HP HP0-Y45

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HP Architecting HP Network Solutions 認定 HP0-Y45 試験問題:

1. Refer to the exhibit.

A network architect has designed the topology in the exhibit. The Gigabit links between layer and the core uses OM3 grade multi-mode fiber between 100m and 150m long.
The solution is for an enterprise customer whose employees use mostly HTTP-based application and have medium utilization needs.
What should the network architect do to resolve a potential issue?

A) Add more links between each modular switch at the access layer and its distribution layer switch.
B) Replace the modular switches at the access layer with switches that support stacked meshing.
C) Add more bandwidth between each pair of distribution layer switches and the core switches.
D) Remove the distribution layer since it is not needed on this environment.

2. Refer to the exhibit.

A network architect is designing the logical topology for a campus LAN networking solution. The customer requires support for 2400 edge ports, which is provided by 10 intelligent Resilient Framework (IRF) groups at the access layer. This customer does not have a wireless network nor applications adding one in the next two years. However, the customer does want to authenticate users 802.1X and use the network RADIUS server to divide users from different groups into different VLANs. The customer has three user groups, each of which includes between 600 and 900 users.
Additionally, the customer understands that the RADIUS server will require several policies but wants to keep these policies as simple and easy to maintain as possible.
How can the network architect ensures that the solution meets the customer needs and also follows best practices?

A) Plan a different VLAN ID and subnet address for each user group on each access layer IRF group, Either core or access layer routing will work for this solution.
B) Plan a solution for deploying dissolvable agents to the endpoints so that they can complete 802.1X authentication seamlessly.
C) Use access layer routing. Assign a different subnet to VLAN 2 one access layer IRF group than to VLAN 2 on another access layer group, and so on.
D) Assign a /23 subnet to each VLAN so that the VLAN can accommodate the required number of users, even if users connect multiple devices.

3. Refer to the exhibit.

The exhibit shows a network with HP 3500 yI Series switches at the access layer and HP 8206 zI switches at the core.
The customer with solution has logged several support calls. Which were eventually tracked down to spanning tree issues.
How can a network architect adjust this solution to prevent this issue in the future?

A) Implement BPDU filters on the switch links and loop protection on the edge ports.
B) Configure distributed trunking between each 3500 yI switch and the two 8200 zI switches at the core.
C) Implement OpenFlow on one of the switches, and use that protocol to choose which links down to spanning tree issues.
D) Connect three or four 3500 yI switches together in a group. Establish a distributed trunk between two switches in each group and the core switches.

4. HOTSPOT
A network architect designing HP addresses for a customer. The network architect is planning a core routing solution and these VLANs:
-Management (network infrastructure) -Guest -Employees_Wired_Floor1 -Consultants_Wired_Floor1 -Voice_Floor1 -Consultants_Wireless -Employees_Wireless
The customer requires access control lists (ACLs) that control users according to their identity, guest, employee, or contractor. As far as access control is connected, the customer does not care about whether a user has wireless or wired access.
Which scheme enabled ACLs to use the forest rules to control users according to the customer requirements? (Drag and Drop the marker on the scheme)

5. A physical server has 6 NICs and supports eight virtual machines (VMs). NIC 1 and NIC 2 connect
the VMs to the data Center LAN. The two NICs are intended to provide load balancing and redundancy (the other NICs are used for purposes not relevant to this question) VMs 1 through 5 belong to VLAN 10. VMs 6 through 8 belong to VLAN 20.
What is a proper way to set up the switch or virtual switches?

A) Virtual switch 1 supports VLAN 10, maps to NIC 1 and NIC 2, and maps to virtual NICs on VMs
1 through 5.
Virtual switch 2 supports VLAN 20, maps to NIC 1 and NIC2, and amps to virtual NICs on VMs 6
through 6.
B) Virtual switch 1 supports VLAN 10 and VLAN 20, maps to NIC 1 and NIC 2, and supports all VMs.
C) Virtual switch 1 supports VLAN 10, maps to NIC 1, and maps to VMs 1 through 5. Virtual switch 2 supports VLAN 20, maps to NIC 2, and maps to VMs 6 through 8.
D) Virtual switch 1 supports VLAN 10, maps to NIC 1, and maps to virtual NICs on all VMs.
Virtual switch 2 supports VLAN 10, maps to NIC 1, and maps to all VMs.

質問と回答：