\
&
Contact us
\
&
Contact us
Published on | 1 year ago
ProgrammesThe Chips Joint Undertaking (Chips JU) has opened a new set of three interrelated calls for the set-up of a Pilot Line on Advanced Photonic Integrated Circuits:
The proposed pilot line will serve as a critical infrastructure for bridging the gap between laboratory research and industrial-scale production, facilitating the development of reliable, scalable, and cost-effective Photonic Integrated Circuits solutions. It aims to foster collaboration among research institutions, SMEs, and large corporations across Europe, driving innovation, and accelerating the commercialization of Photonic Integrated Circuits technologies. By doing so, it will not only enhance Europe’s competitive edge in a key technological domain but also contribute significantly to the continent’s economic resilience and strategic autonomy in critical technologies
The calls have been opened on 25 July, deadline to submit proposals is 17 September 2024.
Information on the interrelated calls, including the conditions to participate, can be found on the dedicated website of the Chips JU.
We offer news and event updates, covering all domains and topics of Horizon Europe, Digital Europe & EDF (and occasionally, for ongoing projects, Horizon 2020).
Stay informed about what matters to you.
By signing up, you can opt in for e-mail notifications and get access to
a personalised dashboard that groups all news updates and event announcements in your domain(s).
Only for stakeholders located in Flanders
The ROOT project obtained funding under Horizon 2020 topic ‘EGNSS applications fostering societal resilience and protecting the environment’. The project, which ran from November 2020 to July 2022, aimed to demonstrate the benefit of Galileo OSNMA signal to increase the robustness of critical telecom infrastructures.
The Flanders-based company Septentrio contributed substantially to completing this objective together with the other ROOT partners. The results of the project partially close a gap in the security of telecommunication networks dependent on satellite-derived time, with indirect benefits in curbing illegal attempts to disrupt network services.
