Project consortium
Project Summary:
The 6G-SHINE project will pioneer the main technology components for in-X wireless subnetworks, short range, low-power radio cells to be installed in a wide set of vertical and consumer entities like robots, vehicles, production modules, and classrooms for the sake of supporting extreme communication requirements in terms of latency, reliability, or data rates. 6G-SHINE will leverage the opportunities offered by the peculiar deployment characteristics of such short-range subnetworks for a highly performant yet cost-efficient radio design that allows to bring wireless connectivity to a level of pervasiveness that which has never been experienced earlier. Read more about the project.
6G-SHINE IN KEY NUMBERS:
5 mio €
PROJECT BUDGET
March 2023
PROJECT START
12
CONSORTIUM PARTNERS
9
COUNTRIES
JU SNS PARTNERSHIPS
6G-SHINE NEWS
4th 6G-SHINE consortium meeting at Aalborg University, Copenhagen campus
The fourth 6G-SHINE face-to-face plenary meeting took place on September 9-11 at Aalborg University, Copenhagen campus! This consortium meeting provided an excellent opportunity to steer the research directions for the project's final year and engage in deep, productive discussions. We’re excited for the productive months ahead and ready to shine!
6G-SHINE at EuCNC & 6G Summit 2024
6G-SHINE actively participated in EuCNC 2024, hosting a successful workshop on 6G radio design with the SNS Hexa-X-II and CENTRIC projects. Ramoni Adeogun gave a presentation on AI-based radio resource management for subnetworks and Gilberto Berardinelli introduced the 6G-SHINE vision at the Hexa-X-II workshop. Our booth featured demonstrations, including a low-latency channel emulator by Lassi Hentilä from Keysight Technologies. The conference highlighted our research on power-efficient communication and AI-based sub-band allocation. Additionally, 6G-SHINE was recognized at the 3GPP SA1 workshop for its contributions to 6G use cases. The event was a valuable platform for advancing 6G technologies.
6G-SHINE featured at Hannover Messe 2024: Industry Experts Debate Transition from 5G to 6G
On April 23, 2024, at the Hannover Messe's 5G and Industrial Wireless Conference, VDMA hosted a panel addressing the industry's readiness for 6G. Industry leaders from Belden, Bosch, and SEW-EURODRIVE, as well as representatives from European 6G research projects, including 6G-SHINE represented by FHG, discussed the transition from 5G to 6G. They emphasised 5G's crucial role in enabling a broad range of industrial applications and explored how 6G could build on these advancements.
3rd 6G-SHINE consortium meeting in Bologna, Italy
On March 14 and 15, 6G-SHINE held its third face-to-face plenary meeting at WiLab in Bologna, Italy! We have presented the significant progress made in the first year of the project, our early achievements, and the plans ahead.
Joint SNS TIMES, 6G-SHINE TERRAMETA workshop at WiLab, Bologna
Together with SNS projects TIMES and TERRAMETA, we have organized a workshop on 6G research, with particular focus on smart radio environments and signal processing enhancements. The workshop will take place at WiLab laboratory, Bologna, Italy, on February 1st. The workshop will also include speakers from the Italian project RESTART-IN.
6G-SHINE at 2023 IEEE Future Networks World Forum
On November 15, Coordinator Gilberto Berardinelli presented the vision of the 6G-SHINE Project at the 2023 IEEE Future Networks World Forum, Symposium on Vision and Facts on 6G and Future Networks in Europe, held in Baltimore, USA.
Special session at IEEE CSCN 2023 organised by SNS TIMES, TERRAMETA and 6G-SHINE
We have organised a Special session on “Key challenges for enabling high-performance short-range communications in extreme propagation environments” at the coming IEEE Conference on Standards and Communication Networking.
Keynote talk at VTC2023 - Fall
On the 10th of October 2023, the 6G-SHINE project coordinator Gilberto Berardinelli, Aalborg University, gave a keynote presentation titled “6G Subnetworks for Vertical Industries.
6G-SHINE second consortium meeting in Munich, Apple
On the 11th and 12th of September 2023, the 6G-SHINE project held its second consortium meeting in Munich, Germany, kindly hosted by Apple.
6G-SHINE: Newsletter
Stay updated with the latest project developments in the 6G-SHINE project. Sign up for the newsletter below.
Read our new 6G-SHINE flyer
This flyer provides an excellent overview of the project objectives and challenges that the 6G-SHINE consortium is facing to leverage the opportunities offered by short-range communications and connectivity with a broader 6G network to ensure a low-cost high-performance radio design while dealing with major challenges such as signal blockage, interference due to densification, and proneness to malicious attacks.
6G-SHINE at 2023 EuCNC & 6G Summit
If you want to know about Smart Networks and Services Joint Undertaking (SNS JU), drop by Stand H00:12! Come and visit us at the Congress Foyer on June 7, 12.30, if you want to hear about research on short-range communication and the vision of 6G-SHINE! We release the poster and the first leaflet of the project!
Press Release
EUROPEAN CROSS-SECTOR RESEARCH WILL PUSH THE BOUNDARIES OF SHORT RANGE WIRELESS COMMUNICATION PUBLISHED ONLINE: 21.03.2023
Launch of the 6G-SHINE Website
The 6G-SHINE project has launched its website, where you can find information related to the initiative, work in progress and results. Do not hesitate to follow us on Social Media and subscribe to our Newsletter to avoid missing any news.
6G-SHINE featured at Hannover Messe 2024: Industry Experts Debate Transition from 5G to 6G
On April 23, 2024, at the Hannover Messe's 5G and Industrial Wireless Conference, VDMA hosted a panel addressing the industry's readiness for 6G. Industry leaders from Belden, Bosch, and SEW-EURODRIVE, as well as representatives from European 6G research projects, including 6G-SHINE represented by FHG, discussed the transition from 5G to 6G. They emphasised 5G's crucial role in enabling a broad range of industrial applications and explored how 6G could build on these advancements.