Sub-Project: Baseband processing and RF-Frontend for a wireless high-speed data transmission system at 60 GHz

The main objective of the sub-project performed by TU Dresden is the development of innovative system concepts for wireless data communication with large bandwidth and low power consumption and low hardware requirements respectively. Particularly, this comprises concepts for throughputs up to 10 GBits/s of wireless communication links. The targeted system architecture and base band algorithms are optimised with respect to the global specifications. In this context, innovative approaches based on optimised OFDM and direct modulation schemes are investigated. Moreover, the integrated RF front-end for the transmitter is developed and is integrated in SiGe BiCMOS technologies. In parallel, base band algorithms are implemented on FPGA platforms to enable a complete transmitter for the demonstrator show cases.

Deutsch		Home	Partners	Sub-Projects	Publications
Sub-Projects Sub-Project BMW Sub-Project EADS-IW Sub-Project FhG-HHI Sub-Project FhG-IAF Sub-Contractor Humboldt-Uni Berlin Sub-Project IHP Sub-Project IMST Sub-Project Infineon Sub-Project MEDAV Sub-Project Meytec Sub-Contractor Ruhr-Uni Bochum Sub-Project Siemens Sub-Project TELEFUNKEN Sub-Project TES Sub-Contractor TU Berlin Sub-Project TU Dresden Sub-Contractor TU Ilmenau Sub-Project Universität Ulm	Technische Universität Dresden Vodafone Chair Mobile Communications Systems Prof. Dr. Gerhard Fettweis Georg-Schumann-Str. 11 01062 Dresden www.ifn.et.tu-dresden.de/MNS Sub-Project: Baseband processing and RF-Frontend for a wireless high-speed data transmission system at 60 GHz The main objective of the sub-project performed by TU Dresden is the development of innovative system concepts for wireless data communication with large bandwidth and low power consumption and low hardware requirements respectively. Particularly, this comprises concepts for throughputs up to 10 GBits/s of wireless communication links. The targeted system architecture and base band algorithms are optimised with respect to the global specifications. In this context, innovative approaches based on optimised OFDM and direct modulation schemes are investigated. Moreover, the integrated RF front-end for the transmitter is developed and is integrated in SiGe BiCMOS technologies. In parallel, base band algorithms are implemented on FPGA platforms to enable a complete transmitter for the demonstrator show cases.