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【General】 HPE7-A07 Valid Test Papers & Latest Test HPE7-A07 Simulations

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HP Aruba Certified Campus Access Mobility Expert Written Exam Sample Questions (Q82-Q87):NEW QUESTION # 82
A customer has recently deployed AP-615s at their new office and is wondering on which band the radios will operate with the default configuration after creating a tri-band SSID. What should you tell them?
  • A. 6GHz will not be used unless manually configured
  • B. The AP will operate on the 5GHz and 6GHz bands
  • C. The AP will operate on the 2.4GHz and 5GHz bands
  • D. The AP will operate on the 2.4GHz and 6GHz bands
Answer: C
Explanation:
The Aruba AP-615 is a tri-band Wi-Fi 6E access point, capable of operating on the 2.4 GHz, 5 GHz, and 6 GHz bands. However, in the default configuration, Aruba AP-615 radios operate in dual-band mode (2.4 GHz and 5 GHz).
The 6 GHz radio (the "E" band for Wi-Fi 6E) remains disabled by default until explicitly enabled by configuration through the ArubaOS or Aruba Central interface.
According to the Aruba Access Point Configuration Guide and Wi-Fi 6E Deployment Guide:
"Tri-band APs such as the AP-615 support operation in 2.4GHz, 5GHz, and 6GHz frequency bands. By default, the AP operates in dual-band mode (2.4GHz and 5GHz). The 6GHz band must be explicitly enabled by configuring the radio profile to tri-band mode." Thus, when a tri-band SSID is created without explicitly modifying the radio band configuration, the AP-615 continues to use 2.4GHz and 5GHz by default.
Option Analysis:
* A. Incorrect - The 6GHz radio is not enabled by default.
* B. Correct - Default operation is on the 2.4GHz and 5GHz bands.
* C. Incorrect - 6GHz is only enabled through manual configuration.
* D. Incorrect - While partially true, the question specifies default tri-band SSID behavior, which defaults to 2.4GHz and 5GHz.
Final Verified answer: B
Reference Sources (HPE Aruba Official Materials):
* Aruba Wi-Fi 6E Access Point Configuration and Deployment Guide
* Aruba AP-610 Series Datasheet
* ArubaOS 10.x Access Point Configuration Guide - Radio Profiles and Band Operation

NEW QUESTION # 83
Which statement about the AOS-CX VOQ feature is true?
  • A. It enhances local prioritization of datagrams marked with priority code points
  • B. It optimizes LACP uplinks that connect to multi-chassis VSX LAGs
  • C. It provides ingress buffers with queues for each egress port to reduce risk of dropped packets
  • D. It dynamically allocates extra buffer space to egress queues to reduce the potential of dropped packets
Answer: C
Explanation:
Comprehensive and Detailed Explanation (Verified Extract from HPE Aruba Networking Switching Documentation) VOQ (Virtual Output Queuing) is a hardware-based queuing mechanism used in the ArubaOS-CX architecture to prevent head-of-line blocking and minimize packet drops in high-throughput environments.
How VOQ Works:
* Each ingress port maintains a separate queue for every egress port in the system.
* When a packet arrives, it is placed in the ingress buffer corresponding to its destination egress port.
* This structure ensures that traffic destined for one congested egress port does not block packets heading to other ports.
This architecture is critical in high-speed modular switches and aggregation cores (such as the Aruba 8400 and 10000 Series), allowing the fabric interconnect to forward traffic efficiently without dropping packets due to port congestion.
ArubaOS-CX Technical Extract:
"Virtual Output Queuing (VOQ) provides per-egress-port queuing at ingress buffers, preventing head-of-line blocking and ensuring high throughput across the switch fabric. Each ingress queue corresponds to a specific egress port, allowing packets to be transmitted as soon as the egress port becomes available." Option Analysis:
* A. Incorrect - Refers to priority marking (QoS), not VOQ operation.
* B. Correct - VOQ provides ingress buffers with queues for each egress port, reducing dropped packets and head-of-line blocking.
* C. Incorrect - VOQ is not related to LACP or VSX link aggregation.
* D. Incorrect - VOQ does not dynamically allocate egress buffer space; it segregates ingress queues per egress destination.
Final Verified answer: B
Reference Sources (HPE Aruba Official Materials):
* Aruba AOS-CX Technical Architecture Overview - Virtual Output Queuing (VOQ)
* Aruba 8400/10000 Series Switches Hardware and Performance Guide
* Aruba Certified Switching Expert (ACSE) Study Guide - Switch Fabric and Queuing Mechanisms

