AAXSTSAAArubaAA-AAXSTS25.11<p>After you successfully complete this course, expect to be able to: </p> <ul> <li>Design optimized network architectures using AOS-CX switches.</li><li>Troubleshoot and monitor networks using a variety of tools including Command Line Interface (CLI), port mirroring, HPE Aruba Networking Network Analytics Engine (NAE)), IP SLA, and HPE Aruba Networking Central.</li><li>Configure and troubleshoot HPE Aruba Networking Virtual Switching eXtension and other Layer 2 features.</li><li>Configure optimized network routes using PBR, OSPF, and BGP techniques.</li><li>Implement virtual routing and route redistribution for a controlled routing architecture.</li><li>Apply QoS techniques for efficient traffic handling.</li><li>Employ dynamic segmentation for enhanced security and management.</li><li>Improve network security using access control lists, control plane policing, and MACsec.</li></ul><p>The suggested prerequisites for this course are to attend the <span class="cms-link-marked"><a class="fl-href-prod" href="/ibb/en/course/aruba-icxs"><svg role="img" aria-hidden="true" focusable="false" data-nosnippet class="cms-linkmark"><use xlink:href="/css/img/icnset-linkmarks.svg#linkmark"></use></svg>Implementing AOS-CX Switching <span class="fl-prod-pcode">(ICXS)</span> Rev. 24.31</a></span> course or pass the HPE Aruba Networking Certified Professional - Switching (ACP - Switching) certification exam.</p><p>The ideal candidate for this course is very familiar with HPE Aruba Networking wired switching solutions, including the ability to implement and optimize enterprise-level HPE Aruba Networking Switching campus LAN solutions. Typical candidates are preparing for the ACX - Switching written and/or ACX - Switching practical exams.</p><h5>Wired network design</h5><ul> <li>Requirement analysis</li><li>Two-tier and three-tier network design considerations</li><li>Switching and routing design principles</li></ul><h5>Troubleshooting</h5><ul> <li>Troubleshooting principles and methodology</li><li>Logging and debugging</li><li>Diagnostic commands</li><li>Traffic analysis</li><li>Troubleshooting using HPE Aruba Networking Central</li></ul><h5>Monitoring and automation</h5><ul> <li>Network automation with AOS-CX</li><li>REST API</li><li>Sending REST API requests</li><li>HPE Aruba Networking Network Analytics Engine</li><li>Other monitoring</li></ul><h5>VSX and L2 technologies</h5><ul> <li>VSX</li><li>VSX best practices</li><li>VSX troubleshooting</li></ul><h5>L3 routing and OSPF</h5><ul> <li>Policy-based routing</li><li>Single-area OSPF troubleshooting</li><li>Multi-area OSPF</li></ul><h5>Border Gateway Protocol</h5><ul> <li>BGP connections</li><li>BGP advertisements</li><li>BGP metrics and tuning</li><li>Route control</li></ul><h5>Route redistribution</h5><ul> <li>Redistribution static routes to OSPF</li><li>Tuning static to OSPF route redistribution</li><li>Redistribute OSPF to BGP</li></ul><h5>VRF and route leaking</h5><ul> <li>Virtual routing and forwarding</li><li>VRF route leaking</li></ul><h5>Multicast routing</h5><ul> <li>IGMP</li><li>PIM-SM build-up process</li><li>Static RP configuration</li><li>Dynamic RP configuration</li><li>VSX and PIM</li><li>Multicast deployment</li></ul><h5>Quality of Service</h5><ul> <li>Quality of Service (QoS) overview</li><li>Ingress stage</li><li>Prioritization stage</li><li>Remark QoS</li><li>Queuing stage</li><li>Scheduler stage</li><li>Active queue management</li></ul><h5>Dynamic Segmentation</h5><ul> <li>Overview</li><li>Understanding user based tunneling</li><li>Downloadable user roles</li></ul><h5>Network security</h5><ul> <li>Access Control Lists</li><li>Classifier policy</li><li>Control Plane Policing</li><li>User group management</li><li>Management access using TACACS+</li><li>DHCP snooping and ARP inspection</li><li>MACsec</li></ul><h5>Wired network design</h5><ul> <li>Requirement analysis</li><li>Two-tier and three-tier network design considerations</li><li>Switching and routing design principles</li></ul><h5>Troubleshooting</h5><ul> <li>Troubleshooting principles and methodology</li><li>Logging and debugging</li><li>Diagnostic commands</li><li>Traffic analysis</li><li>Troubleshooting using HPE Aruba Networking Central</li></ul><h5>Monitoring and automation</h5><ul> <li>Network automation with AOS-CX</li><li>REST API</li><li>Sending REST API requests</li><li>HPE Aruba Networking Network Analytics Engine</li><li>Other monitoring</li></ul><h5>VSX and L2 technologies</h5><ul> <li>VSX</li><li>VSX best practices</li><li>VSX troubleshooting</li></ul><h5>L3 routing and OSPF</h5><ul> <li>Policy-based routing</li><li>Single-area OSPF troubleshooting</li><li>Multi-area OSPF</li></ul><h5>Border Gateway Protocol</h5><ul> <li>BGP connections</li><li>BGP advertisements</li><li>BGP metrics and tuning</li><li>Route control</li></ul><h5>Route redistribution</h5><ul> <li>Redistribution static routes to OSPF</li><li>Tuning static to OSPF route redistribution</li><li>Redistribute OSPF to BGP</li></ul><h5>VRF and route leaking</h5><ul> <li>Virtual routing and forwarding</li><li>VRF route leaking</li></ul><h5>Multicast routing</h5><ul> <li>IGMP</li><li>PIM-SM build-up process</li><li>Static RP configuration</li><li>Dynamic RP