What ensures the separation of broadcast domains within VLAN configurations?

What ensures the separation of broadcast domains within VLAN configurations?

• A. Router Settings
• B. Switch Ports Grouping
• C. Firewall Rules
• D. Network Load Balancing

Answer: (B)

VLAN (Virtual Local Area Network) configurations rely on creating logical separations of networks within the same physical infrastructure. In this regard, switch ports grouping plays a crucial role in ensuring that broadcast domains are separated. When switches are configured with VLANs, each VLAN operates as its own distinct broadcast domain. This means that any broadcast traffic sent within a specific VLAN will only be received by devices that are part of that same VLAN. By grouping switch ports and assigning them to different VLANs, administrators can isolate traffic, enhance security, and improve manageability within the network. For instance, if certain devices are connected to ports that belong to VLAN 10, they will only be able to communicate with each other regarding broadcasts, while devices on VLAN 20 will not receive these broadcasts—effectively ensuring that broadcast traffic does not cross VLAN boundaries. This characteristic of VLANs is instrumental in maintaining network efficiency and reducing unnecessary traffic clutter, as well as providing a means for creating segmented networks for various departments or functions within an organization.

VLAN (Virtual Local Area Network) configurations rely on creating logical separations of networks within the same physical infrastructure. In this regard, switch ports grouping plays a crucial role in ensuring that broadcast domains are separated.

When switches are configured with VLANs, each VLAN operates as its own distinct broadcast domain. This means that any broadcast traffic sent within a specific VLAN will only be received by devices that are part of that same VLAN. By grouping switch ports and assigning them to different VLANs, administrators can isolate traffic, enhance security, and improve manageability within the network.

For instance, if certain devices are connected to ports that belong to VLAN 10, they will only be able to communicate with each other regarding broadcasts, while devices on VLAN 20 will not receive these broadcasts—effectively ensuring that broadcast traffic does not cross VLAN boundaries.

This characteristic of VLANs is instrumental in maintaining network efficiency and reducing unnecessary traffic clutter, as well as providing a means for creating segmented networks for various departments or functions within an organization.