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Pass Guaranteed 2026 HP Reliable HPE7-A07: Aruba Certified Campus Access Mobilit

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Pass Guaranteed 2026 HP Reliable HPE7-A07: Aruba Certified Campus Access Mobilit

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HP HPE7-A07 Exam Syllabus Topics:
TopicDetails
Topic 1
  • Switching: Senior HP RF network engineers must demonstrate proficiency in implementing and troubleshooting Layer 2
  • 3 switching, including broadcast domains and interconnection technologies. This ensures seamless and efficient data flow across network segments.
Topic 2
  • Troubleshooting: This topic of the HP HPE7-A07 exam assesses skills of a senior HP RF network engineer in troubleshooting. It also assesses the ability to remediate issues in campus networks. It is vital for ensuring network reliability and minimizing downtime in critical environments.
Topic 3
  • Connectivity: The topic covers developing configurations, applying advanced networking technologies, and identifying design flaws. It tests the skills of a senior HP RF network engineer in creating reliable, high-performing networks tailored to specific customer needs.
Topic 4
  • Network Stack: This topic of the HP HPE7-A07 Exam evaluates the ability of a senior HP RF network engineer to analyze and troubleshoot network solutions based on customer issues. Mastery of this ensures effective problem resolution in complex network environments.
Topic 5
  • Authentication
  • Authorization: Senior HP RF network engineers are tested on their skills in designing and troubleshooting AAA configurations, including ClearPass integration. This ensures that network access is securely managed according to the customer's requirements.
Topic 6
  • Performance Optimization: The Aruba Certified Campus Access Mobility Expert Written exam focuses on analyzing and remediating performance issues within a network. It measures the ability of a senior RF network engineer to fine-tune network operations for maximum efficiency and speed.

HP Aruba Certified Campus Access Mobility Expert Written Exam Sample Questions (Q25-Q30):NEW QUESTION # 25
Exhibit.

What is me expected behavior for ARP traffic sent from H1?
  • A. A2 will send the ARP traffic out of ports 1/1/1-1/1/4.
  • B. A2 will flood the ARP traffic out of all interfaces.
  • C. A2 will drop the ARP traffic.
  • D. A2 will send the ARP traffic out of ports 1/1/1 and 1/1/3.
Answer: B
Explanation:
In a VXLAN environment, unknown unicast traffic, such as ARP requests from H1, which does not have a specific destination MAC address learned by the switch A2, will be flooded out of all interfaces. This flooding behavior is necessary because A2 needs to ensure that the ARP request reaches its intended destination, which might be on any of the interfaces. It's a part of the standard behavior of switches to handle ARP traffic when the destination hardware address is unknown.

NEW QUESTION # 26
A customer is planning to add loT devices that connect wirelessly to the existing 802.1X SSlD. The customer will use ClearPass to authenticate the IoT devices by MAC address but other devices will still need to authenticate by only 802 1X Exhibit.

The customer provided the current configuration and reported their non-loT 802. IX devices are no longer able to connect. Which configuration change can be made to fix the issue?
  • A. Add i2-autn-fairtnrougn to the WLAN configuration
  • B. Modify max-authentication failures to 0.
  • C. Modify opmode wpa3-aes-gcm-256 to opmode wpa2-aes
  • D. Remove mac-authentication from the WLAN configuration
Answer: D
Explanation:
The existing configuration for the WLAN ssid-profile has enabled MAC authentication which, while suitable for IoT devices that may not support 802.1X, can interfere with the normal 802.1X authentication process for other devices. By removing themac-authenticationdirective from the WLAN configuration, the non-IoT
802.1X devices should be able to connect without issues as the authentication process will not be disrupted by MAC authentication checks. This adjustment ensures that the WLAN ssid-profile is correctly aligned with the authentication requirements for both IoT and non-IoT devices within the network environment, conforming to the best practices for mixed-device WLAN configurations.

