Part 1.6

Given a network that requires high redundancy and multiple paths between devices, which topology would be most suitable to apply?

• Star topology

• Mesh topology

• Point-to-point topology

• Hub and spoke topology

If a company wants to minimize the impact of a single device failure on the rest of the network, which topology should they implement?

• Mesh topology

• Star topology

• Point-to-point topology

• Spine and leaf topology

A data center needs a scalable and predictable network design to support east-west traffic between servers. Which architecture should be applied?

• Three-tier hierarchical model

• Star topology

• Spine and leaf architecture

• Point-to-point topology

In the three-tier hierarchical model, which layer is primarily responsible for connecting end devices such as computers and printers?

• Core layer

• Distribution layer

• Access layer

• Collapsed core

Which type of network traffic flow describes data moving from a client device to a server located in a data center?

• East-west traffic

• North-south traffic

• Point-to-point traffic

• Mesh traffic

When connecting two devices directly without any intermediary, which network topology is being used?

• Mesh topology

• Star topology

• Point-to-point topology

• Hybrid topology

A network design combines both star and mesh topologies to meet specific requirements. What is this type of topology called?

• Hybrid topology

• Spine and leaf topology

• Three-tier model

• Collapsed core

Which advantage does a star topology offer over a mesh topology in terms of network management?

• Easier to add new devices

• Higher redundancy

• More direct device-to-device communication

• Lower cabling cost

In a spine and leaf architecture, what is the main function of the spine switches?

• Connect end devices directly

• Aggregate traffic between leaf switches

• Provide wireless connectivity

• Act as firewalls

Which layer in the three-tier hierarchical model is responsible for routing between different VLANs or subnets?

• Access layer

• Distribution layer

• Core layer

• Leaf layer