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I am using the same type of switch and unfortunately have not found a reasonable way to model the switch cleanly. The limitations associated with the port groups (all 4 ports can only have the same speed) are also an issue. Are there any ways to implement the port groups as suggested? |
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Dell PowerSwitch (https://www.dell.com/support/manuals/en-sg/dell-emc-smartfabric-os10/smartfabric-os-user-guide-10-5-0/port-groups-on-s5200f-on-switches?guid=guid-1a9f6680-ab7e-4cfa-9c94-96cf3b436f8c&lang=en-us) and maybe others have a concept of port groups, which are fixed into the physical design of the switch.
Because all interfaces in a port group need to be the same speed, in cases where different speeds are needed on the same switch (e.g. some interfaces SFP+ 10G, some SFP28 25G), planning is needed to ensure only the same speed transceivers & connections are used with interfaces in a given port group.
Therefore it would be useful to be able to view
port group : interface
mappings to help with the planning of such scenarios, and to validate that this constraint is in the design.There are sort of a breakout thing, but not using a breakout cable - the "breakout" is within the switch itself.
I looked at modules but I couldn't create the relationship with interfaces. Also tried parent/child interfaces but I couldn't add SFP28 interfaces as a child (came up with the validation error that only virtual interfaces can be child).
I wonder if anyone has a good workaround to manage this scenario?
Or whether a new "port group" component type that maps to interfaces and enforces this constraint is something to request as a new "nice to have" feature? e.g. to:
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