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NEW QUESTION 1
Refer to the exhibit.
A known unicast packet is received from Switch-1 on the standby and must be forwarded to Switch-2. How does the VSF fabric decide which port in the aggregated link should forward the packet?
- A. The standby uses its own port in the link aggregation to forward the fabric.
- B. The standby sends the packet to the commander over a VSF link, and the commander decides the correct port.
- C. The standby uses the typical load sharing algorithm, and it might select either its port or the commander’s port.
- D. The standby selects the port on the designated forwarder for the aggregatio
Answer: A
NEW QUESTION 2
Refer to the exhibit.
The company wants the fastest convergence and best load sharing of traffic over the links between Switch-1 and the VSF fabric. Which technology should the network administrator implement on these links?
- A. RPVST+
- B. MSTP
- C. loop protection
- D. LACP
Answer: D
NEW QUESTION 3
AOS-Switches authenticate guests to ClearPass with captive portal. An administrator notices that some guests are unable to reach the captive portal page. What will resolve this issue?
- A. Permit DNS on the ClearPass Portal
- B. Permit DHCP on the ClearPass Portal.
- C. Permit HTTP or HTTPS on the ClearPass Portal.
- D. Permit Allow All MAC-Auth on the ClearPass Porta
Answer: A
NEW QUESTION 4
Which switches can be deployed in a mesh topology for backplane stacking?
- A. Aruba 2920 switches
- B. Aruba 2930F switches
- C. Aruba 2930M switches
- D. Aruba 3810 switches
Answer: D
NEW QUESTION 5
Refer to the exhibit.
Switch-2, Switch-5, and Switch-6 currently have many OSPF routes to Area 1 networks. The network administrator wants to replace these routes with a single aggregated route to 10.1.0.0/16 on each switch. Where should the administrator specify the 10.1.0.0/16 range?
- A. in the Switch-2 OSPF Area 2 configuration
- B. in the Switch-1 OSPF Area 0 configuration
- C. in the Switch-1 OSPF Area 1 configuration
- D. in the Switch-2, Switch-5, and Switch-6 OSPF global configuration
Answer: B
NEW QUESTION 6
Refer to the exhibit.
An AOS-Switch has an extended ACL that is applied to several physical interfaces.
- New interfaces have been brought online.
- The ACL has been applied to them as well.
A network administrator sees the output in the exhibit and is concerned that the switch will reach the limit for rules. What can the administrator do to address this concern?
- A. Resequence the ACL with less space in between the entries.
- B. Enable ACL grouping, and apply ACLs as shared ACLs.
- C. Reconfigure the ACL as a standard ACL, and then reapply it.
- D. Remove static ACLs, and have the RADIUS server send dynamic ACL
Answer: A
NEW QUESTION 7
Refer to the exhibit.
Switch-1 runs BGP. What should the network administrator do to permit Switch-1 to establish a neighbor relationship with Router-1?
- A. Configure 192.168.1.2 as a neighbor manually within the BGP context.
- B. Specify 192.168.1.0/30 with the network command in the BGP context.
- C. Enable BGP on VLAN 100.
- D. Set the BGP AS number to 46501.
Answer: A
NEW QUESTION 8
Two AOS-Switches are directly interconnected. The network administrator wants to prevent broadcast storms and other Layer 2 issues that could occur if there is physical damage to a cable.
Which technology should the administrator implement on the connected switch interfaces?
- A. MAC Lockdown
- B. Bidirectional Forwarding Detection (BFD)
- C. Spanning Tree Root Guard
- D. Unidirectional Link Detection (UDLD)
Answer: D
NEW QUESTION 9
A network administrator configures DHCP snooping on VLAN 2. How does the switch handle DHCP traffic that arrives in this VLAN on an untrusted interface?
- A. It accepts packets from a DHCP server, but drops client packets.
- B. It drops all DHCP traffic and logs a security event.
- C. It accepts both client and server packets as long as they match the DHCP binding table.
