HP HPE6-A45 - Implementing Aruba Campus Switching solutions Exam
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Total 167 questions
Question #6 (Topic: Topic 1)
Refer to the exhibit.
[HP-HPE6-A45-1.0/xmlfile-6_1.png]
A network administrator needs to deploy AOS-Switches that implement port-based tunneled node. Their Aruba controller has IP address 10.1.10.5/24. The
architect has assigned tunneled-node endpoints to VLAN 20.
What is one issue with the current configuration planned for VLAN 20 on the switch?
[HP-HPE6-A45-1.0/xmlfile-6_1.png]
A network administrator needs to deploy AOS-Switches that implement port-based tunneled node. Their Aruba controller has IP address 10.1.10.5/24. The
architect has assigned tunneled-node endpoints to VLAN 20.
What is one issue with the current configuration planned for VLAN 20 on the switch?
A. VLAN 20 must have GRE enabled on it.
B. VLAN 20 cannot have an IP address.
C. VLAN 20 must have an IP address in the same subnet as the controller.
D. VLAN 20 must not enable jumbo frames.
Answer: D
Question #7 (Topic: Topic 1)
OSPF Area 1 has two ABRs. One ABR is configured with this range for Area 1: 10.10.0.0/16. The other ABR is not configured with a range for Area 1.
Which type of issue occurs due to this mismatch?
Which type of issue occurs due to this mismatch?
A. The ABRs create a discontinuous area and disrupt intra-area routing between devices within Area 1.
B. The ABR core would send Area 1 traffic destined to the other switch through an access switch.
C. The ABRs lose adjacency entirely and cannot route traffic between each other at all.
D. The ABRs lose adjacency in Area 1 and must route all traffic to each other through Area 0.
Answer: A
Question #8 (Topic: Topic 1)
Refer to the exhibits.
Exhibit 1.
[HP-HPE6-A45-1.0/xmlfile-8_1.png]
Exhibit 2.
[HP-HPE6-A45-1.0/xmlfile-9_1.png]
The company wants to minimize congestion on Link 1.
Which spanning tree implementation meets this goal?
Exhibit 1.
[HP-HPE6-A45-1.0/xmlfile-8_1.png]
Exhibit 2.
[HP-HPE6-A45-1.0/xmlfile-9_1.png]
The company wants to minimize congestion on Link 1.
Which spanning tree implementation meets this goal?
A. Instance 1 = VLANs 4-5 Instance 2 = VLANs 6-7 Switch 2 instance 1 priority = 0 Switch 2 instance 2 priority = 1 Switch 3 instance 1 priority = 1 Switch 3 instance 2 priority = 0
B. Instance 1 = VLANs 4,6 Instance 2 = VLANs 5,7 Switch 2 instance 1 priority = 0 Switch 2 instance 2 priority = 1 Switch 3 instance 1 priority = 1 Switch 3 instance 2 priority = 0
C. Instance 1 = VLANs 4,6 Instance 2 = VLANs 5,7 Switch 2 instance 1 priority = 0 Switch 2 instance 2 priority = 1 Switch 3 instance 1 priority = 0 Switch 3 instance 2 priority = 1
D. Instance 1 = VLANs 4-5 Instance 2 = VLANs 6-7 Switch 2 instance 1 priority = 0 Switch 2 instance 2 priority = 1 Switch 3 instance 1 priority = 0 Switch 3 instance 2 priority = 1
Answer: C
Question #9 (Topic: Topic 1)
Refer to the exhibit.
[HP-HPE6-A45-1.0/xmlfile-11_1.png]
The network administrator enables DHCP snooping globally and on VLAN 2. An additional step is mandatory for DHCP snooping to operate correctly and for
clients to receive DHCP settings.
What is the additional mandatory step?
[HP-HPE6-A45-1.0/xmlfile-11_1.png]
The network administrator enables DHCP snooping globally and on VLAN 2. An additional step is mandatory for DHCP snooping to operate correctly and for
clients to receive DHCP settings.
What is the additional mandatory step?
A. Define trk1 as a trusted DHCP port.
B. Define an authorized DHCP server.
C. Enable ARP protection.
D. Define edge ports as untrusted DHCP ports.
Answer: D
Question #10 (Topic: Topic 1)
Refer to the exhibit.
A network administrator configures connection rate filtering on interface 1 with the throttle action. Device 1 crosses the threshold and triggers the action.
What does the switch do?
A network administrator configures connection rate filtering on interface 1 with the throttle action. Device 1 crosses the threshold and triggers the action.
What does the switch do?
A. It temporarily drops all IP traffic from Device 1 only.
B. It temporarily drops all IP traffic on interface 1.
C. It drops all IP traffic from Device 1 until the host is manually unblocked.
D. It drops all IP traffic on interface 1 until the interface is manually unblocked.
Answer: A
