R3377

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Technical Specifications: Programmable Matter System Model R3377

Category	Specification	Details
Model	Product Line	Morphosys Dynamic Compute Series
	Model Number	R3377
Chassis	Form Factor	7U Energy Field Enclosure
	Architecture	Non-Von Neumann; Massively Parallel Reconfigurable Substrate
Compute Substrate	Technology	Nanoscale Programmable Matter Cells
	Cell Count	> 1 Trillion interdependent cells
	Cell Function	Configurable as compute, memory, routing, or sensor
	Reconfiguration Method	Precision multi-spectral energy fields (acoustic, EM, optical)
	State	Solid, quasi-liquid, or resonant field
Performance	Clockless	Event-driven, asynchronous processing
	Effective “Ops”	Zetta-OPS scale (context-dependent on configuration)
	Latency	Attosecond-scale intra-substrate communication
	Precision	Analog, digital, or quantum representation (configurable)
Interconnect	Internal Fabric	Self-organizing neural pathways; dynamic optical conduits
	External I/O	Programmable I/O surfaces (optical, quantum, RF)
Memory	Architecture	Unified compute-memory (In-substrate storage)
	Effective Capacity	Effectively limitless (limited only by substrate size)
Power & Cooling	Energy Source	Direct matter-energy conversion
	Power Efficiency	~99.99% efficient (minimal energy lost as heat)
	Cooling	Energy recapture & dissipation fields
Physical	Dimensions	(H x W x D) 306 mm x 447 mm x 1200 mm
	Mass	Variable (100g – 50kg) (depending on configuration density)
	Topology	Can alter physical shape within enclosure
Programming	Abstraction Level	Intent-based “Problem Description” Language
	Process	User defines problem constraints; substrate self-organizes optimal computational structure.
	API	Higher-order cognitive interface