Vadzo Imaging Introduces IMX900 GigE Camera: Innova-900MGS Monochrome Global Shutter Camera with PTP and NTP Synchronization

The Innova-900MGS is a 3MP Monochrome Global Shutter GigE Camera built on the Sony IMX900 Pregius S sensor. It is designed for embedded vision inspection, factory automation, defect detection, robotics, and industrial Ethernet deployments. It delivers a 3MP GigE Vision camera with PTP and NTP synchronization, PoE support, and ONVIF compliance with driver support for Windows and Linux in a compact S-Mount form factor.

FORT WORTH, TX / ACCESS Newswire / July 13, 2026 / Vadzo Imaging, a provider of embedded vision camera products, today announces the launch of the Innova-900MGS, an IMX900 GigE Camera built on the Sony Pregius S IMX900 sensor for OEM engineering teams that need monochrome global shutter imaging synchronized across multiple camera nodes on a standard Ethernet network. As a 3MP Sony IMX900 GigE Camera delivering 2064 x 1552 monochrome output with PTP and NTP synchronization support, the Innova-900MGS connects directly to a Gigabit Ethernet network with Power over Ethernet, removing the dedicated trigger wiring and frame grabber hardware that many embedded vision deployments still depend on for camera network timing.

Sensor and Camera Overview

Embedded vision systems that rely on several camera units to inspect a single part, measure a three-dimensional surface, or cover several stations on one production line face a timing problem before they face an imaging problem. If each camera exposes its own internal clock, frames from different camera nodes arrive with an unpredictable offset relative to the part position or relative to each other. For a stereo pair measuring depth, an offset of even a few milliseconds at line speed produces a mismatched pair and an invalid measurement. For a multi-station inspection cell, an unsynchronized camera network makes it difficult to correlate a defect found downstream with the exact frame captured upstream. Hardware trigger wiring solves this at the cost of a dedicated cable running to every camera node, which becomes impractical as station count grows or as camera units are spread across a large facility.

The IMX900 GigE Camera addresses this by moving camera network timing onto the same Ethernet infrastructure that already carries the image data. Built on the Sony Pregius S IMX900, a 1/3.1-inch stacked CMOS Global Shutter GigE Camera sensor with a 2.25 μm x 2.25 μm pixel pitch and a native 3MP resolution of 2064 x 1552, the Innova-900MGS captures every pixel in the frame at the same instant and removes the color filter mosaic entirely, giving each pixel full access to incident light across the visible and near infrared spectrum. As a Monochrome GigE Camera and an IMX900 Monochrome Camera, the Innova-900MGS supports Precision Time Protocol synchronization with timing accuracy under one microsecond across the network, along with Network Time Protocol as a fallback for networks without a dedicated PTP grandmaster clock. The camera connects to standard Gigabit Ethernet with Power over Ethernet, so a single cable run carries power, image data, trigger signaling, and clock synchronization to every camera's node on the line. As a 3MP Ethernet Vision Camera and an IMX900 GigE Monochrome Camera, this IMX900 Global Shutter Sensor gives system integrators GigE Vision and GenICam compliance for plug and play compatibility with common embedded vision software packages, while ONVIF protocol support extends integration to network video management systems built around standards-based infrastructure. As a Sony Pregius S GigE Camera, the Innova-900MGS accepts standard S-Mount (M12) optics, operates across -40°C to 85°C, and ships with GenICam-compliant configuration tools out of the box.

Key specs: Sony Pregius S IMX900 | 3MP (2064 x 1552) | Global Shutter | Monochrome | Sensor Format 1/3.1 inch | Pixel Size 2.25 μm x 2.25 μm | Gigabit Ethernet with PoE | PTP and NTP Sync | GigE Vision and ONVIF Compliant | S-Mount (M12) | -40°C to 85°C | Quad HDR (up to 120dB)

Key Capabilities of the IMX900 GigE Camera

Global Shutter Precision for Motion-Sensitive Embedded Vision: Rolling shutter sensors read rows in sequence, so a part moving across a conveyor belt or a robot arm in motion produces a skewed frame that degrades measurement accuracy and defect classification. The Innova-900MGS is a Global Shutter GigE Camera built on the Sony IMX900, capturing all 3MP pixels at the same instant in every frame. This removes motion distortion at the point of capture rather than correcting it in software, delivering geometrically accurate frames to the inspection algorithm without a post-processing step. For OEM teams building a Inspection GigE Camera system or a Defect Detection GigE Camera station, the Innova-900MGS is a 3MP Global Shutter Camera that removes motion artifacts as a hardware guarantee rather than a software approximation.

Monochrome NIR Sensitivity Without a Color Filter: Color sensors use a Bayer filter mosaic that absorbs a meaningful share of incident light, including much of the near-infrared band, to separate color channels. The Innova-900MGS, as a 3MP Monochrome Camera and a Pregius S Monochrome GigE Camera, routes the full photon flux at every pixel directly to the photodiode across both the visible and near-infrared spectrum. At the 850 nm and 940 nm wavelengths commonly used for active illumination in embedded vision, this gives the camera a meaningfully higher signal-to-noise ratio than a color sensor of equivalent pixel pitch, which matters for barcode reading, edge detection, and low-contrast surface inspection under invisible illumination.

PTP and NTP Synchronization for Camera Networks: Multi-station embedded vision cells traditionally rely on hardware trigger cables to keep camera units aligned in time, which adds wiring and limits how far camera nodes can be placed from the trigger source. The Innova-900MGS is a PTP GigE Camera that implements Precision Time Protocol over the same Ethernet connection used for image data, synchronizing every camera node on the network to a common clock with timing accuracy under one microsecond. As a PTP NTP Sync Camera, the Innova-900MGS also supports Network Time Protocol for facilities without a dedicated PTP grandmaster, giving system integrators a synchronization path that scales from a two-unit stereo pair to a large Synchronized GigE Camera array spanning an entire production line. This PTP Synchronized Camera capability removes the dedicated trigger cable as a hard requirement for timing-accurate multi-station inspection.

