Chips Designed in Germany

As part of the Chips Designed in Germany initiative, we document chips designed at German universities, research institutions, and companies. The database covers a broad spectrum of chip types: from digital processors and embedded RISC-V cores to analog and mixed-signal circuits, RF and millimeter-wave MMICs, MEMS sensors, neuromorphic chips, FPGAs, silicon photonics, and power electronics.

Use the filters to search by architecture type, process node, signal type, PDK, or application domain.

This database is continuously being expanded – new entries and updates are added on an ongoing basis, so it's worth checking back regularly. Your chip is not listed? Get in touch with us!

Filter
3 chips displayed
Category:
Signal Type:
Functional Role:
Project Context:
Application Domain:
Technology Type:
Development State:
Process Node:
PDK:
Open Source:
tape-out-done
IMS Arcade SoC

RISC-V SoC demonstrator with custom SIMD instructions for interactive audio and graphics in a handheld gaming lab.

asip soc digital 180nm Open Source
tape-out-done
ANAKONDA (ZuSE-KI-AVF)

Vertical vector processor (V2PRO) SoC with RISV-V and 128Gbit/s system bus Interface

soc digital 22nm
silicon-verified
KUPEGA Hearing Aid SoC

Ultra-low-power KI-Beschleuniger für Echtzeit-2D-Convolution in Hörgeräten.

accelerator digital 22nm

Events

© DATE Conference
Mar 22, 2027 - Mar 24, 2027
Dresden

DATE 27 conference

Design, Automation and Test in Europe Conference

More information here
© NürnbergMesse GmbH
Mar 16, 2027 - Mar 18, 2027
Nuremberg

embedded world 2027

Connecting the embedded community

More information here
© Microtec ACADEMY
Mar 3, 2027 - Mar 4, 2027
Freiburg

Microtec Academy Forum (MICAFO) 2027

Konferenz für Fachkräfte in der Mikroelektronik und Mikrosystemtechnik

More information here
© EclectX
Oct 28, 2026 - Oct 30, 2026
Lyon

CCMCC 26

The place to be!

More information here
© KI-generiert
Oct 12, 2026 - Oct 27, 2026
Erlangen

Workshop - RISC-V

Von Open-Source zu Custom CPUs

More information here