1.1.f Loop Guard

Task 1 Configure the switches according to the diagram. The unused ports should be configured in the administratively down state: Task 2 Configure the F0/23 interface of SW3 such that if it does not receive BPDUs from SW2’s F0/23 interface, Layer 2 loops do not occur.

1.1.f Root Guard

Task 1 Configure the switches according to the diagram. Task 2 Configure the appropriate switch such that the customer edge switch is never elected as the root bridge of the provider switched network, no matter how it’s configured. Do not use BPDU Filter to accomplish this task.

1.1.f BackBone Fast

Task 1 Configure the switches according to the diagram. The unused ports must be in administratively down state. Task 2 Configure the appropriate switch(es) such that if an indirectly connected link fails, the STP convergence time is improved. Do not manually configure any timers to accomplish this task.

1.1.f BPDU Filter

Task 1 Configure the routers and the switches according to the diagram. The interswitch connections should be configured as a trunk using an industry-standard encapsulation. The unused ports should be configured in administratively down mode. Task 2 Configure SW2’s F0/21 interface using the following policies: The F0/21 interface of SW2 should be configured to filter […]

1.1.f BPDU Guard

Task 1 Shut down all ports on SW1 and SW2 and configure an industry-standard trunk between the two switches using port F0/19. Only the F0/19 interface should be in no shutdown state. Task 2 Configure the F0/1 interface of SW1 such that if it detects any BPDUs, it transitions into err-disable mode. Task 3 Configure […]

1.1.f UplinkFast

Task 1 Configure the topology shown in Figure 3-7 using the interfaces that are identified. The unused interfaces should be in shutdown state. Task 2 Configure SW2 such that if its root port (F0/23) goes down, the alternate port (F0/19) transitions into the forwarding state immediately:

1.1.f PortFast

Task 1 Shut down all ports on SW1 and SW2. Configure an industry-standard trunk between the two switches using port F0/19. Only the F0/19 interface should be in no shutdown state. Task 2 Configure the appropriate switch to implement the following policies: Configure the F0/0 interface of R1 for VLAN 100. The F0/0 interface of […]

1.1.f MST

Task 1 The first Catalyst switch should be configured with a hostname of SW1, and the second Catalyst switch should have a hostname of SW2. Task 2 Configure all the ports, except F0/19 and F0/20, in shutdown mode: Task 3 Ports F0/19–20 on both switches should be in trunking mode. These ports should use an […]

1.1.f RPVST+

Lab Setup Shut down all interfaces that are not shown Configure all the interfaces shown as access links in VLAN 12. On each switch, configure the bridge priority for VLAN 12 as shown. Switch ports should be root (R), designated (D), or blocking (B), as shown Assign IP addresses as shown below. Configure ntp server […]

1.1.f Advanced STP

Translation Table F0/19 E4/2 F0/20 E4/3 F0/21 E5/0 F0/22 E5/1 F0/23 E5/2 F0/24 E5/3 Task 1 Shut down all ports on all switches and configure the hostnames of these switches Name them SW1 – SW4 Task 2 Configure ports F0/19–20 connecting SW1 to SW2 and SW3 to SW4 as trunk ports. You should use an […]