Refer to the exhibit. All switches shown are CX 6300M. The links connecting SW3 to both SW1 and SW2 are broken. Multi-Active Detection has not been enabled. What are two results? (Select two.)

The stack will split with SW1 remaining an active VSF Master and SW3 becoming another active VSF Master. Switch 2 will remain a VSF member switch.

The stack will split resulting in SW1 remaining an active VSF Master and SW3 disabling all ports. SW2 will automatically take the VSF Standby role.

A re-election will occur upon repairing the disabled links between SW2 and SW3. The switch with the highest priority will reclaim the Master role with the lowest bridge mac-address acting the tie-breaker

The OSPF adjacency between the OSPF neighbor and the VSF stack switches SW2 and SW3 will remain up. Packets destined for SW3 that are received on SW2 are discarded.

The stack will split with SW1 remaining an active VSF Master and SW3 becoming another active VSF Master. Switch 2 will remain a VSF member switch.

Only the OSPF adjacency between SW3 and the OSPF neighbor will fail. All routed traffic will be redirected to SW2 instead.

The stack will split resulting in SW1 remaining an active VSF Master and SW3 disabling all ports. SW2 will automatically take the VSF Standby role.

Refer to the exhibits. The AOS-CX 6300M switch is attempting to configure VSF with a peer CX 6300F switch. What is one reason you are receiving the above error when attempting to configure VSF on the AOS-CX 6300M switch?

Link 1 cannot be used if the attached CX 6300F VSF member 2 has already assigned link 1

AOS-CX VSF links can only be applied to uplink ports with 10G, 25G. and 50G speeds.

VSF Is not possible between CX 6300M and CX 6300F AOS-CX switches.

Link 1 cannot be used if the attached CX 6300F VSF member 2 has already assigned link 1

The port1/1/21 has been shutdown

Which option correctly describes a two-tier network design?

includes a Distribution Layer to provide Layer 3 features between a routed Core and a Layer 2 Access edge

designed to avoid routing entirely and to have Layer 2 remain across Core, Distribution, and Access layers

divides the Core into two layers (Core and Aggregation) with the Access Layer only handling PoE and Access Control

includes a Distribution Layer to provide Layer 3 features between a routed Core and a Layer 2 Access edge

divides the network into two layers (Access and Core) with the option of routing to the Access Layer

Which command will save your configuration on an AOS-CX switch so that your changes automatically load on next reboot?

copy running-config checkpoint startup-config

copy startup-config running-config

copy running-config initial-checkpoint

What does link aggregation provide? (Select two.)

improved bandwidth between switches

faster convergence than spanning-tree

improved bandwidth between switches

faster convergence than spanning-tree

support for up to 2 active ports to be bundled together

disables spanning-tree between switches

Refer to the exhibit. What does the command page result in?

Enables a terminal notification when a new debug event occurs for L2MAC events.

Starts an automatic page scrolling effect that pauses for a few seconds every 30 rows.

Enables a terminal notification when a new debug event occurs for L2MAC events.

Shows a new terminal window opening to allow typing while debugging occurs.

Results in a page break to disable the default continuous scrolling In the console.

Which two statements are true about the state of a new HPE Aruba Networking CX 6300 Series switch on factory defaults? (Select two.)

For the CX 6300M switch, all up-link ports and switchports are configured as access mode.

LLDP is enabled on up-link ports and switchports for the CX 6300M.

The CX 6300M has support for IP addressing applied to switched virtual interfaces (SVIs) but not on routed ports.

LLDP is not enabled but is supported on all AOS-CX switches.

The CX 6300M up-link ports only support routed mode. All other ports only support access mode.

For the CX 6300M switch, all up-link ports and switchports are configured as access mode.

LLDP is enabled on up-link ports and switchports for the CX 6300M.

Refer to the exhibit. You are in the process of configuring VSF between Access-1 and Access-2. Access-1 has been configured as the VSF Master. What is a valid configuration for Access-2 to join the VSF stack?

Access-2# configure Access-2(config)# vsf member 2 Access-2(vsf-member-1)# link 1 1/1/28 Access-2(vsf-member-1)# exit This will save the VSF configuration and reboot the switch.

Access-2# configure Access-2(config)# vsf member 1 Access-2(config)# vsf renumber-to 2 Access-2(vsf-member-1)# link 2 2/1/28 Access-2(vsf-member-1)# exit This will save the VSF configuration and reboot the switch.

Access-2# configure Access-2(config)# vsf member 1 Access-2(vsf-member-1)# link 1 1/1/28 Access-2(vsf-member-1)# exit Access-2(config)# vsf renumber-to 2 This will save the VSF configuration and reboot the switch.

Access-2# configure Access-2(config)# vsf member 2 Access-2(vsf-member-1)# link 1 1/1/28 Access-2(vsf-member-1)# exit This will save the VSF configuration and reboot the switch.

Access-2# configure Access-2(config># vsf member 2 Access-2(vsf-member-1)# link 2 1/1/28 Access-2(vsf-member-1)# exit This will save the VSF configuration and reboot the switch.

What are two key features unique to AOS-CX that support root cause analytics and recovery in a wired network? (Select two.)

Multi-Protocol Border Gateway Protocol (MP-BGP)

HP HPE6-A72 Practice Test 3 - Free Online Exam Questions 81-106

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