Fraunhofer Establishes Chip AI Research Center for Next-Generation AI Chip Design

[Ahmet Ö.]

## Fraunhofer Establishes Chip AI Research Center for Next-Generation AI Chip Design

The Fraunhofer Society is expanding its work in the field of artificial intelligence hardware by launching the Chip AI Research and Innovation Center in Heilbronn, Germany, in 2026. This center aims to accelerate AI-driven semiconductor design and the development of next-generation AI hardware platforms.

The new center will be established within the Fraunhofer Research and Innovation Centers Heilbronn (HNFIZ) in collaboration with the Fraunhofer Institute for Applied Solid State Physics (IAF) and the Fraunhofer Institute for Integrated Circuits (IIS). It is seen as a significant step towards strengthening Europe's semiconductor innovation capacity and solidifying Germany's high-tech position.

### Strengthening the AI Hardware Ecosystem
As the complexity of AI applications increases, the demand for powerful and energy-efficient AI chips is rapidly rising. The Chip AI Center will focus on developing advanced chip architectures optimized specifically for artificial intelligence and improving chip design processes using AI methods.

The integration of Fraunhofer IAF and IIS expertise aims to elevate Germany to a leading position in high-tech fields while enhancing Europe's capabilities in semiconductors. The project is funded by the Dieter Schwarz Foundation, which has supported the HNFIZ research ecosystem since 2019.

### AI-Driven Chip Design and Secure Semiconductor Architecture
Fraunhofer IAF researchers will develop high-performance semiconductor chips for advanced AI systems and automate complex stages of chip development processes using artificial intelligence.

AI-driven design tools will accelerate traditionally manual semiconductor engineering processes, increasing efficiency and shortening development cycles. Additionally, further research will be conducted on intellectual property protection, design verification, and certification, especially for safety-critical applications such as transportation, robotics, and space.

### Technical Specifications

• The center will focus on CMOS (Complementary Metal-Oxide Semiconductor) circuit technologies.
• CMOS is widely used in modern electronic devices and is critical for high-performance AI processors.

### Neuromorphic Processors for Edge AI Applications
Fraunhofer IIS will work on neuromorphic computing architectures designed for edge AI environments at the same center. These processors will be based on analog and mixed-signal CMOS technologies and will support innovative computing models such as Spiking Neural Networks (SNN).

Unlike classical neural networks, SNNs transmit information through discrete impulses mimicking biological neurons. This architecture enables energy-efficient real-time processing, offering ideal solutions for direct AI applications in devices such as robots, mobile communication systems, and satellites.

### Integrated Semiconductor Innovation in Europe
Beyond chip design, the Chip AI Center will work in an integrated manner with Fraunhofer's microelectronics ecosystem, covering other stages of the semiconductor value chain such as characterization, packaging, and subsystem technologies.

This new research center will be the ninth center of the Fraunhofer Research and Innovation Centers Heilbronn (HNFIZ) and will foster close collaboration among research institutions, universities, industry, and public organizations to accelerate technology transfer and commercialization.

The innovative AI hardware technologies to be developed in Heilbronn will strengthen Europe's technological sovereignty in artificial intelligence and semiconductor engineering, while supporting the development of next-generation AI-driven products and systems.