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Stefanie Peer
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Stefanie Peer

+49 (0)721 608-47018

stefanie peerVzt4∂kit edu

Research Area VI: Teratronic Signal Processing and Terabit/s Communications

The Helmholtz International Research School for Teratronics (HIRST) has ceased operations in 2019.
Optical Link
Conceptual diagram of an optical link between particle detector and data center.
Simulation of the H-field in an echelle grating wavelength division demultiplexer to split different wavelengths from an optical input to several outputs for individual modulation.

Research Area VI aims to build optical high-speed communication systems, using the technologies and devices from the other research areas of HIRST.

The systems comprise high-speed data processing in FPGAs or ASICs, integrated optical optical modulators with appropriate driver circuitry, photonic devices for wavelength division multiplexing, optical transmission, and data reception. For terabit/s data transmission, massively parallel wavelength-division multiplexing (WFM) schemes based frequency combs bonds are currently investigated. These schemes are, e.g., highly promising for terabit communications in data centers.

Next to its importance for telecommunication, high-speed optical data transmission is crucial in large-scale experiments for fundamental research. Some modern particle detectors consist of hundreds of millions of electronic channels which have to be read out within tens of nanoseconds. The handling of the corresponding data rates and volumes is one of the largest challenges for future detector systems. Even with massive local data reduction, it will not be possible to transfer all data to the processing stages outside of the detector with current electrical or optical data transmission systems. A much sought-for reduction in power consumption, cost, and required space of a whole system can be achieved through the monolithic integration of photonic devices and electronic circuitry.

Besides optical data transmission, RA VI also covers high-speed wireless links at carrier frequencies in the millimeter-wave spectrum, where vast unlicensed bandwidth is still available for data tranmission. The associated transmission systems are based on integrated millimeter-wave circuits.
RA VI builds upon cutting-edge facilities at the Institute of Photonics and Quantum Electronics (IPQ), at the Institute of Microstructure Technology (IMT), at the Institute for Microwave Techniques and Electronics (IHE), and at the Institute for Data Processing and Electronics (IPE).

Participating Institutes and Research Groups

Prof. Dr. Jürgen Becker

Institute of Information Processing Technology (ITIV)


Prof. Dr. Wolfgang Freude

Institute of Photonics and Quantum Electronics (IPQ)


Prof. Dr. Christian Koos
Institute of Microstructure Technology (IMT)
Institute of Photonics and Quantum Electronics (IPQ)


Prof. Dr. Wilhelm Stork

Institute of Information Processing Technology (ITIV)



Prof. Dr. Mehdi Tahoori

Chair of Dependable Nano Computing


Prof. Dr. Marc Weber  

Institute for Data Processing and Electronics (IPE)



Prof. Dr. Thomas Zwick

Institute of Radio Frequency Engineering and Electronics



ETH Zurich

Prof. Dr. Juerg Leuthold

Institute of Electromagnetic Fields (IEF)




University of Stuttgart

Prof. Dr. Ingmar Kallfass

Institute of Robust Power Semiconductor Systems, University of Stuttgart