configuration</li><li>VSX and PIM</li><li>Multicast deployment</li></ul><h5>Quality of Service</h5><ul> <li>Quality of Service (QoS) overview</li><li>Ingress stage</li><li>Prioritization stage</li><li>Remark QoS</li><li>Queuing stage</li><li>Scheduler stage</li><li>Active queue management</li></ul><h5>Dynamic Segmentation</h5><ul> <li>Overview</li><li>Understanding user based tunneling</li><li>Downloadable user roles</li></ul><h5>Network security</h5><ul> <li>Access Control Lists</li><li>Classifier policy</li><li>Control Plane Policing</li><li>User group management</li><li>Management access using TACACS+</li><li>DHCP snooping and ARP inspection</li><li>MACsec</li></ul>After you successfully complete this course, expect to be able to: - Design optimized network architectures using AOS-CX switches. - Troubleshoot and monitor networks using a variety of tools including Command Line Interface (CLI), port mirroring, HPE Aruba Networking Network Analytics Engine (NAE)), IP SLA, and HPE Aruba Networking Central. - Configure and troubleshoot HPE Aruba Networking Virtual Switching eXtension and other Layer 2 features. - Configure optimized network routes using PBR, OSPF, and BGP techniques. - Implement virtual routing and route redistribution for a controlled routing architecture. - Apply QoS techniques for efficient traffic handling. - Employ dynamic segmentation for enhanced security and management. - Improve network security using access control lists, control plane policing, and MACsec.The suggested prerequisites for this course are to attend the Implementing AOS-CX Switching (ICXS) Rev. 24.31 course or pass the HPE Aruba Networking Certified Professional - Switching (ACP - Switching) certification exam.The ideal candidate for this course is very familiar with HPE Aruba Networking wired switching solutions, including the ability to implement and optimize enterprise-level HPE Aruba Networking Switching campus LAN solutions. Typical candidates are preparing for the ACX - Switching written and/or ACX - Switching practical exams.Wired network design - Requirement analysis - Two-tier and three-tier network design considerations - Switching and routing design principles Troubleshooting - Troubleshooting principles and methodology - Logging and debugging - Diagnostic commands - Traffic analysis - Troubleshooting using HPE Aruba Networking Central Monitoring and automation - Network automation with AOS-CX - REST API - Sending REST API requests - HPE Aruba Networking Network Analytics Engine - Other monitoring VSX and L2 technologies - VSX - VSX best practices - VSX troubleshooting L3 routing and OSPF - Policy-based routing - Single-area OSPF troubleshooting - Multi-area OSPF Border Gateway Protocol - BGP connections - BGP advertisements - BGP metrics and tuning - Route control Route redistribution - Redistribution static routes to OSPF - Tuning static to OSPF route redistribution - Redistribute OSPF to BGP VRF and route leaking - Virtual routing and forwarding - VRF route leaking Multicast routing - IGMP - PIM-SM build-up process - Static RP configuration - Dynamic RP configuration - VSX and PIM - Multicast deployment Quality of Service - Quality of Service (QoS) overview - Ingress stage - Prioritization stage - Remark QoS - Queuing stage - Scheduler stage - Active queue management Dynamic Segmentation - Overview - Understanding user based tunneling - Downloadable user roles Network security - Access Control Lists - Classifier policy - Control Plane Policing - User group management - Management access using TACACS+ - DHCP snooping and ARP inspection - MACsecWired network design - Requirement analysis - Two-tier and three-tier network design considerations - Switching and routing design principles Troubleshooting - Troubleshooting principles and methodology - Logging and debugging - Diagnostic commands - Traffic analysis - Troubleshooting using HPE Aruba Networking Central Monitoring and automation - Network automation with AOS-CX - REST API - Sending REST API requests - HPE Aruba Networking Network Analytics Engine - Other monitoring VSX and L2 technologies - VSX - VSX best practices - VSX troubleshooting L3 routing and OSPF - Policy-based routing - Single-area OSPF troubleshooting - Multi-area OSPF Border Gateway Protocol - BGP connections - BGP advertisements - BGP metrics and tuning - Route control Route redistribution - Redistribution static routes to OSPF - Tuning static to OSPF route redistribution - Redistribute OSPF to BGP VRF and route leaking - Virtual routing and forwarding - VRF route leaking Multicast routing - IGMP - PIM-SM build-up process - Static RP configuration - Dynamic RP configuration - VSX and PIM - Multicast deployment Quality of Service - Quality of Service (QoS) overview - Ingress stage - Prioritization stage - Remark QoS - Queuing stage - Scheduler stage - Active queue management Dynamic Segmentation - Overview - Understanding user based tunneling - Downloadable user roles Network security - Access Control Lists - Classifier policy - Control Plane Policing - User group management - Management access using TACACS+ - DHCP snooping and ARP inspection - MACsec5 days3200.003495.003450.004000.004000.004800.004800.004800.004800.004800.004800.005520.004800.00