Exam 200-301 topic 1 question 886 discussion

A is incorrect, a LAG is configured on a single WLC's distribution system ports which are connected to a multilayer switch, not to another WLC. It increases available bandwidth between the wired and wireless networks. The redundancy port of a WLC is for connecting to the redundancy port of another WLC for high availability deployment designs. There is only one redundancy port on a WLC, so LAG is unrelated to that.

LAG combines multiple physical links into a single logical link, which increases the overall bandwidth and provides redundancy.

it´s C

ok why so many incorrect answers on here

Chat GPT:”It's important to note that the increase in throughput is typically not a primary goal of implementing LAG in the context of a WLC. LAG is more about reliability and link redundancy. The actual throughput experienced by an individual client or device is still constrained by factors like radio signal strength, channel capacity, and network load.”

Most definitely C, to increase throughput.

The reason to implement LAG (Link Aggregation Group) on a Cisco WLC (Wireless LAN Controller) would be C. Increase the available throughput on the link. LAG combines multiple physical links into a single logical link, increasing the available bandwidth and improving network performance. By using LAG, multiple links can be used simultaneously to transmit and receive data, which allows the WLC to provide higher throughput than a single link could provide. This is especially important in high-density WLAN environments where there are many wireless clients connecting to the network and generating a large amount of traffic.

its definitely C

"Increase the available throughput on the link." for sure

It's C , please correct the answer

It's C , please correct the answer

Ccccccc

C for sure