Fiber-to-Chip Alignment via Lid Groove and Substrate Rib Engagement

The lid member is divided into multiple grooves that each receive individual optical fibers, while the substrate is divided into multiple ribs that engage with corresponding grooves. This segmentation allows each fiber to be independently positioned and aligned, achieving precise optical coupling without requiring complex interlocking features across the entire assembly.

The grooves in the lid member and ribs on the substrate serve as intermediary alignment features. These simple geometric forms mediate the alignment between optical fibers and waveguides, replacing the need for complex precisely-machined interlocking features while maintaining alignment precision.

The alignment function is segmented into simple grooves and ribs that can be manufactured using standard processes. Each groove-rib pair independently handles alignment for its corresponding fiber-waveguide connection, enabling cost-effective manufacturing while maintaining precision.

The grooves and ribs are simple geometric features that can be manufactured at low cost using standard fabrication processes. These simple alignment features replace expensive precisely-machined interlocking components, significantly reducing manufacturing cost while maintaining alignment precision.

The alignment system is segmented into multiple independent groove-rib pairs, each providing stable alignment for its corresponding fiber. This segmentation achieves overall alignment stability through the collective effect of multiple simple features rather than relying on complex interlocking mechanisms.

The grooves and ribs act as intermediary features that provide stable alignment through simple geometric engagement. This intermediary approach achieves alignment stability without requiring complex interlocking features, greatly simplifying the manufacturing process.