Vadzo Imaging launches Innova GigE camera lineup for robotics

Vadzo Imaging launched its Innova ONVIF GigE camera lineup on June 11, 2026, targeting robotics, industrial automation, smart surveillance, medical devices, and distributed embedded vision systems. The new family pairs GigE, PoE, ONVIF, and IEEE 1588 PTP synchronization to support multi-camera deployments that need flexible placement and frame-accurate timing.

Why it matters: - Robotics and industrial vision systems often need cameras placed far from a central computer. - Vadzo Imaging’s new GigE lineup is built for that setup, with 100-meter cable runs, Power over Ethernet, ONVIF streaming, and PTP synchronization. - The combination is meant to simplify distributed multi-camera deployments in factories, robots, and outdoor monitoring systems.

What happened: - Vadzo Imaging announced the Innova ONVIF GigE camera lineup on June 11, 2026, in Tokyo. - The lineup includes four cameras: Innova-234CGS, Innova-662CRS, Innova-900MGS, and Innova-678CRS. - The cameras are aimed at robotics, industrial automation, smart surveillance, medical devices, and distributed embedded vision deployments. - Ashu Gupta, product manager at Vadzo Imaging, said robotics deployments increasingly require multi-camera systems that are distributed, synchronized, and network-managed.

The details: - The lineup uses sensors from Onsemi and Sony: AR0234, STARVIS IMX662, Pregius S IMX900, and STARVIS 2 IMX678. - All four cameras support GigE connectivity, PoE, ONVIF-compliant streaming, and IEEE 1588 PTP synchronization. - Vadzo says GigE supports cable runs up to 100 meters over Cat5e/Cat6 and can carry both power and data over one cable. - Vadzo says USB is typically limited to about 5 meters, while MIPI CSI-2 is constrained to board-level integration. - The VISPA NXT SDK supports camera streaming, encoding, camera parameters, GPIO, and firmware updates. - The SDK works with C, C++, and Python on Windows, Linux, and Android. - The Innova-678CRS uses the Sony IMX678 STARVIS 2 sensor, 8.4MP resolution, 110 dB HDR, NIR sensitivity, an auto-switching IR-cut filter, PoE 802.3af, GPIO, and an M12 S-mount. - The Innova-234CGS uses the Onsemi AR0234 sensor, 2MP resolution, global shutter imaging, PoE 802.3af, RJ45 connectivity, GPIO, and industrial temperature support from -40°C to 85°C. - The Innova-900MGS uses the Sony IMX900 sensor, 3.2MP monochrome global shutter imaging, Quad HDR up to 120 dB, NIR sensitivity, PoE 802.3af, and industrial temperature support from -30°C to 70°C. - The Innova-662CRS uses the Sony IMX662 sensor, 2MP resolution, ONVIF Profile S/T, PoE 802.3af, IEEE 1588 PTP, onboard dewarping, and up to 200° diagonal field of view. - The Innova-662CRS supports up to 60 fps and includes Fusion HDR and NIR sensitivity for low-light and variable-light conditions. - The company says evaluation kits, technical documentation, and integration support are available for developers, system integrators, and OEMs. - Vadzo says the cameras are available through its official channels with international shipping to the U.S., U.K., Germany, Israel, South Korea, Japan, and other markets.

Between the lines: - The launch shows Vadzo leaning into networked machine vision rather than short-range, device-tethered camera setups. - PTP support and ONVIF compliance point to systems that need to work across existing industrial networks, not just custom robotics stacks. - The broad sensor mix suggests Vadzo is trying to cover different use cases, from low-light navigation to high-speed inspection and outdoor security.

What’s next: - Vadzo says the lineup is ready for evaluation, prototyping, and production deployment. - The company also plans customization support, including optics, firmware, and form-factor modifications for robotics platforms. - Volume production programs and multi-camera deployment planning are also available through Vadzo.

The bottom line: - Vadzo Imaging is betting that robotics and industrial vision buyers want synchronized, PoE-powered cameras that can be distributed across a network without losing timing precision.