MVLAN stands for Multiple VLANs. It is a networking term that refers to the creation of multiple logical local area networks (VLANs) within a single physical network infrastructure.
VLANs are used to segment a network into separate virtual networks for improved security, efficiency, and management. By dividing a network into VLANs, the traffic within each VLAN is isolated from other VLANs, even though they share the same physical network infrastructure. Each VLAN is assigned a unique identifier called a VLAN ID, which allows network switches to appropriately handle traffic and connect devices to the correct VLAN.
MVLAN takes this concept further by allowing the creation of multiple VLANs within a single network infrastructure. It enables network administrators to logically partition a network into multiple subnetworks, each with its own VLANs, without the need for separate physical infrastructure. This can be beneficial in scenarios where there is a need for a large number of VLANs or when VLANs need to span across different physical networks or locations.
With MVLAN, network administrators can assign different VLAN IDs to various subnetworks, creating a more flexible and scalable network design. This allows for better network management, enhanced security by isolating different VLANs, and enables more efficient use of network resources.
In summary, MVLAN is a networking concept that involves the creation of multiple VLANs within a single physical network infrastructure, providing improved network segmentation, flexibility, scalability, and management.
