Container terminal operator Eurogate has commissioned the construction of three 5G campus networks in the ports of Hamburg, Bremerhaven and Wilhelmshaven in cooperation with Deutsche Telekom.
Campus Network aims to revolutionize the efficiency and flexibility of digital logistics applications within container terminals and set a new standard in the maritime industry.
The 5G campus network, known as “Campus Network L”, will usher in a new era of connectivity for EUROGATE. This cutting-edge solution is backed by dedicated bandwidth, high availability, and 5G performance features to ensure superior mobile coverage throughout the container terminal.
By leveraging the unique 5G industrial frequencies in the 3.7-3.8 GHz range, EUROGATE can further digitize handling processes and seamlessly integrate control and process control systems.
The official launch of this innovative project took place at a kick-off event held at the Port of Hamburg and is funded by the venture “Port-As-A-Service” project supported by the German Federal Ministry for Digital and Transport. Ta. .
Port-as-a-Service is focused on fostering innovation within Logistics 4.0 by creating a dedicated testing space for digital advancements within port operations. By connecting control systems, automating container handling and integrating self-driving trucks, EUROGATE aims to leverage the potential of 5G technology to streamline its operations and improve its overall competitiveness.
Deutsche Telekom has comprehensive coverage of Eurogate’s vast container terminal, covering an area of 5.6 million square meters across three locations. A feature of this initiative is that it utilizes existing utility poles as support structures for his 5G antenna, eliminating the need for additional infrastructure.
Hagen Rickmann, Managing Director Business Customers at Telekom Deutschland:
“The 5G coverage of EUROGATE’s container terminals is one of the largest campus network projects to date. This will allow EUROGATE to take full advantage of 5G’s potential to further optimize logistics processes and improve the digital You will be able to drive change.
In addition to high-performance 5G connectivity and dedicated bandwidth, the network architecture of the three campus networks will provide particularly high levels of control over critical data traffic on terminal sites in the future. ”
Implementing a dual-slice campus network at each terminal provides EUROGATE with unparalleled network control and resource allocation. By leveraging the local 5G industrial spectrum, EUROGATE’s internal data traffic is unaffected by the use of public networks, ensuring reliability and data security.
This collaboration also introduces a new network architecture. EUROGATE will benefit from a dedicated virtualized campus core network, increasing technical flexibility and reducing infrastructure costs. This innovative approach, called “control plane and user plane separation,” ensures maximum security while optimizing data latency and efficiency.
Michael Blach, Chairman of the EUROGATE Group Management Board, commented:
“Efficient and reliable technology infrastructure is the basis for making container handling at our terminals even more efficient and ensuring our long-term competitiveness.
Deutsche Telekom’s 5G campus network provides the best conditions to further automate processes and test innovative logistics solutions based on 5G. ”
By spring 2024, Eurogate ports aim to become a shining example of the potential of 5G technology in transforming port logistics. This partnership with Deutsche Telekom underlines Eurogate’s commitment to shaping the future of shipping operations.
(Image source: Deutsche Telekom)
See also: BT partners with NATS to modernize UK air traffic operations
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