Imagine if your computer's short-term memory didn't forget everything the moment the power went out, but stayed as fast as it is now. This technology replaces a standard part in memory chips with a special material that holds onto data without needing constant electricity. It's like having a notebook that writes as fast as a whiteboard but saves the information permanently without needing a battery.
Europe lacks semiconductor memory manufacturers, creating a critical dependence on overseas suppliers for a 150B$ market. Current memories also consume high energy due to the need for constant data refreshing.
A DRAM DDR-4 core memory design that replaces dielectric capacitors with ferroelectric layers to achieve non-volatility.
If you are a data center operator dealing with massive energy bills and slow data traffic between DRAM and NAND—this project developed FE-nvRAM that can boost in-memory database performance by 2x and memory-buffer performance by 1.9x.
If you are a smartphone manufacturer dealing with short battery life—this project developed a non-volatile memory that can double the battery life of mobile phones and enable instant-on capabilities.
If you are an AI provider dealing with unreliable training loads and high power consumption—this project developed a memory core that allows AI training loads to run faster and more reliably, yielding a customer ROI of more than 1000%.
Based on available project data, the memory is designed to be as low-cost as standard DRAM while adding non-volatility.
The project's vision is to set up production facilities in Europe to become a major memory player and an EIC unicorn.
Based on available project data, the technology is based on a disruptive material innovation using ferroelectric layers in the DRAM capacitor, though specific licensing terms are not listed.
The project has specifically developed a DRAM DDR-4 core memory design using FE-nvRAM technology.
The project period runs from 2024-04-01 to 2025-09-30, with the goal of impacting data center performance soon.
The project is led by a single German SME, Ferroelectric Memory GmbH. With a 100% industry ratio and no university or research partners, the consortium is lean and focused entirely on commercialization and industrial application rather than academic research.
Contact Ferroelectric Memory GmbH in Germany
Contact us to explore licensing or partnership opportunities with this EU-based memory disruptor.
