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| Section | Objectives |
|---|---|
| Routing and Multilayer Switching | - OSPF fundamentals and advanced operations - BGP basics in campus environments - Inter-VLAN routing and L3 switching |
| Multicast and Traffic Optimization | - IGMP snooping and multicast control - PIM-SM/SSM concepts (high-level) |
| Network Troubleshooting and Operations | - Performance optimization (MTU, QoS, congestion) - Switch diagnostics and CLI-based troubleshooting |
| Automation and Programmability | - REST API and HTTPS interface usage - NETCONF/YANG and Python-based automation (conceptual) |
| Security and Access Control | - 802.1X authentication and NAC integration (ClearPass) - Role-based access control and segmentation |
| Aruba AOS-CX Switching Technologies | - VLANs, trunking, and link aggregation (LACP) - VSX, VSF, and MC-LAG architecture - Spanning Tree (RSTP/MSTP) operations |
| Campus Network Architecture | - Redundancy, high availability, and load balancing strategies - Hierarchical campus design (core, distribution, access layers) - Scalable enterprise network topology design |
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NEW QUESTION # 109
the administrator of a largo company noticed thatthere are some problems with UCC sessions on a wired network. Some employees complain about dropped calls and poor quality. The administrator wants to monitor, jitter on AOS-CX switches with iP SLA. but notices results spiking to 100% What should the administrator check first to correct monitoring to run as desired?
Answer: B
Explanation:
The administrator observes IP SLA jitter monitoring results spiking to 100% when monitoring UCC sessions.
This indicates either extremely severe network jitter or, more likely, a problem with the IP SLA operation or measurement itself on the AOS-CX switch.
* IP SLA & Jitter:IP SLA measures jitter by analyzing the inter-packet delay variation of probe packets.
Accurate measurements depend on the switch generating and processing these probes consistently.
* Factors Affecting IP SLA Accuracy:
* Switch Resource Contention:If the switch's CPU or memory is heavily utilized, the operating system might not schedule the IP SLA process promptly. This can lead to inconsistent generation or processing of probe packets, causing highly inaccurate measurements, including extreme jitter values like 100%.
* Control Plane Policing (CoPP):IP SLA packets are control plane traffic. If CoPP policies are too restrictive, they might drop or delay IP SLA probes, skewing results.
* Network Path Issues:Actual severe jitter on the network path would also cause high readings, but 100% spikes often suggest measurement error first.
* Troubleshooting Steps:When encountering unexpectedly high or erratic IP SLA results, the first step is often to rule out issues with the monitoring device itself.
* Analysis of Options:
* A. memory and processor usage: Checking the switch's resource utilization is crucial. High CPU
/memory load can directly impact the timing accuracy of IP SLA operations.
* B. source IP and source port combination: Unlikely to cause 100% jitter spikes unless fundamentally misconfigured causing probe failure.
* C. number of NAE agents: NAE agents consume resources, but checking overall CPU/memory (A) is more direct.
* D. CoPP settings: A valid concern, as CoPP affects control plane traffic. However, checking overall system load (A) is typically a primary check before delving into specific policies like CoPP.
* Conclusion:High memory and processor usage (Option A) on the switch running the IP SLA operation is a common cause for inaccurate timing and resulting erroneous jitter measurements. This should be checked first to ensure the monitoring platform itself is functioning correctly.
References:AOS-CX IP SLA Guide, AOS-CX Management and Configuration Guide (Monitoring CPU
/Memory, CoPP). This relates to "Performance Optimization" (6%) and "Troubleshooting" (10%).
NEW QUESTION # 110
Hotspot Question
Following HPE Aruba Networking best practice, click where you implement loop protection.
Answer:
Explanation:
Explanation:
Access → Access Aggregation uplinks: Enable loop protection here to prevent loops caused by accidental cabling or misconfigurations.
Edge/user-facing ports (on the Access switches, where endpoints connect): Here you would enable BPDU Guard specifically to block rogue switches being connected.
NEW QUESTION # 111
Exhibit.
After an initial setup of CX 8325 VSX configuration, the active gateway is set up for SVI 10. For testing purposes. SVI 10 on sw-aggi is shut down while traffic from the client connected to Edge-1 is initiated towards the default route.
