A large number of clients are trying to stream an on-demand instruction in a large auditorium. Which two configuration changes on the WLC ensure that there is enough bandwidth to support the client…

QoS profiles on the WLC enable traffic prioritization and bandwidth management, ensuring streaming video receives the necessary priority and that no single client monopolizes the shared medium during high-density events. This is configured under the WLC QoS policy and applied per SSID or WLAN.

Lowering transmit power reduces cell coverage and can degrade the signal-to-noise ratio for distant clients, reducing throughput rather than increasing available bandwidth.

80 MHz channel bonding on 5 GHz doubles the available channel width compared to 40 MHz, significantly increasing aggregate throughput on each AP radio without deploying additional hardware, which directly addresses bandwidth demands in a high-density scenario.

Restricting clients to 2.4 GHz SSIDs limits available spectrum to three non-overlapping channels with lower maximum throughput, which worsens congestion in a high-density environment.

Increasing transmit power does not add capacity or bandwidth; it can actually increase co-channel interference from neighboring APs, degrading overall network performance.