Vadzo Imaging launches 4K HDR GigE camera for industrial and traffic vision

By AI, Created 6:46 PM UTC, May 21, 2026, /AGP/ – Vadzo Imaging introduced the Innova-678CRS, a Sony STARVIS 2 IMX678-based 4K HDR GigE PoE camera aimed at industrial inspection, traffic monitoring, robotics and smart city systems. The camera combines up to 120+ dB HDR, LED flicker mitigation and ONVIF Profile S, T, G and M support, with availability now open for OEM evaluation and deployment.

Why it matters: - The Innova-678CRS is built for machine-vision jobs where lighting changes can break detection, measurement and tracking. - Vadzo Imaging is targeting industrial inspection, traffic monitoring, smart city infrastructure, robotics and distributed multi-camera systems. - The camera is designed to reduce false positives, missed detections and the need for extra lighting or dedicated capture hardware.

What happened: - Vadzo Imaging announced the Innova-678CRS, a 4K HDR Gigabit Ethernet PoE camera based on Sony STARVIS 2 IMX678 CMOS sensor technology. - The launch was announced in Tokyo on May 22, 2026. - The camera supports Clear HDR and Digital Overlap HDR, with up to 120+ dB dynamic range. - Vadzo Imaging says the camera is available for OEM evaluation and production deployment. - Engineering samples, evaluation kits and technical documentation are available at Vadzo Imaging.

The details: - The IMX678 sensor delivers 8.4MP resolution at 3856 × 2180 and 30 fps. - The camera uses a back-illuminated stacked pixel architecture for low-light and nighttime performance. - Clear HDR combines multiple exposures to preserve detail in highlights and shadows within one output frame. - DOL-HDR interleaves short and long exposure lines at the sensor level to keep motion coherence on moving subjects. - LED flicker mitigation is included to stabilize imaging under artificial lighting. - Gigabit Ethernet with IEEE 802.3af PoE carries both data and power over one cable. - The camera supports synchronized multi-camera deployments over standard network infrastructure. - ONVIF Profile S covers basic video streaming and device control. - ONVIF Profile T adds H.264/H.265 streaming and metadata. - ONVIF Profile G enables onboard storage and event-based recording. - ONVIF Profile M extends support to analytics metadata and object events. - The camera is supported by the Vadzo NXT platform and VISPA NXT SDK. - VISPA NXT SDK APIs are available in C, C++, C#, and Python. - Browser-based access is available through Chrome, Firefox and Edge. - Deployment support spans Windows, Linux, Android and embedded edge AI systems.

Between the lines: - The product pitch is less about raw image capture and more about keeping vision systems stable in difficult real-world environments. - ONVIF Profile M support signals a push toward easier integration with VMS and automation platforms that need analytics metadata, not just video. - PoE and standard GigE reduce infrastructure complexity, which matters in factories, roadside installs and large facilities. - The focus on HDR, flicker mitigation and low-light capture suggests Vadzo Imaging is aiming at deployments where standard cameras struggle under glare, shadows, LEDs and nighttime conditions.

What’s next: - Vadzo Imaging is taking the camera through OEM evaluation and production rollouts. - The company is offering volume pricing and OEM customization through its support contact. - Future deployments are likely to center on inspection lines, traffic corridors, smart-city sites and multi-camera industrial networks.

The bottom line: - Vadzo Imaging is betting that one camera can handle more harsh-lighting machine-vision jobs without custom infrastructure or lighting workarounds.