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Huawei H19-424_V1.0 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Huawei SD-WAN Solution Overview | 10% | - Deployment modes and typical use cases - SD-WAN architecture and key technologies |
| Topic 2: CloudCampus Solution | 15% | - iMaster NCE-Campus management platform - CloudCampus architecture and components - Cloud-managed switches and WLAN devices |
| Topic 3: Enterprise WLAN Networking Design | 7% | - WLAN topology and access methods - Roaming and security design |
| Topic 4: WLAN Radio Resource Management (RRM) | 7% | - Interference management and channel planning - RRM mechanisms and optimization |
| Topic 5: Multi-Campus Interconnection Design | 3% | - Interconnection solutions and routing design |
| Topic 6: Campus SD-WAN Planning & Design | 11% | - Link selection and reliability design - Networking principles and traffic optimization |
| Topic 7: iMaster NCE-CampusInsight | 6% | - Network monitoring and analysis functions - Fault diagnosis and performance optimization |
| Topic 8: CloudCampus for Small & Medium Campuses | 7% | - Solution design principles - Device selection and networking |
| Topic 9: Scenario-based WLAN Design | 6% | - Office, conference, and high-density scenarios - Indoor and outdoor deployment considerations |
| Topic 10: Enterprise WLAN Planning and Design | 11% | - Frequency and power planning - Coverage and capacity planning |
| Topic 11: SD-WAN Device Deployment | 3% | - Hardware installation and basic configuration |
| Topic 12: SD-WAN Application Experience | 3% | - QoS and application optimization |
| Topic 13: Network Access Control (NAC) and Free Mobility | 11% | - NAC principles and architecture - Free Mobility features and application scenarios |
Huawei HCSP-Presales-Campus Network Planning and Design V1.0 Sample Questions:
1. In the WLAN scenario, the four types of service flows in EDCA have the highest priority
A) AC_BE
B) AC_bk
C) AC_VI
D) AC_VO
2. In the LAN-WAN convergence scenario, the description of RR deployment design principles is wrong ()
A) Try to choose an independent RR, which can be deployed on a single device in the independent RR scenario.
B) The Edge should be dual-uplink to the two RR devices to achieve egress backup;
C) Use the RR model recommended in the specification list;
D) The RR must be redundant, and at least two RR devices must exist on the live network. Prevent network-wide service interruption caused by the failure of only one RR device on the entire network.
3. In the southbound protocol of the controller, the () protocol collects the traffic performance data of ports, links, and tunnels (LSPs) from the PCC, including the flow rate and bandwidth utilization to collect quality inspection data;
A) PCEP
B) Netconf
C) BGP-LS
D) SNMP
4. When using the planning and design tool, adjust the board position of the service board in the modular switch on which page of the tool ()
A) Equipment selection
B) BOQ management
C) Network equipment connection design
D) Cabinet layout design
5. What kind of route does EVPN use to solve the AC-side loop problem?
A) Inclusive Multicast Route(Type3)
B) Ethernet A-D Route(Type 1)
C) Ethernet Segment Route(Type4)
D) MAC/IP Advertisement Route(Type2)
Solutions:
| Question # 1 Answer: D | Question # 2 Answer: A | Question # 3 Answer: D | Question # 4 Answer: D | Question # 5 Answer: B |
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