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HP HPE7-A08 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Manage, Maintain, Optimize, and Monitor the Wired Network Solution: This part measures the skills of Network Operations Engineers in managing and maintaining wired network infrastructures. It includes developing configuration management strategies, interpreting network operational data to make informed decisions, and programmatically auditing or configuring Aruba Networking switches to optimize performance and reliability.
Topic 2
  • Troubleshoot the Wired Network Solution: Candidates in this section, typically Network Support Specialists, are tested on identifying common wired network failures such as IP or VLAN mismatches, hardware issues, or port misconfigurations. It also involves analyzing performance problems caused by QoS or configuration errors and formulating effective remediation plans to restore correct network operations.
Topic 3
  • Install and Configure the Wired Network Solution: This domain evaluates the abilities of Network Engineers to provision and configure HPE Aruba Networking switches both via Aruba Networking Central and command-line interface. It covers physical switch setup, Layer 2 and Layer 3 configuration and validation, multicast features, security implementations, quality of service (QoS) settings, and integration of Aruba Networking solutions into existing environments.
Topic 4
  • Create the Implementation Plan for the Wired Network Solution: This section measures the skills of Network Designers who focus on understanding the HPE switching portfolio and selecting the right products to match various customer requirements. Candidates must also demonstrate the ability to create detailed and effective implementation plans based on given designs or customer scenarios to ensure successful wired network deployments.

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HPE Aruba Networking Switching Professional Exam Sample Questions (Q24-Q29):

NEW QUESTION # 24
Examine the network exhibit:

The ACL configuration defined on Core-1 is as follows:

If telnet was being used, which device connection would be permitted and functional in both directions? (Choose two.)

Answer: B,C

Explanation:
B is correct because the traffic never crosses the core so the VACL is not used.
D is correct because the server is inbound to VLAN 10 so VACL is not used and return traffic is permitted by VACL.


NEW QUESTION # 25
Which Aruba CX switch series is recommended for a high-performance campus distribution layer?

Answer: C

Explanation:
The Aruba CX 6300 offers high-speed uplinks, VSF stacking, and advanced Layer 3 routing, making it ideal for campus distribution and aggregation.


NEW QUESTION # 26
What are valid NAE agent actions? (Select two)

Answer: A,B


NEW QUESTION # 27
Refer to the exhibit:

According to the HPE Aruba Networking VSX best practices, what would need to be changed on the configuration?

Answer: A

Explanation:
The exhibit illustrates a high-availability design involving an AOS-CX 8325 VSX core pair and an AOS-CX
6300M VSF access stack. To determine the necessary change, we must evaluate the bandwidth relationship between the Inter-Switch Link (ISL) and the Access Uplinks .
* VSX ISL Bandwidth Best Practice: A fundamental rule in Aruba VSX design is that the ISL (Inter- Switch Link) bandwidth should be equal to or greater than the bandwidth of the highest-speed uplink or the aggregate bandwidth of the downstream access connections. This ensures that in the event of a link failure (where traffic must traverse the ISL to reach its destination), the ISL does not become a bottleneck, causing packet loss or increased latency.
* Analyzing the Current Topology:
* The Access Uplinks from the CX 6300 stack to the CX 8325 core are utilizing 25GBase-SR (25 Gbps) connections.
* The VSX ISL (ports 1/1/47 and 1/1/48 on the CX 8325s) is currently configured with 10GBase- SR (10 Gbps) optics.
* This creates a " bottleneck " scenario where the core synchronization and failover path (10G) is significantly slower than the access path (25G).
* Hardware Capabilities:
* The AOS-CX 8325-48Y8C features 48 ports that support SFP/SFP+/SFP28 (1G/10G/25G).
* Ports 1/1/47 and 1/1/48 are SFP28 capable. To adhere to best practices and match the 25G speed of the downstream 6300 uplinks, these ISL ports must be upgraded from 10G (SFP+) to 25G (SFP28) .
* Evaluating Other Options:
* Option B is incorrect because the CX 8325 does not support SFP56 (50G) transceivers; SFP56 is typically found on the CX 6300/6400 series.
* Option C is incorrect because the CX 6300M does not have QSFP28 (100G) ports; it uses SFP56 for its high-speed uplinks.
* Option D is incorrect because the 6300 is already using 25G. While it could support SFP56, upgrading the access side to 50G while leaving the Core ISL at 10G would only exacerbate the bandwidth mismatch.
Therefore, the most critical architectural correction is upgrading the 8325 ISL ports to SFP28 to ensure the ISL bandwidth matches the 25G access uplinks.


NEW QUESTION # 28
A database administrator has reported intermittent connectivity issues with a SQL server hosted in the data center and has provided you with the source and destination IP addresses. Which troubleshooting methodology would be the most suitable to start with?

Answer: D

Explanation:
Comprehensive Detailed Explanation:
When troubleshooting intermittent connectivity issues with known source and destination IPs, the Follow the path methodology is most suitable. This involves tracing the packet flow from source to destination step-by- step, checking each device or segment for failures.
Spot the difference compares configurations, which is less targeted here.
Divide and conquer isolates sections but follow the path is more direct for connectivity.
Top-down/bottom-up is more general troubleshooting.
References:
Aruba Troubleshooting Methodology Guide
HPE Aruba Network Issue Resolution Best Practices
Network Troubleshooting Training Materials


NEW QUESTION # 29
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