NEW QUESTION # 84
An existing AOS-10 wireless deployment is expanding its zero-trust wireless network to multiple locations.
The requirement is to propagate role information to enforce group-based policies for wireless client traffic across all locations.
To achieve this goal, which must be configured in this infrastructure?
  • A. Configure "use switch fabric for role propagation" under Security # Client Roles in HPE Aruba Networking Central
  • B. Overlay campus switch fabric with CX switches
  • C. Configure the gateways to mobility type and configure the Roles under System # Client Roles in HPE Aruba Networking Central
  • D. Tunneled SSIDs with gateways
Answer: D
Explanation:
Comprehensive and Detailed Explanation From Exact Extract of HPE Aruba Networking Switching:
In AOS-10 deployments using Zero Trust network architecture, user and device identities are enforced through roles assigned by ClearPass or Aruba Central policies. For multi-site environments, maintaining consistent policy enforcement requires role propagation between gateways across different locations.
To propagate user roles and policies across sites, tunneled SSIDs with gateways are required. This design ensures that wireless client traffic is tunneled from the access point (AP) to the Aruba gateway, where role- based access control (RBAC) and policy enforcement occur. The gateway acts as the policy enforcement point (PEP) for both local and remote traffic.
Exact Extract from HPE Aruba Networking AOS-10 and Switching Documentation:
"In AOS 10, tunneled SSIDs are used to extend centralized policy enforcement to gateways. Gateways apply user roles, firewall policies, and dynamic segmentation consistently across distributed sites."
"For zero-trust designs requiring cross-site role propagation, all wireless traffic must terminate on gateways through tunneled SSIDs. Gateways then synchronize role information through the overlay tunnel or mobility framework." Thus, the only way to propagate role information between multiple sites in a zero-trust deployment is through tunneled SSIDs that terminate at the Aruba gateways. This ensures consistent policy enforcement across locations.
Why the Other Options Are Incorrect:
* A. Configure the gateways to mobility type and configure the Roles under System # Client Roles in Central:While mobility type configuration is used for roaming, it does not enable role propagation across sites. Roles must be tied to tunneled SSIDs terminating on gateways for centralized enforcement.
"Gateway mobility enables seamless roaming, not centralized role propagation."
* B. Configure "use switch fabric for role propagation" under Security # Client Roles:This option applies to AOS-CX switch fabrics (Campus Fabric design) and not wireless AOS-10 environments.
Wireless role propagation uses gateway tunnels, not switch fabric propagation.
"Use switch fabric for role propagation applies to CX switch-based VXLAN fabrics, not wireless gateway deployments."
* C. Overlay campus switch fabric with CX switches:While Aruba CX fabrics can propagate roles in wired environments, this does not fulfill the requirement for wireless role propagation between remote sites.
"Role propagation over CX fabric applies to wired clients and does not substitute for tunneled SSID gateways in wireless networks." References of HPE Aruba Networking Switching Documents or Study Guide:
* Aruba AOS 10 Network Design Guide - "Zero-Trust Design and Role Propagation in Multi-Site Deployments."
* Aruba Campus Wireless and Gateway Deployment Guide - "Tunneled SSIDs and Centralized Role Enforcement."
* Aruba Policy Enforcement and Role-Based Access Control Guide - "Role propagation over gateway tunnels."