- D. It accepts client packets, but drops packets from a DHCP serve
Answer: A
NEW QUESTION 10
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. 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 unblocke
Answer: A
NEW QUESTION 11
Network administrators want to gain insight into network utilization, traffic patterns, and the types of applications in use across the network over the long term.
Which technology can help them achieve this goal?
- A. RMON
- B. sFlow
- C. SNMP traps
- D. DiffServ
Answer: B
NEW QUESTION 12
A company has AOS-Switches, Aruba ClearPass, and Aruba AirWave. A network administrator needs to set up a new switch with the same settings found on other switches in the company.
Which action is likely to be the most useful to perform the task?
- A. View usage patterns on the switches on AirWave.
- B. Retrieve the running config from ClearPass.
- C. Use the configuration audit tool on AirWave.
- D. Access the Network Device view on ClearPas
Answer: B
NEW QUESTION 13
Refer to the exhibit.
An AOS-Switch has the ACL shown in the exhibit. A network administrator then enters these commands: Switch(config)# mac-access-list standard myACL
Switch(config-std-macl)# deny 007d.45cc.0000 0000.0000.ffff How does this ACL treat these frames: 1 = 007d.45cc.ffff 2 = 007d.45cc.0000
- A. It denies both frames.
- B. It permits both frames.
- C. It denies frame 1 and permits frame 2.
- D. It permits frame 1 and denies frame 2.
Answer: C
NEW QUESTION 14
Two 5400R AOS-Switches are OSPF neighbors. The network administrator wants routing to update as quickly as possible in the event of a failure on a neighboring switch.
Which technology should the administrator implement on the connected switch interfaces?
- A. MAC Lockdown
- B. Unidirectional Link Detection (UDLD)
- C. Bidirectional Forwarding Detection (BFD)
- D. Spanning Tree Root Guard
Answer: C
NEW QUESTION 15
Refer to the exhibits.
Exhibit 1
Exhibit 2
Exhibit 1 shows a portion of the BGP routing table when the BGP solution was first deployed. Exhibit 2 shows the same portion at the current time. What can explain the current state?
- A. Due to changes in the private network, Switch-1 can no longer reach 192.168.2.1.
- B. Switch-1 can no longer reach ISP 1 at 192.168.1.1.
- C. Due to changes at ISP 1, Switch-1 now selects a different best route.
- D. An administrator has applied a route map on Switch-1 that filters advertised route
Answer: C
NEW QUESTION 16
Refer to the exhibits. Exhibit 1
Exhibit 2
The network administrator needs to set up BGP between the two company switches, Switch-1 and Switch-2. The BGP connection does not establish. Based on the exhibits, what does the administrator need to do to fix the issue?
- A. Set the update source for the neighbor to the local loopback interface on each switch.
- B. Enter the network command for 10.0.0.0/24 in the router BGP mode on each switch.
- C. Enable the multihop option for the neighbor on each of the switches.
- D. Enable BGP on the interfaces that the switches use to reach each othe
Answer: A
NEW QUESTION 17
Refer to the exhibit.
The exhibit shows configurations for interface 5 and VLAN 20. Note that DHCP snooping and ARP protection are also enabled.
A network administrator finds that interface 5 on an AOS-Switch is disabled. The administrator re-enables the interface, but it shuts down again. What should the administrator investigate?
- A. a device that sends too much unicast traffic
- B. rogue DHCP server
- C. a loop on the interface
- D. a device that sends unauthorized ARP messages
Answer: C
NEW QUESTION 18
Refer to the exhibit.
AOS-Switches will enforce 802.1X authentication on edge ports. The company has two RADIUS servers, which are meant to provide redundancy and load sharing of requests. The exhibit shows the planned RADIUS settings to deploy to the switches.
What should customers understand about this plan?
- A. AOS switches do not support two RADIUS servers for redundancy, instead, a secondary authentication method is required.
- B. Dynamic authentication is only permitted on one of the RADIUS servers and must be removed from the other.
- C. Each RADIUS server must use a unique port number for the authentication and dynamic authorization port.
