Cost-effective, single board solution for embedded vision systems
New USB 3.1 Gen 1 project cameras with the PYTHON 480 sensor from ON SemiconductorObersulm, )
With the UI-3130LE model, IDS is the first manufacturer to offer an industrial camera with the PYTHON 480 sensor. The global shutter sensor with SVGA resolution (1/3.6", 4.8 µm, 135 fps) is especially affordable and is recommended in particular for price-sensitive OEM projects. The UI-3270LE camera model with the 3.2 megapixel IMX265 sensor from Sony targets users who demand the highest standards when it comes to image quality and is currently one of the best global shutter sensors on the market.
The uEye LE USB 3.1 Gen 1 range is an industrial camera series that has been stripped down to the bare essentials. With its miniature dimensions – the single board solution measures just 36 x 36 mm – it can be integrated in the tightest of spaces. Its variety of applications is equally flexible, ranging from the classic machine vision environment, to instrument manufacturing and microscopy, through to compact embedded vision systems. To adapt to all kinds of installation situations, the board-level camera can also be ordered with a horizontal or vertical USB Type-C connector. A 10-pin I/O SMD connector with a 5 V power supply, trigger and flash, as well as two GPIOs further highlights the camera's great flexibility. When used in conjunction with USB Power Delivery, the camera can use this connector to power an LED light, for example, by requesting the necessary power for itself and the light from the host PC via the USB Type-C cable in its role as PD consumer.
IDS Software Suite, which is included with the camera, provides the best possible support for all functions of the USB PD-capable camera and the sensors. The software package includes drivers for Windows, Linux, and Linux Embedded, as well as many other useful tools that make the camera easy to manage and configure. It is identical for all IDS cameras, regardless of whether they have a USB 2.0, USB 3.0, USB 3.1, or GigE connection, which greatly facilitates the interchangeability of the individual models if the application requirements change.