Refresh Your Wireless Network with Lightweight APs and Wireless Controller
Question
A small company is requesting a quote to refresh its wireless network.
The company currently runs 60 autonomous APs and has plans to increase wireless density by 50% in the near future.
The requirements state that the chosen solution should significantly decrease the management overhead of the current wireless network.
Which of the following should the vendors recommend in response to the quote request?
A.
The use of lightweight APs with a load balancer B.
The use of autonomous APs with a wireless controller C.
The use of autonomous APs with a load balancer D.
The use of lightweight APs with a wireless controller.
D.
Explanations
A small company is requesting a quote to refresh its wireless network.
The company currently runs 60 autonomous APs and has plans to increase wireless density by 50% in the near future.
The requirements state that the chosen solution should significantly decrease the management overhead of the current wireless network.
Which of the following should the vendors recommend in response to the quote request?
A.
The use of lightweight APs with a load balancer
B.
The use of autonomous APs with a wireless controller
C.
The use of autonomous APs with a load balancer
D.
The use of lightweight APs with a wireless controller.
D.
The vendor should recommend the use of lightweight APs with a wireless controller in response to the quote request. This solution will meet the requirement of decreasing the management overhead of the current wireless network while also allowing for future expansion.
Lightweight APs are a type of access point that offloads some of the processing and management tasks to a central wireless controller. This centralization reduces the overall management overhead of the wireless network. In contrast, autonomous APs operate independently and require individual management, which can be cumbersome for larger networks.
A wireless controller provides a centralized management interface for the entire wireless network, allowing for easy configuration, monitoring, and troubleshooting of all connected APs. This reduces the need for manual configuration of individual APs and simplifies the overall management process.
By using lightweight APs with a wireless controller, the company can easily scale its wireless network to accommodate the planned 50% increase in density while also significantly reducing management overhead. This solution is more efficient and cost-effective in the long run, especially as the network grows larger.
Therefore, the recommended solution is D. The use of lightweight APs with a wireless controller.
