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Revolutionary Innovations in AI Hardware

Our technology integrates stable multi-bit memory and computational architectures to enable ultra-efficient, low-latency, real-time AI at the edge.

Deterministic Multi-Bit Memory

Achieves high memory state density through hybrid integration of physics and dimensionality.

Deterministic In-Memory Computing

Performs on-chip training and inference directly inside the memory array, drastically reducing energy consumption and latency.

Ultra-Low Power and High Speed

Switches at <1V and <50 ns, enabling fast, energy-efficient operation critical for edge AI applications.

Non-Volatile Storage

Stable memory retention for more than 10 years at 85°C, ensuring reliable on-chip data access.

Seamless Integration

Leverages conventional semiconductor processes, ensuring easy adoption and scalability for the industry.

Scalable Hybrid Architecture

Integrates diverse processing units and memory hierarchies, optimizing resources and maximizing performance.

Scale your capabilities anytime, for enhanced AI performance.

Unmatched AI Performance in In-Memory Computing

≥0x

Memory State Density

≥1x

Energy Efficiency

<0ns

Switching Speed

<0V

Switching Voltage

*measured against existing non-volatile analog in-memory computing solutions                 **comparable to DRAM

XEdge Ai: Bringing AI Power to the Edge.

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