5G DIALOG

The 5G DIALOG has been taking place since February 2021 and provides information on 5G technology and application scenarios. The active exchange and transfer of knowledge is promoted in lively discussion groups. The "5G DIALOG" format is carried out by NIK e.V. in cooperation with the 5G Bavaria initiative of Fraunhofer IIS.

In addition to purely online events, there are live broadcasts or face-to-face events in Nuremberg. From the 5G testbed to positioning and communication with 5G to innovative applications such as live experiences, real-time locating systems and practical projects - our events cover the entire spectrum of 5G. Meet leading industry experts, exchange ideas and learn first-hand how 5G is shaping our future.

There were already three events held in englisch language. You can watch the recording of these sessions here.

 

 

Sessions in english language

 

5G Positioning in industrial environments

22.03.2023

Uplink TDOA for precise indoor positioning and Data Driven Positioning - LIVE demonstration from the 5G testbed in english language.

 

Deep Dive

01.12.2021

Deep Dive on In- and Outdoor positioning with 5G and GNSS and reliable communication with 5G - in english language.

 

5G Testbed LIVE

20.10.2021

Live from the 5G testbed - in english language

Sessions in german language

 

5G in motion

11.05.2022

Mit dem 5G-Bavaria-Testbed "Automotive" und dem Projekt "Smart Construction".

 

Live aus dem 5G Industrial Testbed

19.05.2021

Live Demonstrationen der OPEN RAN Infrastruktur, der OAI Testplattform, 5G-Positioning, Multi-Access Edge Computing und dem Mobilen 5G Campusnetz

 

5G im Einsatz

09.03.2022

5G: Stadt. Land. Leben retten., Grenzenlos 5G@BYBW, "For5G"

 

5G Testbed Industrie 4.0

03.02.2021

Vernetzte 5G Technologien und Industrieanwendungen mit 5G testen.

 

5G in der industriellen Kommunikation

14.04.2021

Iot, redCap und TSC, Mobiles 5G-Campusnetz, OpenAirInterface, Kanalmessungen

 

Mehr Flexibilität in der Produktion durch 5G Positioning

10.03.2021

Hybrid Positioning, Transportsysteme lokalisieren, AI, Feldstärken-Lokalisierung, New Radio