Background, technology and best practices for programmable control, from ECU versus PLC to model-based development.
A standard PLC or GOcontroll Moduline? See how they differ in demanding environments, actuator control, flexibility and connectivity, with four applications in practice and five questions to help you choose.
Moduline L4 chemical process control becomes flexible with model-based design and Node-RED dashboards for safe, real-time parameter tuning.
The Moduline controller enables predictive maintenance with real-time sensing, edge processing, and IoT dashboards to prevent failures and reduce downtime.
GOcontroll uses keyed Superseal connectors to prevent wiring errors, improve reliability, and simplify automotive integration for Mini I and IV controllers.
Laser-marked enclosures from GOcontroll improve product traceability, sustainability, and lifecycle management across all Moduline controllers.
GOcontroll’s modular nodes create a collaborative cross-disciplinary research platform, linking sensors, data, and control across university departments.
GOcontroll uses KiCAD for PCB design to develop a new compact 2-slot IoT controller, combining open-source precision with modular innovation.
Educational Prototyping Platform by GOcontroll provides a modular, reusable controller system for hands-on teaching in control, embedded, and IoT engineering.
Embedded Linux ECU for modular control. Discover how GOcontroll Moduline controllers implement Linux software for secure, scalable and connected applications.
4G Embedded in ECU boosts technical development in applications with direct cloud connectivity. GOcontroll Moduline provide control and 4G in one package.