Vadzo Imaging launches Falcon-900MGS USB camera with Sony IMX900 sensor

Vadzo Imaging has launched the Falcon-900MGS, a 3.2MP monochrome global-shutter USB 3.2 Gen 1 UVC camera built on Sony’s Pregius S IMX900 sensor. The camera is aimed at robotics, industrial inspection, UAVs and edge AI workflows that need distortion-free motion imaging, HDR and near-infrared sensitivity in a plug-and-play form factor.

Why it matters: - The Falcon-900MGS targets vision jobs where rolling shutter distortion can break measurement accuracy, robotics guidance and AI inference. - Vadzo Imaging is packaging global shutter, quad HDR and enhanced NIR sensitivity into a USB camera that is simpler to deploy than many traditional machine vision systems. - The camera is positioned for embedded vision developers, industrial automation teams, robotics OEMs and UAV makers that need better image fidelity in motion-rich environments.

What happened: - Vadzo Imaging announced the Falcon-900MGS on June 12, 2026. - The new camera is a 3.2MP monochrome global-shutter USB 3.2 Gen 1 UVC model built on Sony’s Pregius S IMX900 sensor. - The launch took place in Seoul, South Korea. - Vadzo says the camera is available now for evaluation and production orders.

The details: - The IMX900 is Sony’s fourth-generation stacked global-shutter CMOS sensor. - The Falcon-900MGS combines true global shutter, quad HDR up to 120 dB and enhanced near-infrared sensitivity in one compact module. - Global shutter captures all pixels at once, which reduces skew, wobble and motion distortion in moving scenes. - Quad HDR uses multiple exposures per frame to preserve detail in both bright highlights and deep shadows. - The IMX900’s stacked architecture enables quad HDR without the motion artifacts common in rolling-shutter HDR systems. - Enhanced NIR sensitivity supports imaging under IR illumination when visible light is absent, weak or intentionally avoided. - Supported NIR use cases include biometric vein pattern recognition, material sorting, night-time aerial inspection and IR-lit machine vision environments. - The camera also supports quad shutter control for exposure timing, trigger synchronization and multi-camera coordination. - Hardware GPIO triggers allow synchronization with strobes, PLCs and other sensors. - Full UVC compliance enables driverless operation on Linux, Windows and Android. - Backward compatibility with USB 2.0 hosts extends deployment options across embedded platforms. - VISPA ARC SDK adds sensor-level control for streaming configuration, dynamic ROI, binning, windowing, exposure and gain management, trigger synchronization and firmware updates. - VISPA ARC SDK APIs are available in C, C++, C# and Python on Windows, Linux and Android. - The camera is designed for PCB and semiconductor inspection, surface defect detection, precision metrology, inline quality control, pick-and-place automation, visual servoing, AMR and AGV navigation, real-time robotic guidance, edge AI inference, UAV imaging, collaborative robotics, 3D reconstruction and laboratory imaging. - Vadzo also says the platform can be customized with board redesigns from 38mm × 38mm to 32mm × 32mm and beyond, firmware changes, added IMU, ToF and mmWave radar sensors, and IP-rated or non-IP-rated enclosures.

Between the lines: - The launch signals a push to bring machine-vision-grade imaging features into a USB UVC camera that can be used more easily in compact embedded systems. - Quad HDR plus global shutter is the key technical pairing here, because it helps preserve image detail in fast-moving scenes with difficult lighting. - The NIR focus broadens the camera’s use cases into biometric, inspection and low-light applications without requiring a separate sensor family. - The SDK support matters because many OEMs need more control than standard UVC defaults provide.

What’s next: - Vadzo says evaluation kits ship within 3 business days and include the camera, M12/S-Mount lens, USB cable and VISPA ARC SDK documentation. - The company is taking requests for evaluation kits and OEM integration through Vadzo Imaging and +1 817-678-2139. - Customization inquiries can also be directed to support@vadzoimaging.com for scope and lead time. - Vadzo continues to market its cameras and imaging platforms for robotics, industrial automation, UAVs, edge AI and medical devices.

The bottom line: - Vadzo is betting that a compact UVC camera with Sony’s IMX900 sensor can deliver machine-vision performance without the usual setup burden.