iREDAC Industrial

The iREDAC is a modular, reconfigurable analogue computer that combines analogue computing functions with digital control. It brings together multiple mREDAC computing units in a single system, enabling the parallel processing of complex mathematical models in real time. Thanks to its freely configurable maths modules, the iREDAC can be tailored to specific research and development tasks and expanded as required. It thus provides a flexible hardware platform for developing, simulating and analysing dynamic systems.

For whom? Automotive OEMs, aerospace suppliers, energy infrastructure and many more — everywhere where reliability and qualification are not optional.

WHAT THE SYSTEM DOES: iREDAC enables mathematical models of dynamic systems to be implemented directly in analogue hardware and computed in real time. This makes it particularly useful for research and development tasks involving the analysis of complex differential equations, dynamic interactions or computationally intensive mathematical models.

• Investigating Dynamic Systems: How do systems evolve over time when their states and influencing factors interact with one another?
• Solving differential equations: How can the behaviour of mechanical, electrical or other physical systems be described and calculated mathematically?
• Designing control and regulation methods: How should a control system be designed to ensure a system responds in a stable, rapid and energy-efficient manner?
• Analysing nonlinear systems: Under what conditions do instabilities, oscillations or complex system states occur?
• Computing models in real time: How can the behaviour of a dynamic system be computed continuously and with low latency?
• Exploring AI and neuromorphic concepts: How can mathematical models of neural networks or other analogue computing structures be implemented in hardware?
• Developing new computing architectures: What advantages does analogue computation offer over a purely digital implementation for a specific application?