Multiplex System Selection Arrangements TRIZ Cases

This case uses OAM continuity checks to detect optical bypasses, flush forwarding data, and preserve loop-free G.8032 switching.

Gemport-to-MAC mapping lets FTTR gateways exchange packets between edge ONUs and Ethernet ports without redesigning switching.

OEO devices segment topology discovery and report status changes, simplifying connection detection across daisy-chained optical networks.

This case shows how a network adapter queues endpoint packets and transmits them during destination-reachable TDM time-slots.

A protection switch edge node detects path faults and switches Type C GPON traffic to redundancy paths without gateway coordination.

Optical switches reverse test signals to measure forward and reverse fiber delay, compensating PTP errors in asymmetrical paths.

Fixed electrical links limit processing paths; optical switching enables dynamic mapping to reduce congestion and exchange failures.

PHY clock lock and code-block checks automate optical link rate, PCS coding, and FEC matching without complex protocols.

This case uses splitters, combiners, and CWSS modules to scale CDC ROADM channel counts while preserving OSNR performance.

This architecture avoids SerDes by distributing traffic across parallel switch paths, helping flatten topology and reduce latency and power.

Geolocation coordinates and physical constraints define service polygons for accurate telecommunications availability mapping.

Matrix switches route optical paths between variable tilt equalizers, reducing device count and system cost.

This case routes writes and broadcasts optically between computing and memory dies to expand bandwidth and improve resource use.

Silicon photonics replaces metallic chiplet links with wavelength-routed multicast for faster, lower-energy DNN inference.