An administrator at a university campus is troubleshooting intermittent connectivity issues for users on a tunneled WLAN. The APs are connected to a Mist Edge cluster. The administrator suspects one of the Mist Edge appliances in the cluster may be failing.
They review the Mist Edge events log.
Mist Edge Events
Timestamp | Mist Edge | Event Type
--|--|
2025-07-16 09:30:15 | ME-Campus-01 | Tunnel Service Restarted 2025-07-16 09:35:20 | ME- Campus-02 | Upstream Resource Unreachable 2025-07-16 09:35:22 | ME-Campus-02 | Tunnel Service Inactive Based on these events, what is the most likely cause of the user connectivity issues?
A wireless client tries to use the highest modulation method available to have optimal throughput. When the wireless client moves further away from the access point, the signal is not strong enough. Consequently, it will step down the speed based on the modulation available at that distance from the AP.
Which mechanism would explain this scenario?
Click the Exhibit button.
Referring to the exhibit, in the USA, which two statements are correct? (Choose two.)
An administrator needs to configure a redundant and load-balanced tunneled wireless solution for a large campus that spans multiple buildings. The design requires that APs in one building (`Site- A`) prefer to tunnel to a Mist Edge in that same building, while APs in another building (`Site-B`) prefer to tunnel to a different Mist Edge in their building. However, if an Edge in one building fails, APs should be able to fail over to the Edge in the other building.
How should this be designed using the Mist architecture? (Select all that apply.)
Click the Exhibit button.
Referring to the exhibit, as part of the Throughput SLE in the Mist UI, the Coverage classifier indicates the signal strength of which device?
