Free HPE7-A06 sample questions

Real questions from the HPE Campus Access Switching Expert (Written) practice bank, with the correct answer and an explanation for each one. No junk, no filler.

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Showing 10 of 20 free sample questions.

Question 1Choose one

True or False: In an ArubaOS-CX VSX environment, the VSX keepalive link is mandatory for detecting a dual-active scenario, and it must be a direct Layer 3 connection between the primary and secondary switches.

Question 2Choose one

A university is deploying a large campus network with Aruba CX switches and ClearPass. The security policy requires that devices connecting to wired ports are dynamically assigned to different VLANs based on their type (e.g., IP phones, printers, corporate laptops). A network engineer has configured 802.1X and MAB, and is now creating enforcement policies in ClearPass. Which ClearPass feature is essential for identifying the device type and returning the correct VLAN to the switch?

Question 3Choose one

A hospital is upgrading its campus core with a pair of Aruba 8360 switches running in a VSX pair. They have a requirement for multicast video streaming for medical imaging, which relies on PIM-SM. The network administrator needs to ensure multicast routing functions correctly and efficiently across the VSX pair. What is the recommended approach for configuring PIM in this VSX environment?

Question 4Choose one

During a network audit, a security analyst discovers that switches in the access layer are vulnerable to STP manipulation attacks, such as a rogue device claiming to be the root bridge. To mitigate this, the administrator decides to implement STP protection features on edge ports connected to end-user devices. Which ArubaOS-Switch feature should be configured on these ports to prevent them from becoming STP root or designated ports?

Question 5Choose one

An e-commerce company is experiencing intermittent packet loss and high latency for its critical application servers connected to a VSF stack of Aruba 5406R switches. A network analysis reveals that a high volume of broadcast and unknown unicast traffic from a misconfigured server is flooding a large VLAN, consuming significant switch CPU and link bandwidth. What is the most effective feature to limit the impact of this traffic on the VSF stack?

Question 6Choose one

A consultant is designing a resilient network for a manufacturing plant using ArubaOS-CX switches. The design uses two core switches and multiple access layer switch stacks. To provide redundant uplinks from an access stack to the two core switches, the consultant configures a multi-chassis link aggregation group (MC-LAG). Which underlying technology on the core switches is required to support this MC-LAG configuration?

Question 7Choose one

An administrator is configuring 802.1X with EAP-TLS on an ArubaOS-CX switch for wired authentication against a ClearPass server. Corporate clients are issued certificates from an internal Certificate Authority (CA). When a client connects, the authentication fails. The ClearPass access tracker shows the error 'TLS session error'. The switch configuration is correct, and the client has a valid certificate. What is a common cause for this specific error in an EAP-TLS deployment?

Question 8Choose one

A large enterprise is designing a campus network using an EVPN-VXLAN fabric with ArubaOS-CX switches. The goal is to provide Layer 2 and Layer 3 segmentation for multiple tenants. Which statement accurately describes the role of the BGP EVPN control plane in this architecture?

Question 9Choose one

A network administrator needs to establish an OSPF adjacency between an ArubaOS-CX switch and a router from another vendor across a point-to-point link. After configuring the interfaces and OSPF process, the adjacency is stuck in the ExStart/Exchange state. A packet capture reveals that the Aruba switch is rejecting the DBD packets from the other router. What is the most likely cause of this issue?

Question 10Choose one

A network engineer is deploying a campus WLAN and needs to ensure that voice traffic from wireless IP phones is prioritized over data traffic from laptops. Both types of traffic will use the same SSID. What is the standard mechanism used to classify and mark traffic from the wireless client to the access point and onto the wired network for QoS treatment?

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