Performance characteristics:
· Equipped with excellent image sensor, high dynamic range, good signal-to-noise ratio, excellent image quality
· Implant powerful ISP algorithms such as bright/dark field correction and lens shadow correction to ensure imaging consistency
· 100-level purification process control, leading quality control industry
· Gigabit network interface, maximum transmission distance up to 100m(no relay)
· Compatible with GigE Vision V2.0 protocol and GenlCam standard, seamless connection with third-party software
· Comply with CE.FCC, RoHS, KC certification
| Model | Sensor model | Sensor type | Target size | Pixel size | Shutter type | Resolution | Maximum frame rate | Black and white/Color | Exposure time |
|
Lens interface | Overall dimension | |
| A0M4-GEM-125-GS | IMX297 | CMOS | 1/2.9" | 6.9 µm | Global | 720 × 540 | 125.2 fps | Black | USE:1 us- 14 us NE:15 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A0M4-GEC-125-GS | IMX297 | CMOS | 1/2.9" | 6.9 µm | Global | 720 × 540 | 125.2 fps | Color | USE:1 us- 14 us NE:15 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A1M6-GEM-65-GS | IMX296 | CMOS | 1/2.9" | 3.45 µm | Global | 1440 × 1080 | 65.2 fps | Black | USE:1 us- 14 us NE:15 us- 10 sec |
|
C-Mount | 29 mm × 29 mm × 42 mm | |
| A1M6-GEC-65-GS | IMX296 | CMOS | 1/2.9" | 3.45 µm | Global | 1440 × 1080 | 65.2 fps | Color | USE:1 us- 14 us NE:15 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A2M-GEM-60-GS | IMX430 | CMOS | 1/1.7" | 4.5 µm | Global | 1624 × 1240 | 60 fps | Black | USE:1 us-5 us NE:6 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A2M-GEC-60-GS | IMX430 | CMOS | 1/1.7" | 4.5 µm | Global | 1624 × 1240 | 60 fps | Color | USE:1 us-5 us NE:6 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A5M-GEM-24-GS | IMX264 | CMOS | 2/3" | 3.45 µm | Global | 2448 × 2048 | 24.2 fps | Black | USE:1 us- 14 us NE:15 us- 10 sec |
|
C-Mount | 29 mm × 29 mm × 42 mm | |
| A5M-GEC-24-GS | IMX264 | CMOS | 2/3" | 3.45 µm | Global | 2448 × 2048 | 24.2 fps | Color | USE:1 us- 14 us NE:15 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A1M3-GEM-91-G | HK | CMOS | 1/2" | 4.8 µm | Global | 1280 × 1024 | 91.3 fps | Black | NE:10 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A1M3-GEC-91-G | HK | CMOS | 1/2" | 4.8 µm | Global | 1280 × 1024 | 91.3 fps | Color | NE:10 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A5M-GEM-21-G | GMAX2505 | CMOS | 1/2" | 2.5 µm | Global | 2600 × 2160 | 21 fps | Black | NE:3 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 47.6 mm | |
| A5M-GEC-21-G | GMAX2505 | CMOS | 1/2" | 2.5 µm | Global | 2600 × 2160 | 21 fps | Color | NE:3 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 47.6 mm | |
| A8M9-GEM-13-B | IMX267 | CMOS | 1" | 3.45 µm | Global | 4096 × 2160 | 13.7 fps | Black | USE:1 us- 14 us NE:15 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A8M9-GEC-13-B | IMX267 | CMOS | 1" | 3.45 µm | Global | 4096 × 2160 | 13.7 fps | Color | USE:1 us- 14 us NE:15 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A12M-GEM-9-B | IMX304 | CMOS | 1. 1" | 3.45 µm | Global | 4096 × 3000 | 9.4 fps | Black | USE:1 us- 14 us NE:15 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A12M-GEC-9-B | IMX304 | CMOS | 1. 1" | 3.45 µm | Global | 4096 × 3000 | 9.4 fps | Color | USE:1 us- 14 us NE:15 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A12M-GEM-9-3-B | XGS12000 | CMOS | 1" | 3.2 µm | Global | 4096 × 3072 | 9.6 fps | Black | USE:52 us- 161 us NE:162 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A12M-GEC-9-3-B | XGS12000 | CMOS | 1" | 3.2 µm | Global | 4096 × 3072 | 9.6 fps | Color | USE:52 us- 161 us NE:162 us- 10 sec | GigE | C-Mount | 29 mm × 29 mm × 42 mm | |
| A25M-GEM-4-B | GMAX0505 | CMOS | 1. 1" | 2.5 µm | Global | 5120 × 5120 | 4.5 fps | Black | NE:12 us- 10 sec | GigE | C-Mount | 29 mm × 44 mm × 59 mm | |
| A25M-GEC-4-B | GMAX0505 | CMOS | 1. 1" | 2.5 µm | Global | 5120 × 5120 | 4.5 fps | Color | NE:12 us- 10 sec | GigE | C-Mount | 29 mm × 44 mm × 59 mm | |
| A25M-GEN-4-B | GMAX0505 | CMOS | 1. 1" | 2.5 µm | Global | 5120 × 5120 | 4.5 fps | Near infrared | NE:12 us- 10 sec | GigE | C-Mount | 29 mm × 44 mm × 59 mm | |
| A31M-GEM-3-B-F | IMX342 | CMOS | 22.3 mm × 16.7 mm | 3.45 µm | Global | 6464 × 4852 | 3.9 fps | Black | USE:3 us-33 us NE:36 us-2 S | GigE | Port F, flange rear focal 46.5mm | 74 mm × 74 mm × 80. 1 mm | |
| A31M-GEM-3-B-M58 | IMX342 | CMOS | 22.3 mm × 16.7 mm | 3.45 µm | Global | 6464 × 4852 | 3.9 fps | Black | USE:3 us-33 us NE:36 us-2 S | GigE | M58*0.75, flange rear focal 11.48mm | 74 mm × 74 mm × 74.3 mm | |
| A31M-GEC-3-B-F | IMX342 | CMOS | 22.3 mm × 16.7 mm | 3.45 µm | Global | 6464 × 4852 | 3.9 fps | Color | USE:3 us-33 us NE:36 us- 10 S | GigE | Port F, flange rear focal 46.5mm | 74 mm × 74 mm × 80.1 mm | |
| A31M-GEC-3-B-M58 | IMX342 | CMOS | 22.3 mm × 16.7 mm | 3.45 µm | Global | 6464 × 4852 | 3.9 fps | Color | USE:3 us-33 us NE:36 us- 10 S | GigE | M58*0.75, flange rear focal 11.48mm | 74 mm × 74 mm × 74.3 mm |
EXO Camera Link models let you maintain the existing and proven infrastructure for years to come, while making use of the newest range of image sensors. The serialized interface has gained wide popularity and acceptance thanks to its high bandwidth. The EXO series was the first Camera Link model to include features such as 4IO strobe controller and LUT.
The SHR features low-noise half-frame CCD and CMOS images sensors with large pixels in a class of its own. State-of-the-art tap sensor balancing and user defined fixed pattern noise reduction guarantee outstanding image quality. The highest structural precision of the sensor adjustment in a massive housing make the SHR with its lens shading correction the ideal partner for the most demanding optical applications.
CoaXPress specific features
CoaXPress currently is the fastest standardized industrial solution for long-distance industrial cameras with thin cables. The industrial camera I/O interface facilitates integration.
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).
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
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