How many operating system image files can a network administrator load on an ArubaOS switch?

A. two

B. three

C. four

D. unlimited

Refer to the exhibit.

The network administrator wants to place contractor clients and employee clients in different broadcast domains.

How should the administrator achieve this goal?

A. Add a router in between Switch 1 and Switch 2. Configure a different subnet on each router interface.

B. Create two MSTP instances on each switch. Assign ports connected to contractor clients to one instance and ports connected to employee clients to the other instance.

C. Assign the switch ports connected to contractor clients to one VLAN and ports connected to employee clients to another VLAN. Extend the VLANs between the switches.

D. Create two device profiles. Apply one profile to ports connected to contractor clients, and apply the other profile to ports connected to employee clients.

A network administrator needs to configure a link aggregation on an ArubaOS switch.

For which type of link aggregation is the administrator required to enter the lacp command in the interface context?

A. a distributed LACP link aggregation

B. a dynamic LACP link aggregation

C. a static LACP link aggregation

D. a manual LACP link aggregation

A network administrator just received two switches and wants to use the plug-and-play method to establish a Virtual Switching Framework (VSF) fabric with the fewest steps possible.

What must the administrator do to establish the fabric in this way?

A. Configure a VSF link on the commander, and enable VSF on the standby member.

B. Configure a VSF link on the commander, and enable VSF on the commander.

C. Enable VSF on both me commander and the standby member.

D. Configure a VSF link on both the commander and the standby member.

Which settings should match on physical interfaces before a network combines them in a link aggregation?

A. speed and duplex mode

B. DSCP and media

C. speed and VLANs

D. LLDP TLVs and VLAns

A company has a single routing protocol environment.

What is one reason to use OSPF routing instead of static routing?

A. OSPF allows ArubaOS switches to use default routes, while static routes cannot use 0.0.0.0/0 as the destination network.

B. OSPF has a lower default administrative distance than static routing on ArubaOS switches.

C. OSPF reduces the risk of accidentally introducing routing loops, while static routing does not.

D. OSPF permits load sharing traffic over multiple routes, while static routing does not.

How does a wireless network differ from a wired network?

A. A wireless network is a shared medium, while a modern wired network typically works in full-duplex mode.

B. A wireless network is inherently more secure than a wired network.

C. A wireless network does not use source and destination MAC addresses, but a wired network does.

D. A wireless network does not support encryption, unlike a wired network, which can support encryption.

What often happens when a Layer2 broadcast domain has a loop?

A. Some switch-to-switch ports take the MSTP alternative role and stay in that role.

B. In the switch MAC tables, the MAC addresses frequently move from one port to another.

C. Switches automatically raise their MSTP configuration revision level by one.

D. In the switch routing tables, some routes converge with new metrics.

Several servers are connected to an ArubaOS switch. The servers send traffic with 802.1Q VLAN ID 5. How should the network administrator configure the ArubaOS switch to receive this traffic?

A. Make VLAN 5 the Default VLAN on the switch before the servers connect to their switch ports.

B. Make switch ports connected to servers untagged members of VLAN 5.

C. Make switch ports connected to servers tagged members of VLAN 5.

D. Make VLAN 5 the Primary VLAN on the switch.

Refer to the exhibit.

Which feature should the network administrator configure on the Virtual Switching Framework (VSF) fabric to prevent issues if Links 1 and 2 fail?

A. Graceful OSPF (non-stop forwarding)

B. Multi-Active Detection (MAD)

C. Distributed trunking

D. Virtual Router Redundancy Protocol (VRRP)