic sensor. If customers have high requirements for safety, we recommend that customers use WDR and black and white infrared binocular recognition camera modules. When determining the sensor and lens plan, the customer should adjust the color, white balance and saturation parameters according to the actual environment to achieve the target effect.