GalaxyCore 2MP CMOS Sensor GC2093 1080P60 Slim PCB USB Camera Module for Fitness Mirrors
$1.00
Add workout video without enlarging the display border. Explore a 50×10mm 1080P60 USB camera for fitness mirrors and other devices with a narrow bezel.
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GalaxyCore 2MP CMOS Sensor GC2093 1080P60 Slim PCB USB Camera Module for Fitness Mirrors
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GalaxyCore 2MP CMOS Sensor GC2093 1080P60 Slim PCB USB Camera Module for Fitness Mirrors
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Introduction
This GC2093 camera provides full-HD 60fps video on a 50×10mm long-strip board for installations with limited mounting height. It gives fitness-mirror and display designers a slim camera starting point, with the viewing area selected around the user’s position.
Applications in Real Devices
Fitness Mirrors with a Narrow Upper Bezel
A mirror can have enough space along its border but little vertical room for a camera board. The long-strip layout follows that space while supplying a live workout view. The lens and mounting height must still include the body area required by the exercise task.
Display-Edge Video Conferencing Cameras
A conferencing display may need a person-facing camera within a thin visible border.
This board shape offers an alternative to a square camera compartment. Full-HD video serves devices that need a participant view without requiring a 4K source image.
Front-Facing Interaction Kiosks
A kiosk camera needs to see the user while sharing limited front-panel space with the display and controls. The elongated assembly can fit along a narrow edge, with the lens chosen to retain the intended user area rather than the whole room.
Robot Front-Panel Video Cameras
A robot may have a shallow camera opening arranged across its front panel. The slim board offers an elongated mounting layout for an environment or person-facing video source. Coverage and nearest useful subject distance guide the optical configuration from that constrained position.
Project Evaluation Guide
- Start with the space that constrains the design.
Choose the strip board where available mounting height matters more than minimizing its length. A square-board model may be more convenient if the housing has a short, wider camera pocket. - Check the actual user area.
The D90° lens covers H81° × V55°, with a stated focus range beginning at 35cm. For close full-body exercise or broad room coverage, choose a wider lens when this view cannot include the required movement. - Choose detail and motion around the video task.
1080P60 is relevant for a continuous person or room view. Move to 4K for finer scene detail, or to a global shutter model when preserving fast-moving geometry drives the task.
How This Module Supports Device Requirements
A Board Shape That Follows a Narrow Border
The elongated PCB spreads the assembly along the display edge. It can reduce the need to reserve a square mounting pocket where the product’s bezel has little available height.
Full-HD Views Through a Movement Sequence
60fps full-HD capture supplies successive views during a workout or interaction. The host receives a movement sequence from the front-facing camera rather than a camera selected only around a static face image.
A Defined View from the Installed Position
The standard lens gives the designer a known starting view for the standing or seating area. Coverage can be assessed with the display position, making the optical choice part of the mechanical layout.
Choosing This Model Within the High Frame Rate USB Camera Module Series
Choose the long-strip board for the bezel constraint; compare the alternatives where coverage, light or scene detail matters more:
Model | Selection Reason |
SF-C2013USB-6010-1080P60-CHN-D90 V1.0 | Choose the 50×10mm strip board and D90° lens when they fit the bezel and user area. |
SF-C2013USB-2525-H120 V1.0 | Choose a compact square board with a broader H120° view for a wider activity area. |
SF-C2013USB-2525-STAR V1.0 | Choose IMX662 and F1.6 optics where indoor-light imaging outweighs the strip-board requirement. |
SF8A625-88 | Choose a USB 3.0 4K60 direction where participant or scene detail calls for more resolution. |
Key Specifications
Specification | Details |
Model | SF-C2013USB-6010-1080P60-CHN-D90 V1.0 |
Product Name | GC2093 1080P60 USB Camera Module |
Sensor | GalaxyCore GC2093 CMOS |
Resolution | 2MP / 1920×1080 |
Video Output | 1920×1080 at 60fps |
Sensor Size | 1/2.9 inch |
Pixel Size | 2.8×2.8μm |
Output Format | MJPG / YUV |
Focus | Fixed Focus |
Focus Range | 35cm–Infinity |
FOV | D90° / H81° / V55° |
F.NO | 2.5 |
EFL | 3.0mm |
TV Distortion | < −1% |
Structure | Long-strip PCB |
Module Size | 50×10mm |
Protocol | UVC |
Interface | USB 2.0 |
SincereFirst Customization
Lens and Filter Choices for the Front View
FOV, focal length, focus, distortion requirements and filters can be evaluated around the nearest user and the required activity area. A narrow camera board does not require every device to retain the same optical view.
Bezel, Connector and Cable Adaptation
SincereFirst can evaluate board dimensions, mounting holes, connector orientation and cable length from the standard 50×10mm layout. Include the lens projection and cable route when defining the camera compartment.
Display Power and Illumination Requirements
USB protocol, the power budget and any project illumination coordination can be reviewed with the display electronics. The goal is a camera arrangement suited to the finished front-panel assembly.
Image Tuning and Orientation Workflow
For a portrait kiosk or a camera mounted along the display edge, SincereFirst can review orientation and image-setting requirements with the host. Resolution, frame-rate configuration and compatibility work are assessed within the hardware limits.
Final configuration should be validated with the actual host platform, enclosure, optics, software, and lighting environment before sampling.
FAQ
Does the 50×10mm size include all the space needed behind the bezel?
It describes the PCB footprint. The camera compartment also needs space for the lens, connector, attachment and cable path. Use the complete assembly drawing when deciding whether the module fits the border.
Can the strip board be mounted vertically for a portrait terminal?
That arrangement can be evaluated, but physical rotation also changes the scene orientation. Define the intended portrait view and how the host handles it when discussing the mount and image configuration; the board shape alone does not rotate the output automatically.
Fit the Camera to the Border and the User View
Share the available bezel space, camera opening and intended user position. SincereFirst can help assess the board placement, optics and image arrangement together.
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