A company is collecting the requirements for an on-premises event.
During the event, a wireless client connected to a dedicated WLAN will run a video application that will need on average 391595179 bits per second to function properly.
What is the QoS marking that needs to be applied to that WLAN?
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A. B. C. D.B.
To determine the appropriate QoS marking for a WLAN, you need to consider the required bandwidth, latency, jitter, and packet loss characteristics of the traffic that will be transmitted over the WLAN. The QoS marking will indicate the priority level of the traffic, which will determine how the traffic is handled by the network when congestion occurs.
In this scenario, the wireless client will be running a video application that requires an average bandwidth of 391595179 bits per second. This is a significant amount of bandwidth, indicating that the traffic is likely to be sensitive to delays and packet loss. Therefore, the QoS marking for this WLAN should be set to Platinum, which is the highest priority level in the QoS hierarchy.
The Platinum QoS marking ensures that the traffic is given the highest priority when competing with other traffic on the network, meaning that it is less likely to experience delays, packet loss, or other performance issues. This is particularly important for video applications, which require a consistent and reliable network connection to function properly.
It's worth noting that the QoS marking for a WLAN should be based on the specific needs of the application or traffic type that will be transmitted over the WLAN. In some cases, a lower QoS marking may be appropriate if the traffic is less sensitive to network performance issues. However, in this scenario, the high bandwidth requirements and sensitivity of the video application indicate that the Platinum QoS marking is the most appropriate choice.