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9 Member not present
10 Member not present
11 Member not present
12 Member not present
-- Module Info --
Unit Module No Status Module Type Ports
---------------------------------------------------------------------------
1 1 not present No Module 0
2 1 not present No Module 0
4 1 not present No Module 0
-- Power Supplies --
Unit Bay Status Type FanStatus FanSpeed(rpm)
---------------------------------------------------------------------------
1 1 down UNKNOWN down 0
1 2 up AC up 7728
2 1 absent absent 0
2 2 up AC up 8032
4 1 up AC up 7824
4 2 absent absent 0
-- Fan Status --
Unit Bay TrayStatus Fan0 Speed Fan1 Speed
------------------------------------------------------------------------------------
1 1 up up 7058 up 7058
2 1 up up 7164 up 7058
4 1 up up 7058 up 7058
Speed in RPM
Dell#
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 conguration) 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.
844
Stacking