HP Migrating &Troubleshooting Enterprise Networks Sample Questions:

1. Click the Exhibit button.

A customer has a Cisco-based network, and you are replacing the distribution layer switches with HP E-Series switches. The customer wants you to perform the migration with as little downtime as possible, and you plan to connect the E-Series switches temporarily in parallel with the current distribution switches, as shown in the exhibit. As part of the migration, the customer wants you also to migrate the remaining Cisco switches to open-standard protocols rather than the proprietary Cisco ones, which the exhibit shows that these switches currently use. Which Cisco proprietary protocol should you wait to migrate until after you remove the Cisco distribution switches in order to avoid connectivity issues?

A) Rapid Per-VLAN Spanning Tree Plus (Rapid PVST+) to Multiple Spanning Tree Protocol (MSTP)
B) Cisco Discovery Protocol (CDP) to Link Layer Discovery Protocol (LLDP)
C) VLAN Trunking Protocol (VTP) to static VLANs
D) Extended Interior Gateway Routing Protocol (EIGRP) to Open Shortest Path First (OSPF)

2. Click the Exhibit button and view the three exhibits.



After you issue the command irf-port-configuration active on HP A5800 Switch members 4 and 5, the 10 Gigabit Ethernet link 1/0/25 is connected. What is the expected result? (Select two.)

A) IRF Member 5 becomes the Master.
B) IRF Member 2 becomes the Master.
C) IRF Member 3 becomes the Master.
D) Only IRF Member 4 reboots.
E) IRF Members 2 and 4 reboot.
F) IRF Members 3 and 5 reboot.
G) Only IRF Member 5 reboots.

3. Click the Exhibit button and view the three exhibits.



After you issue the command irf-port-configuration active on HP A5800 Switch members 4 and 5, the 10 Gigabit Ethernet link 1/0/25 is connected. What is the expected result?

A) IRF Member 5 becomes the Master.
B) IRF Member 2 becomes the Master.
C) IRF Member 3 becomes the Master.
D) IRF Member 4 becomes the Master.

4. Click the Exhibit button and view the three exhibits.



Network 16.2.0.0 /16 is advertised by Router 1 and Router 2 into BGP. All traffic from AS-65002 destined to 16.2.0.0 /16 enters AS 65001 via the Serial 3 interface of Router 1. The administrator prefers that this traffic enter AS 65001 via interface Serial 4 of Router 2. Which configuration change is most likely to achieve the desired results?

A) Router-1#Router-1# route-policy PolicyB permit node 20 if-match ip-prefix Prefix2 apply cost 6000 route-policy PolicyB permit node 100 Router-2# route-policy PolicyB permit node 20 if-match ip-prefix Prefix2 apply cost 7000 route-policy PolicyB permit node 100
B) Router-1# route-policy PolicyA permit node 20 if-match ip-prefix Prefix2 apply cost 3000 route-policy PolicyA permit node 100 Router-2# route-policy PolicyA permit node 20 if-match ip-prefix Prefix2 apply cost 2000 route-policy PolicyA permit node 100
C) Router-1# route-policy PolicyA permit node 20 if-match ip-prefix Prefix2 apply cost 6000 route-policy PolicyA permit node 100 Router-2# route-policy PolicyA permit node 20 if-match ip-prefix Prefix2 apply cost 7000 route-policy PolicyA permit node 100
D) Router-1# route-policy PolicyB permit node 20 if-match ip-prefix Prefix2 apply cost 3000 route-policy PolicyB permit node 100 Router-2# route-policy PolicyB permit node 20 if-match ip-prefix Prefix2 apply cost 2000 route-policy PolicyB permit node 100

5. Click the Exhibit button.

You are replacing a Cisco BGP router with an HP A-Series BGP router. Examine the router's configurations. Which statements accurately describe the routers' configurations? (Select three.)

A) The HP A-Series router will not implement the same BGP functions as the Cisco router.
B) Both BGP routers announce network 215.34.10.0/22.
C) Both configurations are identical in function.
D) Both BGP routers announce a static route to its BGP neighbor.
E) The A-Series router's prefix list is misconfigured.
F) Neither BGP routers can announce a redistributed static route because no metrics are set.

Solutions: