Sinoseen 2MP 1080p MIPI Camera Module for Embedded Vision and Robotics

Product Overview

The Sinoseen SNS21884-V1.0 is a compact 2MP MIPI camera module designed for integration into embedded imaging systems. Built around the OMNIVISION OV2775 color CMOS sensor, it supports 1920 × 1080 imaging at up to 30fps.

The sensor combines a 1/2.9-inch optical format with 2.8 μm pixels and OmniBSI-2 technology. Its HDR capabilities provide a foundation for imaging systems that need to capture scenes containing both bright and dark areas. Available HDR modes and final image performance depend on the sensor configuration and host image-processing pipeline.

With a specified base size of 22 × 23 mm and a total height of 18 mm, the module can be evaluated for compact devices with defined mechanical constraints. Potential applications include robot vision, security imaging, smart terminals and other embedded color-imaging systems.

Key Features

Full HD Color Imaging at Up to 30fps

Capture 1920 × 1080 color images at up to 30 frames per second. Full HD output provides image detail for monitoring, scene observation and host-based visual analysis.

HDR-Capable Image Sensor

The OV2775 supports HDR modes for scenes with substantial brightness differences, such as entrances, windows and mixed indoor/outdoor environments.

HDR operation requires a compatible configuration and processing pipeline. Some sensor modes require external HDR combination; final module-level dynamic range should be verified in the target system.

2.8 μm Pixels and OmniBSI-2 Technology

The sensor uses 2.8 × 2.8 μm pixels and backside-illuminated pixel technology to support light-sensitive imaging. Actual low-light results depend on the lens, exposure time, gain and image processing.

MIPI Interface for Embedded Integration

The MIPI interface is intended for connection to a compatible embedded host. Integration requires matching the connector pinout, power rails, lane configuration, sensor driver and ISP settings.

Compact Mechanical Design

The specified 22 × 23 mm base and 18 mm total height provide a starting point for enclosure design and mechanical integration. Confirm mounting positions and connector clearance using the approved product drawing.

Sensor-Level Image Correction

The sensor supports functions including lens shading correction, defect pixel correction and dual conversion gain combination. Availability depends on the selected operating mode and register configuration.

Technical 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.

Frequently Asked Questions

1. What resolution and frame rate does this module support?

The supplied module specification lists 1920 × 1080 color imaging at up to 30fps. Confirm the supported frame rate for your selected output mode and host configuration.

2. Is this a global shutter camera?

No. The OV2775 uses a rolling shutter. For fast-moving objects or applications requiring minimal rolling shutter deformation, discuss your motion conditions with Sinoseen before selecting a module.

3. Does this module deliver 120dB HDR output?

The sensor documentation lists HDR capability up to 120dB under specified operating conditions. This is not a confirmed dynamic-range measurement for the complete module. The selected HDR mode, lens and host processing pipeline determine the final result.

4. Is HDR processing performed entirely inside the camera?

Not in every mode. The sensor provides on-chip functions such as dual conversion gain combination, while some HDR modes require external combination. Confirm the intended sensor mode and ISP requirements before integration.