NEW QUESTION # 27
A manufacturing company depends on FTP, email, and RDP services, which are accessed locally. On Monday morning, RDP sessions are not responsive when users on the employee WLAN download their email and large files from the FTP server simultaneously. The network administrator concludes that the mobility gateway's uplinks are congested when that happens.
Which would be the best option the network engineer can propose in the implementation plan to improve RDP responsiveness?
  • A. Update the spanning-tree configuration from enabled to disabled on the gateway's link aggregation to increase the available bandwidth and avoid congestion
  • B. Change the employee WLAN from tunneled to bridged so that the bottleneck in the mobility gateways is removed
  • C. Update the employee user role with an ACL on position 3 that puts RDP traffic to a high-priority queue and all other traffic to a low-priority queue
  • D. Set the WMM voice DSCP value on the employee WLAN to 56 and enable the RDP application layer gateway
Answer: C
Explanation:
Comprehensive and Detailed Explanation (Verified Extract from HPE Aruba Networking Mobility and Switching Documentation) In Aruba mobility deployments, traffic prioritization and QoS are key to maintaining performance for latency-sensitive applications like Remote Desktop Protocol (RDP) when the mobility gateway uplinks become congested.
By default, Aruba gateways treat all user traffic equally unless QoS policies are applied. The best way to ensure critical applications such as RDP are prioritized is by defining Access Control Lists (ACLs) with traffic classification and queue assignments within the user role.
The command:
user-role Employee
access-control-list position 3 <ACL name>
and corresponding ACL entries can assign RDP (TCP port 3389) to high-priority queues and relegate less time-sensitive traffic (like FTP or email) to lower-priority queues.
ArubaOS and Gateway Documentation Extract:
"When user roles are configured with ACLs that include QoS queue assignment, the mobility gateway can prioritize latency-sensitive applications (e.g., RDP, voice, video) by assigning traffic to higher priority queues. This ensures responsiveness during uplink congestion." Changing the WLAN from tunneled to bridged (Option B) could bypass gateway bottlenecks but would also remove centralized security and traffic control, which is not a best practice for enterprise-managed WLANs.
Disabling spanning tree (Option D) has no effect on QoS or congestion; it affects loop prevention only.
Setting the WMM voice DSCP value (Option C) would only influence wireless airtime QoS, not gateway uplink queuing.
Option Analysis:
* A. # Correct - ACL-based traffic prioritization in the employee role directly addresses congestion by ensuring RDP traffic is queued higher.
* B. Incorrect - Changing SSID mode removes central visibility and security.
* C. Incorrect - WMM controls radio-level prioritization, not gateway uplink congestion.
* D. Incorrect - Spanning tree setting is unrelated to uplink queuing or throughput.
# Final Verified answer: A
# Reference Sources (HPE Aruba Official Materials):
* ArubaOS 10 Mobility and Policy Enforcement Guide - User Roles, ACLs, and QoS Prioritization
* Aruba Certified Mobility Professional (ACMP) Study Guide - Traffic Management and Application Prioritization
* Aruba Mobility Gateway Configuration Guide - QoS Queuing and Traffic Classification

NEW QUESTION # 28
Refer to the exhibit.

Which statement is true?
  • A. The client is using BSS Fast Transition
  • B. The client is failing 802.1X authentication
  • C. The client used an incorrect passphrase
  • D. The client performed passive scanning
Answer: B
Explanation:
The exhibit shows a series of 802.1X authentication steps with multiple "Deauthentication" frames, which indicate that the client is not successfully completing the authentication process. Since the frames show repeated attempts at authentication followed by deauthentication, this suggests that the client is failing the
802.1X authentication process, which is required for network access in a WPA2/WPA3-Enterprise security environment.

NEW QUESTION # 29
A BGP routing table contains multiple routes to the same destination prefix.
Referring to the table below, which route would be marked with a ">" symbol?

  • A. E
  • B. D
  • C. B
  • D. C
  • E. A
Answer: A
Explanation:
The Aruba AOS-CX BGP Best Path Selection Process determines which route becomes the active (>) route in the BGP routing table.
This process is consistent with RFC 4271 but detailed in HPE's Aruba AOS-CX Routing Guide and ACSP Study Guide - BGP and Dynamic Routing.
Extract 1 - BGP Path Selection Hierarchy (Aruba AOS-CX Routing Guide)
"When multiple BGP routes exist to the same destination, the router uses the following decision sequence to select the best path:
* Highest LOCAL_PREFERENCE
* Lowest AS_PATH length
* Lowest ORIGIN type (IGP 'i' preferred over EGP 'e', preferred over Incomplete '?')
* Lowest MULTI_EXIT_DISC (MED) if received from the same AS
* Lowest IGP cost to the next hop (closest exit)
* Lowest BGP router ID as tie-breaker."
Extract 2 - Aruba Certified Switching Professional (ACSP) Study Guide - BGP Path Decision
"Local Preference is the first and most significant criterion within a single AS.
A higher Local Preference value indicates a preferred exit.
If multiple routes have equal Local Preference, the router compares their Origin Codes.
An Origin Code of 'i' (IGP) is preferred over '?' (Incomplete).
If still tied, the route with the lowest IGP cost to the next-hop is chosen as best." Step-by-Step Application to the Table Step 1 - Local Preference
* Routes B, D, and E have Local Preference = 100
* Routes A and C have Local Preference = 0
# Routes A and C are eliminated.
Remaining candidates: B, D, E
Step 2 - Origin Code
* D and E: Origin Code = i (IGP) # Preferred
* B: Origin Code = ? (Incomplete) # Less preferred
# Eliminate B
Remaining candidates: D, E
Step 3 - MED / Metric
Both D and E have Metric = 0 # Still tied
Step 4 - IGP Cost / Administrative Distance
* D: Distance = 200
* E: Distance = 20
According to ArubaOS-CX:
"When all BGP attributes are equal, the route with the lowest internal cost (shortest IGP distance) to the next-hop is selected."
# E wins because it has a lower distance (20 < 200)
Extract 3 - ArubaOS-CX Routing Reference
"The route that wins the selection process is marked with a '>' symbol in the routing table.
This route is installed in the forwarding table and used for traffic forwarding." Final Explanation
* Route E has:
* Highest Local Preference (100)
* Best Origin (IGP 'i')
* Lowest IGP distance (20)
Hence, Route E is selected as the best path, and the ">" symbol is placed beside it in the BGP routing table.
# Final Verified answer: E
# Official Aruba Documentation References:
* Aruba AOS-CX Routing Guide - Section: BGP Best Path Selection Criteria
* Aruba Certified Switching Professional (ACSP) Study Guide - Module: BGP and Path Selection Logic
* Aruba AOS-CX Configuration and Management Guide - Command: show ip bgp summary / route selection

NEW QUESTION # 30
......
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