Wuppertal University chooses Tektronix to develop advanced 6G technology

19 October 2021

Wuppertal University chooses Tektronix to develop advanced 6G technology
Wuppertal University chooses Tektronix to develop advanced 6G technology

New 6G communications technology will be developed with the help of Tektronix instruments & expertise.

Wuppertal University in Germany has chosen Tektronix instrumentation to help it develop innovative and capable new technologies that will underpin 6G networks.

The project will develop components that allow higher data throughputs for 6G, while also cutting the latency of networks to allow applications, such as autonomous driving and remote surgery, with haptic feedback.

Led by Professor Dr Ullrich Pfeiffer, the project team was looking for instrumentation that could demonstrate the best vertical resolution, the best residual error vector magnitude (EVM), a large memory and the ability to synchronise multiple instruments. After careful consideration of vendors, Prof. Dr. Pfeiffer and his team settled on Tektronix.

The scope of supply encompassed six DPO77001SX 70GHz Oscilloscopes, six AWG70001B 50 GSa/s Arbitrary Waveform Generators, three AWG Synch Hubs, three SignalVuPC Vector Signal Analysis Software, three SourceXpress Waveform Generation Software, and two water cooled 19” racks supplied by system integrator, ATV (Automatisierungstechnik Voigt GmbH) to reduce acoustic noise and improve thermal stability.

The Tektronix solutions offer synchronisation between instruments and the ability to add new capabilities through their modular construction.

Wuppertal University chooses Tektronix to develop advanced 6G technology_instrumentation
Wuppertal University chooses Tektronix to develop advanced 6G technology_instrumentation

As well as equipment, Tektronix was also chosen for the engineering support it could offer through its engineers. “We were pleased to have found Tektronix, as access to their technical experts made our team feel safe and supported. Particularly the possibility to scale up the system by synchronising multiple instruments is crucial for the research on THz MIMO communication,” says Professor Dr. Pfeiffer. “Working with the global team of Tektronix engineers in this cooperative way, we feel we can really unlock the ‘magic’ in Tektronix solutions. We expect the cooperation with Tektronix to produce many breakthrough results,” he added.

Maria Heriz, Vice President Commercial Operations EMEAI at Tektronix commented: “'Engineering the Future' is Tektronix’s motto and every day we enable our customers to develop new technology. With the University of Wuppertal, we take pride to support and enable Prof. Dr. Pfeiffer and his team to develop advanced 6G technology that will touch every part of our society – socially and commercially – may it be autonomous driving, remote rescue and medical applications, which require the highest resolution 360° video transmission, IoT devices with much quicker data throughput, or smart cities. Such cutting-edge research to develop new underlying technology demands complex, fast and reliable test &measurement equipment that is tailor-made for the research conducted to enable the future of wireless technology. We wish this Key Researchers Team every success and Tektronix will stay close supporting them.

About Wuppertal University

The University of Wuppertal (BUW) was founded in 1972. The focus of the university's education is on teacher training programmes, economics, and a variety of engineering and natural science courses with over 23,000 students. BUW conducts top international research in various fields and offers a very diverse research landscape in the individual subjects. For further information, visit: https://www.uni-wuppertal.de/

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