What is the expected behavior white performing this test?
Answer: C
Explanation:
The question involves a VSX configuration with CX 8325 switches (agg-sw1 and agg-sw2) where SVI 10's active-gateway is set up. For testing, SVI 10 on agg-sw1 is shutdown, and traffic from a client connected to Edge-1 is initiated toward the default route. The task is to determine the expected behavior.
* Analysis of Options:
* Option A:Incorrect. Traffic is not dropped, as VSX ensures redundancy via the active-gateway on agg-sw2.
* Option B:Incorrect. Traffic does not traverse the ISL unnecessarily; agg-sw2 takes over directly.
* Option C:Correct. Traffic continues unaffected, with a 50ms failover time for agg-sw2 to assume forwarding responsibilities for SVI 10.
* Option D:Incorrect. Traffic is not dropped, and vsx-sync does not disable SVI 10 on agg-sw2; it ensures consistency.
* Why Option C is Correct:In a VSX cluster with active-gateway, both switches (agg-sw1 and agg- sw2) share a virtual IP and vMAC for SVI 10, allowing either to respond to ARP requests and forward traffic. Shutting down SVI 10 on agg-sw1 triggers agg-sw2 to take over Layer 3 forwarding, leveraging the active-gateway configuration. VSX's fast failover mechanism ensures a typical failover time of approximately 50ms, making the transition seamless for clients on Edge-1. The vsx-sync feature ensures SVI configurations remain consistent, preventing traffic disruption. This behavior aligns with HPE Aruba Networking's VSX high-availability design.
* Relevance to Certification Objectives:
* Network Resiliency and Virtualization (8%):Designing and troubleshooting VSX for high availability.
* Routing (16%):Ensuring seamless Layer 3 forwarding in VSX environments.
* Troubleshooting (10%):Diagnosing failover behavior in campus networks.
References:
HPE Aruba Networking AOS-CX Configuration Guide: VSX Active-Gateway and Failover.
HPE7-A06Study Guide: Covers VSX high-availability and failover times.
HPE Aruba Networking Technical Documentation: VSX Best Practices for Layer 3 Redundancy.
NEW QUESTION # 112
You haverecently configured a switch for 802.IX authentication with HPE Aruba Networking ClearPass. A security admin is seeing events withthe following description in ClearPass Event Viewer.
RADIUS authentication attempt from unknown NAD (10.10.1.10:1812)'
Which command should you us to identify theconfiguration issue?
Answer: B
Explanation:
The ClearPass Event Viewer message "RADIUS authentication attempt from unknown NAD (10.10.1.10:
1812)" indicates that ClearPass received a RADIUS request from the IP address 10.10.1.10, but this IP is not configured as a trusted Network Access Device (NAD) in ClearPass's network device list, or the shared secret doesn't match. The first step in troubleshooting on the switch side is to verify which source IP address the switch is actually using to send these RADIUS requests.
* RADIUS Source IP:AOS-CX switches can be configured to use a specific source IP address for RADIUS packets, often using the ip source-interface radius [vrf <vrf-name>] command. This is important if the switch has multiple IP interfaces or uses VRFs.
* Analysis of Commands:
* A. show ip source-interface radius: This command directly displays the configured source interface and IP address used for RADIUS communications, allowing comparison with the IP configured in ClearPass.
* B. show aaa authentication-server radius: Shows server group configuration, not the source IP used by the switch.
* C. show radius-server shared-secret: Not a standard command; secrets are usually masked in other commands.
* D. show radius-server detail: Shows configured RADIUS server details but doesn't explicitly show the source IP the switch is using to originate packets.
* Conclusion:To identify why ClearPass sees requests from an "unknown NAD" IP (10.10.1.10), the first step on the switch is to confirm which source IP it's using. show ip source-interface radius provides this crucial information.
References:AOS-CX Security Guide (RADIUS Client Configuration, ip source-interface), ClearPass Documentation (NAD Configuration). This relates to "Authentication/Authorization" (9%) and
"Troubleshooting" (10%) objectives.
NEW QUESTION # 113
Drag and Drop Question
Match the customer requirement with the relevant commands.
Answer:
Explanation:
NEW QUESTION # 114
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