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HP Architecting HP Network Solutions Sample Questions:

1. Which switch is best suited to act at the edge of a medium to large HP FlexFabric solution?

A) 5830
B) 10500
C) 9500
D) 5500

2. A customer has a solution that continuously backs up date for critical services to a disaster recovery site. The customer requires a one hour recovery point objective (RPO) and a 90 minute recovery time objective (RTO). The network architect is scoping the bandwidth requirements and has used perfmon to analyze the write throughput for the critical service over a month. The results are:
-Peak throughput= 2000 Mbps -Average throughput = 500 Mbps -Highest average throughput in hour increments =1000 Mbps -High average throughputin 90 minuteincrements =750 Mbps
What is the bandwidth requirement for the continuous backup?

A) 2000 Mbps
B) 750 Mbps
C) 1000 Mbps
D) 500 Mbps

3. Refer to the exhibit.

The exhibit shows the uplink that the blade servers use to reach the data center LAN may carry traffic from VLAN2.4.6 or 8, or some combination.
A network architect is planning the Virtual Connect configuration. The configuration should allow the server administration to provision new server ports with the correct VLANs easily. The customer wants to create a redundant solution for the uplinks in which uplinks in both modules are used by the server blades to which they are bound.
Based on these needs, what is the correct design for the shared uplink ser (SUS) or SUSs?

A) On SUS for each VLAN. Half of the SUSs are bound to the uplinks on VC module 1. The other half of the SUSs are bound to the uplinks on VC module 2.
B) One SUS that has multiple networks, for half of the VLANs, and is bound to the uplinks on VC module 1. A second SUS that has multiple networks. For the other half of the VLANs, and is bound to the uplinks on VC module2.
C) One SUS that has multiple networks, one for each VLAN, and is bound to the uplinks on VC module 1 as well as to the uplinks on VC module 2.
D) One SUS has multiple networks, one for each VLAN, and is bound to the uplinks on VC module
1. A different SUS that supports the same VLANs and is bound to the uplinks on VC module 2.

4. A network architect is planning a solution for a customer's campus LAN. The customer has a existing network that consists of three tiers. The new HP switches are being deployed at the access layer, and the existing network infrastructure is using Cisco Per-VLAN Spanning Tree (PVST+) between the access layer and the distribution layer.
The customer has listed support for PVST+ as a top requirement for the solution, and the customer network managers are somewhat hostile to the idea of adding HP switches.
What should the network architect do?

A) The network architect explain that, although HP switches do not support PVST+, they do support Intelligent Resilient Framework (IRF), which eliminates the need for any loop protection.
B) The network architect should check whether the existing switches support smart link and then work with the customer to implement that protocol across the network instead of link aggregation or spanning tree.
C) The network architect should convince the network managers to migrate the entire network to Multiple Spanning Tree Protocol (MSTP) based on the flexibility of the protocol.
D) The network architect should select HP switches that support PVST+ and use intelligent Resilient Framework (IRF) for other benefits

5. Refer to the exhibit.

The exhibit shows a proposed design for a data center network infrastructure. The exhibit only shows two racks for simplicity. The data center will actually include more racks.
The customer has these key requirements:
-The customer can scale anyapplication and easilyinstall new hardwarethat supports the application. -The networksupports vMotionfor live migration of virtual machines (VMs).
How should the network architect change the proposed design to meet the customer requirements?

A) Add links between each access layer intelligent Resilient Framework (IRF) group and another access layer IRF group.
B) Replace the rack servers with blade enclosures
C) Remove routing from the access layer and extend VLANs to multiple racks.
D) Add a distribution layer between the access layer and the core

Solutions: