VLAN aggregation and MUX VLAN provide different networking functions and use distinct VLAN roles.
VLAN aggregation combines multiple sub-VLANs under a super-VLAN. The sub-VLANs share the IP subnet and default gateway of the super-VLAN, reducing IP address consumption.
MUX VLAN controls Layer 2 communication using principal, group, and separate VLANs. It allows administrators to restrict communication among hosts while maintaining access to designated resources.
However, Huawei ' s MUX VLAN configuration requirements explicitly prohibit using the VLAN ID of a principal VLAN as a super-VLAN or sub-VLAN.
Consequently, an administrator cannot assign the same VLAN ID simultaneously to a super-VLAN and the principal MUX VLAN.
Separate VLAN identifiers must be allocated for the relevant VLAN functions to avoid configuration conflicts.
Therefore, the statement is FALSE.
HCIP-Datacom-Advanced Routing & Switching Technology V1.0 Training Material.pdf
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