NEUROMORPHIC COMPUTING
Chemputronium can be patterned into a repeating 1S1R primitive on standard PCB substrates. A 1S1R cell combines a rectifying selector element (S) with a one-time programmable resistive element (R).
When replicated into an array, these primitives can support experiments where weights are stored physically and multiply and accumulate style behavior is explored through row and column excitation.
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What customers typically explore
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Crossbar-style matrix operations using passive row and column addressing
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One-time programmed weight maps for fixed inference demonstrations
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Selector-assisted addressing concepts to reduce unintended current paths in dense arrays
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Low-voltage read / higher-energy program separation for repeatable inference after one-time configuration
Why a 1S1R primitive is relevant
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The selector element provides directional conduction behavior that can be useful when scaling beyond single devices.
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The WORM resistive element enables irreversible programming of conductance states.
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PCB manufacturability enables rapid iteration of geometry, pitch, and array size.
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Important note
Azoulaye Synapse supplies Chemputronium as a material system and manufacturing process. Customers design, validate, and implement any end system, architecture, or algorithm. This page describes potential exploration areas only.