Purpose-Built Memory for
Advanced Applications
AI & Cloud Compute
Persistent memory allows power-efficient scale-out of AI compute
Edge AI Devices
Low-power standby and local logging without battery drain
High Availability Systems
Zero-boot data access and high-temperature operation
Database Application
Accelerate real-time big data analytics, data security, financial transactions and warehousing
The Future of AI Runs on Ferroelectric Memory
FMC’s hybrid memory technology merges volatile and non-volatile layers into a unified architecture. This cuts AI infrastructure costs, and boosts performance power efficiency for AI training
High performance with ultra-low power usee
Extendable from AI data center to industrial and automotive
DRAM-Class Speed. Flash-Class Persistence.
DRAM+
Persistent Memory Modules
Combine speed of DRAM with data retention for AI training & low-power systems
High-speed, non-volatile main memory
AI training, industrial real-time systems
Advanced DRAM+ system memory solutions
CACHE+
Non Volatile CACHE+ Chiplets
Increase your inference performance with high density and persistent CACHE+
High density, nonvolatile CACHE+ memory
High performance data center & edge compute units
Chiplet implementation via heterogeneous integration
FMC use cases
Embedded vs. Standalone vs. Chiplet Memory: Choosing what your application really needs
The Expanding Compute Landscape Compute is no longer confined to large data centers. It’s everywhere: in the cloud, in tablets and smartphones, in cars, fridges, watches. It’s in our homes, our medical devices, and even in nanobots traveling through the human...
Breaking the Memory Wall: How DRAM+ and CACHE+ redefine system architecture across industries
The Past: Fragmented Memory Architectures For decades, compute systems have been built on a fragmented memory model: — DRAM for speed—fast but volatile. — Flash or SSDs for persistence and density—slower but non-volatile. This division, combined with increased demand...
AI Cloud Acceleration: Redefining datacenter performance with DRAM+ and CACHE+
Memory: The New Bottleneck As AI reshapes enterprise and datacenter workloads, the challenge has shifted. It’s no longer just about compute power—memory and storage are now the critical bottlenecks. Whether in the cloud, at the edge, or in on-premises systems, overall...
The Memory Revolution | Vision, Market & Strategy
Progress doesn’t come from pushing legacy technology past
its limits, but from reimagining memory at its foundation.
FMC isn’t just improving memory—it’s redefining it.
Ayman Abouelwafa | Chief Product Officer FMC & Ex. CTO HPE
Ferroelectric Memory Company. Redefining memory for the AI era.
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