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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Manage, Maintain, Optimize and Monitor Wired Network Solution | 24% | - Performance optimization and capacity planning - Monitoring, logging, and reporting - Programmatic management: REST API, automation |
| Topic 2: Troubleshoot Wired Network Solution | 25% | - Fault isolation for Layer 2 and Layer 3 issues - Security and performance problem resolution - Troubleshooting methodology and tools |
| Topic 3: Install and Configure Wired Network Solution | 33% | - Physical installation and connection - Layer 3: interfaces, routing protocols, overlays - Switch provisioning via Aruba Central and CLI - QoS: classification, marking, prioritization - Security: ACL, port security, segmentation, authentication - Multicast features and configuration - Layer 2 technologies: VLAN, trunking, STP, aggregation |
| Topic 4: Create Implementation Plan for Wired Network Solution | 18% | - HPE Aruba Networking switching portfolio and use cases - Design and requirements analysis for switching solutions |
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質問 # 155
Which Aruba Central API framework allows third-party integrations for automated provisioning?
正解：A
解説：
Aruba Central's REST API enables external platforms to automate switch provisioning, monitoring, and configuration, enhancing network automation capabilities.
質問 # 156
You need to configure BGP on an HPE Aruba Networking switch using AS 65010. What is required when establishing peering with neighboring devices using eBGP AS 65100?
正解：B
解説：
In the study of BGP (Border Gateway Protocol) for AOS-CX, understanding the differences between Internal BGP (iBGP) and External BGP (eBGP) is fundamental to the ACP-S certification.
eBGP Peering Definition: eBGP occurs when two BGP neighbors reside in different Autonomous Systems. In this scenario, the local switch is in AS 65010 and the neighbor is in AS 65100.
The " Directly Connected " Requirement: By default, BGP assumes that eBGP neighbors are directly connected (physically connected or on the same subnet). This is because eBGP packets are sent with a Time- to-Live (TTL) of 1. If the neighbor is more than one hop away (for example, peering via loopback interfaces without additional configuration), the packet will expire before reaching the neighbor, and the session will not establish.
Terminology Note: The term " directory connected " in the question is a common typographical error in exam materials for " directly connected. " In the context of eBGP peering, being directly connected is the default requirement to ensure the TTL 1 packet reaches the peer. If you were peering with a non-directly connected device, you would need to manually configure ebgp-multihop.
Analysis of Other Options:
Option A: This is incorrect as it uses a random AS number (65001) that does not match the local or neighbor AS provided in the prompt.
Option B: Route Reflectors are a solution used exclusively in iBGP to solve the split-horizon rule (which dictates that a prefix learned from an iBGP peer cannot be advertised to another iBGP peer). Route reflectors are never used for standard eBGP sessions.
Option D: While AOS-CX requires you to enter the address-family ipv4 unicast context to activate a neighbor, the keyword " internal " is not a valid address-family type in the AOS-CX BGP syntax for this purpose.
Key Practice Tip: When configuring BGP on AOS-CX, always remember that after defining the neighbor x.x.
x.x remote-as, you must enter the address-family context and use the neighbor x.x.x.x activate command for the session to transition to the " Established " state.
質問 # 157
What must an OSPF router do when it receives a link state update?
正解：A
質問 # 158
A Linux SFTP server is configured for IP address 192.168.1.100, and the CX 6325 switch has a management IP address 192.168.1.200.
How can you back up the saved switch configuration to a remote location?
正解：D
解説：
Backing up the switch configuration to a remote Linux SFTP server requires using the copy command with the correct protocol (SFTP in this case), username, server IP, filename, and optionally the VRF to route management traffic.
Option A uses SCP and vrf default but the question mentions SFTP server, so SFTP protocol should be used.
Option B is a server-side command (not the switch).
Option C correctly uses copy startup-config sftp://user@192.168.1.100/switch_config.cfg vrf mgmt which backs up the startup-config via SFTP using the management VRF.
Option D is also a server-side command.
Using vrf mgmt is required because the management IP is in a separate VRF on CX switches.
References:
ArubaOS-CX Configuration Guide - Copy and File Transfer
Aruba CX VRF and Management Plane Concepts
HPE Aruba Networking SFTP/SCP Backup and Restore Examples
質問 # 159
You are troubleshooting a complex intermittent BGP issue. You need to collect all relevant data and be made aware of the exact time the problem occurs and the moment it occurs.
Which monitoring tool is best suited for this task?
正解：A
解説：
The Network Analytics Engine (NAE) is the most appropriate tool for troubleshooting an intermittent condition that must be detected and correlated with the exact time of occurrence . NAE runs directly on AOS-CX switches and continuously monitors selected operational resources using programmable agents, rules, and time-series data.
HPE Aruba specifically uses BGP neighbor state as an example of an NAE monitoring use case. An agent can monitor a particular BGP neighbor and automatically execute an action when that neighbor transitions from UP to DOWN. This is especially useful for intermittent failures because the engineer does not need to be watching the CLI when the condition occurs. Aruba Networks NAE also maintains a built-in time-series database , allowing monitored data to be correlated over time and reviewed around the failure event. Aruba Networks Events generated by NAE contain an explicit timestamp , along with the triggering condition, monitor, time-series resource, and observed value. This provides precise temporal correlation for an intermittent BGP problem. Aruba Networks Syslog can record events but lacks NAE ' s integrated programmable monitoring and time-series correlation.
An SNMP GET is a point-in-time query and can easily miss an intermittent condition. Central provides centralized monitoring, but NAE is specifically designed for real-time, switch-resident event detection and automated troubleshooting data collection .
Study Guide References: Network Analytics Engine; NAE Agents and Scripts; Time-Series Database; BGP Neighbor Monitoring; Event Rules and Automated Actions.
質問 # 160
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