NEW QUESTION # 85
An OSPF router has learned a path to an external network by both an E1 and an E2 advertisement. Both routes have the same path cost. Which path will the router prefer?
  • A. The router will prefer the E2 path.
  • B. Both routes will be suppressed until the path conflict has been resolved.
  • C. The router will use both paths equally utilizing ECMP.
  • D. The router will prefer the E1 path.
Answer: D
Explanation:
In HPE Aruba Networking (AOS-CX and AOS-Switch) OSPF implementation, the routing behavior for external routes (Type 5 LSAs) distinguishes between two types of external advertisements:
* E1 (Type-1 external) - The total path cost is calculated as the sum of the internal cost to reach the ASBR (Autonomous System Boundary Router) plus the external cost as advertised in the LSA.
* E2 (Type-2 external) - The external cost is considered independent of the internal OSPF path cost to reach the ASBR. Thus, the metric used is only the external cost from the LSA.
When both an E1 and an E2 route exist to the same external destination, OSPF gives preference to the E1 route, regardless of metric values, because the E1 route represents a more accurate total cost to the destination (including internal OSPF cost).
Extract (as per HPE Aruba OSPF Technical Overview and AOS-CX Routing Guide):
"When both Type-1 (E1) and Type-2 (E2) external LSAs for the same destination are present, the router always prefers the Type-1 route. Type-1 routes include both internal and external costs in the total metric, while Type-2 routes use only the external cost. The E1 path is therefore considered more precise and is selected as the preferred route." This is consistent across Aruba's OSPF implementation and follows standard OSPF behavior as defined by the protocol (RFC 2328).
Therefore, when both E1 and E2 routes are available and have the same overall cost, the router will always prefer the E1 path.
References:* HPE Aruba Networking AOS-CX Routing Configuration Guide - OSPF External Route Preference (Section: OSPF External LSAs).* HPE Aruba Certified Switching Professional (ACSP) Study Guide - OSPF Route Selection and External Type Behavior.* HPE ArubaOS-Switch Management and Configuration Guide - OSPF External Route Types (E1 vs E2).

NEW QUESTION # 86
A customer is evaluating device profiles on a CX 6300 switch. The test device has the following attribute:
* MAC address = 81:cd:93:13:ab:31
The test device needs to be assigned the "iot-prod" role. In addition, the "iot-default" role must be applied for any other device connected to interface 1/1/1.
This is a lab environment with no configuration of any external authentication server for the test.

Given the configuration example, what is required to meet this testing requirement?
  • A. Enter the command port-access fallback-role iot-default globally
  • B. Enter the command port-access device-profile mode block-until-profile-applied globally
  • C. Enter the command port-access onboarding-method precedence to set device profiles with a higher precedence
  • D. Enter the command port-access onboarding-method precedence to set device profiles with a lower precedence
Answer: A
Explanation:
In Aruba CX 6300 and other AOS-CX switches, device profiling enables automatic assignment of roles and policies to endpoints based on device attributes such as MAC OUI, LLDP, or DHCP fingerprint - without requiring an external authentication server such as ClearPass or RADIUS.
The configuration snippet shows:
mac-group iot
seq 10 match mac-oui 81:cd:93
port-access device-profile iot-prod
enable
associate role iot-prod
associate mac-group iot
This means that any device with a MAC address matching the OUI 81:cd:93 will automatically be assigned the iot-prod device profile and its associated role (iot-prod).
However, the requirement also specifies that any other device connected to the same interface (that does not match the OUI or device profile) should still be assigned a default role called iot-default.
To ensure that endpoints not matching any known device profile still receive limited network access, Aruba AOS-CX uses the fallback-role feature under port-access configuration.
The command:
port-access fallback-role iot-default
defines the role that will be automatically assigned to endpoints that fail to match any of the configured device-profile conditions.
This mechanism is crucial in lab or standalone environments where no external authentication (e.g., RADIUS, ClearPass) is configured. It ensures devices are still given a default policy, preventing them from being left in an unauthenticated or blocked state.
Official HPE Aruba Extract (ArubaOS-CX Security and Access Guide):
"The fallback-role command allows the switch to assign a predefined local role to a device when no authentication server is available, or when the device does not match any configured device profile."
"This command is typically used in test or lab environments where profiling is local to the switch, and a baseline role must still be enforced for unknown devices." Therefore, in this case:
* Devices matching the MAC OUI 81:cd:93 # assigned iot-prod role
* All other devices # automatically assigned iot-default role via port-access fallback-role iot-default Option Analysis:
* A. Incorrect - The port-access onboarding-method precedence command changes the priority order between authentication methods (e.g., 802.1X, MAC-auth, device profile). It does not control fallback behavior.
* B. Incorrect - The block-until-profile-applied option delays port activation until profiling completes, but it doesn't provide a fallback role.
* C. Correct - The port-access fallback-role iot-default command ensures that any device not matching the iot-prod profile receives the iot-default role.
* D. Incorrect - Lowering precedence has no effect on assigning a default role.
Final Verified answer: C
Reference Sources (HPE Aruba Official Materials):
* Aruba AOS-CX Security and Access Configuration Guide - Device Profiling and Role Assignment
* Aruba Certified Switching Professional (ACSP) Study Guide - Port Access and Device Profiling
* ArubaOS-CX Fundamentals Guide - Port Access and Fallback Role Implementation

NEW QUESTION # 87
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