To ensure that your systems deliver the required performance with absolute reliability in operation, all stages of applied research and development are closely interlinked within our organization. Through verification, alignment, and validation at the system level, we ensure seamless interaction of all subsystems, preservation of signal integrity, and stable, reliable operation within the target application environment. System development and integration of terahertz sensing from electronic system integration and software development to testing and verification.
© Fraunhofer FHR
Printed circuit board with pin header and socket connector – typical interface for electronic signal connections.
Integrated development from chip level through components to fully functional modules for a harmonized overall system design
With our long-standing expertise in algorithm research and signal processing development, we ensure optimal interaction between hardware and software for each specific application. Our high-performance concepts for heterogeneous back-end architectures are based on microcontrollers, FPGAs, GPUs, and CPUs for sensor control and sensor fusion. For this purpose, we utilize distributed signal processing systems on dedicated hardware platforms.
In addition, we employ AI-assisted signal processing for intelligent real-time data evaluation. Using energy-efficient AI accelerators implemented in advanced technology nodes (in-memory computing, e.g., 22 nm FDSOI or 28 nm HKMG), we enable real-time analytics for applications such as non-destructive and contactless material property classification or 3D environmental perception.
© Fraunhofer IMS
© Fraunhofer FHR
We combine precise characterization of individual components with simulation methodologies for early-stage system optimization, complemented by comprehensive laboratory-based and real-world system-level functional testing.
Through iterative test cycles, we optimize timing, interfaces, signal flow, and performance parameters, ensuring ideal alignment between the frontend (sensor/chip) and backend (signal processing, FPGA/SoC, control electronics). For rapid process validation and optimization, we conduct multiple tape-outs and engineering runs per year in cooperation with established semiconductor manufacturers, ensuring reproducible results suitable for volume production.
Insights gained from these processes support both the optimal integration and functionality of your specific system and the development of innovative terahertz solutions for emerging markets.
With our integration expertise, you will receive prototypes and functional demonstrators of ready-to-use terahertz systems that efficiently connect all components, operate reliably, and are optimally tailored to your application.
To ensure that your solutions perform optimally in the field, we support you in integrating them into existing platforms and establishing small-series production under research aspects. Our research and development services will accompany you not only in the initial development and optimization of a system, but also in its further advancements.
© Fraunhofer FHR
Our system developments are used in a variety of industries and scenarios, such as non-destructive material testing and quality control, as high-frequency sensors in industrial automation, or as smart sensor networks with energy-efficient signal processing. From concept to finished system, we accompany you as a one-stop shop with:
We combine electronics, mechanics, and software into a high-performance overall system tailored precisely to your specific requirements. Through our research activities, we drive technological innovation and the development of sustainable solutions in the terahertz domain.
