USB 3.2 Gen 2x2 Cameras for High-Bandwidth Vision Applications
Low-Latency Imaging for Machine Intelligence
High-bandwidth USB 3.2 Gen 2x2 camera architectures designed for real-time robotic perception, enabling accurate motion tracking, vision-based alignment, synchronized multi-camera capture, and low-latency decision making across industrial and autonomous systems.
High-Fidelity Imaging for Clinical Systems
High-resolution USB camera platforms designed for medical devices requiring consistent image quality, controlled latency, and stable data transfer. Supports diagnostic imaging, image-guided procedures, patient monitoring systems, and laboratory automation with standardized USB integration.
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Scalable Vision for Urban Infrastructure
High-bandwidth USB camera systems designed for continuous operation in smart city deployments, supporting traffic analytics, public safety monitoring, access control terminals, and edge-based video processing with consistent data throughput.
Experience Our Software Suite
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
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Talk to an Imaging Specialist
Connect With Our Application Engineering Team Today!
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.
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