A hospital wireless network must support many different types of users and devices, including:
* Visitors who access the Internet
* Admin staff, who run applications such as scheduling
* Medical staff, who look up patient info on their tablets
* Patient monitoring devices, which must not lose any traffic
* Communicator badges, which support real-time voice to allow nurses and doctors to communicate The hospital needs to ensure that the most vital and time-sensitive traffic is prioritized and that visitors do not interfere with hospital applications. The MC should mark traffic that passes through it for an appropriate priority.
Which plan meets the needs? (The plans describe firewall roles and rules but do not need to use correct syntax. Note that security roles are also not included.)

• A. Medical staff = Highest. Patient monitoring = Highest. Admin staff - High. Communicator = Normal. Visitors = Low.
• B. Communicator = Highest. Patient monitoring = Highest. Medical staff = High. Admin staff = Normal: Visitors = Low.
• C. Patient monitoring = Highest. Medical staff = Highest. communicators = High. Admin staff = High. Visitors = Normal.
• D. Medical staff = Highest. Communicator = High. Patient monitoring = High. Admin = High. Visitors = Normal

A company already has an Aruba wireless network The network currently consists of:
* oneMM-HW-1k
* two 7210 MCs in the network core
* two 721GMCsintheDMZ
* 200 AP-515S in Building 1 and Building 5
100 AP-515S each In Building 2r Building 3, and Building 4
The customer now wants to assess if it needs local Mobility controllers (MC) for any buildings:
- Building 1 is the main office building for the campus. It supports the highest number of APs. It connects to the network core without an aggregation layer.
* Building 2 is further away from the Building i. and no roaming is provided between it and the other buildings its access layer connects to the network cone with a pair of Aruba CX 6300M aggregation switches.
* Building 3 is further away from the other buildings, it connects to the network core without an aggregation layer.
The Guest SSID traffic should be tunnelled to the DMZ controllers
' Building 4 has its own local datacenter and Internet connection. The company would like it to be able to operate completely autonomously if its aggregation layer loses connectivity with the core.
* Building 5 is further away from the other buildings, it connects to the network core without an aggregation layer.
This building has been assigned to a partner that would like to manage a dedicated SS1D using the shared AP infrastructure.
In which two buildings should the network architect plan local mobility controllers (MCs)? (Select two)

• A. Building 5
• B. Building 1
• C. Building 3
• D. Building 2
• E. Building 4

A customer has critical wired endpoints. However, each endpoint has a single Ethernet connection to the network. The customer wants redundancy in the switch access layer to minimize the chances that an endpoint will lose this connection The architect plans to deploy two Aruba CX 6405 switches in the closet.
Which plan provides the greatest redundancy for this scenario?

• A. The 6405 switches are not in a vsF fabric, and have redundant power supplies but not redundant management modules.
• B. The 6405 switches are in a VSX fabric, and each has a redundant management module but not a redundant power supply.
• C. The 6405 Switches are in a VSF fabric, so the individual switches do not need redundant components.
• D. The 6405 switches are not in a VSX fabric, and have redundant power supplies and redundant management modules.

A customer has an Aruba wireless netwofK with:
* Two 7205 Mobility Controllers (MCs) in a cluster - Each MC must be able to support the complete network in the case of an MC failure
* 250 APs. which support a total of 7.500 devices
* A virtual CxQCQ ClearPass appliance with 1QK Access licenses
* An MM-HW-1K appliance
The customer is interested in an upgrade to Aruba CX Switches, primarily to benefit from the per-user tunneled node feature. The customer requires support for 2500 ports, and 95 percent of wined endpoints will use tunneled node.
Which change to the existing solution should the architect explain?

• A. A new controller will be required to support sufficient clients, including the wired ones.
• B. The clustering feature will need to be disabled on the controllers, so that they can support tunneled node.
• C. The Mobility Master will need more MM licenses to support the wired endpoints that use tunneled node.
• D. A separate ClearPass virtual appliance will be required to integrate with the AQS-Switches

Refer to the exhibit.

The exhibit shows the topology for a new Aruba solution. The MCs are in a ctuster and support all of the wireless traffic in the network The core switches route all traffic and support all VLANS. The access fayer switches do NOT use tunneiednode. or dynamic segmentation.
The customer has indicated that it has these VLANS for user devices.
* VLAN 11 for Floori employee wired devices
* VLAN 12 for Floor 2 employee wired devices
* VLAN 13 tor Floor 3 employee wired devices
* VLAN 14 for Floor 4 employee wired devices
* VLAN 15 for Floor 5 employee wired devices
* VLAN 101 for all employee wireless devices
* VLAN 102 for all guest wireless devices
In which locations should the architect plan the VLANs?

• A. VLANs 11-15. 101. and 102 on both MCs. (Other VLANs will be used on the access layer switches.)
• B. VLANS 11-15 on the access layer switches on the corresponding floor; VLANS 101 and 102 on both MCS.
• C. VLANs 11-15 on the access layer switches on the corresponding floor; VLAN 101 on one MC and VLAN 102 on me other MC
• D. VLANs 11-15 on one MC. VLANs 101 and 102 on the other MC. (Other VLANs will be used on the access layer switches.)