I'm working on modelling eth/otn interfaces and cross-connections using openconfig-terminal-device.yang.
In our system, one of the Muxponder has a restricted topology. There exists two Digi-G4 framer entities within the same line card (each having their own set of ports). Also, the system shall implement only cross-connections inside a single Digi-G4 framer.
From the end-user point of view, he sees, the logical-channels existing on the same line card can be logically linked through the logical-channel-assignment. So, how do we showcase this kind of connection restriction between two logical-channels using openconfig model?
Is there any thought or idea already in discussion with regards to similar issue? Can anyone please suggest here ?
This issue is stale because it has been open 180 days with no activity. If you wish to keep this issue active, please remove the stale label or add a comment, otherwise will be closed in 14 days.
I'm working on modelling eth/otn interfaces and cross-connections using openconfig-terminal-device.yang. In our system, one of the Muxponder has a restricted topology. There exists two Digi-G4 framer entities within the same line card (each having their own set of ports). Also, the system shall implement only cross-connections inside a single Digi-G4 framer.
From the end-user point of view, he sees, the logical-channels existing on the same line card can be logically linked through the logical-channel-assignment. So, how do we showcase this kind of connection restriction between two logical-channels using openconfig model?
Is there any thought or idea already in discussion with regards to similar issue? Can anyone please suggest here ?
FYI, Digi-G4 reference - https://www.microsemi.com/product-directory/multi-service-otn-processors/4227-pm5990-digi-g4