Slim 1080P Wide-Angle USB Camera Module for Display and Interactive Devices
$1.00
2MP 1080P USB 2.0 camera module with GalaxyCore GC2755 sensor, YUV/MJPEG output, Fixed Focus from 30cm to infinity, D130° wide FOV, 1.02mm F2.25 lens, <15% TV distortion and 5Pin USB connector.
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Price is for reference only. Please contact us for the latest quotation.
Introduction
A slim display camera often needs to solve two constraints at the same time: the PCB must fit inside a narrow bezel, while the lens still needs to capture enough of the user area from a short mounting distance.
This 1080P USB camera module combines a D130° wide-angle Fixed Focus lens with a slim 60×9mm PCB, providing broader scene coverage without requiring a larger front-panel camera area.
The standard optical setup focuses from approximately 30cm to infinity, making it suitable for displays, communication terminals and interactive devices where users may appear at different distances or positions in front of the camera.
Applications in Real Devices
Interactive Displays
Users do not always stand directly in front of a large interactive screen.
The D130° field of view provides broader user-area coverage, helping the camera include people positioned farther to the side of the display.
Video Communication Terminals
Conference and communication devices may need to capture more than one person within a relatively short camera-to-user distance.
A wider optical direction can include more participants without moving the camera farther away.
Self-Service Kiosks
A kiosk camera is usually fixed in one position while different users stand at slightly different heights and horizontal positions.
The wide-angle lens provides more tolerance in user placement than a D70° configuration.
Narrow-Bezel Embedded Devices
The approximately 60×9mm PCB is suitable for devices where vertical camera-board space is limited but horizontal space is available along the bezel or front panel.
Project Evaluation Guide
Consider This Model When
- 1080P imaging is required.
- A slim 60×9mm PCB fits the enclosure.
- Wide user or scene coverage is important.
- D130° FOV matches the installation geometry.
- The target may appear from approximately 30cm onward.
- Fixed Focus is preferred.
- USB integration is required.
- YUV or MJPEG output fits the host system.
- A wider view is more important than minimizing optical distortion.
Confirm Before Sampling
- Camera-to-user distance.
- Required horizontal scene width.
- Number of people or target area that must remain visible.
- Whether D130° makes the main subject too small.
- Whether the listed distortion is acceptable.
- Required resolution and frame rate.
- Host USB compatibility.
- Available bezel height.
- Lens projection depth.
- 5Pin connector and cable-routing requirements.
Choosing This Model Within the USB Camera Module Series
Choose this model when the project needs 1080P imaging, a slim bezel-friendly PCB and broader user coverage.
Its core selection value is:
1080P + D130° Wide Angle + 30cm–Infinity Focus + 60×9mm Slim PCB
Compared with SF-C2015USB-6009-1080P-D70, the two models share a similar slim mechanical direction but solve different imaging problems:
D70 version → narrower view, lower distortion, larger subject in frame.
D130 version → wider coverage, shorter focus start point, more tolerance for user position.
The correct choice should therefore start with the required viewing area rather than PCB size alone.
Related Models
SF-C2015USB-6009-1080P-D70
Consider this model when low distortion and a more concentrated user view are more important than maximum scene coverage.
SF-AOV9712USB-H110 V1.0
Consider this model when a medium-wide H110° direction provides enough coverage without moving to D130°.
Key Specifications
| Specification | Details |
|---|---|
| Product Name | Slim Wide-Angle USB Camera |
| Model | SF-C2015USB-6009-1080P-D130 |
| Sensor | GC2755 |
| Resolution Class | 2MP / 1080P |
| Interface | USB 2.0 |
| Output Format | YUV / MJPEG |
| Focus Type | Fixed Focus |
| Focus Range | 30cm–Infinity |
| EFL | 1.02mm |
| Aperture | F2.25 |
| Diagonal FOV | D130° |
| TV Distortion | < -15% |
| Lens Thread | M7 × 0.35P |
| Lens Outer Diameter | Approx. Ø10mm |
| PCB Size | Approx. 60 × 9mm |
| PCB Thickness | Approx. 1.0mm |
| Connector | 5Pin USB |
| Connector Model | SM05B-SRS-TB |
| Connector Signals | USB 5V / D− / D+ / GND / Shield Ground |
| DSP | USB 2.0 DSP |
| Version | V1.0 |
USB and Connector Integration
The 4Pin USB connector, cable direction and host-side USB requirements can be evaluated according to the final system architecture.
SincereFirst Customization
Lens and Field of View
The standard D130° lens can be evaluated according to the required user coverage, camera position and scene width.
If the final device does not need such a wide view, a narrower optical direction can provide a larger subject image and lower distortion.
Focus and Working Distance
The standard focus range begins around 30cm.
The Fixed Focus position can be adjusted according to the actual working distance when the device operates mainly at a different range.
Slim PCB and Mechanical Layout
PCB dimensions, mounting-hole position, lens location and front-panel opening can be reviewed according to the display bezel or enclosure structure.
USB and Connector Integration
USB connector orientation, cable length, pin definition and YUV/MJPEG output requirements can be evaluated according to the target host and application software.
Final configuration should be validated with the actual host platform, enclosure, optics, software, and lighting environment before sampling.
FAQ
When should I choose D130° instead of D70°?
Choose D130° when the camera needs to include more users or more surrounding scene from the same mounting position.
Choose D70° when the main subject should occupy more of the frame and lower distortion is more important.
Does the D130° lens introduce more distortion?
Yes.
The drawing lists TV distortion below -15%, which is significantly higher than the D70° version.
This is the trade-off for obtaining broader scene coverage.
Is this module suitable for closer user distances?
The standard focus range starts around 30cm, making it more suitable for shorter working distances than the D70° version with an 80cm start point.
The final image should still be verified at the actual device distance.
Why is a 60×9mm PCB useful?
It fits devices where vertical PCB space is restricted but horizontal bezel space is available.
This is common in displays, terminals and other slim front-panel products.
Can the D70 and D130 versions directly replace each other?
Not automatically.
Even if the PCB architecture is similar, the lens dimensions, FOV, distortion, focus range and front-panel opening should all be rechecked.
What should be provided before evaluating this model?
Provide the bezel dimensions, camera-to-user distance, required scene width, number of users or target area, and USB host requirements.
Request Project Evaluation
If your device needs a slim 1080P USB camera with broader user or scene coverage, share the available bezel space, working distance, required viewing width and host USB conditions.
SincereFirst can help evaluate whether the D130° + 30cm–Infinity Fixed Focus + 60×9mm configuration is appropriate or whether a narrower lens would provide a better image balance.
Send Inquiry
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