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HPE7-A08 Aruba Networking Switching Professional Practice Questions

Prepare for HPE7-A08 with more than an answer.

178 questions in the full set20 sample questionsUpdated Jan 20, 2026
Exam fee
$260 USD
Time limit
120 minutes
Questions on the exam
75
Passing score
65% (scale 0-100%)
Level
Professional
Valid for
3 years
Domains covered on the exam 4
  1. Planning and Implementing a Wired Network Solution18%
  2. Installing and Configuring HPE Aruba Networking Switches33%
  3. Troubleshooting Wired Network Solutions27%
  4. Managing, Maintaining, and Monitoring the Network22%
  1. 1

    A user connects a laptop to a port on an Aruba CX switch that is configured for 802.1X authentication. The user's device does not have an 802.1X supplicant. The network administrator wants to place this user into a limited-access 'Guest' VLAN. Which feature should be configured on the port to handle this scenario?

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    Correct answer: B

    MAC authentication can be configured as a fallback method to 802.1X. When a device fails to respond to 802.1X EAP requests, the switch can be configured to then attempt to authenticate the device based on its MAC address. ClearPass can be configured to see this MAC authentication request for an unknown device and assign it to a 'Guest' role, which places the user in the appropriate VLAN.

  2. 2

    A junior administrator at a university is tasked with designing a small departmental network using three Aruba CX 6200F switches. The requirements are simplified management (a single point of management for all three switches) and link redundancy. The switches will be located in the same wiring closet. Which technology is the most appropriate and cost-effective choice for this scenario?

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    Correct answer: C

    VSF is Aruba's stacking technology, perfect for this scenario. It allows multiple compatible switches (like the CX 6200F) in the same location to be interconnected and operate as a single logical switch. This provides both a single point of management and allows for redundant links to be aggregated across stack members.

  3. 3

    A network engineer is analyzing traffic on an Aruba CX switch and notices that multicast traffic for a video streaming service is being flooded to all ports within a VLAN, even those with no active listeners. This is causing unnecessary congestion. Which two features should be enabled to resolve this issue? (Select TWO)

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    Correct answer: B, D

    IGMP Snooping is a Layer 2 feature that allows the switch to listen to IGMP (Internet Group Management Protocol) messages between hosts and routers. By doing so, it learns which ports have active listeners for specific multicast groups and forwards multicast traffic only to those ports, preventing flooding.

    IGMP (Internet Group Management Protocol) must be enabled on the VLAN's SVI (Switch Virtual Interface). This allows the switch to act as an IGMP querier, actively polling hosts to see which multicast groups they are interested in. This information is then used by IGMP snooping to build its forwarding table.

  4. 4

    True or False: The ArubaOS-CX REST API can only be used to retrieve information (read-only) from a switch; configuration changes must be made through the CLI or Aruba Central.

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    Correct answer: B

    This statement is false. The AOS-CX REST API provides full read and write capabilities, allowing administrators to not only query the switch's state and configuration but also to make changes programmatically using methods like PUT and POST.

  5. 5

    Case Study: MedPro Healthcare

    Company Background:
    MedPro Healthcare operates a large hospital with a recently upgraded Aruba CX switching infrastructure. The network supports thousands of devices, including medical equipment, workstations, and guest devices. A primary security requirement is to enforce a zero-trust policy where every device is authenticated and authorized before gaining access to the network. The policy must be granular, assigning devices to specific VLANs and applying ACLs based on device type and user identity.

    Technical Environment:

    • Core: A VSX pair of Aruba CX 8360 switches.
    • Access: Aruba CX 6300 switches in wiring closets.
    • Security Platform: Aruba ClearPass Policy Manager (CPPM) is deployed for AAA services.
    • Requirement: Medical devices should be placed in VLAN 100, corporate users in VLAN 200, and guest users in VLAN 300 with internet-only access.

    Problem:
    A new infusion pump is connected to an access switch port. The pump does not support 802.1X. The security team needs to ensure this pump is automatically identified and placed into the secure 'Medical' VLAN (VLAN 100) without manual intervention. The port is already configured for 802.1X and MAC authentication.

    Question:
    What is the most effective method within the Aruba architecture to automatically profile the infusion pump and assign the correct network policy via ClearPass?

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    Correct answer: B

    This is the correct, automated method. When the pump connects, it fails 802.1X and falls back to MAC authentication. ClearPass receives the RADIUS request and uses its profiling engine. It can analyze the MAC address OUI (which is specific to the manufacturer), DHCP options requested by the device, and other attributes to automatically classify it as an 'Infusion Pump'. An authorization policy can then be created to assign any device in this category to the 'Medical' role, which returns the correct VLAN and ACLs to the switch.

  6. 6

    A hospital is deploying a new network core using two Aruba CX 8360 switches configured for VSX. To ensure maximum resilience for critical life-support systems, the network architect has mandated that the failure of a single VSX member switch must not interrupt traffic forwarding for connected servers, which are using LACP bonds. Which feature is essential to meet this requirement?

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    Correct answer: A

    VSX Active Forwarding is the key feature that allows both VSX member switches to actively forward traffic. When servers are connected via LACP to both switches in a multi-chassis link aggregation group (MC-LAG), this active-active forwarding plane ensures that if one switch fails, the other continues to forward traffic without any interruption or need for a failover protocol like VRRP to change the active gateway.

  7. 7

    A network administrator is troubleshooting an OSPFv2 adjacency issue between two Aruba CX switches. The show ip ospf neighbor command output is empty. Both switches are in the same subnet, can ping each other's interface IPs, and are configured for Area 0. Which of the following configuration mismatches is the most likely cause for the adjacency failure?

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    Correct answer: C

    OSPF requires that the MTU (Maximum Transmission Unit) on neighboring interfaces match. If there is an MTU mismatch, the OSPF database description (DBD) packet exchange will fail, and the neighbors will get stuck in an EXSTART/EXCHANGE state, preventing a full adjacency. This is a common and often overlooked cause of OSPF failures.

  8. 8

    A systems administrator needs to programmatically retrieve the running configuration from an Aruba CX 6300 switch and verify its compliance against a 'golden' template. The administrator prefers using standard, web-based protocols. Which AOS-CX feature should be used to accomplish this task?

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    Correct answer: B

    The AOS-CX REST API provides a modern, programmatic interface for managing the switch using standard HTTPS methods. An administrator can use a GET request to a specific URI to retrieve the full running configuration in a structured JSON format, which is ideal for automated comparison against a template.

  9. 9

    A university campus is upgrading its network. The design requires a highly available core with two switches that can be managed as a single logical entity from the perspective of downstream access layer switches using MC-LAG. The solution must support independent control planes for resilience and allow for in-service software upgrades. Which Aruba technology should be selected for the core switches?

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    Correct answer: C

    VSX (Virtual Switching eXtension) is specifically designed for data center and campus cores. It meets all requirements: it enables two switches to act as a single logical device for MC-LAG, maintains independent control planes for high resilience, and supports in-service software upgrades (ISSU).

  10. 10

    An administrator is configuring an Aruba CX switch for Dynamic Segmentation. The goal is to assign network access policies based on user roles defined in Aruba ClearPass. Which of the following components are required on the switch to achieve this? (Select TWO)

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    Correct answer: A, C

    The switch must be configured as a RADIUS client to communicate with the ClearPass server. ClearPass uses the RADIUS protocol to send authentication, authorization, and accounting (AAA) information, including the user role.

    The switch ports must be configured as 802.1X authenticators. This enables the port to challenge clients (supplicants) for credentials, which are then passed to the RADIUS server (ClearPass) for validation and role assignment.

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