Embedded World 2026

Fraunhofer IIS

Chiplet Integration – System, Components, Design Support

Chiplet integration is revolutionizing electronic systems — with our help, take advantage of the potential offered by this new technology! Our expertise spans the system, component, and transistor levels, ensuring a comprehensive approach to your project. We see chiplets as next step of your ASICs. Using our efficient design methods, we create innovative architectures and always focus on the chiplet interfaces to ensure seamless performance and reliability.

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Fraunhofer IIS

RFicient® – Ultra-low-power-Wake-Up-Receiver

RFicient® delivers fast, reliable wireless communication across three license-free bands with under 3 µA – perfectly suited for battery-powered, energy-autonomous, and ultra-low-power IoT applications.

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Fraunhofer IIS

Reliable mesh communication for drone fleets

Mesh networks connect autonomous drones directly, without the need for centralized infrastructure. This allows them to operate safely and flexibly, even in remote and complex mission scenarios.

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Fraunhofer IIS

mioty – the multi-talented all-rounder among LPWANs

Five arguments that make the difference:

Technological sovereignty
Scalable up to one million sensors
Resilient and reliable
Energy-autonomous operation
Simultaneous transmission, reception, and localization

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Fraunhofer IIS

Neuromorphic Computing for Edge AI

Current neural network architectures require high computing power and a lot of energy. Neuromorphic hardware uses massive parallel processing to perform machine learning faster and more energy-efficiently, among other things. Efficient architectures that optimize computing power, energy consumption and chip area are crucial for the use of neural networks in embedded devices.

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Fraunhofer IIS

Energy-autonomous IoT sensors

Sensors powered by energy harvested from the environment are maintenance-free and independent of the power grid. They are easy to install and can be retrofitted quickly and cost-effectively. Energy harvesting allows vibrations in devices, machines, and structures, or temperature differences in pipes, lines, and devices to be used to generate electrical energy for self-sufficient power supply.

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Bavarian Chip-Design-Center

The Bavarian Chip-Design-Center strengthens chip design capabilities in Bavaria and makes it easier for companies to access chip design and supply chains. It develops IP portfolios, promotes talent with targeted trainee programs and further training and provides access to its own ICs as prototypes and small series.

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Fraunhofer IIS

Edge AI Platform

The Edge AI platform supports you in developing powerful edge AI models and integrating them into your embedded systems without requiring expert knowledge. It also enables the rapid selection of suitable hardware for your application through data acquisition, training, multi-objective optimization, and deployment on your edge devices.

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Fraunhofer IIS

Edge AI Store

Artificial intelligence is increasingly moving from data centers to edge devices, enabling local processing, fast response times, and enhanced data privacy. The Edge AI Store provides optimized models for resource-constrained devices. The result: faster innovation cycles, lower energy consumption, and a clear path from idea to product. Discover models now and get started right away!

Custom ASIC Development & Design Enablement

Fraunhofer IIS supports commercial ICs from the first idea to transfer into series production: access to fabrication technologies, flexible design infrastructure, custom IC development, prototyping, packaging, testing & qualification, and supply chain support within the IC ecosystem.

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Embedded World 2026

Messe Nürnberg / March 10, 2026 - March 12, 2026