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The project targets FeRAM memory that works at cryogenic temperatures, aiming to reduce the signalling needed between room-temperature and low-temperature electronics as quantum systems scale. The work is at the consortium and collaboration stage, so the practical impact depends on whether the memory and cryo-CMOS integration perform as the partners hope. Readers tracking quantum hardware bottlenecks should watch for measured energy and latency results rather than project announcements.
SemiQon’s quantum role in €3.1M cryogenic memory project with Taiwan partners

SemiQon participates in the €3.1M SHIFT project, a Finland-Taiwan collaboration, to scale ferroelectric memory for quantum computing.
SemiQon is participating in the €3.1 million SHIFT project, an international collaboration focused on scaling hafnium-based Integrated Ferroelectric Technology (FeRAM) for cryogenic memory. Led by Dr. Sayani…
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