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| Section | Weight | Objectives |
|---|---|---|
| Analyze Requirements | 30% | - Map requirements to technical solutions - Evaluate impact of network technologies and protocols - Design wired and wireless topologies - Develop preliminary Bill of Materials (BoM) |
| Discover Customer Requirements | 23% | - Gather business and technical requirements - Identify constraints, performance, security and scalability needs - Document requirements and stakeholder expectations |
| Architect the Solution | 30% | - Plan high availability, redundancy and security - Finalize Bill of Materials and implementation plan - Design overlay and underlay architectures - Select appropriate HPE/Aruba products and technologies |
| Propose and Validate the Solution | 17% | - Create design documentation and executive summary - Present solution and justify design decisions - Validate solution against requirements and constraints |
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NEW QUESTION # 42
You are taking part in a joint technical and business review with a customer that plans to deploy HPE Aruba Networking User Experience Insight (UXI) across multiple sites. The customer has a large campus with several buildings and smaller remote offices, and is assessing UXI as part of its digital-experience monitoring strategy.
During the review, the technical team is concentrating on deployment best practices and technical capabilities, while business stakeholders are concerned about deployment efficiency, cost justification, and ensuring the sensors deliver actionable visibility throughout the environment.
You are asked to provide validated deployment guidance and correct any misconceptions about UXI capabilities and deployment options.
What is a valid recommendation for UXI deployment options?
Answer: D
Explanation:
HPE Aruba Networking recommends deploying User Experience Insight sensors at an approximate ratio of one UXI sensor for every five to eight wireless access points as an initial campus-design guideline.
This ratio provides a practical starting point for representative digital experience monitoring without requiring a dedicated sensor for every AP.
The HPE Aruba Networking Campus Design Validated Solution Guide explicitly identifies an approximate 1:
5-8 UXI-to-AP ratio and recommends one sensor per floor for smaller buildings.
UXI sensors should be positioned where users typically experience network connectivity. HPE's guidance recommends placement approximately four to five feet above the floor to replicate the operating conditions of common endpoint devices.
Option A is therefore not the preferred general placement recommendation because positioning sensors at ceiling level does not accurately represent typical client experience.
Options B and D introduce specific test-cycle limits that are not the validated campus-deployment guideline being assessed.
The ratio must also be adjusted for physical layout, RF characteristics, user concentrations, critical applications, and the distribution of high-priority business areas.
For the customer's design review, the architect should present this ratio as an initial planning assumption, followed by placement validation and monitoring requirements.
Official HPE Reference: HPE Aruba Networking Campus Design Validated Solution Guide - RF Design, UXI Sensor Placement.
NEW QUESTION # 43
Which alternative source is best suited for site surveys or simulations if no floor plans are available?
Answer: A
Explanation:
When floor plans are not available for site surveys or simulations, the best alternative source to use is the fire escape plan (Option D). Fire escape plans are typically available in most buildings and provide a simplified layout of the premises, including walls, doors, and sometimes the location of permanent fixtures. While not as detailed as architectural floor plans, fire escape plans can offer enough information for initial site survey estimations and RF planning. They allow network designers to understand the basic layout and potential RF obstacles or coverage areas, making them a practical tool for preliminary wireless network planning and simulations in the absence of more detailed floor plans.
NEW QUESTION # 44
Refer to the exhibit.
As part of a migration plan from HPE Aruba Networking AOS-8 to AOS-10, which are valid technical requirements for the proposed deployment?
Choose two.
Answer: A,D
Explanation:
* B is correct: AOS-10 supports selected 2xx series models (such as the AP-203H, AP-203R, and AP-
207) alongside all 3xx, 5xx, and 6xx series Access Points when migrating an existing Instant AOS-8 deployment. Older 1xx and legacy 2xx models (e.g., AP-205, AP-215, AP-225) cannot be upgraded to AOS-10.
* C is correct: Devices connecting to HPE Aruba Networking Central require outbound firewall clearance. AOS-10 APs use TCP port 443 (HTTPS/WebSocket) to communicate with Central services and can require TCP port 2083 (used by Aruba Central for secure WebSocket/telemetry connections).
Why Other Options Are Incorrect
* A is incorrect: AOS-10 completely eliminates the Mobility Conductor (MCR) architecture; management, orchestration, and RF coordination move natively to Aruba Central. An AOS-8 MCR cannot simply be placed into a standard Central SaaS group for cloud performance monitoring.
* D is incorrect: AirWave cannot be used to perform firmware upgrades directly to AOS-10. APs and gateways must be converted/upgraded via supported CLI/migration workflows or pointed directly to Central/Activate.
NEW QUESTION # 45
A global cruise line company needs to refresh its current fleet. They will refresh the 'insides' of the ship to be cost-effective and increase their sustainability. They will replace the complete WLAN/LAN hardware of the ship. In this refresh, the company will not refresh its current security requirements. The CIO also wants to limit the number of unused ports in the switches. Future expansion will always mean a refresh of hardware. They start with the smallest ship with a maximum of 800 guests.
Each ship has a LAN infrastructure consisting of two core switches, up to 10 redundant distribution switches, and up to 500 access switches (400 cabins, 100 technical rooms). The Core switches are located in the MDF of the ship and the distribution switches are located in the IDFs of the ship. Each cabin and technical room gets one single access switch.
The cabling structure of the ship will not be refreshed. Each IDF is connected to the MDF by SMF, of which two pairs are available for the interconnect between the core and distribution. The length of SM fiber between MDF and IDF is less than 300 meters (980 ft) and the type used is OS1. Each cabin is connected by a single OM2 pair to the IDF, the maximum length is 60 meters (200 ft). Each technical room is connected by a single OM2 pair to the IDF, with lengths between
100 and 150 meters (320 and 500 ft).
For each cabin/technical room the customer is looking to replace their current fan-less 2530/2540 without changing the requirements, except they need to upgrade the uplink to distribution switch to 10GbE to handle the increased network traffic, and the technical rooms need redundant power.
The WLAN infrastructure will be 1:1 refreshed without new cabling or new AP locations. Their WLAN infrastructure is based on the 200/300 series indoor and outdoor APs running InstantOS (less than 300 APs), the customer has no change in WLAN requirements.
The cruise line company will replace its current Internet connection before the LAN/WLAN refresh. The new Internet connection will provide a 99.8% uptime, which is needed to ensure the paid guest Wi-Fi is always operational. With this new internet connection, the CIO of the cruise line wants to base the design on the ESP architecture from Aruba because Internet connection is guaranteed.
Based on the best practices and customer requirements, which switch series should you recommend for the core?
Answer: A
Explanation:
The 8325 Series is the best fit for the core because HPE Aruba Networking positions it for aggregation/core roles, while the 8360 and 8400 are aimed at larger-scale aggregation/core deployments with higher scale and cost. For a smaller ship starting at 800 guests, the 8325 provides the right balance of redundancy, VSX support, and core-class capability without overbuilding the design.
NEW QUESTION # 46
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 # 47
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