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HP HPE6-A90 Exam Syllabus Topics:

Section	Weight	Objectives
Topic 1: Network Management with HPE Aruba Networking Central	34%	- Device onboarding and provisioning - Platform navigation and interface usage - Dashboards, alerts and analytics tools - User roles and access control management
Topic 2: Introduction to AOS-10	33%	- Basic configuration and operational workflows - AOS-10 architecture and capabilities - Deployment models and use cases - Integration with Aruba Central
Topic 3: Managing Wired Networks with HPE Aruba Networking Central	33%	- Switch configuration and lifecycle management - Policy enforcement and network segmentation - VLAN setup and port configuration - Troubleshooting wired connectivity issues

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HPE Networking Central Exam Sample Questions (Q23-Q28):

NEW QUESTION # 23
HPE Aruba Networking Central flags an anomaly on an AOS-CX switch, showing frequent link resets. What is the best next step to verify if the fault is cable-related?

A. Review client health analytics
B. Reset switch port manually
C. Run a Cable Test on the interface

Answer: C

Explanation:
Running a Cable Test on the interface allows direct validation of physical layer integrity, helping determine whether link resets are caused by cable faults, termination issues, or signal degradation.

NEW QUESTION # 24
How to prevent a split-brain during a failure in a Virtual Switching Framework (VSF) stack?

A. Enabling stack split detection on VSF Profile
B. Using a daisy-chain stack design
C. Using MC-LAGs with redundant links on different stack members

Answer: A

Explanation:
Split-brain in a VSF stack is prevented by enabling split detection mechanisms in the VSF profile, which allows the system to identify loss of stack communication and properly isolate or shut down affected members to maintain a single active control domain.

NEW QUESTION # 25
HPE Aruba Networking Central shows repeated "EAP timeout" errors. What's the first step to confirm the cause?

A. Verify user credentials.
B. Replace client certificates.
C. Test RADIUS reachability from gateway.

Answer: C

Explanation:
"EAP timeout" typically indicates that authentication requests are not receiving timely responses from the RADIUS server. Verifying RADIUS reachability from the gateway is the first step to confirm whether the issue is related to connectivity, latency, or server availability before investigating client-side credentials or certificates.

NEW QUESTION # 26
You are consolidating LAN and WLAN administration into one platform. Which HPE Aruba Networking Central capability will achieve the goal to manage all domains from a unified interface?

A. Inventory-only view with no configuration workflow management
B. Single pane of glass for Access Points, Switches, and Gateways
C. Controller-centric views per feature with local-only access

Answer: B

Explanation:
HPE Aruba Networking Central provides a single pane of glass to manage access points, switches, and gateways from one unified interface. This consolidated view enables centralized configuration, monitoring, and policy management across both LAN and WLAN domains, simplifying operations and improving visibility.

NEW QUESTION # 27
A VSX pair of switches serves as the core layer of a campus network. To provide uplink redundancy to the access layer, one link from each core switch is connected to an access switch.
Which configuration should be used to achieve uplink redundancy and load sharing?

A. Multi-chassis LAG with LACP enabled.
B. Two separate static routes to the access switch.
C. Independent access VLANs for each uplink.

Answer: A

Explanation:
A Multi-chassis Link Aggregation Group (MC-LAG), referred to in the AOS-CX environment as a VSX LAG, is the standard method for providing redundancy and load sharing when connecting downstream switches to a VSX pair. By configuring a LAG that spans across both physical switches in the VSX core, the access switch perceives the two separate physical uplinks as a single logical connection. This setup prevents loops without needing to block ports via Spanning Tree, utilizes all available bandwidth across both links (load sharing), and ensures that if one core switch fails, the second link remains active to maintain connectivity.

NEW QUESTION # 28
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