Implementing and Operating Cisco Wireless Core Technologies

• Wireless Network Engineers
• Network Architects
• Network Administrators
• Network Automation Engineers

There are no formal prerequisites for this training. However, the knowledge and skills you are recommended to have before attending this training are:

• Solid foundation in IT literacy (e.g., understanding of common IT concepts and enterprise software)
• Prior experience or basic experimentation using Cisco wireless technologies (e.g., APs and wireless LAN controllers)
• Familiar with RF theory, Wi-Fi standards, security protocols, Cisco wireless architecture (e.g., CAPWAP, centralized access control), Cisco DNA Center, and basic troubleshooting—concepts learned in the Understanding Cisco Wireless Foundations (WLFNDU)

These skills can be found in the following Cisco Learning Offerings:

• Implementing and Administering Cisco Solutions (CCNA) v2.2
• [/courselink [/list] ]

• Analyze wireless governance, topologies, and legacy protocol evolution to establish foundational network design principles
• Analyze RF propagation characteristics and channel behavior to diagnose wireless performance issues
• Apply RF mathematical calculations and antenna theory principles to optimize wireless network performance
• Evaluate 802.11ax and 802.11be protocols to implement high-performance, future-ready wireless networks
• Evaluate wireless network architectures and design physical infrastructure for enterprise deployments
• Configure Cisco wireless controllers and access points to establish secure client connectivity
• Implement secure management access and client policies for operational wireless network
• Analyze client device capabilities and configure connectivity across diverse operating systems
• Configure local WLAN security and authentication mechanisms on controllers
• Configure external WLAN security and authentication
• Implement client roaming protocols and guest networking to extend wireless services
• Implement Cisco Catalyst Center and integration tools for unified wireless network management
• Configure performance and security monitoring to ensure optimal wireless network functionality
• Evaluate and implement API automation and AI-enhanced features for intelligent wireless operations
• Analyze wireless frames using packet capture tools to diagnose network behavior and issues
• Troubleshoot client connectivity and AP join failures using systematic diagnostic methodologies