Glossary

2 Member not present
3 Member not present
4 Member not present
5 Member not present
6 Member not present
7 Member not present
[output omitted]
Stack#show system stack-unit 1 | grep priority
Master priority : 0
Stack#show system stack-unit 2 | grep priority
Master priority : 0
Example of Adding a Standalone with a Lower MAC Address and Equal Priority to a Stack
Stacking LAG
When multiple links are used between stack units, Dell EMC Networking OS automatically bundles them in a stacking LAG to
provide aggregated throughput and redundancy.
The stacking LAG is established automatically and transparently by Dell EMC Networking OS (without user configuration) after
peering is detected and behaves as follows:
● The stacking LAG dynamically aggregates; it can lose link members or gain new links.
● Shortest path selection inside the stack: If multiple paths exist between two units in the stack, the shortest path is used.
Supported Stacking Topologies
The device supports stacking in a ring or a daisy chain topology.
Dell EMC Networking recommends the ring topology when stacking the switches to provide redundant connectivity.
Figure 126. Supported Stacking Topologies
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Stacking