Refer to the exhibit. An engineer working for a telecommunication company with an employee ID: 1234:56:789 is calculating STP scalability for switches to ensure that the numbers are below the…

The correct answer is C. 202. When designing a large data center using extended Layer 2 VLAN topologies, it is necessary to calculate the spanning tree logical and virtual ports in advance to ensure that spanning tree operates with optimal convergence and stability characteristics. trunks on the switch…

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Question

Refer to the exhibit. An engineer working for a telecommunication company with an employee ID:

1234:56:789 is calculating STP scalability for switches to ensure that the numbers are below the maximum supported value for STP logical ports. How many logical interfaces are active for switch A?

Exhibit

Options

A307
B4
C202
D100

How the community answered

(47 responses)

A
2% (1)
B
11% (5)
C
83% (39)
D
4% (2)

Explanation

When designing a large data center using extended Layer 2 VLAN topologies, it is necessary to calculate the spanning tree logical and virtual ports in advance to ensure that spanning tree operates with optimal convergence and stability characteristics. trunks on the switch * active VLANs on trunks + number of non-trunking interfaces on the switch 2 Trunks * 100 Vlans + 2 = 202 Active Logical Interfaces

Topics

#STP#PVST+#Logical Ports#Switching Scalability

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