The SOFT project focused directly on SOT-MRAM fabrication process and technology transfer using ion irradiation.
SPIN-ION TECHNOLOGIES
French deep-tech SME developing ion irradiation processes for next-generation magnetic random access memory (MRAM) devices.
Their core work
SPIN-ION TECHNOLOGIES is a French deep-tech SME specializing in ion irradiation techniques for magnetic memory devices. They develop fabrication processes for spin-orbit torque magnetic random access memory (SOT-MRAM), a next-generation data storage technology that promises dramatically lower energy consumption. Their core contribution is translating laboratory-proven magnetic material manipulation techniques into manufacturable technology, bridging the gap between academic spintronics research and industrial memory chip production.
What they specialise in
SOFT centered on shape-controlled spin-orbit memories using ion irradiation as the core processing technique.
Both BeMAGIC and MagnEFi involved electric field control of magnetism and energy-efficient magnetoelectric materials.
MagnEFi targeted energy efficient electronics, and BeMAGIC addressed energy-efficiency in magnetoelectric devices.
BeMAGIC included magneto-ionics as a research direction, suggesting exploration of voltage-driven magnetic switching.
How they've shifted over time
SPIN-ION's H2020 trajectory shows a clear shift from fundamental research participation toward commercial technology transfer. Their early involvement (2019) in BeMAGIC and MagnEFi focused on understanding magnetoelectric phenomena, multiferroics, and electric field control of magnetism — essentially the science behind magnetic memory. By 2021 with SOFT, they moved squarely into fabrication processes for spin-orbit torque MRAM and explicit technology transfer, signaling a maturing company ready to bring lab results to market.
Moving from research participation toward commercializing ion irradiation-based magnetic memory manufacturing, making them increasingly relevant for industrial partnerships in semiconductor and data storage sectors.
How they like to work
SPIN-ION consistently participates as a partner rather than leading consortia, which is typical for a technology SME contributing specialized fabrication know-how to larger research networks. With 22 unique partners across 10 countries from just 3 projects, they engage in broad European training networks (MSCA-ITN) and proof-of-concept projects (ERC-POC), suggesting they are well-connected within the European spintronics research community. Their role appears to be providing industrial perspective and technology validation within academically-led consortia.
Despite only 3 projects, SPIN-ION has built a remarkably broad network of 22 partners across 10 countries, largely through two MSCA training networks that connect them to leading European spintronics labs and universities.
What sets them apart
SPIN-ION occupies a rare niche as a private company focused specifically on ion irradiation techniques for magnetic memory devices — most work in this space sits within university labs. Their participation in both fundamental research networks and a proof-of-concept technology transfer project means they can speak both the language of academic spintronics and the requirements of industrial manufacturing. For consortium builders, they offer something hard to find: a commercial entity with deep domain expertise in an emerging memory technology that few companies outside large semiconductor firms can provide.
Highlights from their portfolio
- BeMAGICA large MSCA training network spanning magnetoelectricity, multiferroics, and magneto-ionics — gave SPIN-ION access to a wide European research network and next-generation talent.
- SOFTAn ERC Proof-of-Concept project explicitly targeting technology transfer of SOT-MRAM fabrication, signaling that the underlying science is mature enough for commercialization.