4MP SC4336 MIPI Camera Module 30FPS with Flexible FPC and 120° Wide-Angle Lens for Video Doorbell Embedded

Product Description

Compact devices often need to capture a broad scene within limited installation space. The Sinoseen XLS42296-V1.0 combines 2560 × 1440 color imaging with a wide-angle lens and a compact camera assembly for embedded monitoring and vision projects.

This 4MP-class MIPI camera module uses a rolling shutter sensor and supports a listed output mode of 2560 × 1440 at 30 fps. Its optical configuration provides a 120° diagonal field of view, allowing developers to cover a wider area from a single camera position.

The specified camera base measures 10 × 10 mm, with an assembly height of 15.6 mm. These dimensions help engineers plan lens clearance and installation space, while the FPC connection supports integration into a custom device layout.

For applications requiring a different viewing angle, working distance, cable arrangement, or mounting configuration, Sinoseen provides OEM/ODM engineering review and sample development support.

Request a Sample | Discuss Your Custom Camera Requirements

Product Overview & Features

2560 × 1440 Color Imaging at 30 fps

The module provides a 2560 × 1440 output image for capturing scene details, objects, and color information. Its 30 fps operating mode supports continuous video capture for embedded monitoring, smart terminals, and general visual observation.

The required resolution, output bit depth, and sustained frame rate should be confirmed together with the selected host platform.

120° Wide-Angle Scene Coverage

The specified lens offers the following field of view:

• Diagonal: 120°

• Horizontal: 100°

• Vertical: 53°

• Listed angular tolerance: ±3°

Wide-angle coverage is useful when the camera must observe a broad area from a limited mounting position. Lens selection should also consider working distance and target size so that important details remain sufficiently large in the image.

Compact Camera Assembly

A 10 × 10 mm camera base and a specified height of 15.6 ±0.2 mm support mechanical planning for compact equipment.

The base dimensions describe the camera assembly rather than the complete FPC outline. Cable routing, connector position, and enclosure clearance should be checked against the final module drawing.

MIPI Output for Embedded Integration

The module uses a MIPI interface and provides RAW RGB image data for processing by a compatible host.

Integration involves matching the MIPI configuration, connector pinout, power supplies, clock, driver, and image-processing pipeline. This makes host information an important part of module selection and sample evaluation.

Configuration for Different Installation Requirements

The sensor documentation includes windowing, horizontal mirroring, vertical flipping, and register control through I²C. Supported settings can be reviewed during integration to suit the camera’s mounting orientation and the host’s capture requirements.

Documented Inspection Requirements

The supplied specification defines checks for module and lens appearance, dimensions, image contamination, defective pixels, resolution, field of view, shading, color reproduction, and distortion.

These requirements provide a basis for sample evaluation and production acceptance. Project-specific criteria can be agreed before production approval.

Key Specifications

Application Areas

Industrial Inspection: Monochrome image capture for checking part position, outlines, and visible features, with exposure matched to target movement.

Barcode and Terminal Scanning: Image acquisition for host-based decoding, with lens selection based on code size and working distance.

Robot Vision: A candidate for visual positioning and motion observation, subject to host compatibility and timing requirements.

Motion Tracking: Global shutter capture helps preserve moving-object geometry; tracking performance also depends on frame rate, illumination, and software.

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

Does the module use SC4336 or SC4336P?

The product list identifies SC4336, while the supplied sensor description identifies SC4336P. The exact production sensor should be confirmed in the approved specification before ordering.

Is it a global shutter camera?

No. The supplied product list identifies a rolling shutter sensor. For fast-moving targets or measurement tasks sensitive to image skew, provide the motion conditions so a suitable camera configuration can be assessed.

Can it connect directly to a USB port?

This configuration uses MIPI and does not list direct USB output. A USB solution requires compatible bridge hardware or a different camera module configuration.

Will it work with any MIPI development board?

Compatibility depends on more than the connector. The host must support the required lane configuration, pinout, power, clock, driver, and RAW image-processing path. Share your host details for review.

Does the 120° lens provide autofocus?

The 120° value describes the diagonal field of view. Autofocus is not specified in the supplied documents. Confirm the working distance and focus requirements when selecting the lens.

Does this configuration support infrared night vision or HDR?

The listed “650 IR” filter designation and sensor dynamic-range value do not establish either function for the complete module. Infrared operation requires a suitable lens and filter configuration, while HDR requires confirmation of the supported sensor mode and host processing.