Silicon Optical Ports Passive Alignment Connectors

The patent applies preliminary action by pre-establishing vertical reference datums on the substrate and designing mechanical features (ridges, grooves, spheres, sockets) that provide horizontal axis control before the actual alignment process. This pre-positioning of reference features eliminates the need for time-consuming active alignment during assembly, as components self-align through the predetermined mechanical structures.

The patent replaces the optical/mechanical active alignment system with a passive mechanical feature-based alignment system. Instead of using vision-based active alignment processes, the invention uses purely mechanical features (ridges fitting into grooves, spheres fitting into sockets) to achieve precise alignment, substituting complex active alignment machinery with simple passive mechanical structures.

The patent extracts and removes the need for active alignment systems entirely from the alignment process. By incorporating alignment features directly into the substrate and connector structures, the invention eliminates the separate active alignment system, reducing device complexity while maintaining alignment accuracy through the built-in mechanical features.

The alignment features (ridges, grooves, spheres, sockets) are designed to automatically guide and position components relative to each other during assembly. The mechanical features self-align the waveguides with the optical connector without requiring external active alignment equipment, making the system self-aligning and reducing overall complexity.