Chiplet Hub Private Memory Architecture for Scalable Interconnects

The patent applies universality by creating a standardized chiplet interconnection platform that serves multiple functions: it enables different chiplet types (accelerators, memory, I/O) to interconnect through common protocols, allows various manufacturers to participate using the same interface standards, and provides a unified memory management architecture that works across diverse chiplet configurations. This universal platform resolves the contradiction by maintaining high performance through standardized protocols while reducing complexity compared to proprietary solutions.

The patent applies segmentation by dividing the monolithic SoC into multiple independent chiplets that can be manufactured separately on smaller dies, thereby improving yield. Each chiplet contains specific functionality (accelerators, memory controllers, I/O interfaces) and is interconnected through standardized interfaces to form a complete system. This segmentation maintains system integration while enabling parallel manufacturing of smaller, higher-yield components.

The patent applies local quality by allowing each chiplet to be manufactured using semiconductor processes specifically optimized for its function. For example, accelerators can use processes optimized for high-speed computation, memory chiplets for high-density storage, and I/O chiplets for high-bandwidth communication. Each chiplet maintains its function-specific optimization while being integrated into a unified system through standardized interconnections, resolving the contradiction between integration and function-specific performance.