EXO series cameras with GigE Vision interface gives your applications an extreme scalability. Quick and easy hardware interchangeability results in shorter design cycles and reduced development costs. Further value is added to your application by a virtually limitless feature set. As an example, the 4IO LED driver with standardized software control.
| Model | MP | Resolution | Chroma | Sensor Size | Frame Rates (fps) |
| exo991MGE | 0.3 | 640 x 512 pixel | - | 4.1mm (Typ 1/4) CMOS | 260 |
| exo990MGE | 1.3 | 1280 x 1024 pixel | - | 8.2mm (Typ 1/2) CMOS | 94.4 |
| exo273MGE | 1.6 | 1440 x 1080 pixel | Monochrome | 1/2.9" CMOS | 79 |
| exo174MGE | 2.3 | 1920 x 1200 pixel | Monochrome | 1/1.2" CMOS | 53.6 |
| exo249MGE | 2.3 | 1920 x 1200 pixel | Monochrome | 1/1.2" CMOS | 41 |
| exo265MGE | 3.1 | 2048 x 1536 pixel | Monochrome | 1/1.8" CMOS | 39 |
| exo4000MGE | 4 | 2048 x 2048 pixel | Monochrome | 1" CMOS | 29.5 |
| exo250ZGE | 5 | 2448 x 2048 pixel | Monochrome Polarized | 2/3" CMOS | 24.5 |
| exo250MGE | 5 | 2448 x 2048 pixel | Monochrome | 2/3" CMOS | 24.5 |
| exo264MGE | 5 | 2448 x 2048 pixel | Monochrome | 2/3" CMOS | 24.5 |
| exo264ZGE | 5 | 2448 x 2048 pixel | Monochrome Polarized | 2/3" CMOS | 24.5 |
| exo547MGE | 5 | 2448 x 2048 pixel | Monochrome | 8.8mm (Type 1/1.8) CMOS | 24.5 |
| exo428MGE | 7.1 | 3208 x 2200 pixel | Monochrome | 1.1" CMOS | 17.4 |
| exo546MGE | 8.1 | 2840 x 2840 pixel | Monochrome | 11.1mm (Type 2/3) CMOS | 15 |
| exo267MGE | 8.8 | 4096 x 2160 pixel | Monochrome | 1" CMOS | 13.5 |
| exo253ZGE | 12.3 | 4096 x 3000 pixel | Monochrome Polarized | 1.1" CMOS | 10 |
| exo304MGE | 12.3 | 4096 x 3000 pixel | Monochrome | 1.1" CMOS | 10 |
| exo545MGE | 12.3 | 4096 x 3000 pixel | Monochrome | 14mm (Type 1/1.1) CMOS | 10 |
| exo542MGE | 16.1 | 5320 x 3032 pixel | Monochrome | 16.8mm (Type 1.1) CMOS | 7 |
| exo387MGE | 16.8 | 5456 x 3076 pixel | Monochrome | 21.7mm (4/3) CMOS | 7.4 |
| exo367MGE | 19.6 | 4416 x 4428 pixel | Monochrome | 21.6mm (4/3) CMOS | 6.2 |
| exo183MGE | 20.2 | 5496 x 3672 pixel | Monochrome | 1" CMOS | 6 |
| exo541MGE | 20.3 | 4504 x 4504 pixel | Monochrome | 17.5mm (Type 1.1) CMOS | 6 |
| exo540MGE | 24.5 | 5320 x 4600 pixel | Monochrome | 19.3mm (Type 1.2) CMOS | 5 |
| exo342MGE | 31.4 | 6464 x 4852 pixel | Monochrome | 27.9mm (APS-C) CMOS | 3.8 |
| exo273CGE | 1.6 | 1440 x 1080 pixel | Color (Bayer) | 1/2.9" CMOS | 79 |
| exo174CGE | 2.3 | 1920 x 1200 pixel | Color (Bayer) | 1/1.2" CMOS | 53.6 |
| exo249CGE | 2.3 | 1920 x 1200 pixel | Color (Bayer) | 1/1.2" CMOS | 41 |
| exo265CGE | 3.1 | 2048 x 1536 pixel | Color (Bayer) | 1/1.8" CMOS | 39 |
| exo4000CGE | 4 | 2048 x 2048 pixel | Color (Bayer) | 1" CMOS | 29.5 |
| exo250CGE | 5 | 2448 x 2048 pixel | Color (Bayer) | 2/3" CMOS | 24.5 |
| exo264CGE | 5 | 2448 x 2048 pixel | Color (Bayer) | 2/3" CMOS | 24.5 |
| exo547CGE | 5 | 2448 x 2048 pixel | Color (Bayer) | 8.8mm (Type 1/1.8) CMOS | 24.5 |
| exo428CGE | 7.1 | 3208 x 2200 pixel | Color (Bayer) | 1.1" CMOS | 17.4 |
| exo546CGE | 8.1 | 2840 x 2840 pixel | Color (Bayer) | 11.1mm (Type 2/3) CMOS | 15 |
| exo267CGE | 8.8 | 4096 x 2160 pixel | Color (Bayer) | 1" CMOS | 13.5 |
| exo304CGE | 12.3 | 4096 x 3000 pixel | Color (Bayer) | 1.1" CMOS | 10 |
