IACAAAArubaAA-IACA26.31<p>After you successfully complete this course, expect to be able to: </p> <ul> <li>Assess, design, and implement various LAN topologies available for campus networks.</li><li>Configure resilient and secure wired networks.</li><li>Design wireless networks providing high-performance network access, dynamic security, and reliability.</li><li>Configure guest access for wired and wireless networks.</li><li>Deploy, monitor, and troubleshoot networks using HPE Aruba Networking Central and APIs.</li><li>Manage and optimize networks by employing HPE Aruba Networking services.</li><li>Develop professional network design, implementation, and documentation strategies aligned with business requirements.</li></ul><p>It is recommended that candidates have proficient networking experience or attend <span class="cms-link-marked"><a class="fl-href-prod" href="/swisscom/en/course/aruba-acaf"><svg role="img" aria-hidden="true" focusable="false" data-nosnippet class="cms-linkmark"><use xlink:href="/css/img/icnset-linkmarks.svg#linkmark"></use></svg>Campus Access Fundamentals <span class="fl-prod-pcode">(ACAF)</span></a></span></p><p>Ideal candidates for this course have a knowledge of HPE Aruba Networking campus LAN and WLAN portfolios. This includes basic Layer 2 (L2) and Layer 3 (L3) experience in networking and entry-level troubleshooting principles. Candidates should have at least six months of hands-on experience or equivalent knowledge configuring HPE Aruba Neworking switches and APs in an enterprise environment and on-the-job training with exposure to network protocols. This course is ideal for network engineers, administrators, or consultants aiming to demonstrate and expand their skills in campus network environments and take on expanded responsibilities.</p><h5>Introduction to HPE Aruba Networking solutions</h5><ul> <li>HPE Aruba Networking campus architecture</li><li>Topologies and encapsulation</li><li>Automation</li></ul><h5>Wired redundancy</h5><ul> <li>VSX overview and components</li><li>VSX synchronization</li><li>Traffic forwarding</li><li>Loop avoidance</li></ul><h5>Campus routing</h5><ul> <li>Single-area OSPF review</li><li>Multi-area OSPF</li><li>Redistributing external routes</li><li>Area types</li><li>Promoting fast convergence</li><li>BGP overview</li></ul><h5>L3 services</h5><ul> <li>DHCP snooping</li><li>Dynamic ARP inspection</li></ul><h5>Multicast</h5><ul> <li>IGMP</li><li>PIM introduction</li><li>PIM-DM</li></ul><h5>Wireless infrastructure with gateways</h5><ul> <li>Mobility gateway use and functions</li><li>AOS-10 gateway clusters</li><li>Gateway deployment options</li><li>Cluster configuration</li><li>Cluster monitoring</li><li>Secondary gateway</li></ul><h5>Tunneled WLAN architecture</h5><ul> <li>Tunnel forwarding mode</li><li>Configuring tunnel mode SSID</li><li>Monitoring tunnel mode implementation</li></ul><h5>Secure enterprise networks</h5><ul> <li>Introduction to authentication</li><li>802.1X authentication in AOS-10</li><li>Firewall roles and policies</li><li>Alias</li><li>Dynamic authorization in AOS-10</li></ul><h5>Guest access</h5><ul> <li>Introduction to guest access</li><li>Guest authentication process</li><li>Configuring guest authentication using Central NAC</li><li>MAC authentication</li></ul><h5>Mixed mode architecture</h5><ul> <li>HPE Aruba Networking mixed mode WLAN</li><li>Mixed mode configuration</li></ul><h5>Gateway cluster deployment</h5><h5>Wired port access</h5><ul> <li>Wired authentication</li></ul><h5>VXLAN and GBP</h5><h5>Security and availability features</h5><h5>RF optimization</h5><ul> <li>Channel availability</li><li>RF interference and duty cycle</li><li>AirMatch and broadcast optimization</li><li>ClientMatch</li><li>AirGroup</li><li>Managing personal device visibility and sharing</li></ul><h5>Traffic optimization and QoS</h5><h5>Professional network design and implementation</h5><h5>Introduction to HPE Aruba Networking solutions</h5><ul> <li>HPE Aruba Networking campus architecture</li><li>Topologies and encapsulation</li><li>Automation</li></ul><h5>Wired redundancy</h5><ul> <li>VSX overview and components</li><li>VSX synchronization</li><li>Traffic forwarding</li><li>Loop avoidance</li></ul><h5>Campus routing</h5><ul> <li>Single-area OSPF review</li><li>Multi-area OSPF</li><li>Redistributing external routes</li><li>Area types</li><li>Promoting fast convergence</li><li>BGP overview</li></ul><h5>L3 services</h5><ul> <li>DHCP snooping</li><li>Dynamic ARP inspection</li></ul><h5>Multicast</h5><ul> <li>IGMP</li><li>PIM introduction</li><li>PIM-DM</li></ul><h5>Wireless infrastructure with gateways</h5><ul> <li>Mobility gateway use and functions</li><li>AOS-10 gateway clusters</li><li>Gateway deployment options</li><li>Cluster configuration</li><li>Cluster monitoring</li><li>Secondary gateway</li></ul><h5>Tunneled WLAN architecture</h5><ul> <li>Tunnel forwarding mode</li><li>Configuring tunnel mode SSID</li><li>Monitoring tunnel mode implementation</li></ul><h5>Secure enterprise networks</h5><ul> <li>Introduction to authentication</li><li>802.1X authentication in AOS-10</li><li>Firewall roles and policies</li><li>Alias</li><li>Dynamic authorization in AOS-10</li></ul><h5>Guest access</h5><ul> <li>Introduction to guest access</li><li>Guest authentication process</li><li>Configuring guest