Coherent Terabit Test & Measurement Instruments for Multi-Band
High-Performance Equipment for Ultra-Fast Optical Communication
Fraunhofer HHI offers test and measurement instruments for Tbit/s coherent communication systems across the O-, S-, C-, L-, and U-Bands. Ideal for generating, transmitting, and coherently detecting high-speed dual-polarization m-PAM and m-QAM signals, these high-performance instruments support the research and development of the next generation of optical fiber-based communication.
Long-Range LiDAR for Diverse Applications
High-Sensitivity FMCW LiDAR with MEMS Mirror Technology for Reliable Environment Detection
The FMCW LiDAR integrates frequency-modulated lasers with 2D MEMS mirrors, enabling precise distance and velocity measurements up to 150 meters. Its monostatic design and fiber optics enhance scalability and reduce system complexity, making it suitable for applications like driver assistance systems, 3D imaging, and augmented reality.
High-Speed DAC with Cascaded Multiplexing
Flexible Solution for High-Speed Analog Signal Generation
This prototype utilizes cascaded analog multiplexing to significantly increase the sampling rate and bandwidth of DACs. With FPGA-controlled inputs and real-time processing, it provides a cost-effective platform for signal generation, perfect for online measurements and high-speed system prototyping.
High-Performance FPGA Platform for Signal Processing
Compact, Versatile Solution for High-Speed Data and Real-Time DSP
The Zynq7030 FPGA platform integrates Xilinx Zynq7030 with advanced I/O options, making it ideal for demanding signal processing applications. It features high-speed transceivers, a small form factor (78 x 80 mm), and supports real-time and offline processing. This versatile platform is perfect for applications like optical networks, 5G, communications research, and real-time digital signal processing (DSP).
LiFi - Light-based data transmission
For indoor, outdoor, industrial and vehicle applications
LiFi provides reliable wireless communication up to 1 Gbit/s, perfect for industrial and medical environments, conference rooms, fixed wireless access, and vehicle-to-vehicle communication. It is resistant to electromagnetic interference, ensuring secure data transmission without disrupting existing networks.
Modular Multi Source for Precise Power Supply
Versatile, Configurable Solutions for Research and Development
Fraunhofer HHI's Modular Multi Source power supply consolidates multiple sources and offers individual configuration options to make labs more efficient and organized. With up to 12 channels per slot and various modules such as current sources, voltage sources, laser drivers, and TEC controllers, it ensures precise power control and is ideal for adaptable development labs.
Quantum Key Distribution System for High-Security Data Protection
Future-Proof Protection Against Quantum Computer Threats
Fraunhofer HHI's Quantum Key Distribution (QKD) system provides long-term secure protection for sensitive data and communication applications. The powerful system seamlessly integrates into modern telecommunications infrastructures and uses both fiber optic and free-space transmissions to distribute cryptographic keys quickly and securely.
Satellite Link Simulation for Aerospace
Realistic Models for Analyzing Communication Systems in Satellite Networks
Satellite link simulation enables precise analysis of communication system performance in aerospace applications. Custom-developed models allow for realistic testing under various scenarios and environmental conditions.
Time to digital converter with sub nanosecond resolution
A versatile measurement device for digitizing events in time domain with a resolution down to 0.1 nanoseconds.
Fraunhofer HHI’s Timetagger is a versatile measurement device with multiple input channels allowing digitizing the time of events with a resolution of 100 ps. Switching threshold and hysteresis could be set for any input channel. The digitized events could be read by a network interface.
Wireless Terahertz Communication
High Transmission Capacities for 6G Networks and Beyond
Terahertz communication enables wireless transmission capacities exceeding 100 Gbit/s, suited for applications like backhaul, fixed wireless access, and short-range indoor use. Operating above 100 GHz, it provides high bandwidth and compact antenna solutions. Terahertz systems are perfect for secure, highly directional links and are expected to revolutionize future 6G networks.