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HP HPE6-A86 Exam Syllabus Topics:

SectionObjectives
Topic 1: Network Resiliency and Virtualization- Describe Aruba Virtual Switching Extension (VSX)
  • 1. Describe VSX deployment scenarios
  • 2. Describe VSX architecture and components
- Describe Aruba Virtual Switching Framework (VSF)
  • 1. Describe VSF stack architecture
Topic 2: WLAN- Describe Aruba Instant and Aruba Central
  • 1. Describe Aruba Central management capabilities
  • 2. Describe Aruba Instant features and configuration
- Describe and explain AP deployment modes
  • 1. Describe standalone, controller-based, and cloud-managed deployments
- Describe fundamental RF attributes and wireless standards
  • 1. Describe 802.11 standards and amendments
  • 2. Identify and describe RF fundamentals (frequency, channels, power)
Topic 3: Security- Describe fundamental security concepts
  • 1. Describe AAA, RBAC, and 802.1X
  • 2. Describe firewall zones and ACLs
- Describe security and access control for switching
  • 1. Describe port security and DHCP snooping
  • 2. Describe dynamic segmentation and ClearPass integration
- Explain how to configure and validate security for Aruba switches
  • 1. Configure RADIUS/TACACS+ authentication
  • 2. Configure local user authentication
  • 3. Configure port-based access control
Topic 4: Authentication and Authorization- Describe fundamental authentication and authorization concepts
  • 1. Describe RADIUS, TACACS+, LDAP
- Describe how to configure and validate Aruba solutions for authentication and authorization
  • 1. Configure ClearPass integration
  • 2. Configure role-based access control
Topic 5: Connectivity- Describe the basics of Layer 2/3 switching and routing
  • 1. Describe VLANs, trunks, and inter-VLAN routing
  • 2. Describe static and dynamic routing concepts
- Describe network resiliency
  • 1. Describe link aggregation (LAG/LACP)
  • 2. Describe spanning tree protocols (STP/RSTP/MSTP)
  • 3. Describe redundancy and failover mechanisms
- Explain how to configure and validate Layer 2/3 switching
  • 1. Configure and verify routing protocols (OSPF)
  • 2. Configure LACP and link aggregation
  • 3. Configure VLANs and IP interfaces
Topic 6: Network Stack Fundamentals- Describe and explain the OSI networking model
  • 1. Identify and describe the function of each OSI layer
  • 2. Describe encapsulation and de-encapsulation
- Describe and explain fundamental protocols
  • 1. Describe ARP, ICMP, DNS, DHCP, NTP
  • 2. Identify and describe the purpose of TCP and UDP
Topic 7: Troubleshooting- Describe basic troubleshooting methodologies
  • 1. Identify and isolate network issues
  • 2. Use show/debug commands for diagnostics
- Explain how to troubleshoot common Layer 2 and Layer 3 issues
  • 1. Troubleshoot OSPF adjacency issues
  • 2. Troubleshoot ACL and security issues
  • 3. Troubleshoot VLAN and trunk issues
Topic 8: Management and Monitoring- Describe Aruba management and monitoring tools
  • 1. Describe Aruba AirWave
  • 2. Describe SNMP, syslog, and sFlow
  • 3. Describe Aruba Central

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HPE Network Switching Associate Exam Sample Questions (Q13-Q18):

NEW QUESTION # 13
Based on the example below:
show vsf
Force Autojoin : Disabled
Autojoin Eligibility Status : Not Eligible
MAC Address : ec:67:94:c4:77:80
Secondary : 2
Topology : Ring
Status : No Split
Split Detection Method : mgmt
Mbr Mac Address Type Status
ID
--- ------------------- ------- ----------
1 ec:67:94:c4:77:80 R8Q69A Conductor
2 ec:67:94:c4:37:80 R8Q69A Standby
3 ec:67:94:c5:7f:80 R8Q68A Member
What happens if the VSF link between members 1 and 2 is disconnected?

Answer: B

Explanation:
The correct answer is D. The VSF stack remains fully operational. The output shows the VSF topology is a ring. In a ring topology, each member has an alternate VSF path through another member. If only the VSF link between members 1 and 2 is disconnected, members 1 and 2 can still communicate through member 3:
member 1 connects to member 3, and member 3 connects to member 2. This changes the physical topology from a ring to a chain, but it does not split the stack. HPE Aruba Networking VSF documentation states that a ring topology provides resiliency against link and member hardware failures because any single failure does not isolate the remaining stack members from each other, and Aruba strongly recommends ring topology where possible. Options A, B, and C are incorrect because a single link failure in this three-member ring does not isolate the conductor, standby, or member. Split detection using the management interface would become relevant only if the stack actually split into separate fragments.


