SoC Phase Transition Memory Integration

The patent merges the microprocessor and memory device into a single integrated system on chip (SoC) architecture. The microprocessor and memory devices are fabricated on the same semiconductor substrate and interconnected through integrated wiring layers, eliminating the need for separate physical devices and external interconnects. This consolidation achieves higher computing speed through reduced signal transmission distances while managing complexity through standardized integration processes.

The patent utilizes three-dimensional vertical stacking of memory cells within the memory devices. Memory cells are arranged in multiple layers stacked vertically on the semiconductor substrate, with interconnect wiring extending through multiple levels. This vertical dimensionality increases memory density without proportionally increasing the planar footprint, thereby improving computing speed through faster data access while containing device complexity through vertical integration.

The memory device is segmented into multiple independent memory cells, each capable of storing one bit of data. These cells are arranged in arrays with row and column decoders that can independently access specific cells. This segmentation allows parallel access to multiple memory locations simultaneously, maintaining high access speed even as total memory density increases through additional cells.

The patent implements three-dimensional vertical stacking of memory cells with multiple interconnect levels. Data can be accessed through vertical vias and horizontal wiring in different layers, enabling parallel access paths. This multi-dimensional arrangement increases storage density while maintaining access speed by providing multiple concurrent access routes to different memory regions.