Board cameras
GigE monochrome
The Imaging Source Gigabit Ethernet monochrome board cameras feature low-noise CCD and CMOS technology from Sony and Aptina. With dimensions of 45 x 45 x 20 mm, our board-level cameras are very compact and are ideally suited to cost- and space-sensitive applications. GigE technology also allows for cable lengths of up to 100 meters for maximum flexibility. The performance enhancing features available on the CMOS cameras such as binning, windowing and high-speed readout dramatically reduce image noise levels.
- Resolution: VGA to 5 MP
- Frame rate: Up to 36 fps
- Dimensions: 45 x 45 x 20 mm
- GigE interface with PoE
- Monochrome CMOS and CCD sensors
- M12 lens compatibility
- Free software for camera control
- Free barcode SDK for Windows 7/8/10
Windows software: The Imaging Source authors and supports device drivers, software development kits (SDKs), programming samples, extensions, end user software and software tools for Microsoft Windows.
Linux software: The Imaging Source authors and supports open source drivers and end-user software for Linux, the source code of which is released under Apache 2.0 license.
| Product code | Resolution (max) | FPS (max) | Format | Sensor | Trigger | I/Os | Type | Shutter | |
|---|---|---|---|---|---|---|---|---|---|
 |
DMM 25G445-ML | 1,280×960 (1.2 MP) | 30 | 1/3 inch | ICX445ALA | CCD | global | ||
|
DMM 25GX236-ML | 1,920×1,200 (2.3 MP) | 36 | 1/2.8 inch | IMX236LLJ | CMOS Exmor | rolling | ||
|
DMM 25GP031-ML | 2,592×1,944 (5 MP) | 15 | 1/2.5 inch | MT9P031 | CMOS | rolling | ||
| Subject to change | |||||||||
About The Imaging Source
Established in 1990, The Imaging Source is one of the leading manufacturers of industrial cameras, frame grabbers and video converters for production automation, quality assurance, logistics, medicine, science and security.
Our comprehensive range of cameras with USB 3.1, USB 3.0, USB 2.0, GigE interfaces and other innovative machine vision products are renowned for their high quality and ability to meet the performance requirements of demanding applications.
