Lehrte, May 10, 2021 – In a webinar in German language for DIHK on May 05, the head of our development department, Mr. Thomas Neugebauer, shared his experience in deploying a 5G campus network in the field of driverless vehicles (AGV) in an industrial environment.
In the webinar, Mr. Neugebauer elaborated on the structure of the first 4G/5G Campus radio network in Lower Saxony, which is operated by Götting KG. He also explained the use of 5G networks in practice using application examples.
Video-based teleoperation station.
These application examples include cooperation between an AGV and a stationary robot as part of the TACNET 4.0 project, data transmission in a master control system for AGVs, and real-time transmission of video data in teleoperation.
You can download the presentation for the webinar (in German language) from the Roadshow 5G(at)Mittelstand website. Attached to this news you can download a video, which was created in the context of the TACNET 4.0 project. It shows the cooperation between an AGV and a stationary robot.
Downloads
| Attachment | Filesize – | Uploaded |
|---|---|---|
 Video: TACNET 4.0 cooperation of AGV and robot (MP4) | 25.22 MB | 10.05.2021 |
Götting Quick Guide Last updated: 04/2023
Götting KG founded in 1965, ist an innovative company placed in Lehrte near Hannover (DE) and works worldwide.The company develops and produces wireless data communication systems and sensors for automatic track guidance of so-called automated guided vehicles (AGV). As far as we are informed Götting KG has the largest product range of different components for trackguiding AGV.
Further main topics are traffic technology, RF measuring, wireless data communication in general as well as customized developments for car manufactureres, electronic- and radio broadcasting industry. Currently our company employs 90 professionals of which about 30 are experienced masters in engineering and are responsible for research and development.
The core competency of FOX – a special department of Götting KG – is focused on the automation of serial vehicles, especially for the outdoor area (trucks, pay loaders, fork lifts etc.).