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HPE6-A41 Applying Aruba Switching Fundamentals for Mobility

January 30, 2019 by admin

Exam ID HPE6-A41
Exam type Proctored
Exam duration 1 hour 55 minutes
Exam length 60 questions
Passing score 68%
Delivery languages English, Japanese
Related certifications Aruba Certified Switching Associate (ACSA) V1

Supporting resources These recommended resources help you prepare for the exam:

01077931: Aruba Switching Fundamentals, Rev. 16.41

Additional study materials

Aruba Certified Switching Associate Study Guide

Exam description
This exam tests your knowledge of the features, benefits, and functions of Aruba networking components and technologies used in the Aruba Mobile-First architecture. This exam tests your ability to implement and validate a basic secure wired and wireless network with the use of ArubaOS switches, CLI, various technologies, and Aruba Instant Access Points (IAPs). This exam also tests your ability to manage and monitor the network with AirWave.

Ideal candidate for this exam
Typical candidate is a technical professional who has at least six months experience with small to medium enterprise level network deployments. The candidate also demonstrates knowledge of wired technologies used in edge and simple core environments, and fundamental knowledge of wireless technologies; 802.11a/b/g/n/ac, basic RF interactions and issues, and basic wireless security methods.

Complete the training and review all course materials and documents before you take the exam.
Exam items are based on expected knowledge acquired from job experience, an expected level of industry standard knowledge, or other prerequisites (events, supplemental materials, etc.).
Successful completion of the course alone does not ensure you will pass the exam.
Read this HPE Exam Preparation Guide and follow its recommendations.
Visit HPE Press for additional reference materials, study guides, practice tests, and HPE books.

40% Identify, describe, and apply foundational networking architectures and technologies.
Describe the basics of Layer 2 Ethernet to include broadcast domains and ARP messages.
Interpret an IP routing table and explain default routes, static routing, and dynamic routing such as OSPF.
Identify the roles of TFTP, SFTP, FTP, Telnet, SNMPv2, and SNMPv3 in the management of Aruba network devices, and apply the appropriate security for these features.
Describe Layer 2 redundancy technologies such as STP, RSTP, MSTP and VSF, and recognize the benefits of each.
Describe and apply link aggregation.
Identify, describe, and explain VLANs.
Describe, identify, and explain wireless technologies.

8% Identify, describe, and differentiate the functions and features of Aruba products and solutions.
Identify and explain how Aruba, a Hewlett Packard Enterprise company, delivers solutions that enable the digital workplace.
Identify basic features and management options for Aruba wired and wireless products.
Compare and contrast Aruba Networking solutions and features, and identify the appropriate product for an environment.

37% Install, configure, set up, and validate Aruba networking solutions.
Configure basic features on ArubaOS switches to include initial settings and management access.
Configure ArubaOS switches with Layer 2 technologies such as RSTP and MSPT, link aggregation, VLANs, LLDP, and device profiles.
Configure basic IP routing with static routes or OSPF on ArubaOS switches.
Manage the software and configuration files on ArubaOS switches, and manage ArubaOS switches and APs with Aruba AirWave.
Validate the installed solution with the use of debug technology, logging, and show and display commands.

5% Tune, optimize, and upgrade Aruba networking solutions.
Optimize Layer 2 and Layer 3 infrastructures through broadcast domain reduction, VLANs, and VSF.

10% Manage, monitor, administer, and operate Aruba networking solutions.
Perform network management in accordance with best practices.
Perform administrative tasks such as moves, adds, changes, deletions, and password resets for manag

QUESTION 1
A network administrator plans two interfaces for a Virtual Switching Framework (VSF) link. Which best practice should the administrator follow?

A. Configure a low spanning tree cost on the interfaces.
B. Configure the interfaces as a distributed trunk.
C. Use interfaces on different modules.
D. Use copper connections.

Answer: C

QUESTION 3
A network administrator has copied new software to an ArubaOS switch and placed this software in the secondary ash location. The switch is currently booting from the primary location. The administrator wants the switch to start using the new software.
What should the administrator do to accomplish this?

A. Reboot the switch, which automatically causes the switch to use the newer software.
B. Execute the command to boot the system from the secondary flash.
C. Rename the secondary software as the primary software.
D. Copy the secondary software to the primary software slot.

Answer: B

QUESTION 4
A network administrator implements a wireless network that uses three wireless APs. The administrator wants to ensure that users can roam seamlessly from one AP to another. Which type of wireless network should the administrator implement?

A. an ad hoc network that does not use channel bonding
B. an infrastructure network with a different Service Set Identifier (SSID) on each AP
C. an ad hoc network that uses channel bonding
D. an infrastructure network with the same Service Set Identifier (SSID) on each AP

Answer: D

QUESTION 5
An ArubaOS switch provides PoE+ to several Aruba APs. Users might also connect PoE devices to this switch. In a situation where the switch PoE capacity is exceeded, the network administrator wants to ensure that the switch continues to power the APs in preference to other devices.
What should the administrator do to achieve this goal?

A. Set the PoE priority for the ports connected to APs to critical.
B. Set the PoE class for the ports connected to APs to Class 5.
C. Make sure that LLDP MED is enabled on both the switch ports and the APs.
D. Set the PoE allocation on the ports connected to APs to the maximum value permitted by PoE+.

Answer: A

QUESTION 6
Member 1 is the commander of a Virtual Switching Framework (VSF) fabric. A power disruption causes member1 to go down. What happens when power is restored and member 1 boots?

A. Member 1 fails to rejoin the VSF fabric, and the error disrupts member 2.
B. Member 1 rejoins the VSF fabric and becomes the commander.
C. Member 1 rejoins the VSF fabric, and member 2 continues to act as commander.
D. Member 1 fails to rejoin the VSF fabric, and member 2 continues to act as commander.

Answer: B

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