 |
Sinoseen 1MP Global Shutter MIPI Camera Module for Robot Vision and Industrial Inspection
Product Details:
| Place of Origin: | China |
| Brand Name: | Sinoseen |
| Certification: | RoHS CE/RED FCC ISO |
| Model Number: | SNS-12329-V1 |
| Document: | SNS12329-V1.1 OV9281specifi...09.pdf |
Payment & Shipping Terms:
| Minimum Order Quantity: | 1 |
|---|---|
| Price: | 10-100/negotiable |
| Packaging Details: | Tray+Anti-static bag in carton box |
| Delivery Time: | 2-3weeks |
| Payment Terms: | 电汇 |
| Supply Ability: | 500000 pieces/month |
|
Detail Information |
|||
| Image Sensor: | OV9281 | Image Type: | Monochrome |
|---|---|---|---|
| Optical Format: | 1/4 Inch | Output Resolution: | 1280 × 800, Approximately 1MP |
| Shutter Type: | Global Shutter | Pixel Size: | 3.0 × 3.0 µm |
| Image Interface: | MIPI; OV9281 Supports Up To 2 Lanes | Output Format: | 10-bit RAW As Specified In The Supplied Documentation |
| Maximum Sensor Frame Rate: | Up To 120 Fps At 1280 × 800 | Control Interface: | SCCB |
| Base Dimensions: | 8 × 8 Mm | Nominal Module Height: | 9.8 Mm |
| Overall Length In Mechanical Drawing: | Approximately 70 Mm | Lens Focal Length: | 1.5 Mm ±5% |
| Lens Aperture: | F/2.5 ±5% | Nominal Sensor Supply Voltages: | Analog: 2.8 V; Core: 1.2 V; I/O: 1.8 V |
| Highlight: | 1MP Global Shutter MIPI Camera,Global Shutter Camera Module Robot Vision,MIPI Camera Module Industrial Inspection |
||
Product Description
The Sinoseen OV9281 camera module delivers 1280 × 800 monochrome imaging for embedded machine vision applications. Its global shutter sensor captures each frame with simultaneous pixel exposure, reducing the geometric distortion associated with rolling shutter capture when objects or the camera are moving.
Built around a 1/4-inch CMOS sensor with 3.0 µm pixels, the module provides RAW image output through a MIPI interface for processing on a compatible host platform. The OV9281 sensor supports up to 120 fps at 1280 × 800, making it a suitable starting point for applications that require frequent image updates. Achievable frame rates depend on the module configuration, driver and host processing capabilities.
An 8 × 8 mm base and flexible circuit layout help accommodate compact mechanical designs. Potential applications include robot perception, industrial inspection, barcode scanning and motion tracking. Integration requires matching the module's electrical connections, power supplies and software configuration to the target system.
Simultaneous pixel exposure helps preserve object geometry during motion, supporting tasks such as feature tracking, position measurement and inspection of moving components. Exposure time and lighting still need to be selected to control motion blur.
The 1280 × 800 image output provides grayscale information for vision tasks focused on edges, shapes and patterns, rather than color recognition.
The OV9281 supports full-resolution capture at up to 120 fps. Higher frame rates can provide more frequent observations for motion analysis when supported by the complete imaging system.
MIPI image output allows integration with compatible embedded processors. RAW output gives the host system access to image data for application-specific processing.
The module uses an 8 × 8 mm base and a flexible circuit layout, with an overall length of approximately 70 mm shown in the mechanical drawing. This structure helps position the camera within space-constrained equipment.
The SCCB control interface enables sensor configuration, including exposure and image output settings, through the host system.
- 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.
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.
| Project Requirement | Areas for Engineering Review | Information to Provide |
|---|---|---|
| The camera does not fit the enclosure | Camera-head placement, FPC outline, and routing | Mechanical drawings and available space |
| Scene coverage or working distance is unsuitable | Lens selection, field of view, and focus setting | Target dimensions and capture distance |
| The host connection differs from the standard design | Connector, pin assignment, and interface configuration | Host specifications and connection requirements |
| Moving targets require sharper capture | Exposure, lighting, and supported frame-rate modes | Target speed, sample images, and lighting conditions |
| The project requires infrared imaging | Filter and lens suitability | Illumination wavelength and imaging requirements |
Customization feasibility, development scope, cost, and lead time are confirmed after engineering review.
- Step 1 — Share Your RequirementsProvide the application, host platform, required resolution and frame rate, working distance, installation space, and estimated quantity.
- Step 2 — Review the ConfigurationAssess the sensor operating mode, interface, lens, and mechanical arrangement. Identify any changes required for the target device.
- Step 3 — Confirm Drawings and Evaluation CriteriaAgree on the configuration, connection details, mechanical revision, and sample acceptance requirements before prototype production.
- Step 4 — Evaluate SamplesTest image quality, sustained frame rate, exposure behavior, host integration, and mechanical fit in the actual operating environment.
- Step 5 — Approve the Production ConfigurationConfirm the accepted sample, drawings, optical components, and operating configuration before proceeding with volume production.
Send your drawings and imaging requirements to begin the engineering review.
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.
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.
No. The OV9281 is a monochrome sensor. This module captures grayscale images and is intended for applications that do not require color information.
A global shutter exposes the pixels in a frame simultaneously. This helps reduce the skew and geometric distortion that can occur with rolling shutter capture in moving scenes. It does not eliminate motion blur caused by an exposure time that is too long.
The OV9281 sensor supports up to 120 fps at 1280 × 800. The actual frame rate available from an integrated system depends on the module configuration, driver, exposure settings and host bandwidth. Confirm the required operating mode before ordering.
No. This is a MIPI camera module. It requires a compatible camera interface and driver, or a suitable bridge board for USB connectivity.
No. A MIPI interface alone does not guarantee compatibility. Connector pinout, power supplies, lane configuration, clocking and sensor driver support must be checked against the host board.