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. :

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

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

Configuring the Camera Module Saving camera images Requirement: The Raspberry Pi Camera expansion hardware is connected and activated. The Camera.project project contains an application which controls

Configuring GPIO The GPIO.project project contains an application with free GPIOs with a device editor where the I/O image is configured. The digital inputs and outputs are also defined there. In the

Configuring I 2 C Requirement: Special hardware is connected via I²C. The I2CExample.project project contains an application which controls various chips and breakouts connected via I²C. Connected har

Configuring A/D Converter MPC3008 Requirement: Special hardware is connected via SPI. The MCP3008_Temperature.project project contains an application which reads an analog temperature sensor (LM35) co