What comes after The introduction of 5G is only just beginning. Meanwhile, researchers are already working on the next generation – the 6G network. Due to the demand for high data rates, research is already looking for solutions to open up frequency bands above 100 GHz. The scientists at the Leibniz Institute for Innovative Microelectronics (IHP) are working on this, among others.
The development of 6G
By researching new, high frequency bands in the sub-terahertz spectrum (30-300 GHz), Nebojsa Maletic’s team aims to find areas of unused bandwidth within the framework of IEEE MTTW2020 in order to advance the development of the 6G network.
The System Architectures and Circuit Design departments USA Cell Phone Number List are responsible for the development and implementation of a short-range wireless connection with a carrier frequency of 240 GHz. Highly integrated transmitters and receivers as well as on-chip antennas, which were developed and manufactured using the IHP’s 130 nm SiGe technology, made it possible to demonstrate possible data rates of up to 14 Gbit/s and use moderate symbol rates (of 2 Gbaud).
According to IHP
Channel combinations and the use of LOS-MIMO (Line-of-Sight Multiple Input Multiple Output). Processes could enable a further increase in data rates. In principle, data rates cell phone number listing of well over 100 Gbit/s should be achievable. This forms an important technical basis for the 6th generation of mobile communications.
For this project, the team has already been Bulk Database awarded. One of the three Best Paper Awards in the category Microwave Theory and Technology.
About the author Katja Werner works in the press office of the IHP – Leibniz Institute for Innovative Microelectronics.
