What concept does not belong to the MUX VLAN?

What concept does not belong to the MUX VLAN?

• A. Principal VLAN
• B. Subordinate VLAN
• C. Guest VLAN
• D. Subordinate group VLAN

Answer: (C)

The concept that does not belong to MUX VLAN is the Guest VLAN. In the context of VLAN (Virtual Local Area Network) configurations, MUX VLANs typically organize and manage various traffic types and roles within a network. Principal VLANs are primary segments that determine how traffic is handled, while Subordinate VLANs support and expand upon the functionalities of Principal VLANs by handling specific types of traffic or additional network segments. The Subordinate Group VLAN serves a similar purpose, allowing for collective management of subordinate VLANs. The Guest VLAN, on the other hand, is designed for handling guest access in a network and is often utilized to provide internet access to visitors while isolating them from the internal resources of the network. This concept does not integrate into the MUX VLAN framework, which focuses primarily on the hierarchical structuring of VLANs for traffic management rather than providing access to external users.

The concept that does not belong to MUX VLAN is the Guest VLAN. In the context of VLAN (Virtual Local Area Network) configurations, MUX VLANs typically organize and manage various traffic types and roles within a network.

Principal VLANs are primary segments that determine how traffic is handled, while Subordinate VLANs support and expand upon the functionalities of Principal VLANs by handling specific types of traffic or additional network segments. The Subordinate Group VLAN serves a similar purpose, allowing for collective management of subordinate VLANs.

The Guest VLAN, on the other hand, is designed for handling guest access in a network and is often utilized to provide internet access to visitors while isolating them from the internal resources of the network. This concept does not integrate into the MUX VLAN framework, which focuses primarily on the hierarchical structuring of VLANs for traffic management rather than providing access to external users.