Advanced Chip Technology (ACT)
Reference number | |
Coordinator | Lunds universitet - Lunds Tekniska Högskola Inst elektro- & informationsteknik |
Funding from Vinnova | SEK 36 000 000 |
Project duration | November 2023 - December 2028 |
Status | Ongoing |
Venture | New call for proposals KC |
Call | Competence centers within Sustainable industry and Digital transformation 2022 |
Purpose and goal
ACT gathers semiconductor actors in Sweden to research and develop Advanced Chip Technology for future eligibility requirements. We focus on industrial needs in areas where technology and knowledge are in demand by utilizing our scientific excellence mixed with commercial potential. We want to be an attractive partner within European Chips Act who, with our strengths, contributes to European activities while at the same time gaining access to technology and knowledge in the areas where Sweden has a weaker position.
Expected effects and result
Increase product value in participating SMEs Mature process technology for progression to higher TRLs Explore options for long-term product development utilizing III-Vs on Si CMOS for communication, imaging, and radar technologies Explore heterogeneous solutions and packaging using GaN and SiC for Smart Energy Provide training in semiconductor processing technology Through active partnership in European Chips Act provide information on strategies and topics from the European strategic roadmaps of relevance for Swedish industry
Planned approach and implementation
The focus within ACT will be on High-speed electronics, Optoelectronics, and Power electronics. Future options include Cryogenic electronics (for space technology and quantum technologies) and Neuromorphics (for low-power computing). Our focus is processes and methods for development of semiconductor devices where skills and knowledge is requested and education and training is essential for Sweden and Europe. The research will be divided into three work packages: 1)Devices for 3D Integration, 2) Photonic Integration, and 3) Circuit Implementation: Smart Energy and RF