| exo545CGE | 12.3 | 4096 x 3000 pixel | Color (Bayer) | 14mm (Type 1/1.1) CMOS | 10 |
| exo542CGE | 16.1 | 5320 x 3032 pixel | Color (Bayer) | 16.8mm (Type 1.1) CMOS, | 7 |
| exo387CGE | 16.8 | 5456 x 3076 pixel | Color (Bayer) | 21.7mm (4/3) CMOS | 7.4 |
| exo367CGE | 19.6 | 4416 x 4428 pixel | Color (Bayer) | 21.6mm (4/3) CMOS | 6.3 |
| exo183CGE | 20.2 | 5496 x 3672 pixel | Color (Bayer) | 1" CMOS | 6 |
| exo541CGE | 20.3 | 4504 x 4504 pixel | Color (Bayer) | 17.5mm (Type 1.1) CMOS | 6 |
| exo540CGE | 24.5 | 5320 x 4600 pixel | Color (Bayer) | 17.5mm (Type 1.1) CMOS | 5 |
| exo342CGE | 31.4 | 6464 x 4852 pixel | Color (Bayer) | 27.9mm (APS-C) CMOS | 3.8 |
Machine vision and deep learning edge IoT device
Matrox® Iris GTX is the next evolution of smart cameras from Matrox Imaging. Offering higher resolution sensors and substantially more processing power than its immediate predecessor, Matrox Iris GTX provides exceptional performance for a compact all-in-one vision system. Paired with flowchart-based Matrox Design Assistant® X1 software, engineers and technicians can quickly configure and deploy machine vision to the Matrox Iris GTX smart cameras. Video capture, analysis, classification, location, measurement, reading, verification, communication, and I/O operations—as well as a web-based operator interface—are all set up within the same software. Matrox Iris GTX smart cameras are model edge IoT devices, performing data acquisition and analytics, and providing results nearest to the manufacturing
Polarized cameras are equipped with special image sensors and measure the polarization properties of light that are imperceptible to the human eye. The degree of polarization and the planes of polarization can be determined from a single image. Global shutter, high resolution, high optical dynamic range and high frame rate allow detailed structural analysis of even moving objects.
Despite the special sensors, the EXO Polarized is a standard industrial camera for use with standard lenses. The integrated 4-channel strobe controller supports complex lighting and analysis setups.
The FXO stands for excellent image quality. The fast CoaXPress-12 interface gives the camera outstanding properties in terms of trigger latency and constant data rate.
An excellent, low-noise image with high dynamics is complemented by a comprehensive feature set. The Sony Pregius S sensors used are characterized by high light sensitivity and best homogeneity. Signal voltages, temperature resistance, I/O control, integrated strobe controller and firmware features are geared towards applications in demanding industrial automation.
Technical highlights:
Matrox® Indio provides the industrial I/O and communication capabilities to turn any PC running Matrox Imaging vision software into a genuine vision controller. It provides discrete inputs and outputs managed in hardware for the real-time synchronization of a vision application with automation devices. It also provides Gigabit Ethernet connectivity for interfacing with programmable logic/automation controllers or GigE Vision® cameras equipped for Power-over-Ethernet (PoE).
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