Published on 05.02.2021 | Last updated on 18.11.2024
The DYNASAT project aimed to develop new techniques for providing 5G and satellite applications and services. Magister was responsible for creating the project prototypes and demonstrations. The work aligned well with our company’s strategy of developing simulation services for everyone.
Around the world via satellite connections
As the amount of telecommunication data grows, so does the need for capacity. We at Magister want to enhance technical solutions for better telecommunication connections and services. SatCom solutions play a central role in developing Europe towards a more intelligent and sustainable way of life.
Related to these issues, we were involved in the EU Horizon 2020 project called DYNASAT. The goal of the project was to develop new techniques to provide 5G and satellite applications and services.
The DYNASAT project started in December 2020 and ran for 28 months, ending in 2023.
> Read more: DYNASAT showcased its live demonstrations at MWC 2023
> Read more: DYNASAT demonstrated the future of 5G Non-Terrestrial Networks at EuCNC 2022
Demonstrating new 5G solutions
The goals of the DYNASAT project were set quite high, but its requirements to succeed were stable. Including Magister, 6 partners worked together to achieve the goals.
We at Magister were in charge of creating the project prototypes and demonstrations. The work aligned well with our company’s strategy of developing our simulation services to serve everyone.
The University of Bologna was responsible for project management, while Martel Innovate took care of project communication and marketing. Thales Alenia Space France defined the project scenarios and requirements, the University of Parma explored efficient bandwidth usage and Fairspectrum developed dynamic spectrum sharing technologies for integrated 5G terrestrial-satellite architectures.
The project researched, developed and demonstrated the use of innovative techniques for bandwidth efficient transmission and efficient spectrum usage. It assessed and showed how these new techniques can be designed for satellite architectures, and how they can improve the performance of satellite network infrastructures, fully integrated in the 5G ecosystem.
The findings of the DYNASAT project are crucial for the 5G standardization process by the 3GPP (The 3rd Generation Partnership Project). By developing solutions for the entire society, DYNASAT has provided the 3GPP with valuable information about the possibilities of the 5G ecosystem.
New solutions may be utilized to enhance the economic viability of the 5G ecosystem, especially when addressing low density populated areas.