NEW QUESTION # 14
Drag and Drop Question
Match the definitions for Power-over-Ethernet.

Answer:

Explanation:

Explanation:
These IEEE standards define the maximum power delivered over Ethernet to powered devices, with Type 3 and Type 4 providing higher wattage for more demanding devices.


NEW QUESTION # 15
After testing a new HPE Aruba Networking 6200M switch deployment for a small office, you discovered that hosts in different VLANs cannot reach each other.
What do you need to configure to enable connectivity between VLANs?

Answer: B

Explanation:
The correct answer is A. Configure an SVI for each VLAN. Hosts in different VLANs are in different Layer 2 broadcast domains, so they cannot communicate directly through normal switching alone. To enable communication between VLANs, the switch must provide Layer 3 gateway interfaces for those VLANs. On HPE Aruba Networking CX switches, this is done with switched virtual interfaces, or SVIs, using interface vlan < VLAN-ID > and assigning an IP address to each VLAN interface. HPE Aruba Networking documentation shows Layer 3 VLAN interfaces using interface vlan with an IP address, and also refers to an SVI as the Layer 2 VLAN interface IP address used by the switch. Option B is not the best answer because simply enabling IP forwarding does not create gateway interfaces for the VLANs. Option C is incorrect because trunking VLANs to another Layer 2 switch only extends VLANs; it does not route between them.
Option D is incorrect because VLANs separate Layer 2 domains, and inter-VLAN communication requires routing, not bridging.


NEW QUESTION # 16
A customer is about to connect a new HPE Aruba Networking CX 6200 switch using ports 1/1/47 and 1/1/48 to an existing HPE Aruba Networking 5406R switch in a VSF configuration. The VSF is already configured with the following settings:
trunk 1/A24, 2/A24 trk2 lacp
trk2
vlan tagged 100,200,300
vlan untagged 50
What needs to be configured on the new CX 6200 switch?

Answer: B

Explanation:
The correct answer is C. The existing 5406R configuration uses an LACP trunk, with VLANs 100, 200, and
300 tagged and VLAN 50 untagged. The equivalent HPE Aruba Networking AOS-CX configuration is to create a LAG, enable LACP using lacp mode active, allow the tagged VLANs on the trunk, and configure VLAN 50 as the native VLAN. In AOS-CX, the vlan trunk native < VLAN-ID > command assigns the native VLAN to the trunk or LAG interface. Native VLAN traffic is untagged unless native VLAN tagging is specifically configured. HPE Aruba documentation also shows the command syntax for assigning native VLANs to LAG interfaces and the use of vlan trunk allowed for the VLANs carried on the trunk. Option A and option B are incorrect because lacp mode enable and the shown native VLAN syntax are not the correct CX syntax. Option D is less correct because VLAN 50 is the native untagged VLAN and does not need to be included with the tagged VLAN list. The correct CX equivalent is therefore LACP active, allowed VLANs
100, 200, and 300, and native VLAN 50.


NEW QUESTION # 17
How many collision domains are shown in the diagram below?

Answer: D

Explanation:
The correct answer is D. 6. In a switched Ethernet network, each individual switch link or switch port represents a separate collision domain. The diagram shows four end-user device links: PC-A to the VLAN 10 access switch, PC-B to the VLAN 10 access switch, PC-C to the VLAN 20 access switch, and PC-D to the VLAN 20 access switch. It also shows two uplinks from the access switches to the Layer 3 switch or routing switch that contains the SVIs for VLAN 10 and VLAN 20. That gives a total of six physical Ethernet links, and therefore six collision domains. The VLANs do not reduce this count to two; VLANs define Layer 2 broadcast domains, not collision domains. The SVIs also do not create one collision domain; they are Layer 3 gateway interfaces used for routing between VLANs. HPE Aruba Networking campus design documentation describes Layer 2 and Layer 3 switching technologies used in campus topologies, while HPE Aruba switch documentation treats physical switch ports as individual Ethernet interfaces. For this diagram, the collision- domain count is based on the physical switched links, so the answer is 6.


NEW QUESTION # 18
......

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