Cmos UVC USB Camera Module Industrial Camera Module

Compact USB Camera Module for Space-Constrained Embedded Devices

Name: Compact USB Camera Module for Space-Constrained Embedded Devices
SKU: 15959
Price: 1.00 USD
Availability: InStock

$1.00

USB camera module with GC0309 sensor, YUV output, Fixed Focus from 20cm to infinity, D60° FOV, F2.8 lens, 14 × 25mm PCB and 5Pin USB connector.

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Description Send Inquiry

Introduction

In some embedded products, the camera selection is determined less by maximum resolution and more by whether the module can physically fit into the available internal space.

This compact USB camera module uses a 14×25mm PCB layout, providing a different mechanical direction from longer or larger camera boards. The design integrates the lens, PCB and connector within a narrow structure, making it relevant to devices where camera-board width and mounting position are tightly constrained.

The current drawing specifies YUV output and shows an integrated 5-pin connector on the rear side of the PCB.

Applications in Real Devices

Compact Display-Mounted Devices

Products with limited camera space around a display edge may require a shorter and narrower PCB rather than a conventional square camera board.

The 14×25mm structure provides another mechanical option when enclosure width is restricted.

Slim Embedded Terminals

Some terminals have enough depth for the lens but very limited PCB area behind the front panel.

A compact board layout can make camera placement easier without requiring a larger camera compartment.

Small USB Imaging Devices

For products already designed around a USB camera architecture, a compact module can reduce the mechanical footprint of the imaging subsystem.

Space-Limited Equipment Upgrades

When an existing enclosure cannot accommodate a larger camera PCB, module outline and connector placement may become more important than adding unnecessary imaging functions.

Project Evaluation Guide

Consider This Model When

Camera PCB space is tightly limited.
A 14×25mm board fits the available enclosure.
USB camera integration is required.
YUV video output matches the host architecture.
Rear-side cable routing is preferred.
A compact fixed camera structure is more important than adding complex optical functions.

Confirm Before Sampling

Required resolution and frame rate.
Actual field of view.
Focus distance and focus range.
Sensor operating mode.
USB protocol and host compatibility.
5-pin connector definition.
Cable direction and available rear clearance.
Lens height and enclosure opening.
Mounting-hole compatibility.

Choosing This Model Within the USB Camera Module Series

This model should be considered primarily for its compact PCB structure.

Compared with SF-C0319USB-WH01, the most obvious confirmed difference is mechanical layout. WH01 uses a long 50×17.7mm module structure, while WH03 uses a much shorter 14×25mm PCB, making the two models suitable for different enclosure geometries. The WH01 specification confirms its 50×17.7×4.9mm module size. SF-C0319USB-WH01 V1.0 GC0309 Ap…

The choice between them should therefore start with the available mounting area rather than assuming that two modules in the same product family are mechanically interchangeable.

Related Models

SF-C0319USB-WH01 V1.0
Consider this version when a longer, narrower camera board better matches the internal structure of the device.

SF-SCVGA-MY-V1.0
Consider this model when ultra-wide D150° scene coverage is a higher priority than maintaining the compact WH03 mechanical layout.

Key Specifications

Specification	Details
Product Name	Compact USB Camera Module
Model	SF-C0319USB-WH03 V1.0
Sensor	GC0309*
PCB Size	Approx. 14 × 25mm
Output Format	YUV
Connector	5-pin rear connector
PCB Thickness	Approx. 1mm
Lens / PCB Depth	Approx. 4.4mm from PCB reference
Mechanical Layout	Compact rectangular PCB
Version	V1.0

SincereFirst Customization

PCB and Module Shape

PCB outline, mounting-hole position and component layout can be evaluated when the standard 14×25mm structure does not match the final enclosure.

Lens and Optical Configuration

Lens FOV and focus distance can be evaluated according to the target size, camera position and actual working distance once the project imaging requirement is confirmed.

Connector and Cable Routing

Connector type, cable direction and rear clearance can be reviewed according to the host board location and internal wiring path.

USB and Video Integration

USB connection requirements and YUV video integration can be evaluated according to the target host platform and required video mode.

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

FAQ

What is the main reason to choose this model over a larger USB camera board?

Its main confirmed advantage is the compact 14×25mm mechanical layout.

If PCB space is the primary limitation, this structure may fit devices where a larger square or elongated camera board cannot.

Is this model the same electrically as SF-C0319USB-WH01?

That should not be assumed.

Although the model names are related, connector definition, electrical configuration and imaging parameters must be confirmed separately before replacement.

Does the 5-pin connector mean it can directly replace another 5-pin USB camera?

No.

The number of pins does not prove electrical compatibility. Pin assignment, power, USB signals and mechanical connector position must all match.

What resolution and frame rate does this model support?

The current uploaded WH03 drawing does not specify resolution or frame rate.

Those values should be confirmed from the corresponding electrical or approval specification before they are published on the product page.

Can the lens FOV and focus distance be customized?

They can be evaluated according to the final device requirement, but the current drawing does not provide the standard FOV or focus values, so those parameters should first be confirmed.

What should be provided before evaluating this compact camera?

The most useful information is the available PCB area, lens opening, camera-to-target distance, required scene coverage, host USB requirements and connector location.

Request Project Evaluation

If your device has limited internal camera-board space, provide the available mounting area, enclosure depth, lens opening, working distance and host connection requirements.

SincereFirst can evaluate whether the 14×25mm camera structure fits the device or whether another PCB layout would be more appropriate.