An engineer is designing a wireless deployment for a university auditorium.
Which two features can be used to help deal with the issues introduced by high AP count? (Choose two.)
Click on the arrows to vote for the correct answer
A. B. C. D. E.CE.
Sure, I'd be happy to explain.
When designing a wireless deployment for a university auditorium, high AP (access point) count can introduce several issues, such as co-channel interference, overlapping channels, and reduced signal strength. To deal with these issues, you can use the following two features:
Transmit Power Control (TPC): TPC is a feature that allows you to adjust the transmit power of the APs to optimize coverage and reduce interference. By lowering the transmit power of nearby APs, you can minimize co-channel interference and reduce the overlapping of channels. This can also help to improve the signal-to-noise ratio and reduce the likelihood of adjacent-channel interference.
Dynamic Frequency Selection (DFS): DFS is a feature that allows you to use additional frequency bands in the 5 GHz range, beyond the standard non-DFS channels. This can help to reduce interference from radar signals and other sources of interference, as well as allow for more channels to be used in high-density environments like the university auditorium.
TSPEC, RXSOP, and LSS are not features that specifically address the issues introduced by high AP count in a university auditorium:
TSPEC (Traffic Specification) is a feature that allows you to specify the quality of service (QoS) requirements for individual wireless clients, but it does not address the issues of co-channel interference and overlapping channels.
RXSOP (Received Signal Strength Operating Point) is a feature that allows you to adjust the sensitivity threshold of the APs to better handle weak signals, but it does not address the issues of co-channel interference and overlapping channels.
LSS (Load-Splitting Steer) is a feature that allows you to distribute client connections across multiple APs to balance the load, but it does not address the issues of co-channel interference and overlapping channels.
Therefore, the correct answers are C. TPC and E. DFS.