Persistent Memory Solutions for Efficient AI Scale-out
The Memory Revolution that powers
critical infrastructure
IPCEI Microelectronics and Communication Technologies – Ferroelectric Memory
GO BACK Microelectronics is an economic multiplier for almost all relevant economic sectors and has a decisive influence on how innovative and therefore economically successful Europe is. For Germany as a business location, microelectronics is a central building block...
IPCEI Microelectronics and Communication Technologies – Ferroelectric Memory
GO BACK Microelectronics is an economic multiplier for almost all relevant economic sectors and has a decisive influence on how innovative and therefore economically successful Europe is. For Germany as a business location, microelectronics is a central building block...
Hardware-based AI with 3-dimensional ferroelectric memories
GO BACK Artificial intelligence (AI) is considered a cross-industry driver of innovation and growth, but powerful models lead to a sharp increase in energy and water consumption due to cooling in data centers. The training of a single advanced AI model, for example...
Hardware-based AI with 3-dimensional ferroelectric memories
GO BACK Artificial intelligence (AI) is considered a cross-industry driver of innovation and growth, but powerful models lead to a sharp increase in energy and water consumption due to cooling in data centers. The training of a single advanced AI model, for example...
The memory arms race. How FMC is ending the trade-off era.
GO BACK Every technological revolution has a single constraint that shapes its trajectory. Today, as AI systems, hyperscale data centers, and cloud networks scale at unprecedented speed, the defining constraint is no longer processing power. It is memory. For decades,...
The memory arms race. How FMC is ending the trade-off era.
GO BACK Every technological revolution has a single constraint that shapes its trajectory. Today, as AI systems, hyperscale data centers, and cloud networks scale at unprecedented speed, the defining constraint is no longer processing power. It is memory. For decades,...
FMC’s memory technology to power real-time, data-driven decisions in critical enterprises applications across Europe and beyond. From AI data centers to industrial and automotive systems, FMC’s memory delivers the persistent, high-performance, low power storage that next-generation AI applications demand.
Persistent + Fast
DRAM speed with
media persistence
Energy-Efficient
Enables efficient-AI
scale-out
High volume manufacturing
Seamless integration in
existing factory processes
Let’s build the future of memory together
DRAM-Class Speed. Flash-Class Persistence.
DRAM+
Persistent Memory Modules
Combine speed of DRAM with data retention for AI training & low-power systems
CACHE+
Persistent CACHE+ Chiplets
Increase your inference performance with high density and persistent CACHE+
Europe cannot lead in AI without mastering memory. FMC’s DRAM+ and CACHE+ are more than technologies—they’re our path to digital sovereignty and sustainable performance.
Jean-René Lèquepeys | Deputy Director and CTO CEA-Leti
Behind the Breakthrough From Lab to Impact
An in-depth look into the people, science and insights behind FMC’s technology. For innovators and bold decision-makers.
Inside the Memory Shift
A thought leader series by FMC on the future of memory. Experts reveal how DRAM+ and CACHE+ technology is reshaping AI and infrastructure.
Fast, persistent, and ready to scale.