- D. Each AOS-Switch will send all RADIUS requests to the first server on the list unless that server becomes unreachabl
Answer: D
NEW QUESTION 19
Refer to the exhibits. Exhibit 1.
Exhibit 2.
The exhibits show the current operational state for routes on Switch-3 to send all traffic to 172.16.0.0/16 through Switch- 2 during normal operation.
Which single configuration change creates the desired behavior?
- A. Set a cost in the redistribute static command on Switch-2 to change the external LSA metric.
- B. Change the OSPF external metric type to 1 on Switch-1, and set a cost on Switch-3 VLAN 104.
- C. Change the OSPF external metric type to 1 on Switch-1, and set a cost on Switch-3 VLAN 108.
- D. Set a cost in the redistribute static command on Switch-1 to change the external LSA metri
Answer: D
NEW QUESTION 20
Network administrators need to inspect all traffic that arrives on an AOS-Switch in VLAN 2 and is destined to TCP ports 50000-50010. They want to send the traffic to a protocol analyzer connected to the switch for deeper inspection.
What else must they create to achieve their goal?
- A. an extended IP ACL that selects the TCP traffic, apply the ACL to interfaces VLAN 2, and specify interfaces in VLAN 2 as monitor ports
- B. a traffic class that selects the TCP traffic, map the class to the mirror session in a policy to VLAN 2
- C. a traffic class that selects the TCP traffic, and apply the traffic class directly to the interface that connects to the protocol analyzer
- D. a traffic class that selects the TCP traffic, and apply the traffic class directly to the interface that connects to the protocol analyzer
- E. an extended IP ACL that selects the TCP traffic, apply the ACL to the mirror session, and specify interfaces in VLAN 2 as monitor ports
Answer: B
NEW QUESTION 21
Refer to the exhibits. Exhibit 1.
Exhibit 2.
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 6-7Switch 2 instance 1 priority = 0 Switch 2 instance 2 priority = 1 Switch 3 instance 1 priority = 1 Switch 3 instance 2priority = 0
- B. Instance 1 = VLANs 4,6 Instance 2 = VLANs 5,7Switch 2 instance 1 priority = 0 Switch 2 instance 2 priority = 1 Switch 3 instance 1 priority = 1 Switch 3 instance 2priority = 0
- C. Instance 1 = VLANs 4,6 Instance 2 = VLANs 5,7Switch 2 instance 1 priority = 0 Switch 2 instance 2 priority = 1Switch 3 instance 1 priority = 0 Switch 3 instance 2 priority = 1
- D. Instance 1 = VLANs 4-5 Instance 2 = VLANs 6-7Switch 2 instance 1 priority = 0 Switch 2 instance 2 priority = 1 Switch 3 instance 1 priority = 0 Switch 3 instance 2priority = 1
Answer: C
NEW QUESTION 22
A company starts to have issues with too many rules in the dynamic ACLs applied to AOS-Switch ports. Administrators decide to remove some of the common rules from the dynamic ACLs and enforce them in an ACL applied to the users’ VLAN instead.
What is one rule that administrators should keep in mind to ensure that the new ACLs control traffic as they expect?
- A. ACLs applied to VLANs cannot control ICMP traffic, do the dynamic ACLs must include the ICMP rules.
- B. Administrators should add an explicit deny at the end of the dynamic ACLs, so traffic will hit VLAN ACL.
- C. Traffic must be permitted by both the dynamic ACL and the VLAN ACL in order to be permitted.
- D. If a port supports multiple clients, every dynamic ACL applied to one client filters traffic for all client
Answer: C
NEW QUESTION 23
A company has a wireless Aruba solution and wired users that connect to AOS-Switches. The company wants deep insight into the types of applications that wired users run. The company also wants more control over the traffic. What can the company do to meet these goals?
- A. Use tunneled node to send traffic through an Aruba Mobility Controller
- B. Configure extended IP ACLs on the AOS-Switches to filter the traffic.
- C. Configure RMON receives on the switches.
- D. Set up remote traffic mirroring between the AOS-Switches and Aruba Mobility Controller
Answer: A
NEW QUESTION 24
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