OG02B1B 2MP Ultra-Wide External Trigger Global Shutter Camera Module for Compact Robotic Vision Devices

Name: OG02B1B 2MP Ultra-Wide External Trigger Global Shutter Camera Module for Compact Robotic Vision Devices
SKU: 14935
Price: 1.00 USD
Availability: InStock

$1.00

OG02B1B 2MP ultra-wide global shutter camera module with D166° coverage, external trigger support, monochrome or color sensor options and MIPI/DVP interfaces for synchronized embedded imaging.

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Description Send Inquiry

Introduction

SF-C2013OV-GB&M-D&M-FPC combines Global Shutter, External Trigger and D166° ultra-wide imaging in an embedded FPC camera structure.

The standard monochrome OG02B1B configuration can be evaluated for systems that need broad scene coverage and synchronized image capture, while an OG02B10 color version is also available. MIPI and DVP interface options allow the module to be adapted to different embedded host architectures.

Its value is strongest when a device needs to capture a large visual area while maintaining controlled acquisition timing for moving objects or synchronized system events.

Applications in Real Devices

Wide-Area Machine Observation

Equipment with limited camera mounting positions may need to observe a large working area from a single viewpoint. The D166° × H149° × V90° optical configuration provides broad scene coverage, while Global Shutter helps maintain more consistent object geometry when parts are moving.

Compact Robotic Vision Devices

Robotic systems may need both environmental awareness and controlled capture timing. The ultra-wide lens provides more surrounding context, while External Trigger allows image acquisition to be coordinated with other system actions when required.

Synchronized Embedded Imaging Systems

For embedded equipment where image capture must occur at a defined machine state, lighting event or control signal, External Trigger provides a timing-control direction without relying on continuous free-running capture.

Project Evaluation Guide

Consider This Model When

The device needs very broad scene coverage from one camera position.
Moving objects make Global Shutter preferable to Rolling Shutter.
Image acquisition needs to follow an external trigger signal.
Monochrome or color imaging needs to be selected according to the visual task.
Direct MIPI or DVP embedded integration is required.

Confirm Before Sampling

Monochrome OG02B1B or optional OG02B10 color configuration.
Required trigger signal and synchronization timing.
Host support for the selected MIPI or DVP interface.
Whether D166° coverage is appropriate for the target size and scene.
Enclosure opening and risk of mechanical vignetting.
Lighting conditions and NIR requirements if the Nyxel®-based monochrome configuration is being evaluated.

Choosing This Model Within the External Trigger Global Shutter Camera Module Series

SF-C2013OV-GB&M-D&M-FPC is distinguished by the combination of D166° ultra-wide optics and direct MIPI/DVP embedded integration.It should be considered when broad visual coverage and board-level integration are more important than a standard USB camera architecture. Projects using a host with conventional USB integration may be better served by one of the USB Global Shutter models in the same Series.

Related Models

OG02B10 – SF-SJF20-QJBG: Consider this when a 2MP 60FPS Global Shutter configuration is still required but USB2.0 integration and a more controlled FOV are preferred.

USB3.0 Global Shutter – SF-SQ2A443-3.0: Consider this when the project needs 2MP 60FPS synchronized imaging through USB3.0 Type-C rather than a direct MIPI/DVP embedded connection.

Key Specifications

Specification	Details
Model	SF-C2013OV-GB&M-D&M-FPC
Standard Sensor	OG02B1B CMOS Monochrome
Optional Sensor	OG02B10 CMOS Color
Resolution	2MP / 1600 × 1300
Frame Rate	60fps
Sensor Size	1/2.9 inch
Pixel Size	3.0μm × 3.0μm
Shutter Type	Global Shutter
Trigger Function	External Trigger Supported
Sensor Technology	Nyxel®
Focus	Fixed Focus
EFL	1.96mm
Field of View	D166° × H149° × V90°
Interface Options	MIPI / DVP
Structure	FPC Camera Module

SincereFirst Customization

Ultra-Wide Lens and FOV

The standard optical configuration provides D166° × H149° × V90° coverage. A different lens direction can be evaluated when the device needs less surrounding scene, a larger target image or different enclosure clearance.

Monochrome and Color Sensor Configuration

OG02B1B monochrome is the standard sensor direction, while OG02B10 color can be evaluated when color information is required by the visual task. The sensor choice should follow lighting, image-processing and application requirements rather than color preference alone.

MIPI / DVP Interface Selection

MIPI and DVP are available integration options. The final interface should be selected according to processor support, signal architecture and available host-side camera resources.

External Trigger and FPC Integration

External Trigger is supported as part of the module configuration. Trigger timing, FPC direction and host connection should be evaluated together when the camera must synchronize with machine actions or other system events.

Final configuration should be validated with the actual host platform, enclosure, optics, software, and lighting environment before sampling.

FAQ

When is D166° coverage actually useful, and when is it too wide?

D166° is useful when the device needs maximum surrounding visibility from one camera position. It can be too wide when the important target is small or distant, because the target occupies a smaller portion of the image.

What is the main reason to choose the monochrome configuration?

Choose monochrome when color information is unnecessary and the imaging task places greater importance on luminance information or NIR-oriented imaging. The actual advantage should be validated under the intended illumination.

What should be checked before choosing MIPI instead of DVP?

Confirm which camera interface the processor supports, available signal resources, image-processing architecture and required data path. Interface choice should be driven by the host design rather than by the camera alone.

Can External Trigger and Global Shutter solve the same problem?

No. They address different parts of image acquisition. External Trigger controls when capture starts, while Global Shutter affects how the frame is exposed when motion is present. Some systems need one capability; synchronized motion imaging may benefit from both.

What mechanical issue is most important with the D166° lens?

The camera opening must remain clear across the extreme edge of the optical field. Housing walls or surrounding components can block part of the image even when the module itself supports the full ultra-wide FOV.

What information is most useful before evaluating this module?

Provide the required scene width, target distance, mono or color requirement, trigger timing, processor interface and available camera opening. These conditions determine whether the standard ultra-wide embedded configuration matches the device.

Evaluate This Module for Your Device

Share your scene coverage, target distance, monochrome or color requirement, trigger timing, MIPI/DVP host interface and available camera space. SincereFirst can evaluate whether the standard D166° configuration or an adjusted optical and interface setup is more suitable before sampling.