Refer to the exhibit. The SW1 and SW2 Gi0/0 ports have been preconfigured. An engineer is given these requirements:
• Allow all PCs to communicate with each other at Layer 3.
• Configure untagged traffic to use VLAN 5.
• Disable VLAN 1 from being used.
Which configuration set meets these requirements?
For all PCs to communicate with each other at Layer 3, we need to ensure that all VLANs used by the PCs (5, 7, 9, 108) are allowed on the trunks connecting the switches and the router. The configuration must also set the native VLAN to 5 and prevent VLAN 1 from being used. Option A correctly configures SW1 and SW2 interfaces as trunks with VLANs 5, 7, 9, and 108 allowed. It also sets VLAN 5 as the native VLAN on the trunks. Additionally, SW2's interface Gi0/1 is configured as an access port in VLAN 7, correctly handling the access needs of PC2. Overall, Option A meets all the given requirements appropriately.
Letter A - Two mismatch (between SW1 and SW2): Native Vlan and Vlan Allowed. Letter B - A mismatch (between SW1 and SW2): Vlan Allowed. Letter C - Working, best option! Letter D - Native Vlan 5 not configured. (*wrong command vian)
It can't be C. Option B is the only answer with the PC on SW1 connected as an access port.
B cannot be correct. A configuration for access port at vlan 1 exists.
Yes, it can be C
C is correct
It´s C
Scratch my comment from the record, please.
C é a resposta correcta
For me is letter B because it's the only option that has mention the topic "Disable VLAN 1 from being used."
Why SW1 is Trunk. Switch to router port is enabled Trunk only for router on stick. interface Gi0/2 switchport mode trunk switchport trunk allowed vlan 5,7,9,108
Allow all PCs to communicate with each other at Layer 3, that's y