Real Designing Aruba Solutions HPE6-A47 Practice Questions

One customer comes for HPE6-A47 Designing Aruba Solutions certification exam. It is well known that HP HPE6-A47 exam is for Aruba Certified Design Professional (ACDP) V1 certification, which verifies that you can:

  • Plan and design enterprise-wide Aruba campus wireless and wired networks
  • Gather the required information for RF Planning, Redundant Campus Architecture design, and Remote Access Branch office designs
  • Understand the use of Aruba Mobility network designs for Aruba secure wireless and wired network deployments using Aruba best practices on how to plan and design enterprise campus networks
  • Integrate redundancy and high availability into your designs
  • Create a Bill of Materials (BOM) and specify the appropriate Aruba products and solutions for a given scenario.

Dumpsbase offers Real Designing Aruba Solutions HPE6-A47 Practice Questions, which contain 61 real exam questions and answers. Dumpsbase collected all the related HPE6-A47 dumps questions, which are the best and latest in the whole market. Read and study all Dumpsbase HP Aruba Certified Design Professional (ACDP) HPE6-A47 exam dumps, you can pass the test in the first attempt.

Real Designing Aruba Solutions HPE6-A47 Practice Questions

1. Which guidelines should an architect use to determine how many AirWave servers to recommend?


2. An architect plant to purpose an Aruba wireless solution with several Mobility Controllers (MCs) and a Mobility Master (MM) architecture. Wireless users run Skype for Business, a Unified Communications (UC) solution. The architect plans to use the Aruba SDN capabilities to integrate with the UC solution.

What helps to support high availability specifically for the SDN services?


3. Refer to the exhibit.

Exhibit 1 shows the logical plan, and Exhibit 2 shows the BOM created with IRIS. An architect plans to propose two 5406Rzl switches as a VSF fabric for a campus network core.

Which issue with the plan should the architect correct?


4. An architect needs to plan the bandwidth for two Aruba 7240 Mobility Controllers (MCs) which will connect to the network core. The customer indicates that four 10 GbE links between the network core and the data center will be adequate. The customer expects almost all traffic in the network will be wireless. The customer expects up to 25 Gbps upstream traffic from wireless clients and up to 35 Gbps downstream to wireless clients. The customer requires the MCs to be able to continue to forward traffic if up to one link fails, but lower performance during the failover situation is permissible.

What are the minimal links to meet these requirements?


5. An architect learns that a customer site is 14,307 square meters (154,000 square feet) and supports 900 employees using WiFi 5 Ghz radio.

What additional information should the architect collect to create the RF plan?


6. An architect needs to help a customer design a management and monitoring solution for an Aruba network in an airport. The solution consists of an Aruba Mobility Master (MM), Aruba 7210 MCs, Aruba AP-335s, and Aruba 5496R switches. The architect plans to recommend Aruba AirWare.

The airport has a high-client device turnover and many highly mobile devices.

Which changes should the architect make to the recommended solution based on this characteristic?


7. An architect proposes four 7210 Mobility Controllers (MCs) to support about 1,500 client APs. The customer environment will have a maximum of about 20,000 wireless clients. The customer wants hardware MMs with an active and standby deployment.

What is the minimum solution that meets the customer requirements?


8. A financial institution has an Aruba wireless system. Each floor is 19 meters by 23 meters (200 feet by 250 feet) and has 20 APs. The organization now requires dedicated Air Monitors (AMs).

About how many AMs should the architect recommend per floor?


9. A customer needs a solution to terminate VPN tunnels for Aruba RAPs. The customer has a single site and a single public IP address for this purpose. Network address translation (NAT) will forward the IPsec traffic to the correct device to terminate the VPN tunnel. The customer also requires N+1 redundancy for the solution.

Which solution meets the customer requirements?


10. An architect needs to plan the RF coverage.

Which application has the greatest potential impact on RF design?


11. For which scenario should an architect recommend Aruba Central Managed Portal (MSP)?


12. The customer has an office environment with users who have laptops that can connect with wired or wireless. Users also bring one or two of their own devices. An architect creates a proposal with Aruba AP­325s, 7210 Mobility Controllers (MCs), a Mobility Master (MM), and Aruba 2930M switches at the access layer to support the laptops and APs.

The architect plans to recommend 802.1X authentication without tunneled node on Aruba 2930M switch ports that connect to laptops.

What is one advantage of this form of authentication?


13. An architect proposes an Aruba solution with a hardware Mobility Master (MM) to a customer. The customer has a disaster recovery site which is connected to the main site at Layer 3. The customer requires the MM to remain available in case of a total site failure.

Which plan meets the customer requirements?


14. Support for transmissions to up to three MU-MIMO clients at the same time

The architect finds these specifications for the two models under consideration:

AP-335 = 4×4:4:4:4:3

AP-325 = 4×4:4:4:3:3

What should the architect determine from these specifications?


15. What typically drives the need for an aggregation layer in modern networks?


16. A customer needs a networking solution that supports their Microsoft Skype for Business Unified Communications (UC) solution. The architect plans to use multiple Aruba APs, switches, and controllers.

The customer wants real time statistics and assessment of call quality.

Which component should the architect include to provide these services?


17. An architect plans 12 APs for an auditorium that is 325 square meters (3, 498 square feet). Each AP has one 2.4 GHz radio and one 5 GHz radio. Both types of radios use 20 MHz channels.

Assume that DFS channels can be used in this design.

How many 5 GHz collision domains does this design provide?



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