Ultra-Small Monochrome Global Shutter Camera for Compact Motion Tracking

Name: Ultra-Small Monochrome Global Shutter Camera for Compact Motion Tracking
SKU: 15805
Price: 1.00 USD
Availability: InStock

$1.00

0.16MP monochrome MIPI camera module with OmniVision OG0TB1B sensor, Global Shutter, NIR enhancement, Fixed Focus, 8/10bit RAW output, D114° × H88° × V88° FOV and 24Pin Gold Finger interface.

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Introduction

Some compact tracking devices do not need millions of pixels. They need a small imaging system that can capture movement consistently while keeping processing and integration requirements under control.

This camera module combines an ultra-small 400×400 monochrome sensor, global shutter and NIR enhancement, making it suitable for devices where motion capture, compact size and low-power imaging are more important than high-resolution color images.

The D114° wide-angle Fixed Focus lens provides broad scene coverage, while the 15mm-to-infinity depth of field reduces the need for active focus adjustment in devices with changing target positions.

Applications in Real Devices

Wearable Tracking Devices

Compact wearable products often have very limited camera space but still need to detect movement across a relatively wide viewing area.

The small sensor format, wide FOV and Fixed Focus design provide a practical direction for this type of integration.

Motion and Gesture Tracking

Global shutter capture is useful when the target moves during exposure and image geometry needs to remain consistent.

The 400×400 monochrome image can provide a lightweight image source for systems where tracking is more important than visual detail.

NIR-Assisted Sensing Devices

Some sensing systems operate with near-infrared illumination rather than relying only on visible light.

The NIR-enhanced monochrome sensor provides a suitable imaging direction for this type of active-illumination system.

Compact Robotics and Position Sensing

Robotic or position-sensing devices may require a small camera to monitor movement, orientation or object position without adding a large imaging subsystem.

The wide viewing angle helps cover more of the surrounding tracking area from one camera position.

Project Evaluation Guide

Consider This Model When

The main task is tracking rather than high-resolution imaging.
The target or camera may move during capture.
Monochrome imaging is acceptable.
NIR-assisted imaging is required.
The available camera space is very limited.
Wide scene coverage is important.
The host supports MIPI RAW input.

Confirm Before Sampling

Target movement speed.
Required tracking area.
Available camera mounting space.
NIR illumination conditions.
Whether 400×400 resolution provides enough usable target pixels.
Host support for RAW8/RAW10 and MIPI input.
24Pin gold-finger interface definition.

Choosing This Model Within the Global Shutter Camera Module Series

This model represents the standard monochrome global shutter direction for compact motion-tracking applications.

Choose this version when global shutter, NIR response and compact integration are required but additional HDR capability is not necessary.

For scenes with stronger brightness variation, the HDR version in the same product family should be evaluated.

Related Models

HDR Monochrome Global Shutter MIPI – SF-SAC0115OV-HDR-MONO-FPC V1.0
Consider this model when the application also needs HDR capability for scenes with greater brightness variation.

Key Specifications

Specification	Details
Product Name	Monochrome Global Shutter Camera
Model	SF-SAC0115OV-MONO-FPC V1.0
Sensor	OmniVision OG0TB1B CMOS
Sensor Type	Monochrome
Resolution	0.16MP / 400 × 400
Frame Rate	400 × 400 @ 30fps
Sensor Size	1/15 inch
Pixel Size	2.2μm × 2.2μm
Shutter Type	Global Shutter
NIR Enhancement	Supported
Output Format	8-bit / 10-bit RAW
Focus Type	Fixed Focus
Field of View	D114° × H88° × V88°
EFL	0.47mm
Depth of Field	15mm–Infinity
Aperture	F2.4 ±5%
TV Distortion	< -15%
Interface	MIPI
Connector	24Pin Gold Finger

SincereFirst Customization

Optical Configuration

Lens parameters and viewing range can be evaluated according to the required tracking area, target distance and available camera position.

Focus and Mechanical Design

Fixed Focus setup and module structure can be evaluated according to the working-distance range and internal device space.

FPC and Connector Integration

FPC routing and 24Pin gold-finger interface requirements can be evaluated according to the host board and enclosure design.

Host Integration

RAW output format, MIPI configuration and processor compatibility can be reviewed before sampling.

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

FAQ

Why use only 400×400 resolution for a tracking camera?

Tracking applications do not always need a high-resolution image.

If the objective is to detect motion, position or direction, lower-resolution imaging can reduce data volume while still providing enough information for the algorithm.

When is global shutter more important than resolution?

When movement causes image geometry to change during capture.

For these applications, maintaining the shape and position of moving targets can be more important than increasing megapixel count.

What is the benefit of monochrome imaging for NIR applications?

A monochrome imaging path can be suitable when the system primarily relies on intensity information rather than color information, especially when NIR illumination is part of the sensing design.

Is 30fps sufficient for every motion-tracking application?

No.

Required frame rate depends on target speed, movement distance between frames and the tracking algorithm. The actual motion condition should be evaluated before the design is finalized.

Does a 15mm-to-infinity depth of field mean everything will always be sharp?

Not necessarily.

Usable sharpness still depends on target detail, lighting, optical tolerances and the image-quality requirement of the application.

Can another 24Pin MIPI camera be used as a direct replacement?

Not based on pin count alone.

Pin definition, power, MIPI configuration, sensor driver and mechanical layout must all be checked.

Evaluate This Module for Your Device

Share your host processor, DPHY MIPI requirements, 24Pin connector conditions, ISP capability, working distance, required FOV and mechanical limitations. SincereFirst can evaluate whether the OV64B40 24Pin Autofocus configuration matches the device before sampling.