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Multi-cellular meta-processing unit is an assembly of a large number of small processors organized in self-similarity configurations, together capable of executing trillions of instructions per second. Multiple cells (small processors) are self-organizing processes that are inherently self-similar. Each cell has multiple independent, high speed serial I/O channels. Each cell has its own internal clock, so each cell runs at a slightly different speed as there is no synchronization between any of the cells. Each cell in an n-order system is connected to n−1 peers (neighbors at its own level) and one to the next higher level. This paper presents a package of 9 computing cells (PC/104-Plus LX800 SBC) grouped in three. So each cell is connected to 2 peers and 1 next higher level, and each loaded with its own operating system (Hilbert Engine). The 9 cells can work independently without a centralized control unit. The advantage of this new approach lies in extremely high execution capability in processing a given program. Additionally, the system is self-organizing, which means that the multitude of computing cells is transparent to the user. The system can be treated as a single or few input entities. The advantages of this system include scalability, ultra-high throughput, and fabrication of a large number of small computing cells on single or multiple Si wafers, and multiple wafers will be stacked together to enlarge the capability of the computing system.

Hardware Design for Novel Packaging of Multi-Cellular Meta-Processing Unit