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HCIE-WLAN (Written) V1.0

Last Updated: Oct 3, 2024
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Huawei HCIE-WLAN (Written) V1.0 Syllabus
  • WLAN Networking Technology: It focuses on WLAN Networking Architecture, the Principles and Configurations of the Navi AC, and the Principle and Configuration of Leader AP.
  • WLAN Reliability: WLAN Reliability is essential for ensuring consistent network performance. This topic includes WLAN Dual-System Hot Backup, WLAN Dual-Link Cold Backup, WLAN N+1 Backup, and WLAN CAPWAP link disconnection survival, each contributing to the network's resilience.
  • WLAN Roaming: WLAN Roaming covers the seamless movement of devices across different network areas. Key sub-topics include WLAN Roaming Technologies, WLAN Roaming Optimization, WLAN Fast Roaming and Smart Roaming, and WLAN Roaming Troubleshooting.
  • WLAN Radio Resource Management: WLAN Radio Resource Management involves optimizing the use of radio frequencies. This topic includes WLAN Radio Calibration, WLAN Load Balancing, WLAN Anti-Interference, WLAN QoS, and VIP User Experience Assurance.
  • WLAN Multicast and mDNS: WLAN Multicast and mDNS address network efficiency and service discovery. The focus areas are WLAN Multicast Network Optimization and mDNS and mDNS Gateway, crucial for effective network management.
  • WLAN Security and Defense: WLAN Security and Defense are vital for protecting wireless networks. This topic covers WLAN Management Plane Security, WLAN Control Plane Security, and WLAN Forwarding Plane Security, each enhancing network security.
  • WLAN Network Admission Control: WLAN Network Admission Control ensures secure and regulated network access. Sub-topics include WLAN 802.1X Authentication, WLAN Portal Authentication, WLAN MAC Authentication, and WLAN Hybrid Authentication.
  • WLAN and IoT Convergence: WLAN and IoT Convergence integrate wireless networks with IoT technologies. This topic includes IoT Wireless RF Technologies and WLAN IoT Application Scenarios, focusing on the interaction between WLAN and IoT.
  • WLAN Location: WLAN Location covers the technologies and applications for tracking within WLAN environments. Key areas include WLAN Location Technology and WLAN Location Technology Application Scenarios, essential for location-based services.
  • WLAN IPv6 Network: WLAN IPv6 Network addresses the integration of IPv6 with WLAN. This topic includes IPv6-based WLAN Networking and Application, IPv6-based WLAN Admission Control, and IPv6-based WLAN Network Security.
  • CloudCampus Solution: CloudCampus Solution involves designing and deploying campus networks using cloud technologies. Sub-topics include solutions for different campus sizes, Underlay Network Design, Deployment, and O&M, Fabric Design, Deployment, and O&M, Overlay Network Design, Deployment, and O&M, WLAN Admission Control and Free Mobility Design.
  • WLAN Troubleshooting: WLAN Troubleshooting focuses on identifying and resolving network issues. It includes WLAN Network Troubleshooting Roadmap, WLAN Network Troubleshooting, and WLAN Network Fault Cases, crucial for maintaining network health.
  • Intelligent WLAN O&M: Intelligent WLAN O&M leverages advanced tools for network operation and management. This topic includes CampusInsight Functions and Deployment and CampusInsight Application Scenarios, enhancing operational efficiency.
  • Enterprise WLAN Optimization Design: Enterprise WLAN Optimization Design aims at improving network performance. This topic covers CampusInsight Application Scenarios, Introduction to Enterprise WLAN Network Optimization, and Enterprise WLAN Network Evaluation, focusing on network enhancement.
  • Large-scale WLAN Networking Practice: Large-scale WLAN Networking Practice involves the practical aspects of large WLAN projects. It includes the WLAN Project Lifecycle, WLAN Project Deliverables, and WLAN Project Cases, highlighting real-world applications and outcomes.