ハイパスレートのHPE7-A07資格トレーリング一回合格-素敵なHPE7-A07日本語解説集

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HP Aruba Certified Campus Access Mobility Expert Written Exam 認定 HPE7-A07 試験問題 (Q89-Q94):

質問 # 89
Which command would allow you to verify receipt of a CoA (Change of Authorization) message on an AOS-10 Gateway?

正解：D

解説：
Comprehensive and Detailed Explanation (Verified Extract from HPE Aruba Networking AOS-10 Gateway Documentation) The Change of Authorization (CoA) message is a RADIUS-based control packet typically sent by ClearPass Policy Manager or another RADIUS server to modify client authorization dynamically after authentication.
In ArubaOS 10, CoA and Disconnect-Request (DM) messages use UDP port 3799 and are received on the control path of the gateway, not the datapath.
HPE Aruba AOS-10 documentation specifies:
"Use the command packet-capture controlpath udp 3799 on the gateway to verify that CoA packets are being received and processed on the control plane."
"The controlpath capture displays inbound CoA or DM messages received from RADIUS servers such as ClearPass." Command breakdown:
packet-capture controlpath udp 3799
* controlpath # Captures control-plane traffic (used for management protocols like RADIUS, CoA, CAPWAP, etc.)
* udp 3799 # Filters only CoA/DM packets
Why Others Are Incorrect:
* A. interprocess captures internal gateway processes, not RADIUS packets.
* C. diag utilities tcpdump is used in AOS 8.x, not AOS 10.
* D. tcpdump host-port 3576 uses the wrong port; CoA uses UDP 3799, not 3576 (which is for standard RADIUS authentication).
# Final Verified answer: B. packet-capture controlpath udp 3799
# Reference Sources (HPE Aruba Official Materials):
* Aruba AOS-10 Gateway Troubleshooting Guide - Control Path Packet Capture Commands
* Aruba ClearPass and AOS Integration Guide - RADIUS CoA Port (UDP 3799)
* Aruba Certified Mobility Professional (ACMP) Study Guide - CoA and Disconnect Message Verification


質問 # 90
A customer is running out of IP addresses in a network segment. What will happen if they add an additional IP subnet to the same VLAN?

正解：A

解説：
Comprehensive and Detailed Explanation From Exact Extract of HPE Aruba Networking Switching:
On Aruba switches (AOS-CX/AOS-S), multiple IPv4 networks can be configured on the same VLAN interface (SVI) by assigning a primary address and one or more secondary addresses. The VLAN remains one Layer-2 broadcast domain; adding more IP subnets does not create subinterfaces and does not split the broadcast domain.
Exact extract:
* "A VLAN interface may be configured with a primary IP address and additional secondary IP addresses to host multiple subnets on the same Layer-2 broadcast domain."
* "A VLAN is a single broadcast domain. Broadcast and unknown unicast frames are flooded to all ports belonging to the VLAN."
* "Hosts in different IP subnets on the same VLAN still require Layer-3 routing to communicate; sharing the VLAN only means they share the same L2 broadcast domain." Therefore, when a second subnet is added to the same VLAN, broadcasts (ARP, DHCP, etc.) from devices in either subnet will be flooded to all member ports of that VLAN, making option C correct.
Options A (subinterfaces) are not used here; B is incorrect because inter-subnet traffic still needs routing; D is not categorically true-IGMP operates per VLAN with multicast routing configuration and is not inherently disabled by multiple subnets.
References of HPE Aruba Networking Switching documents or Study Guide:
* Aruba AOS-CX Interface and VLAN Configuration Guide - "Primary and secondary IP addressing on VLAN interfaces; VLANs as broadcast domains."
* Aruba AOS-CX Layer 2 Fundamentals - "Flooding behavior for broadcast/unknown frames within a VLAN."
* Aruba Campus Wired Design Fundamentals - "Multiple IP subnets on one VLAN and routing implications."


質問 # 91
Which option shows the correct Banawidth Control for 1024 kbps down and 2048 Kops up for the SSID?

正解：C

解説：
The correct Bandwidth Control settings for 1024 Kbps down and 2048 Kbps up for the SSID are shown in Option D. In Option D, the downstream is set at 1024 Kbps and the upstream at 2048 Kbps, both configured per user, which matches the requested configuration. This setup ensures that each user has a guaranteed bandwidth allocation of the specified rates when connected to the SSID, providing a controlled and predictable user experience.


質問 # 92
A customer has interfering devices that are seen over the air. They contact you and ask you to configure RAPIDS to help identify interfering and rogue APs.
HPE Aruba Networking Central identifies a rogue AP and displays the connected switch port.
How can HPE Aruba Networking Central identify which switch port the AP is connected to?

正解：C

解説：
Comprehensive and Detailed Explanation (Verified Extract from HPE Aruba Networking Central and ClearPass Documentation) RAPIDS (Rogue AP Detection System) in Aruba Central or AirWave works by correlating information between wireless and wired infrastructure to detect rogue devices and identify their wired connectivity location.
When Aruba Central detects a rogue AP or interfering device, it uses wired-side discovery mechanisms such as LLDP (Link Layer Discovery Protocol) to trace the device's physical connection.
If the managed switch supports LLDP, it advertises and records neighbor information, including device type, MAC address, and connected port. Aruba Central queries this LLDP neighbor table from managed switches to determine the exact switch port where the rogue AP is physically connected.
Aruba Central and RAPIDS Documentation Extract:
"Aruba Central correlates rogue or interfering AP MAC addresses with wired-side discovery data. Using LLDP neighbor table information from managed switches, Central identifies the physical switch port where the rogue device is connected." Other options such as the MAC address table can show where a MAC is learned, but LLDP provides the direct, authenticated neighbor relationship that allows Aruba Central to accurately identify the rogue AP connection point and display it in the dashboard.
Option Analysis:
* A. Incorrect - Device profiling identifies endpoint types, not wired connection ports for rogue AP detection.
* B. Incorrect - MAC tables alone don't provide direct port-device mapping context for rogue detection in Central.
* C. # Correct - Aruba Central uses LLDP neighbor data from managed switches to map rogue or interfering APs to specific switch ports.
* D. Incorrect - AP MAC address tables exist in controllers or APs, not in Central's rogue-tracking mechanism.
# Final Verified answer: C
# Reference Sources (HPE Aruba Official Materials):
* Aruba Central Administration and RAPIDS Configuration Guide
* ArubaOS-Switch and CX Network Management Fundamentals - LLDP Discovery Integration
* Aruba Certified Network Security Professional (ACNSP) Study Guide - Rogue AP Detection and Wired Correlation


質問 # 93
Exhibit.

An engineer has applied the above configuration to R1 and R2 However the routers OSPF adjacency never progresses past the "EXSTART-DR" slate as shown below.

Which configuration action on either router will allow R1 and R2 to progress past the "EXSTART/DR" state?

正解：B

解説：
In OSPF, the "EXSTART/DR" state indicates that the routers are trying to establish an adjacency but are unable to progress. This can happen if the OSPF network type is incorrectly configured for the type of connection between the routers. Given that R1 and R2 are connected via a point-to-point link (as suggested by the /31 subnet), setting the network type to point-to-point on both routers will remove the need for DR/BDR election, which is unnecessary on a point-to-point link, and allow OSPF to progress past the "EXSTART" state and form a full adjacency.


質問 # 94
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