Gigabit Ethernet with Power over Ethernet for Simplified Cabling: USB and MIPI interfaces limit cable length and require a nearby host connection for every camera unit, which becomes a wiring bottleneck in a large inspection cell. The Innova-900MGS is a Gigabit Ethernet Camera and a POE GigE Camera that carries power, image data and PTP timing over a single standard Ethernet cable, supporting run lengths far beyond what USB or MIPI CSI-2 can achieve. For OEM teams building a Industrial Ethernet Camera network across a factory floor, this single cable design reduces the wiring bill of materials and simplifies camera placement at stations that sit far from the control cabinet.

Dual GigE Vision and ONVIF Protocol Support: Embedded vision software and network video infrastructure have historically used separate protocols, which forces integrators to choose between inspection-grade GenICam control and standards-based video management. The Innova-900MGS is an IMX900 ONVIF GigE Camera that supports both GigE Vision and GenICam for direct integration with common embedded vision libraries and ONVIF for interoperability with network video recorders and video management platforms. This ONVIF Gigabit Ethernet Camera capability lets a single Industrial GigE Camera serve inspection duty on the production line and standards-based monitoring duty on the same network without a second camera product.

Compact S-Mount Form Factor for OEM Integration: The Innova-900MGS 3MP GigE Camera Module ships in a compact housing with an S-Mount (M12) lens interface that accepts standard M12 threaded optics, giving system integrators the flexibility to select a lens focal length matched to each station working distance without changing the camera body. Operating across -40°C to 85°C, the GigE Camera Module is suited to both climate-controlled inspection cells and less forgiving factory floor environments, including outdoor infrastructure deployments where a camera needs to hold calibration through temperature swings.

"Multi-station timing has always been the hidden cost in embedded vision deployments. Teams either run a dedicated trigger cable to every camera or accept a soft synchronization scheme and hope it holds at line speed. The Innova-900MGS resolves that with PTP and NTP synchronization running over the same Gigabit Ethernet connection that already carries the image data and the power. For teams building inspection cells, robotics guidance, or synchronized multi-station lines, this camera removes a whole category of wiring and timing problems at the hardware level, alongside the global shutter precision and NIR sensitivity that embedded vision teams already expect from Pregius S sensors." - Alwin Vincent, Product Manager at Vadzo Imaging.

Applications

Embedded vision and Automated Optical Inspection: Automated optical inspection stations need to correlate a defect with a precise position on the part and a precise moment in the production cycle. The Innova-900MGS Embedded Vision GigE Camera delivers global shutter capture with PTP timestamped frames, so inspection software can align image data with encoder position or with data from other stations on the same line. For Defect Detection GigE Camera deployments checking surface finish, print quality, or assembly completeness, monochrome NIR sensitivity improves contrast on features that are difficult to see under visible light alone.

Synchronized Camera Networks for 3D and Stereo Vision: Depth measurement, stereo vision, and structured light 3D scanning depend on two or more camera units capturing the same instant from different viewpoints. The Innova-900MGS Synchronized GigE Camera uses PTP to align every camera node in the array to a common clock with timing accuracy under one microsecond, so paired frames stay matched even as camera count grows. This PTP-synchronized camera approach scales from a two-unit stereo rig to a large multi-station 3D scanning line without adding a dedicated trigger cable to every camera unit.

Robotics and Automated Guided Vehicles: Robot arms and automated guided vehicles moving through a facility need vision feedback that stays synchronized with motion control data arriving over the same industrial network. The Innova-900MGS GigE Robotics Camera uses PTP timing to align image capture with motion controller timestamps, supporting visual servoing and picking and placing accuracy at line speed. Global shutter capture keeps moving parts and end effectors free of motion blur during arm travel.

Factory Automation and Production Line Quality Control: Production lines running several inspection stations need every station reporting against the same time base, so a defect trend can be traced back through the process. The Innova-900MGS Factory Automation GigE Camera and Industrial Ethernet Camera design brings PTP-synchronized, Power over Ethernet camera nodes to every station on a single network run, simplifying both the wiring and the data correlation across the line.

Semiconductor and Electronics Inspection: Fine-pitch component placement and wafer-level inspection require high-contrast monochrome imaging free of color filter light loss. The Innova-900MGS Inspection GigE Camera captures 3MP global shutter frames with NIR sensitivity suited to inspecting solder joints, wire bonds and fine pitch components under near infrared illumination, while GigE Vision compliance integrates directly with existing electronics inspection software.

Scientific and Metrology Imaging: Metrology stations that combine dimensional measurement with reference camera units need to frame accurate timing across every unit. The Innova-900MGS Monochrome GigE Camera supports PTP and NTP synchronization for correlating measurement frames captured by different camera nodes, and its Quad HDR mode helps preserve detail across reflective metal surfaces and matte reference targets in the same frame.

Smart Infrastructure and Networked Video Systems: Facilities that combine embedded vision inspection with general-purpose network video monitoring often maintain two separate camera infrastructures. The Innova-900MGS ONVIF Gigabit Ethernet Camera and IMX900 ONVIF GigE Camera support lets integrators standardize on one GigE Vision Camera platform for both roles, reducing the camera product lines a facility needs to stock, configure and maintain.

Frequently Asked Questions

Q: What makes GigE Vision a preferred interface standard for industrial camera deployments?