Advanced AOS-CX Switching (0001208241)
Become an expert in AOS-CX switching and prepare for the HPE Aruba Networking Certified Expert – Switching (ACSX) certification. You’ll learn to implement, monitor, troubleshoot, and optimize complex campus LAN environments, with 65% hands-on labs in realistic scenarios.
Prepares for this certification
HPE Aruba Networking Certified Expert – Switching (ACSX)
Description
This course takes you to the highest level of expertise in Aruba switching. You’ll learn to interpret complex network architectures, translate customer requirements into working multi-vendor solutions, and solve problems that go beyond the scope of a professional level integrator.
The focus is on strategic thinking and problem solving. You’ll learn to create operational plans that not only meet immediate requirements but also account for future growth. Topics include advanced troubleshooting, BGP and OSPF routing, multicast, QoS, dynamic segmentation, and network automation with REST API.
With approximately 35% theory and 65% hands-on labs, you’ll work through realistic scenarios that you can apply directly in your day-to-day work.
Prerequisites
You have completed the Implementing AOS-CX Solutions course, or you have passed the Aruba Certified Switching Professional (ACSP) certification exam.
Target Audience
This course is intended for experienced network professionals who are already familiar with Aruba switching and want to move to expert level. You’ll be preparing for the ACSX written and/or ACSX practical exams.
Topics
- Plan The Wired Network Solutions
- Gathering customer requirements and network design
- Proof-of-Concept (POC) planning
- Creating and using a golden configuration
- Troubleshooting
- Diagnostic principles and troubleshooting zones
- Problem-solving methodology: identification, hypothesis, validation
- Log files, debugging, and remote logging
- Diagnostic commands and resource monitoring
- Traffic analysis with mirroring and Wireshark
- Monitoring and Automation Tools
- REST API: methods, Swagger, cURL, and Postman
- Network Analytic Engine (NAE): scripts, agents, and troubleshooting
- IP SLA, SNMPv3, and NetEdit
- VSX, VSF, and Layer 2 Technologies
- VSF: stack requirements, member roles, link failure, and split detection
- VSF troubleshooting
- VSX: components, routing models, best practices
- VSX troubleshooting: LAG, synchronization, configuration consistency
- VSX split brain: analyzing failure scenarios
- Layer 3 Routing and OSPF
- Static routing with BFD and floating routes
- Policy Based Routing and VRF
- OSPF single area: adjacencies, route tables, LSDB
- OSPF multi-area: LSA types, ABRs, route aggregation, authentication
- BGP
- BGP peers: eBGP multihop, iBGP full-mesh, sessions, and states
- BGP advertisement: next-hop-self, network command, aggregate-address
- BGP metrics and tuning: weight, local preference, AS path, MED
- Route control: prefix lists, route maps, peer groups, route reflectors
- Route Redistribution
- Static to OSPF: configuration, Type 1 vs Type 2, default metric tuning
- OSPF to BGP: network statements and route maps
- Advanced: AS-path lists, BGP convergence, route tags
- VRF and Route Leaking
- VRF configuration and verification
- Static and dynamic route leaking
- Multicast
- Layer 2 multicast: IGMP v1/v2/v3, snooping, VSX integration
- Layer 3 multicast: shared and source trees, RPF
- PIM-SM: designated routers, rendezvous point, BSR
- Multicast deployment and troubleshooting
- QoS
- Differentiated Services model and AOS-CX QoS processing
- Ingress: rate limiting
- Prioritization: classifier, marking, trust, and queuing
- Scheduler: strict priority, DWRR, and WFQ
- Remark QoS
- Dynamic Segmentation
- Port-based vs user-based tunneling (UBT)
- Tunnel establishment, role assignment, Wireshark analysis
- Deployment and verification with NetEdit
- Network Security
- Access Control Lists: object groups, resource utilization
- Classifier policies and control plane policing
- Local AAA and TACACS+ management
- DHCP snooping and dynamic ARP inspection
- IPv6
- IPv6 address types: unicast, multicast, anycast
- ICMPv6 and neighbor discovery
- SLAAC and DHCPv6
- IPv6 routing: static and OSPFv3
- IPv6 access control lists
The price of this course does not include any exam fees. If an exam voucher is purchased after the training, an additional invoice will be sent.

