How does a Cisco Unified Wireless Network respond to Wi-Fi channel overlap?
Click on the arrows to vote for the correct answerA. B. C. D.
Cisco Unified Wireless Network (CUWN) is a wireless network infrastructure solution that provides a unified approach to managing both wired and wireless networks. It is designed to deliver secure, reliable, and high-performance wireless connectivity for a wide range of devices and applications.
In a Wi-Fi network, channel overlap occurs when two or more access points (APs) are using the same channel to communicate with clients. This can cause interference and degradation of the wireless signal, leading to poor performance and dropped connections.
To mitigate the effects of channel overlap, CUWN uses a variety of techniques, including:
C. Dynamic Channel Assignment (DCA): CUWN constantly monitors the RF environment and uses algorithms to analyze client load and background noise. Based on this analysis, it can dynamically assign channels to APs to minimize interference and optimize performance.
A. Channel Assignment by Administrator: CUWN also allows the network administrator to manually assign channels to APs on a per-device or per-interface basis. This can be useful in situations where there is a known interference source or a need to segregate traffic onto specific channels.
D. Alternating Channels: In addition to dynamic channel assignment, CUWN also supports the automatic selection of alternate channels on adjacent APs. This technique helps to reduce channel overlap and improve overall network performance.
B. Segregation of Devices: Although not specifically mentioned in the question, CUWN also has the ability to segregate devices from different manufacturers onto different channels. This can help to reduce interference and optimize performance for each type of device.
In summary, CUWN uses a combination of techniques to respond to Wi-Fi channel overlap, including dynamic channel assignment, manual channel assignment by the administrator, alternating channels, and device segregation. These techniques help to ensure that the wireless network delivers optimal performance, reliability, and security for a wide range of devices and applications.