HPE7-A08 HPE Network Switching Professional Exam Topics and Questions

This topic sets the foundation for everything that follows. Before you touch a CLI or rack a switch, the exam expects you to demonstrate that you can translate a customer's requirements into a coherent implementation plan. The two sub-topics here are tightly coupled: you need to know the HPE switching portfolio well enough to match products to problems, and you need to convert that knowledge into a sequenced, justifiable plan.

How Create the implementation plan for the wired network solution. is tested

At 18%, this topic carries meaningful weight. Items tend to be scenario-driven: you are given a customer environment with stated requirements, constraints, or growth targets, and you must select the most appropriate HPE switch platform or plan the correct implementation sequence. The trap is treating portfolio questions as memorisation exercises. The exam rewards understanding why a particular platform fits a scenario, not just naming its model number. Candidates lose marks by picking a switch that satisfies one requirement while ignoring another, such as choosing a campus-edge platform when the scenario calls for data-centre-grade stacking. Planning questions reward logical sequencing and dependency awareness. Skipping steps or reordering tasks that have prerequisites is where marks are dropped. If a scenario includes both a design diagram and a list of customer constraints, both matter: items are written to catch candidates who read one and ignore the other.

Once the plan exists, the exam shifts to execution, and this topic is where the bulk of the marks live. At 33%, it covers more ground than any other section. You are expected to move fluently across Central provisioning, CLI configuration, physical setup, Layer 2, Layer 3, multicast, security, QoS, and solution integration. The breadth is the challenge: no single sub-topic dominates, so a weak area anywhere in this list will cost you.

– Provisioning and physical configuration

Central provisioning and CLI configuration are tested as distinct skills, not interchangeable ones. For HPE Aruba Networking Central, you need to know what the platform handles automatically and what still requires operator input. On the CLI side, the exam focuses on the commands and syntax used to bring switches into a known state, not on memorising every available option. Physical configuration covers how you translate a logical plan into a working rack: port assignment, module selection, cabling decisions, and the order in which physical steps must happen. Candidates who treat physical setup as trivial lose marks when scenarios include hardware constraints that change which logical configuration is even possible.

– Layer 2 and Layer 3 technologies

Layer 2 questions centre on VLANs, spanning tree variants, link aggregation, and the decisions that govern how traffic is segmented and forwarded at the switching layer. The exam tests configuration logic, not just terminology: you should know what happens when a trunk port is misconfigured or when STP timers are left at defaults in a topology where they cause problems. Layer 3 brings interfaces, routing protocols, and overlay technologies into scope. Items here often require you to validate as well as configure: reading a routing table or an interface summary and determining whether the output reflects a correctly working state. Overlay topics such as VXLAN or similar constructs appear in the context of how they are configured on HPE Aruba switches, not as abstract networking theory.

– Multicast, security, and QoS

These three sub-topics each carry smaller individual weights, but together they form a cluster that rewards candidates who have gone beyond basic switching. Multicast questions focus on the configuration concepts that control group membership and traffic replication on HPE Aruba switches, IGMP snooping being a common area. Security features include port-based access control, MAC authentication, and related constructs: the exam tests how you configure them and what they protect against. QoS questions ask you to apply classification, marking, and queuing concepts to a scenario where traffic prioritisation matters. The trap across all three is knowing the concept without knowing the HPE-specific configuration syntax or the platform-level constraints that change the answer.

– Solutions integration

HPE Aruba Networking does not operate in isolation, and this sub-topic reflects that. Integration questions cover how HPE switches interact with adjacent systems: wireless controllers, network access control platforms, and management tools. You need to understand what configuration is required on the switch side to support those integrations, and what breaks when it is absent or wrong. This is an area where candidates who have only studied switching in isolation tend to underperform. The exam rewards knowing the interface points between systems, not just the internal workings of a single device.

How Install and configure the wired network solution. is tested

At 33%, this is the topic that will determine whether you pass. Items are almost entirely scenario-based: you are shown a configuration requirement or a partial configuration and asked what to do next, what is missing, or what the result of a given configuration will be. The exam rewards precision. Selecting a command that achieves the right outcome in the wrong context, or configuring a feature correctly on the wrong interface, is treated as an error. Candidates lose marks by conflating Central-managed behaviour with CLI-managed behaviour, and by applying generic networking knowledge without accounting for HPE Aruba-specific defaults or platform limitations. QoS and multicast items are often where time-pressured candidates guess: they are not difficult in principle, but they require specific configuration knowledge that general networking experience does not always cover. Treat every sub-topic in this section as individually examinable, because the weighting distribution means the exam can draw from any of them.

Configuration knowledge gets you through Topic 2. Troubleshooting demands something different: you have to read a broken network, identify the cause, and prescribe the fix, often with only partial information. At 27%, this topic is the second-largest on the exam. The three sub-topics are evenly weighted, which means the exam tests fault identification, remediation planning, and performance diagnosis with equal rigour. Candidates who can configure but cannot diagnose will leave significant marks on the table here.

How Troubleshoot the wired network solution. is tested

Each of the three sub-topics carries 9%, and that symmetry is deliberate. Items in the fault identification sub-topic present a scenario with symptoms, show you interface output, routing tables, VLAN configurations, or hardware states, and ask you to name the root cause. The exam rewards reading the evidence rather than jumping to the most common failure. IP mismatches and VLAN mismatches are frequently used as distractors when the actual fault is a port configuration error, or vice versa. Remediation items build on identification: you must select the action that resolves the root cause, not the one that masks the symptom. Candidates lose marks by choosing fixes that address a secondary effect rather than the underlying misconfiguration. Performance problem questions add QoS and software-level issues to the mix. The trap is attributing a performance issue to hardware when the scenario evidence points to a QoS classification error, or the reverse. Read the scenario output carefully before committing to a cause.

After deployment and troubleshooting, the exam turns to the ongoing operational discipline of running a wired network. This topic covers how you keep a network in a known, auditable state over time, how you interpret what monitoring data is telling you, and how you interact with HPE Aruba switches programmatically. At 22%, it is not a minor topic. The three sub-topics span policy and process, data interpretation, and automation, which means you need both operational judgement and some familiarity with programmatic tooling.

How Manage, maintain, optimize, and monitor the wired network solution. is tested

The 11% weight on interpreting operational data makes that sub-topic the single largest in this section. Items present you with monitoring output, such as interface statistics, utilisation graphs, log excerpts, or health dashboards, and ask what action the data warrants. The exam rewards knowing the difference between data that requires immediate intervention and data that is within normal operating bounds. Candidates lose marks by over-responding to noise or under-responding to a genuine signal. Configuration management items test your understanding of backup strategies, audit workflows, and archiving policies: the exam asks what a sound maintenance strategy looks like in a given operational context, not just whether you know the terms. Programmatic configuration carries the smallest weight in this topic, but it is not optional. Items here focus on the concepts behind using APIs or automation tools to interact with HPE Aruba switches, rather than requiring you to write code. Know what programmatic access enables and where it is the appropriate approach.