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| Section | Weight | Objectives |
|---|
| WLAN Advanced Technologies and Solutions | 15% | - Roaming and Location Services
- 1. Wi-Fi positioning and location technology
- 2. Layer 2 and Layer 3 fast roaming
- WLAN and IoT Convergence
- 1. IoT access over WLAN
- 2. CloudCampus and smart campus solutions
|
| WLAN Reliability and Radio Resource Management | 20% | - Radio Resource Management
- 1. Dynamic channel and power adjustment
- 2. Admission control and load balancing
- 3. Interference detection and mitigation
- WLAN Redundancy and Reliability
- 1. AC backup and load balancing
- 2. Mesh and WDS technologies
- 3. AP redundancy and fast failover
|
| WLAN Basic Principles and Architecture | 15% | - Huawei WLAN Architecture
- 1. WLAN AC and AP working mechanism
- 2. Fat AP vs Fit AP
- 3. CAPWAP protocol
- RF and 802.11 Protocol Fundamentals
- 1. Radio frequency characteristics
- 2. 802.11 physical and MAC layer
- 3. Frequency bands and channels
|
| WLAN Security and Access Control | 15% | - Authentication and Encryption
- 1. Certificate-based authentication
- 2. WPA/WPA2/WPA3 security
- 3. 802.1X, MAC, and Portal authentication
- Security Defense
- 1. Rogue AP detection and containment
- 2. Access control and policy management
- 3. Anti-interference and anti-spoofing
|
| WLAN Networking and Deployment | 20% | - WLAN Networking Modes
- 1. Layer 3 and inter-subnet roaming
- 2. CloudCampus WLAN architecture
- 3. Direct connection and Layer 2 networking
- High-Density and Large-Scale Deployment
- 1. Power adjustment and coverage design
- 2. IPv6 support in WLAN
- 3. AP placement and channel planning
|
| WLAN O&M, Troubleshooting and Optimization | 15% | - Troubleshooting and Optimization
- 1. Common fault analysis and resolution
- 2. RF optimization and network capacity tuning
- Monitoring and Intelligent O&M
- 1. WLAN performance monitoring
- 2. Fault diagnosis and alarm management
|
>> H12-351_V1.0 Latest Test Answers <<
Efficient H12-351_V1.0 - HCIE-WLAN (Written) V1.0 Latest Test Answers
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Huawei HCIE-WLAN (Written) V1.0 Sample Questions (Q54-Q59):
NEW QUESTION # 54
Which of the following statements are true about the WLAN site survey In different typical scenarios? (Select All that Apply)
- A. In an office scenario, the load-bearing columns and partitions affect the signal coverage. If an integrated ceiling is used, deploy APs near maintenance entrances. If a metal ceiling is used, mount APs on the ceiling or wall.
- B. In a ward-round scenario, high requirements are posed on the coverage field strength, roaming effect, and bandwidth. Determine the interference of medical equipment and the areas where Wi-Fi signals are not allowed.
- C. In a classroom scenario. If the walls are made of reinforced concrete, the signal attenuation Is high. In this case, you are advised to test the attenuation during the site survey. Additionally, pay attention to the locations of ELV rooms in the teaching building.
- D. In a stadium scenario, the onsite environment is complex and cabling is difficult. Therefore, confirm with the property management company about ELV rooms and cabling. If the transmission distance is too long, consider deploying more switches. During the survey, focus on the interference between APs and AP mounting modes.
Answer: A,B,C,D
Explanation:
Explanation
Only: All statements are true about the WLAN site survey in different typical scenarios.
References: https://support.huawei.com/enterprise/en/doc/EDOC1100058940/8a8f1c9b/wlan-site-survey
NEW QUESTION # 55
Which of the following layers is not included in the overall networking logic of energy efficiency management in the loT solution?
- A. Network layer
- B. Access layer
- C. Egress layer
- D. Terminal layer
- E. Application layer
Answer: C
NEW QUESTION # 56
WPA3 has the following advantages over WPA and WPA2: supports WPA3-SAE, provides a more secure handshake protocol, enhances the algorithm strength, and supports Suite A cryptography.
Answer: B
Explanation:
Explanation
WPA3 has the following advantages over WPA and WPA2:
Supports WPA3-SAE, which provides more secure authentication and key management than PSK.
Provides a more secure handshake protocol than 802.11i, which can resist offline dictionary attacks and protect forward secrecy.
Enhances the algorithm strength from AES-128 to AES-192 or AES-256.
Supports Suite A cryptography, which provides higher security levels for government or military networks.
References: https://support.huawei.com/enterprise/en/doc/EDOC1100058940/8a8f1c9b/wpa3
NEW QUESTION # 57
Which of the following statements about the access layer design are true when Huawei ' s CloudCampus Solution is applied to small and midsize campus networks? (Select All that Apply)
- A. In the mini-store scenario, APs and egress devices must be deployed if Wi-Fi coverage is required. APs cannot directly connect to egress links and do not support NAT.
- B. For relatively large networks in midsize shopping malls, supermarkets, and primary/secondary education campuses, it is recommended that stack networking be used at the access layer. If a single device can provide sufficient access capacity for downstream terminals, single-device networking can be used at the access layer. If the upstream devices of access-layer devices are stacked, it is recommended that Eth-Trunks be used to connect to such upstream devices. If more APs need to be deployed, use the PoE switch to increase the number of APs to be connected.
- C. Select appropriate models of access switches based on whether PoE support is required and how many APs need to access the network.
- D. When selecting a switch, ensure that the following condition is met; Number of connected APs x AP power
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