HPE6-A49 試験問題を無料オンラインアクセス

Refer to the exhibit.

An architect needs to design the topology for a new wired network at a campus with three buildings. The exhibit above shows the cabling layout.
The customer requires link redundancy at all layers, up to one switch-to-switch link can fail without an effect on client connectivity. The architect has determined that the closet of each floor should have three Aruba
2930M switches, and the core will use Aruba 5406 switches.
The aggregation layer, if used, will use Aruba 3810M switches. However, the customer prefers the elimination of the aggregation layer and has asked the architect to advise the impact of the elimination of this layer.
Where would the elimination of the aggregation layer require rewriting?

• A.Building 1 and Building 2 only
• B.All of the buildings
• C.Building 1 and Building 3 only
• D.Building 3 only

A hospital needs a wireless solution which will provide guest access for patients and visitors, as well as for medical staff. In addition to laptops and tablets, staff have wireless voice communicator devices. Some medical equipment also connects wirelessly.
How can the network architect help to ensure that patient and visitor internet use does not interfere with more vital hospital applications?

• A.Deploy IntroSpect to monitor patient and visitor traffic.
• B.Plan a bandwidth contract for the guest role in the MC firewall.
• C.Ensure that the guest SSID has a password associated with it.
• D.Deploy dedicated Air Monitors (AMs) at about one-fourth the density of APs.

Refer to the exhibit.

A customer needs an AirWave solution that can manage 1000 devices. The customer wants a hardware solution and active/standby redundancy for the solution.
The exhibit shows the BOM that the architect has created.
Which corrections should the architect make?

• A.Add 1000 additional AirWave managed device licenses.
• B.Change both of the appliances to Enterprise appliance.
• C.Add a failover license for 1000 managed devices.
• D.Change the active appliance to an Enterprise appliance.

A university has a dormitory with several floors. Currently APs are deployed in the hallways about every 50 feet (15m). The university has several issues with the existing network:
* Students complain that the network is very slow, and the wireless signal is poor.
* Students want to connect some equipment such as gaming consoles and IP TVs on Ethernet, but the dorm rooms just have one Ethernet port.
How does the deployment of AP303Hs resolve the customer issues?

• A.They have directional antennas that will improve the wireless signal and require just one Ethernet port.
• B.They are specialized for wireless meshing, which conserves Ethernet ports, and for high-speed wireless services.
• C.They have high-gain antennas designed for older buildings and support Smart Rate for high bandwidth on one port.
• D.They are specialized to provide wireless coverage for single-room deployment and also provide wired ports for clients.

A customer has phones used as wireless Voice over IP (VoIP) devices.
Which is one implication for the design?

• A.Ensure a -75 GHz signal in both the 2.4GHz band and the 5GHz band across the entire site.
• B.Apply a bandwidth contract to the phone VLAN to limit broadcast and multicast traffic.
• C.Plan policies for the phone role on MCs to give the phones a high QoS priority.
• D.Ensure that APs connect on Smart Rate ports to support the high bandwidth demands of the phones.