authentication using Central NAC</li><li>MAC authentication</li></ul><h5>Mixed mode architecture</h5><ul> <li>HPE Aruba Networking mixed mode WLAN</li><li>Mixed mode configuration</li></ul><h5>Gateway cluster deployment</h5><h5>Wired port access</h5><ul> <li>Wired authentication</li></ul><h5>VXLAN and GBP</h5><h5>Security and availability features</h5><h5>RF optimization</h5><ul> <li>Channel availability</li><li>RF interference and duty cycle</li><li>AirMatch and broadcast optimization</li><li>ClientMatch</li><li>AirGroup</li><li>Managing personal device visibility and sharing</li></ul><h5>Traffic optimization and QoS</h5><h5>Professional network design and implementation</h5>After you successfully complete this course, expect to be able to: - Assess, design, and implement various LAN topologies available for campus networks. - Configure resilient and secure wired networks. - Design wireless networks providing high-performance network access, dynamic security, and reliability. - Configure guest access for wired and wireless networks. - Deploy, monitor, and troubleshoot networks using HPE Aruba Networking Central and APIs. - Manage and optimize networks by employing HPE Aruba Networking services. - Develop professional network design, implementation, and documentation strategies aligned with business requirements.It is recommended that candidates have proficient networking experience or attend Campus Access Fundamentals (ACAF)Ideal candidates for this course have a knowledge of HPE Aruba Networking campus LAN and WLAN portfolios. This includes basic Layer 2 (L2) and Layer 3 (L3) experience in networking and entry-level troubleshooting principles. Candidates should have at least six months of hands-on experience or equivalent knowledge configuring HPE Aruba Neworking switches and APs in an enterprise environment and on-the-job training with exposure to network protocols. This course is ideal for network engineers, administrators, or consultants aiming to demonstrate and expand their skills in campus network environments and take on expanded responsibilities.Introduction to HPE Aruba Networking solutions - HPE Aruba Networking campus architecture - Topologies and encapsulation - Automation Wired redundancy - VSX overview and components - VSX synchronization - Traffic forwarding - Loop avoidance Campus routing - Single-area OSPF review - Multi-area OSPF - Redistributing external routes - Area types - Promoting fast convergence - BGP overview L3 services - DHCP snooping - Dynamic ARP inspection Multicast - IGMP - PIM introduction - PIM-DM Wireless infrastructure with gateways - Mobility gateway use and functions - AOS-10 gateway clusters - Gateway deployment options - Cluster configuration - Cluster monitoring - Secondary gateway Tunneled WLAN architecture - Tunnel forwarding mode - Configuring tunnel mode SSID - Monitoring tunnel mode implementation Secure enterprise networks - Introduction to authentication - 802.1X authentication in AOS-10 - Firewall roles and policies - Alias - Dynamic authorization in AOS-10 Guest access - Introduction to guest access - Guest authentication process - Configuring guest authentication using Central NAC - MAC authentication Mixed mode architecture - HPE Aruba Networking mixed mode WLAN - Mixed mode configuration Gateway cluster deployment Wired port access - Wired authentication VXLAN and GBP Security and availability features RF optimization - Channel availability - RF interference and duty cycle - AirMatch and broadcast optimization - ClientMatch - AirGroup - Managing personal device visibility and sharing Traffic optimization and QoS Professional network design and implementationIntroduction to HPE Aruba Networking solutions - HPE Aruba Networking campus architecture - Topologies and encapsulation - Automation Wired redundancy - VSX overview and components - VSX synchronization - Traffic forwarding - Loop avoidance Campus routing - Single-area OSPF review - Multi-area OSPF - Redistributing external routes - Area types - Promoting fast convergence - BGP overview L3 services - DHCP snooping - Dynamic ARP inspection Multicast - IGMP - PIM introduction - PIM-DM Wireless infrastructure with gateways - Mobility gateway use and functions - AOS-10 gateway clusters - Gateway deployment options - Cluster configuration - Cluster monitoring - Secondary gateway Tunneled WLAN architecture - Tunnel forwarding mode - Configuring tunnel mode SSID - Monitoring tunnel mode implementation Secure enterprise networks - Introduction to authentication - 802.1X authentication in AOS-10 - Firewall roles and policies - Alias - Dynamic authorization in AOS-10 Guest access - Introduction to guest access - Guest authentication process - Configuring guest authentication using Central NAC - MAC authentication Mixed mode architecture - HPE Aruba Networking mixed mode WLAN - Mixed mode configuration Gateway cluster deployment Wired port access - Wired authentication VXLAN and GBP Security and availability features RF optimization - Channel availability - RF interference and duty cycle - AirMatch and broadcast optimization - ClientMatch - AirGroup - Managing personal device visibility and sharing Traffic optimization and QoS Professional network design and implementation5 days2830.003000.003300.003600.004950.004950.004950.004950.003300.003600.00