Ultra-Wide USB Camera Module for Close-Range Scene Coverage
$1.00
0.3MP USB camera module with GC0328 sensor, Fixed Focus, 640 × 480 resolution at 25fps, D150° × H120° × V86° ultra-wide FOV, F2.4 lens and 4Pin 1.25mm connector.
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Price is for reference only. Please contact us for the latest quotation.
Introduction
Some compact devices do not need high resolution. They need the camera to capture as much of the nearby scene as possible from a very short installation distance.
This camera module uses a D150° ultra-wide Fixed Focus lens to expand scene coverage without increasing the distance between the camera and the target. That makes it more relevant to products where mounting space is limited and broad visual coverage matters more than fine image detail.
The GC0328 sensor provides 640×480 output at up to 25fps through a USB architecture, while the compact PCB and 5V input simplify integration into small devices.
Applications in Real Devices
Close-Range Monitoring Devices
When the camera is installed close to the observation area, a standard-angle lens may capture only part of the scene.
The D150° field of view helps include more surrounding information from the same camera position.
Compact Interactive Devices
Small terminals or interactive products may have limited distance between the camera and the user or target.
An ultra-wide lens can provide sufficient scene coverage without requiring additional enclosure depth.
Indoor Observation Equipment
For devices that prioritize overall scene awareness rather than detailed identification, VGA resolution combined with a very wide viewing angle can provide a lightweight imaging solution.
Space-Constrained USB Devices
The compact PCB and USB connection are suitable for products where mechanical space and host integration are more important than high-resolution image processing.
Project Evaluation Guide
Consider This Model When
- The camera is installed close to the scene.
- Maximum viewing coverage is more important than high resolution.
- A D150° ultra-wide image is required.
- 640×480 resolution is sufficient for the visual task.
- USB integration is preferred.
- 5V power is available.
- A compact PCB fits the available mechanical space.
Confirm Before Sampling
- Required horizontal and vertical coverage.
- Actual camera-to-target distance.
- Whether ultra-wide distortion is acceptable.
- Smallest target detail that must remain visible.
- Host USB compatibility.
- Available PCB and lens space.
- Connector definition and cable direction.
Choosing This Model Within the USB Camera Module Series
This model represents the low-resolution ultra-wide USB direction.
Choose it when the application needs to see a very large area from a short mounting distance and does not require high-resolution detail.
Compared with higher-resolution USB camera modules, its main advantage is not pixel count but D150° scene coverage with a compact and relatively lightweight imaging architecture.
Related Models
For this page, adjacent USB models should be selected according to the actual comparison direction—such as narrower FOV, higher resolution or different PCB size—after the corresponding model numbers are confirmed.
Key Specifications
| Specification | Details |
|---|---|
| Product Name | Ultra-Wide USB Camera |
| Model | SF-SCVGA-MY-V1.0 |
| Sensor | GalaxyCore GC0328 CMOS |
| Resolution | 0.3MP / 640 × 480 |
| Frame Rate | 25fps |
| Sensor Size | 1/6.5 inch |
| Focus Type | Fixed Focus |
| Lens Structure | 4E + IR650 |
| EFL | 2.35mm |
| Aperture | F2.4 ±5% |
| Field of View | D150° × H120° × V86° |
| Distortion | <22% |
| Max Image Circle | 5.1mm |
| PCB Size | Approx. 30 × 22mm |
| Interface | USB |
| Power | USB 5V |
| Connector | 1.25mm Pitch Horizontal Connector |
SincereFirst Customization
Lens and Viewing Angle
The lens and FOV can be evaluated according to the required scene width, camera position and available installation distance.
Focus Distance
Fixed Focus can be adjusted according to the real target distance when the standard optical setup does not match the final device.
PCB and Mechanical Structure
PCB dimensions, mounting structure and lens position can be reviewed according to the enclosure and available internal space.
USB and Connector Integration
Connector type, cable direction, USB power and host-side integration can be evaluated according to the final device architecture.
Final configuration should be validated with the actual host platform, enclosure, optics, software, and lighting environment before sampling.
FAQ
Lens and Viewing Angle
The lens and FOV can be evaluated according to the required scene width, camera position and available installation distance.
Focus Distance
Fixed Focus can be adjusted according to the real target distance when the standard optical setup does not match the final device.
PCB and Mechanical Structure
PCB dimensions, mounting structure and lens position can be reviewed according to the enclosure and available internal space.
USB and Connector Integration
Connector type, cable direction, USB power and host-side integration can be evaluated according to the final device architecture.
Request Project Evaluation
If your device needs maximum scene coverage from a short camera position, share the working distance, required viewing area, available PCB space and USB host conditions.
SincereFirst can help evaluate whether a D150° VGA module is sufficient or whether a narrower-FOV, higher-resolution camera would better fit the task.
Send Inquiry
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