Our project
Project start: April 2022
Duration: 3 years
Funded with: 2.787.000 €
Number of partners: 6
Main location, Rohrdamm 88
Overall project manager
Peter Höhmann, WvSC
Project management WvSC
Insights into our work
Here we document important milestones from the project. Current news, special publications or appearances at trade fairs and congresses are made visible here.
JAN
2024
PUBLICATION
Chapter on CampusDynA published in CampusOS white paper
As part of the CampusOS lead project, a groundbreaking white paper entitled “Open and Modular 5G Campus Networks: Use Cases, Requirements, and Architecture” was published. Specific aspects in connection with CampusDynA are presented on pages 28-33.
JAN
2024
PUBLICATION
Chapter on CampusDynA published in CampusOS white paper
As part of the CampusOS lead project, a groundbreaking white paper entitled “Open and Modular 5G Campus Networks: Use Cases, Requirements, and Architecture” was published. Specific aspects in connection with CampusDynA are presented on pages 28-33.
NOV
2023
UPDATE
Half-time - demonstration of initial results at the Milestone 2 meeting
On 9.11.23, the members of our CampusDynA research project met for a second milestone meeting. As part of the project, a 5G Open RAN campus network is being tested on the WvSC premises in the use cases of autonomous mobile robotics, resource efficiency of production facilities and civil security of production sites.
NOV
2023
UPDATE
Half-time - demonstration of initial results at the Milestone 2 meeting
On 9.11.23, the members of our CampusDynA research project met for a second milestone meeting. As part of the project, a 5G Open RAN campus network is being tested on the WvSC premises in the use cases of autonomous mobile robotics, resource efficiency of production facilities and civil security of production sites.
JUN
2023
NEWS
IS-Wireless selected as provider of private 5G network for CampusDynA
Together with renowned partners, IS-Wireless will implement a 5G campus network based on the Open RAN model in Berlin. The goal: to drive innovation in autonomous mobile robotics, energy usage optimization, and large-scale incident connectivity.
JUN
2023
NEWS
IS-Wireless selected as provider of private 5G network for CampusDynA
Together with renowned partners, IS-Wireless will implement a 5G campus network based on the Open RAN model in Berlin. The goal: to drive innovation in autonomous mobile robotics, energy usage optimization, and large-scale incident connectivity.
JUN
2023
NEWS
Press release: Kick-off for Open RAN campus network
As part of the project launch, a press release was published on the project website.
JUN
2023
NEWS
Press release: Kick-off for Open RAN campus network
As part of the project launch, a press release was published on the project website.
MAI
2023
UPDATE
Development of Open RAN campus network started
A kickoff meeting marked the beginning of the Open RAN campus network at WvSC for the project. Technically, the campus network is based on the network architecture of the O-RAN Alliance.
MAI
2023
UPDATE
Development of Open RAN campus network started
A kickoff meeting marked the beginning of the Open RAN campus network at WvSC for the project. Technically, the campus network is based on the network architecture of the O-RAN Alliance.
Jun
2022
EVENT
CampusOS Project Meeting
CampusDynA is one of several satellite projects of the CampusOS project for providers and users. In June 2022, a kick-off meeting of all projects took place at the Fraunhofer Heinrich Hertz Institute, in which the CampusDynA team also participated.
More information in the associated LinkedIn post
Jun
2022
EVENT
CampusOS Project Meeting
CampusDynA is one of several satellite projects of the CampusOS project for providers and users. In June 2022, a kick-off meeting of all projects took place at the Fraunhofer Heinrich Hertz Institute, in which the CampusDynA team also participated.
More information in the associated LinkedIn post
Apr
2022
NEWS
Kick-off Meeting
The kick-off meeting took place on 26/27 April 2022. Representatives of all project partners came to the WvSC in Berlin to start the project together. With the participation of the project sponsor DLR, an inspection of the rooms and laboratory areas at the WvSC took place, after which the partners began working on the content of the three project scenarios.
Apr
2022
NEWS
Kick-off Meeting
The kick-off meeting took place on 26/27 April 2022. Representatives of all project partners came to the WvSC in Berlin to start the project together. With the participation of the project sponsor DLR, an inspection of the rooms and laboratory areas at the WvSC took place, after which the partners began working on the content of the three project scenarios.
Gallery
OpenRAN in use
The project Dynamic Adaptation of 5G Campus Networks and Applications in Industrial Application Scenarios investigates how users can dynamically control certain performance parameters of the 5G mobile network, such as the data rate, depending on the application. The implications for performance improvements and innovations on both the user and provider side are analysed, as well as overall societal effects (sustainability, civil security).
The concrete added value of 5G campus networks based on an open radio access network (OpenRAN) is to be evaluated and demonstrated through the exemplary realisation of three industrial application scenarios. The topic areas of the scenarios are autonomous mobile robotics, resource efficiency of production facilities and civil security of production facilities.
The OpenRAN approach with open, standardised interfaces offers the potential for a restructuring of communication systems or the creation of a market for new communication solutions and thus to the same extent for their applications. In contrast to the public mobile radio networks that exist today, this means that all network components (hardware and software) no longer have to be from one manufacturer. This enables time and resource savings and thus a high level of acceptance for campus networks and their applications.
The three application scenarios also show the broad application possibilities of using dynamic network parameters and the potential for significant unique selling points. In addition, the project results should also contribute to the consideration of perspective regulatory requirements for network operators, in that the campus networks should actively support the management of damage events.
By setting up a test field at the Werner-von-Siemens Centre for Industry and Science at the Siemensstadt site in Berlin, we are promoting the emergence of an ecosystem on 5G campus networks and the exchange with industry and other research projects.
The Team
In the CampusDynA project, partners from industry and science work together on scenarios that are tested and set up as demonstrators at the Werner-von-Siemens Centre for Industry and Science e.V..
In the third year of the project, public demonstrations are planned at the WvSC.
The CampusDynA project is funded by the Federal Ministry of Economics and Climate Protection in the Campus Networks programme based on 5G communication technology as a satellite to the CampusOS flagship project for providers and users.
