Computational Random Access Memory
Building the Foundation for Future Intelligence
Today's computing architectures weren't designed for the scale of intelligence now emerging. Stealth Cram is changing the architecture itself, performing computation within memory to dramatically reduce the data movement constraining modern AI.
- One digital, reprogrammable compute platform.
- From edge to cloud.
- Engineered for commercial silicon.
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Energy
1000×
energy efficiency potential
Research
years of research and engineering
Platform
architecture for multiple products and workloads
The memory wall
The Problem Isn't Computing. It's Data Movement.
Data movement—not computation—has become one of the world’s greatest sources of wasted energy.
Most architectures attempt to mitigate the data movement bottleneck. Stealth Cram hits the source. We call it Computational Random Access Memory, or “CRAM”, and it changes the game by allowing memory cells to become an active compute fabric.
The shift in architecture
Data shuttles back and forth.
Data moves a shorter distance.
Computation happens within memory.
From edge to cloud
Designed for Wherever Intelligence Lives
Built on decades of University of Minnesota research, Stealth Cram’s team of experts is creating the computing foundation to help intelligence thrive more efficiently throughout our world.
Technology organizations can:
Move Less
Dramatically reduce unnecessary data movement to unlock exponentially greater energy efficiency.
Compute More
Support increasingly demanding intelligent computations without proportionately greater energy use.
Build Everywhere
One reprogrammable architecture across an expanding universe of intelligent systems.
Evolve with Intelligence
Adaptation meets computation. Our digital, reprogrammable CRAM architecture is designed to evolve as intelligence proliferates and accelerates.