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USB3.2 Gen1 UVC Cameras
USB 3.0 UVC cameras combine SuperSpeed USB 3.2 Gen1 Type C connectivity with plug-and-play UVC compliance, removing the need for custom drivers. They deliver smooth, high-frame-rate video streaming and multi-megapixel resolution while handling HDR, low-light, NIR, and global shutter imaging. Compact designs and broad sensor options make these cameras suitable for embedded systems, kiosks, medical devices, inspection units, and industrial setups. UVC compliance allows software to interact with cameras consistently across Windows, Linux, and embedded platforms, simplifying integration. High-bandwidth USB 3.0 keeps latency low and streaming steady, even for high-resolution or high-frame-rate video.
SuperSpeed Interface
UVC Plug-and-Play
Multi-platform Support (Windows, Linux, Android)
SDK for Custom Controls
Vadzo Falcon USB 3.0 UVC cameras deliver high-throughput, plug-and-play imaging for evaluation and production use. The platform integrates onboard ISP features like color tuning, noise reduction, and dewarping, while exposing a standard UVC interface for completely driverless operation on Windows, Linux, and Android. For advanced control, SDKs are available to support custom workflows. SuperSpeed connectivity ensures responsive, low-latency streaming and multi-megapixel performance with minimal host load.
Edge-based Decision Systems
Medical Imaging & Diagnostics
High-Speed Scanning
Robotics Navigation
Smart Retail Analytics
Metrology Systems
HDR USB 3.2 Gen1 UVC Cameras
Vadzo HDR USB 3.2 Gen1 UVC cameras deliver high-dynamic-range imaging with reliable SuperSpeed USB performance for real-time vision systems. Built on the USB 3.2 Gen1 interface, this camera segment supports high-resolution HDR video with low latency while maintaining UVC-compliant, driverless operation across major operating systems. Integrated image processing enhances dynamic range, reduces noise, and ensures consistent color output, enabling efficient system integration with minimal host load for both evaluation and production use cases.
Autofocus USB 3.2 Gen1 UVC Cameras
Vadzo Autofocus USB 3.2 Gen1 UVC cameras deliver consistently sharp imaging across varying distances without manual adjustment. Built on SuperSpeed USB 3.2 Gen1, this camera segment supports high-resolution video streaming with low latency and UVC-compliant plug-and-play operation. Advanced autofocus control combined with real-time image processing maintains focus accuracy, balanced exposure, and stable color output, making these cameras well suited for applications that require ease of use, fast setup, and reliable visual clarity.
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High-Resolution USB 3.2 Gen1 UVC Cameras
Vadzo high-resolution UVC cameras provide multi-megapixel imaging with USB 3.0 bandwidth for smooth, plug-and-play operation. The onboard ISP optimizes sharpness, color accuracy, and noise levels while maintaining full UVC compatibility. SDK support is available when deeper control is required. These cameras deliver reliable, detailed output for inspection tasks, medical viewing, and other applications that demand clear, high-resolution images.
4K USB 3.2 Gen1 UVC Cameras
Vadzo 4K UVC cameras provide ultra-sharp imaging with USB 3.0 SuperSpeed streaming and full driverless operation. The ISP enhances clarity and color accuracy, enabling smooth 4K output for applications such as digital signage, diagnostics, and precision inspection where high detail is essential.
Low-Light USB 3.2 Gen1 UVC Cameras
Vadzo low-light UVC cameras use enhanced sensor sensitivity and tuned ISP processing to deliver clear images in dim environments. USB 3.0 ensures consistent, low-latency streaming, making these cameras suitable for medical devices, security monitoring, robotics, and outdoor or variable-light systems.
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NIR USB 3.2 Gen1 UVC Cameras
Vadzo NIR UVC cameras offer strong near-infrared performance for applications beyond the visible spectrum. With UVC driverless operation and USB 3.0 throughput, they provide stable, high-contrast NIR imaging for biometrics, pattern recognition, and industrial vision tasks.
Global Shutter USB 3.2 Gen1 UVC Cameras
Vadzo global-shutter UVC cameras capture distortion-free images of fast-moving subjects. The UVC interface simplifies integration, while USB 3.0 supports high frame rates and low latency. They suit robotics, automation, barcode reading, and motion analysis where accuracy under movement is crucial.
Fixed Focus USB 3.2 Gen1 UVC Cameras
Vadzo fixed-focus UVC cameras deliver stable, maintenance-free imaging with a calibrated focal plane. Their UVC compliance enables seamless driverless operation, and USB 3.0 ensures consistent streaming. These cameras are ideal for kiosks, scanning systems, and embedded vision use cases requiring repeatable imaging without adjustment.
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Our Software Suite for UVC Cameras
Vadzo ARC is a software suite designed for seamless integration and control of USB Video Class (UVC) cameras. It provides precise camera configuration, real-time imaging adjustments, and firmware update management for Windows, Linux and Android platforms. The SDK ensures reliable performance with features like Region of Interest (ROI) configuration, Smart GPIO control, and fail-safe firmware updates.
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Vadzo ARC Software
VISPA ARC SDK: UVC Camera Control and Integration
VISPA ARC SDK enables camera control, video streaming, and hardware management for Vadzo USB cameras on Windows and Android. It supports autofocus, still capture, ROI, image flip, SMART IO, and secure updates. Windows includes DLL support, while Android SDK ensures seamless integration with Falcon and Merlin cameras.
Windows
Android
Linux
Ready to test Vadzo's UVC Cameras?
The camera can be customized to meet your needs.
Get samples in 48 hours. Request a Falcon or Merlin evaluation kit with Vadzo Arc, samples and SDK available for rapid prototyping. Vadzo team shall be able to assist you with the details on this. Reach Vadzo Team for customization & quotation for bulk quantities.
Form Factor Modification & Board Redesigns.
Firmware Modifications to Incorporate Custom Features.
Design & Integration of NIR and Color LED Array Boards.
Design & Integration of Microphones & Speakers.
Design & Integration of Advanced Sensors: ToF, mmWave Radar, IMU.
Lens Holder Modifications & Electro-Mechanical Lens Filter Control.
Enclosure Design & Manufacturing: IP-Rated and Non IP-Rated.