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Holding an HCIE-WLAN certification prove you have solid WLAN theory, WLAN solution planning and design capabilities, large-scale WLAN network deployment, and network O&M optimization capabilities. It is recommended that you learn HCIP-WLAN certification first and have at least five years of relevant working experience.

      

The HCIE-WLAN Certification Exam covers: WLAN networking, WLAN Reliability technology, WLAN radio resource management, WLAN admission control, WLAN security and defense, WLAN and IoT, WLAN location technology, WLAN IPv6 networking technology, CloudCampus solution, WLAN troubleshooting, Intelligent O&M, WLAN network optimization, WLAN network planning.  

         

1.1 WLAN Networking Architecture

1.2 Principles and Configurations of the Navi AC

1.3 Principle and Configuration of Leader AP

1.4 Mesh Principle and Configuration

1.5 Principles and Configurations of GRE and IPSec VPN

2.1 WLAN Dual-System Hot Backup

2.2 WLAN Dual-Link Cold Backup

2.3 WLAN N+1 Backup

2.4 WLAN CAPWAP link disconnection survival

3.1 WLAN Roaming Technologies

3.2 WLAN Roaming Optimization

3.3 WLAN Fast Roaming and Smart Roaming

3.4 WLAN Roaming Troubleshooting

4.1 WLAN Radio Calibration

4.2 WLAN Load Balancing

4.3 WLAN Anti-Interference

4.4 WLAN QoS

4.5 VIP User Experience Assurance

5.1 WLAN Multicast Network Optimization

5.2 mDNS and mDNS Gateway

6.1 WLAN Management Plane Security

6.2 WLAN Control Plane Security

6.3 WLAN Forwarding Plane Security

7.1 WLAN 802.1X Authentication

7.2 WLAN Portal Authentication

7.3 WLAN MAC Authentication

7.4 WLAN Hybrid Authentication

8.1 IoT Wireless RF Technologies

8.2 WLAN IoT Application Scenarios

8.3 Huawei WLAN IoT Solution

9.1 WLAN Location Technology

9.2 WLAN Location Technology Application Scenarios

10.1 IPv6-based WLAN Networking and Application

10.2 IPv6-based WLAN Admission Control

10.3 IPv6-based WLAN Network Security

11.1 CloudCampus Large-, Medium-, and Small-sized Campus Network Solution

11.2 Underlay Network Design, Deployment, and O&M

11.3 Fabric Design, Deployment, and O&M

11.4 Overlay Network Design, Deployment, and O&M

11.5 WLAN Admission Control and Free Mobility Design

11.6 WLAN O&M Management Design and Deployment

12.1 WLAN Network Troubleshooting Roadmap

12.2 WLAN Network Troubleshooting

12.3 WLAN Network Fault Cases

13.1 CampusInsight Functions and Deployment

13.1 CampusInsight Application Scenarios

14.1 CampusInsight Application Scenarios

14.2 Introduction to Enterprise WLAN Network Optimization

14.3 Enterprise WLAN Network Evaluation

14.4 Enterprise WLAN Optimization Solution Design

14.5 Solution Implementation and Acceptance

15.1 WLAN Project Lifecycle

15.2 WLAN Project Deliverables

15.2 WLAN Project Cases

1. In Huawei's smart roaming solution, which of the following methods can be used by a WAC to discover and maintain neighboring AP entries of STAs? (Select All that Apply)

A.The WAC obtains such entries using 802. 11v.

B.The AP listens to the Probe frames sent by STAs.

C.The AP periodically and proactively scans neighboring APs of STAs.

D.STAs proactively report neighboring AP information.

Answer: B, C

2. In a VRRP HSB scenario, if the VRRP preemption delay is set to a small value, which of the following problems may occur after a master/backup switchover? (Select All that apply)

A.The batch backup process cannot be started.

B.A master/backup switchback is triggered too quickly.

C.Backup information is incomplete.

D.Service data on the master and backup WACs is lost.

Answer: B, C

3. Which of the following tools are commonly used for WLAN network planning, acceptance, or health evaluation? (Select All that Apply)

A.WLAN Planner

B.iMaster NCE-Campuslnsight

C.eDesk

D.CloudCampus APP

Answer: A, B, D

4. Which of the following configurations may cause ST As to experience a slow Internet connection? (Select All that Apply)

A.QoS CAR is configured in the traffic profile.

B.Radio 1 of APs is disabled.

C.TKIP encryption is configured, causing a low link setup rate.

D.Rate limiting is configured in the SSID profile.

Answer: A, C, D

5. On a campus network, which of the following problems may occur when you manually create a static VXLAN tunnel? (Select All that Apply)

A.Although the static VXLAN tunnel mode supports the distributed gateway scenario, the configuration involves a heavy workload and is complex to adjust.

B.A static VXLAN tunnel uses related protocols on the control plane, consuming device resources.

C.If N devices need to establish VXLAN tunnels, you need to manually configure the ingress replication list up to N x (N-l)/2 times.

D.Remote MAC addresses can be learned only through data flooding.

Answer: A, C

6. Which of the following statements about the home agent are true? (Select All that Apply)

A.The home agent communicates with the gateway on the STAs1 home network at Layer 2.

B.The home agent communicates with the gateway on the STAs' home network at Layer 3.

C.A home AP can function as a home agent of STAs.

D.A home WAC can function as a home agent of STAs.

Answer: B, D