Configuring Real-Time Behavior on Special Platforms Real-time behavior of CODESYS Control RTE V3 on special platforms The time behavior of CODESYS Control RTE V3 depends on the consistency of the CPU

Commissioning the Hilscher CIFX Card The following steps are taken to install a Hilscher CIFX network card with CODESYS Control RTE V3 . The procedure is independent of the applied fieldbus system. Th

Using GPIOs and Analog Inputs This chapter describes the limitations when using the I/O mapping of a  BeagleBone Black  to access the GPIOs and analog inputs. :

Access Pins on P8/P9 The P8 and P9 plugs enable access to many GPIOs and the analog inputs. However, not all of them are freely usable by default. The HDMI and Linux device tree standard “slots” use s

Configure External Storage Devices You can configure the  BeagleBone Black  to access a USB storage device or µSD card from  CODESYS Control for BeagleBone SL . The compatibility of specific USB stora

Raspberry Pi Tip Use this Raspberry Pi with the Raspbian operating system, which you can get from the  Raspberry Pi Foundation . Important The Raspberry Pi  was developed for testing and teaching purp

Development of Drivers There are many devices which can be connected to the  Raspberry Pi . CODESYS Control for Raspberry Pi SL  supports only a small part of the available hardware. If you want to co

Configuring the Runtime In version V3.5 SP14 and higher,  CODESYS Control for Raspberry Pi SL  also supports multi-core capable hardware ( Raspberry Pi 2 and Raspberry Pi 3). The runtime system can be

Sample Projects The following sample projects are located in the installation directory (example C:\Users\<Name>\ CODESYS Control for Raspberry Pi SL \3.5.11.0\Examples ). :

Configuring WebVisu The project: WebVisu.project contains an application with a user interface created with CODESYS Visualization . Open the WebVisu.project project. In the device tree, double-click D