Food processing plant

Risk Reduction and Rapid Development: Platforms for Classic Control Systems

In order to develop your embedded control efficiently, we use our control platforms. Many basic functions, especially for functional safety also documentation can be reused and adapted from project to project. This reduces development risks and increases the quality of the products. Our platforms for control systems differ mainly in performance.

When your controller has real-time requirements or needs to handle signal processing and control, then the real-time/ DSP standard design is used. It is additionally designed to be used in battery powered, e.g. handheld devices.

If more computing power is required, then the IoT Edge/ GUI standard design comes into play. With Linux-  and real-time processor on one chip, it leaves nothing to be desired in this regard, even for high-resolution graphics and IoT Edge computing and communication functions.

If your machine requires a controller that is functionally safe according e.g. to the Machinery Regulation/ Machinery Directive, the standard design for functional safety is applied. It allows the functions of a safety PLC to be implemented on your printed circuit board at a much lower unit price.

Find more information here:

CNC Control

Real-Time/ DSP Platform

Cortex-M & FreeRTOS/ Zephyr, serial/ USB.. Interfaces, Wireless Interfaces, ADC, DAC, digital IO

Hand touching water

GUI/ IoT Edge Platform

Application: Cortex-A & Linux, Real-Time: Cortex-M & FreeRTOS/ Zephyr, serial/ USB.. Interfaces, LAN, Wireless Interfaces, ADC, DAC, digital IO

Red emergency stop button

Functional Safety Platform

Renesas RX/ Cortex-M & bare-metal/ SAFERTOS, Black-Channel, serial Interfaces, ADC, DAC, digital IO

Let us discuss your idea/ your project