We research and develop systems for terahertz sensing systems for scientific and industrial applications, covering the entire process chain from the initial idea to small-scale production. We are happy to answer your questions – please feel free to contact us.
The Terahertz Sensory Performance Centre is a joint initiative of the Fraunhofer Institute for High Frequency Physics and Radar Techniques FHR and the Fraunhofer Institute for Microelectronic Circuits and Systems IMS. It consolidates expertise in photonics and high-frequency electronics along the entire value chain - from chip design and system integration to small-series production and characterization - for the research and development of application-specific, industry-grade terahertz systems for the benefit of both industry and society.
Our research offerings are intended for companies, research institutes, and start-ups that want to develop innovative, sustainable terahertz sensing solutions while accessing comprehensive know-how, state-of-the-art infrastructure, and the latest scientific insights.
The terahertz range, spanning 0.1 to 10 THz, lies at the interface between electronics and photonics. Its unique properties enable high-frequency systems beyond the capabilities of conventional technologies. Terahertz radiation allows contactless, non-destructive, high-resolution analysis, is non-ionizing and safe for humans and materials, and provides unique insights into material properties, structure, and motion. Find reference projcts here.
This makes the technology ideal for industrial quality control, imaging, security applications, communication systems, and sensing. The Terahertz Sensory Performance Centre combines leading expertise across the entire value chain - from chip development and system integration to prototypes, functional demonstrators, and small-series production - researching innovative, application-ready solutions for this emerging technology.
Our solutions span millimeter waves, sub-THz, and terahertz frequencies up to photonic wavelengths. Our research serves industrial, medical, security, and scientific applications. Thanks to our interdisciplinary team, we are not limited to a single frequency range but select the frequency band and corresponding technologies based on the requirements of each application.
We combine state-of-the-art semiconductor technologies - from CMOS and post-CMOS to SiGe-BiCMOS - with photonic and microsystem approaches to provide complete solutions, from individual chips to full terahertz systems. Our integrated expertise allows us to develop high-frequency and photonic circuits, as well as hybrid systems with on-chip antennas, micro-mechanical components, or RFID structures - precisely tailored to specific applications. Together with software development, we deliver end-to-end innovative solutions for industry and society.
We provide comprehensive on-wafer, RF, and photonic measurement technologies, antenna characterization, and spectral analysis/testing capabilities - both in low-reflection antenna chambers and under real operating conditions across flexible temperature ranges. Find details of our capabilities here. Insights from these analyses feed continuously into our research to ensure maximum reliability and quality of innovative systems.
We offer extensive Electronics Manufacturing Services (EMS), including rapid prototyping, fully automated 200-mm wafer processes, and comprehensive testing and measurement capabilities. Our 1,900 m² ISO-4 and 400 m² ISO-6 cleanrooms can operate 24/7 if required. We support research projects, prototype development, and small-series production.
You can easily contact us via our contact form or by email to our project team. We will promptly propose next steps. Together, we define your project scope and assemble a suitable expert team. Implementation then proceeds in clearly defined phases.
Both options are possible. You can commission our research services for individual development, characterization, or manufacturing steps - or execute the entire process with us from concept to finished prototype system.
Yes, we perform research-driven design adaptations within application-oriented projects - from single chips to prototype system solutions - aimed at generating new scientific and technical knowledge and developing innovative approaches.
Yes, we investigate and develop process-adapted solutions within application-driven R&D projects to gain new scientific insights into material, design, and technology options. Regular tape-outs and engineering runs with established chip manufacturers allow us to experimentally evaluate and further develop manufacturing processes, with results feeding back into our research.
Yes, we develop and optimize existing designs and modules from a research perspective to gain insights into system architectures and technologies. Our developments are also designed for integration into existing platforms, supporting sustainable technological innovation in a scientific context.
Yes, we regularly participate in funded R&D projects with academic and industrial partners. We monitor current call for proposals and assist with selecting a suitable joint funding format as well as with a joint application using our experience. If you’re interested, please feel free to contact us.
All projects comply with applicable data protection regulations. On request, additional confidentiality agreements (NDAs) can be arranged.
Feel free to contact us if you’d like to learn more about our services or are interested in a collaboration.
