A nospltai needs an upgrade to 802.11ax for its wireless network, which needs to provide complete coverage The hospital has a concrete exterior and uses drywalls lor all of the interior walls with a few exceptions as mandated for safety The building has 10fool (3 m) ceilings.
The hospital prefers to avoid the deployment of APs in rooms if possible. Exceptions include reception areas and lounges.
The wireless network must support wireless medical devices, voice communicators for medical star, laptops in nurse stations, medical staff tablets, and visitor and patient personal devices. All of these devices support both the 2.4GHz and 5GHz band.
The exhibits below show one wing of one floor of the hospital. This wing is about 2S.Q0D square feet {2GQQ sq, m). The unlabeled rooms along the bottom of the wing are patient rooms' other rooms such as lounges and the MR] room are labeled. This area has:
* up to SO concurrent patients and visitors, who might have up to two devices
* 40 concurrent staff members, who might have up to three devices
* about 200 medical and other types of wireless devices
The architect has already planned to place APs in stairwells on another floor.
Which AP plan for this wing of this floor meets the customer needs?
A)

B)

C)

D)

• A. Option B
• B. Option C
• C. Option A
• D. Option D

Refer to the exhibit.

A museum wants to add full S02.11ax wireless coverage across the building, which is about 210 feet (64 m) by 330 feet (100 m). The museum has 15-foot (4.6 m) ceilings and stone interior walls. The network needs to support up to 600 wireless guest devices The exhibit also shows a preliminary plan tor AP locations, me museum has eight Ethernet drops in the lobby and girt stop, but has otherwise not been wired.
What is one recommendation that the architect should make to ensure a successful deployment?

• A. Add about 10 APs to achieve adequate density
• B. Add a wiring closet closer to the north side.
• C. Use directional antennas to avoid lost signal.
• D. Use at least CATS cable to connect to the APs.

An indoor basKetbaiI stadium has 5.000 seats in two rings:
* The stadium has a ceiling height of GO feet (18 m).
* There is a catwalk around the perimeter of the basketball court, between the court and the seating areas.
* This catwalk is 40 feet (12 m) from the floor.
* There are two scoreboards at either end of the stadium.
* The construction of the stadium is concrete and sleet.
The customer does not want an under-seat, picoceli deployment.
Which AP model is appropriate to provide coverage in the main stadium bawl?

• A. AP-577
• B. AP-505
• C. AP-575
• D. AP-555

Refer to the exhibit.

A hospital needs an upgrade to 802.1tax for its wireless network. The wireless network supports:
* wireless medical devices
* medical staff voice communicators
* laptops in nurse stations
* medical staff tablets
* visitor and patient personal devices.
All of these devices support both the 2 4GHz and 5GH2 band. Assuming about a max throughput on50 Mbps per AP; the hospital would like. The architect has used VisualRF to plan the AP placement on one of the floors, which the hospital expects will need to suppod about 800 win to deploy APS in stairwells between floors.
How well does the plan meet the requirements?

• A. The current AP placement fails to account for the lead-lined wails that are common in patient and exam rooms.
• B. The current AP placement fails to provide adequate signal for the voice communicators in several areas
• C. The current AP placement meets the customer requirements in terms of coverage and capacity.
• D. The current AP placement meets coverage requirements, but does not meet capacity requirements.

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 in a VSX fabric, and each has a redundant management module but not a redundant power supply.
• B. The 6405 switches are not in a vsF fabric, and have redundant power supplies but not redundant management modules.
• 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.