Performance Parameter of USB 3.0 Camera Module
Model | CK-U-68-V2.0 | REMARKS |
Image Sensor | PS5268 |
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Image Sensor Size | 1/2.7 |
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Effective Pixels | 1920*1080 |
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Pixel size | 3.0μm x 3.0μm |
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Camera Data output | MJPEG / YUV2（YUYV） |
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Maximum Frame Rates and Resolution | 1920x1080 @ 30fps MJPEG 1280x1024 @ 30fps MJPEG 1280x720 @ 30fps MJPEG 800x600 @ 30fps MJPEG 640x480 @ 30fps MJPEG |
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SNR max | 41dB |
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Dynamic range | 85dB HDR mode |
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Min. Illumination | ≥0.001LUX at F.No2.6 | NO LED |
Interface | USB3.0 |
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Power requirements | USB 5V |
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Storage temperature | -40℃ to 105℃ |
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operating temperature | -30℃ to 85℃ |
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Power Consumption | 300mW |
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LED IR-850 | NO, but could be customized |
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OS | Win XP/Vista/Win7/Win8 / Linux with UVC（above linux-2.6.26） MAC-OS X 10.4.8 or later/Android 4.0 or above with UVC |
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Lens size | M12 diameter；21mm TTL |
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Lens Construction | 6G+IR |
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F/NO | 2.6 |
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EFL | 2.8mm |
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FOV | D=140° H=112° V=84° |
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Optical distortion | ≤-61% |
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Shooting distance | Fixed Focus， 10cm-infinity |
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Designing for Tight Spaces: Subminiature & Tiny USB 3.0 Camera Solutions
In many modern automated kiosks, portable medical diagnostics, and robotics applications, structural space is at a premium. Engineers are constantly searching for a tiny usb camera that balances high bandwidth with a microscopic physical footprint.
While our default CK-U-68-V2.0 board layout is optimized for universal industrial integration, CK Vision provides specialized structural re-engineering to achieve a smallest usb camera form factor without compromising performance:
Custom FPC/PCB Trimming: We can reduce the outer structural margins of the circuit board, delivering a miniature usb 3 camera configuration tailored for ultra-slim bezels and subminiature electronic housings.
Low-Profile M12/M8 Lens Integration: By combining a shrunk PCB base with ultra-compact M8 or low-profile M12 optical lens assemblies, we ensure that your automated system maintains a sleek footprint while enjoying full 1080p high-speed data streams.
Comparison Matrix: Modern CMOS (PS5268) vs. Legacy CCD USB Cameras
To help machine vision system designers evaluate platform upgrades, the table below highlights how advanced CMOS technology surpasses traditional CCD architectures across critical industrial performance metrics:
| Performance Metric | Modern CMOS (CK Vision 2MP USB 3.0 Module) | Legacy CCD USB Camera Systems | Industrial Engineering Impact |
| Dynamic Range | 85dB (Advanced HDR Mode) | 60dB to 70dB (Standard Mode) | Prevents washed-out frames and blindness in harsh, high-contrast factory lighting. |
| Power Consumption | Ultra-Low (≤ 300mW) | High (Power-hungry architecture) | Minimizes thermal footprint, eliminating sensor degradation and thermal noise over 24/7 cycles. |
| Signal-to-Noise Ratio | 41dB Max (Crystal-clear imaging) | Highly susceptible to heat-induced noise | Ensures reliable edge-detection and object tracking during continuous manufacturing runs. |
| Data Throughput | High-Bandwidth USB 3.0 Pipeline | Restricted bandwidth (Legacy USB protocols) | Delivers high-frame-rate Full HD video with zero lag; requires no bulky or expensive external frame grabbers. |
Technical FAQ for Industrial USB 3.0 Camera Modules
Is this USB 3.0 camera module fully backward compatible with USB 2.0 ports?
Yes, our usb3 camera module hardware platform is backward compatible with legacy USB 2.0 interfaces. However, due to the restricted data bandwidth limits of USB 2.0, the output frame rates or video compression types (such as raw uncompressed YUV2) may automatically scale down compared to running on a dedicated usb3 0 camera host controller port.
What operating systems are natively supported by the UVC protocol?
This plug-and-play usb3 vision-compatible mini camera architecture requires no manual driver installations. It natively supports Windows XP/7/8/10/11, Linux distributions with UVC extensions (kernel 2.6.26 and above), Android 4.0 or higher, and macOS X 10.4.8 or later, ensuring immediate cross-platform software integration.
How does the integrated 85dB HDR benefit industrial automation systems?
In robotic sorting and factory automation lines, harsh overhead warehouse lighting often creates blinding glare on metallic components. An usb 3.0 cameras unit with 85dB HDR continuously executes multiple dual-exposure algorithms, flattening the overall frame illumination profile so computer vision software can accurately identify bar codes or defects without losing target details.
Can this camera module be paired with specialized ISP tuning pipelines?
Absolutely. For enterprise applications requiring precise color accuracy under highly specific artificial light sources, our team can implement comprehensive custom MediaTek MTK ISP tuning or matching Linux-level software ISP parameters. This fine-tuning optimizes the raw Bayer patterns before transferring data over the high-speed USB interface.
