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| Section | Weight | Objectives |
|---|---|---|
| Wireless LAN Architecture | 15-20% | - RF planning and spectrum management - Wi-Fi security protocols - Mobility controller deployments - Controller-based and controller-less architectures |
| Network Security and Compliance | 10-15% | - Firewall policies and rules - Network segmentation strategies - Regulatory compliance requirements - Threat defense architectures |
| ClearPass Policy Management | 15-20% | - Authentication and authorization frameworks - Guest and BYOD provisioning - Policy enforcement points - Integration with identity stores |
| Campus Access Network Architecture | 25-30% | - Network topology design and optimization - Scalability considerations - High availability architectures - Multi-site campus designs |
| ArubaOS Switching | 20-25% | - Network virtualization - Switch configuration and deployment - Quality of Service (QoS) - VLAN and spanning tree protocols |
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NEW QUESTION # 22
When is a Mode Conditioning Patch Cable required?
Answer: A
Explanation:
Mode Conditioning Patch Cables (MCPs) are used in situations where long wavelength laser transceivers, such as the 1000Base-LX, are deployed over multimode fiber types like the
62.5/125 µm. The 1000Base-LX transceivers are designed primarily for use with single-mode fiber, but they can operate over multimode fiber using an MCP. The MCP is necessary because the core size of multimode fiber (62.5/125 µm) is significantly larger than that of single-mode fiber, which can lead to modal dispersion when a single-mode laser signal enters the multimode fiber. This dispersion can degrade the signal quality over longer distances. The MCP mitigates this issue by aligning the single-mode laser output from the transceiver to a specific launch point in the multimode fiber, thus minimizing dispersion and allowing for effective data transmission over distances up to 500 meters.
NEW QUESTION # 23
Drag and Drop Question
Match the deployment type to the estimated number of APs.
Answer:
Explanation:
NEW QUESTION # 24
Which security requirements are supported for accessing device management by your customers? (Choose two.)
Answer: A,C
Explanation:
Customers can secure device management access by integrating with external authentication services using LDAPS and TACACS+. LDAPS provides secure directory-based authentication, while TACACS+ offers centralized authentication, authorization, and accounting specifically designed for network device administration.
NEW QUESTION # 25
You are a member of a cross-functional team developing a detailed design proposal for a customer deploying EVPN-VXLAN in a modern campus core and data center fabric. The customer is moving from a traditional VLAN-based Layer 2 design to a VXLAN-based overlay architecture to support segmentation scalability and automation.
As the solution undergoes review, you are asked to contribute by identifying and explaining core technical behaviors and configuration considerations critical to the success of EVPN-VXLAN in this environment.
Which statements accurately describe key characteristics of EVPN-VXLAN in modern campus or data center networks?
Answer: D
Explanation:
EVPN-VXLAN fabrics use a BGP-based control plane to distribute endpoint reachability information across a routed IP infrastructure.
ARP suppression is an important optimization because it reduces unnecessary broadcast traffic associated with IPv4 address resolution.
EVPN Type-2 MAC/IP Advertisement routes can distribute endpoint MAC addresses and associated IP information between VXLAN Tunnel Endpoints.
When a VTEP already has the required MAC-to-IP mapping, it can respond to certain ARP requests locally rather than flooding those requests throughout the entire broadcast domain.
This reduces broadcast replication, improves scalability, and supports efficient endpoint communication across the fabric.
Option A is incorrect because VXLAN uses encapsulation over UDP, not GRE over UDP. MP-BGP EVPN distributes reachability information but does not directly establish GRE tunnels.
Option C misrepresents Route Distinguishers. RDs distinguish routes belonging to different VPN contexts; Route Targets provide the import and export controls that determine route distribution between VPN instances.
Option D introduces a nonstandard description of VXLAN segmentation. HPE Aruba Networking fabric segmentation is implemented through VRFs, VXLAN Network Identifiers, EVPN control-plane information, and policy enforcement.
The architect should include ARP suppression as a scalability consideration when designing large EVPN- VXLAN campus deployments.
Official HPE Reference: HPE Aruba Networking NetConductor Architecture Guide - EVPN-VXLAN Overlay Networks, Route Information and Fabric Segmentation.
NEW QUESTION # 26
Based on this campus design, click the layer that is most appropriate to design as a Stub Persona when considering an EVPN VXLAN Fabric?
Answer:
Explanation:
Explanation:
Services Aggregation Layer (Wireless Aggregation)
Within an HPE Aruba Networking Central NetConductor EVPN-VXLAN fabric, the Stub Persona provides interoperability between dynamically established EVPN-VXLAN tunnels and static VXLAN tunnels used by certain network services.
The supplied topology shows the AOS-10 gateway cluster connected to the Services Aggregation layer.
This makes Services Aggregation the appropriate location for the Stub Persona because these switches provide the transition between the campus EVPN fabric and the gateway cluster.
HPE Aruba Networking's NetConductor design guidance explicitly identifies wireless aggregation switches as suitable Stub Persona devices.
When configured with the Stub Persona, supported AOS-CX switches establish the required static VXLAN tunnel relationships to the gateway cluster.
The switches preserve group-based policy information, allowing consistent segmentation and policy enforcement across wired and wireless network domains.
The Core layer typically provides the Route Reflector Persona to distribute EVPN reachability information.
WAN Aggregation commonly provides Border Persona connectivity to external networks, while access switches implement the Edge Persona for directly connected endpoints.
Although some supported platforms can combine multiple personas, the depicted architecture separates these functions.
The Stub Persona should therefore be assigned to the Services Aggregation switches connecting the AOS-10 gateway cluster to the campus fabric.
Official HPE Reference: HPE Aruba Networking NetConductor Design - Fabric Personas; Campus Design Validated Solution Guide - Reference Architectures.
NEW QUESTION # 27
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