LiFi - Light-based data transmission
For indoor, outdoor, industrial and vehicle applications
LiFi offers reliable wireless communication at up to 1 Gbit/s, ideal for industrial and medical environments, conference rooms, fixed wireless access and vehicle-to-vehicle communication. The technology is robust against electromagnetic interference and enables secure data transmission without interfering with existing networks.
Indoor LiFi
Wireless Internet via Light for Indoor Spaces
Indoor LiFi systems deliver fast, energy-efficient wireless internet through light. They integrate easily into existing networks, providing optimal connectivity in indoor environments with multi-user support.
Industrial LiFi
Flexible development environment for LiFi technologies
The Testbed for LiFi provides a modular and customizable platform for testing and validating LiFi technologies. By integrating various components, it allows developers to experiment with innovative solutions and analyze the performance of LiFi systems in realistic scenarios.
Outdoor LiFi
Fast and reliable data transmission using infrared LEDs
The Outdoor LiFi system ensures robust point-to-point data transfer at up to 1000 Mbit/s over 100 meters, maintaining over 99.99% availability even in adverse weather. Ideal for vehicle communication, smart lighting, and mobile backhaul, this cost-effective infrared technology enables low-latency, bidirectional data exchange without complex alignment.
1 Gbit/s LiFi System
High-speed communication via light for innovative applications
The 1 Gbit/s LiFi system enables wireless data transmission through light. It combines high bandwidth with secure communication, making it ideal for various applications, including smart homes and industrial automation. With its innovative technology, the system offers a future-proof solution for the demands of the digital world.
Vehicular LiFi
Optical vehicle communication with high speed and security
The light-based LiFi system enables fast and secure data transfer between vehicles, even at high speeds. With a coverage angle of over 120°, it offers stable, hack-resistant communication without interference. Particularly suited for autonomous vehicles and driver assistance systems, the system excels with high mobility and license-free operation.
LiFi over Powerline
Robust, interference-free communication using existing powerlines
LiFi over powerline allows the use of light communication over existing power grids, offering cost-effective and easy installation without additional wiring. It ensures secure, robust communication with data rates above 100 Mbit/s, making it perfect for small offices, industrial environments, and medical areas where interference-free communication and privacy are crucial.
VCSEL and Photodiode Arrays for LiFi 2.0
High-performance optoelectronics for wireless light communication
Our customized VCSEL and photodiode arrays enable powerful, reliable, and energy-efficient LiFi communication. With high modulation bandwidths, they are ideal for ultra-fast, secure, and interference-free wireless data transmission.
LiFi Software Suite
Comprehensive Toolkit for LiFi System Simulation and Planning
The LiFi Software Suite provides a complete solution for simulating LiFi systems with implementations for various physical layers (PHY) and optical channel models. It supports both offline experiments and LiFi network planning, based on established ITU-T and IEEE standards.
High-performance 5G and optical network devices
Innovative solutions for 5G transmission and optical communication
Our devices include millimeter wave transceivers, 5G carrier demultiplexers, OFDM PON systems, synchronized fronthaul/backhaul links and high-speed digital-to-analog converters, providing exceptional performance in modern communication networks.
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.