1080P120 Color Image Sensor Global Shutter USB 3.0 Camera Module with HDMI for Production Inspection
$1.00
Capture fast-moving products in color at 1080P120 over USB. Explore a global shutter camera with HDMI for inspection, scanning and motion-observation devices.
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Price is for reference only. Please contact us for the latest quotation.
Introduction
This color global shutter camera provides 1080P120 USB capture and an HDMI connection for inspection and motion-observation equipment. It combines frequent full-HD images with preserved moving-target geometry, while giving the device designer USB and HDMI connection options.
Applications in Real Devices
Fast-Moving Production Inspection Stations
A station may need several color images as a product crosses the camera area. Frequent full-HD capture records more stages of that pass, and global shutter helps retain shape.
The USB images feed the inspection host, with an HDMI output available for a defined viewing role.
Multi-View Color Foot Scanners
A foot scanner needs surface appearance and useful geometry from its camera positions. Color global shutter capture provides the image component for that task. Camera coverage and working distance follow the scanning layout; the maximum frame rate is a separate choice from the detail required in each view.
Mechanical Motion Test Benches
A test bench may need to inspect stages of a moving mechanism and provide a convenient viewing connection. The camera supplies a frequent USB image sequence with global shutter geometry, alongside an HDMI output option. Select the connections around the bench’s recording and viewing workflow.
Sports-Movement Analysis Stations
A training or research station can collect successive views of an athlete’s movement for host-side analysis. Full-HD global shutter images are relevant where body or equipment shape changes quickly. Lens selection follows the subject area and required detail, without implying built-in movement scoring.
Project Evaluation Guide
- Choose the acquisition need first.
Consider 1080P120 USB capture where frequent color images and moving-target geometry matter. If the task instead requires a confirmed external-trigger input, choose a model that provides it. - Define the role of each connection.
USB 3.0 Type-C and HDMI are available connections; the stated 120fps mode applies to USB. A simultaneous host-and-display workflow or a particular HDMI mode must be assessed as a project combination. - Allow for the complete camera assembly.
The 38×38mm double-layer board needs mounting depth and cable access as well as a PCB footprint. Choose the ordinary shell or optional 850nm LED shell around the actual enclosure and lighting task.
How This Module Supports Device Requirements
Frequent Color Images During Fast Motion
The USB capture rate supplies many observations while a product or mechanism is moving through the view. The host can examine stages of the movement rather than rely on one opportunity to see the target.
Color Appearance and Moving-Target Shape
Color retains the surface information needed by appearance-based tasks.
Global shutter addresses motion geometry, allowing those two types of image information to be used together by the surrounding inspection or scanning system.
Connection Options for Processing and Viewing
USB supports the host image path, while HDMI provides another output connection to consider in the device design. Their roles can be selected around how the equipment processes, records and presents the camera image.
Choosing This Model Within the High Frame Rate USB Camera Module Series
Choose around capture rate and connection roles, then compare triggering or 4K detail where those requirements differ:
Model | Selection Reason |
SF2A5431-3.0 | Choose color global shutter with 1080P120 USB capture and an HDMI output connection. |
SF2A543-3.0 | Choose the confirmed external-trigger configuration with 1080P60 and color or monochrome selection. |
SF2A543 | Choose 1080P100 global shutter when a USB 2.0 image path suits the equipment. |
SF8A625-88 | Choose 4K60 USB imaging when scene detail matters more than the global shutter and HDMI combination. |
Key Specifications
Specification | Details |
Model | SF2A5431-3.0 |
Product Name | 1080P120 Color Global Shutter USB 3.0 Camera Module |
Sensor | Color CMOS |
Resolution | 2MP / 1920×1080 |
Video Output | 1920×1080 at 120fps |
Sensor Size | 1/2.6 inch |
Pixel Size | 3.0×3.0μm |
Output Format | MJPG / YUY2 / H.264 / H.265 |
Focus | Fixed Focus |
Focus Range | 1cm–Infinity |
Structure | Double-layer PCB assembly |
Module Size | 38×38mm |
Protocol | UVC |
Interface | USB 3.0 Type-C, HDMI |
Shell Options | Ordinary shell; shell with integrated 850nm LEDs |
SincereFirst Customization
Inspection, Scanning and Movement-View Optics
Focal length, FOV, focus, distortion requirements and IR-cut or IR-pass filters can be evaluated around the product or subject area. The useful view should follow the camera position and smallest required feature.
Double-Layer Board, Shell and Cable Layout
SincereFirst can evaluate board adaptation, mounting holes, connectors and cable arrangements around the stacked assembly. Ordinary and integrated-850nm-LED shell options provide different starting packages for the project.
Power, Output and Illumination Requirements
Power, USB protocol requirements, the selected output workflow and added-light coordination can be assessed with the host and display arrangement.
The LED-shell choice should be evaluated with its optical configuration and intended target.
Image Tuning and Host/Display Compatibility
SincereFirst can evaluate image settings and host/display compatibility around the separate USB acquisition and HDMI viewing requirements. Any resolution or frame-rate configuration stays within the hardware limits; one published USB mode does not define every output.
Final configuration should be validated with the actual host platform, enclosure, optics, software, and lighting environment before sampling.
FAQ
Can the operator display and inspection host receive the camera image at the same time?
The camera has both USB and HDMI connections. A requirement for simultaneous use needs its output combination and operating modes assessed for the project; the presence of both connectors is not itself a confirmed simultaneous-output specification.
Should a color-inspection machine choose the shell with 850nm LEDs?
Not solely because it needs more light. Color-critical inspection needs an illumination and filter configuration that preserves the required color information. The infrared LED shell should be selected for an infrared imaging task, with matching optics.
Define the Acquisition and Viewing Jobs Before Choosing the Assembly
Send SincereFirst the target view, required USB capture sequence and intended display workflow. We can help assess optics, output configuration and the camera package for sampling.
Send Inquiry
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