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Huawei H19-401_V1.0 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Campus SD-WAN Networking Principles and Planning | 11% | - Network topology and interconnection - Link selection and bandwidth planning - Routing and policy design |
| Enterprise WLAN Planning and Design | 11% | - Frequency planning and interference control - AP placement and antenna selection - Coverage and capacity planning |
| SD-WAN Device Deployment | 3% | - Management and monitoring - Installation and configuration process |
| Huawei SD-WAN Solution Technical Overview | 10% | - Application awareness and quality assurance - Solution architecture and value - Key technologies: intelligent routing, link optimization |
| CloudCampus Design for Small & Medium Campuses | 7% | - Cost-effective and reliable design - Device selection and configuration - Network architecture and scale planning |
| iMaster NCE-CampusInsight | 6% | - Data collection and visualization - Capacity planning and performance optimization - Functions: monitoring, analysis, fault diagnosis |
| WLAN Radio Resource Management (RRM) | 7% | - Interference optimization and load balancing - Frequency and power adjustment strategies - RRM mechanisms and functions |
| SD-WAN Application Experience Optimization | 3% | - Application identification and priority - Quality of service assurance |
| Network Access Control (NAC) and Free Mobility | 11% | - Free mobility solution architecture and features - Deployment and design considerations - Principles and application scenarios of NAC |
| Enterprise WLAN Networking Design | 7% | - Architecture: standalone, centralized, cloud management - Security and access control design - Roaming design and seamless handover |
| Scenario-based Enterprise WLAN Design | 6% | - Office, conference, warehouse, campus scenarios - Special environment considerations - High-density and high-bandwidth requirements |
| CloudCampus Solution Overview | 15% | - Product portfolio: switches, WLAN, controllers - Cloud management and operation & maintenance - Architecture and core components |
| Multi-Campus Network Interconnection Design | 3% | - Security and reliability design - Interconnection architecture and protocols |
Huawei HCSP-Presales-Campus Network Planning and Design V1.0 Sample Questions:
In a multi-campus interconnection LANWAN scenario, refer to the following topology campus topology. Which of the descriptions about the design and deployment of the dual-gateway Interlink solution is incorrect?
- A. Interlink can be interconnected using direct links. When the site business traffic is large and the CPE port resources are sufficient, it is recommended that Interlink adopts Eth-trunk link.
- B. Interlink cannot borrow the Layer 2 service interface on the CPE LAN side
- C. Complete the synchronization of dual-gateway device information through the Interlink control sub- interface: such as synchronization and backup of application identification results, synchronization and backup of overlay connection information and connection quality information, etc.
- D. Interlink serves as the interconnection port of dual gateway devices and provides forwarding of business (VPN) traffic between devices through sub-interfaces.
Correct Answer: B 🗳️
In the southbound protocol of the controller, the () protocol collects topology information in real time.
- A. PCEP
- B. BGP-LS
- C. Netconf
- D. Telemetry
Correct Answer: B 🗳️
What are the aspects of NCE-Campus V300RO22C10 SD-WAN Overlay traffic drainage enhancement? (Multiple choice)
- A. The ospfv3 outbound interface supports selecting Tunnel port.
- B. Support Overlay BGP4+
- C. Support lpv6 redirection strategy.
- D. Overlay ipv6 static routing supports selecting the outbound interface as a Tunnel port
Correct Answer: A,B,C,D 🗳️
In the cloud management solution, when the NCE-Campus platform is deployed locally, what deployment methods can the switch device support? (Multiple choice)
- A. Command line method
- B. DHCP Option 148 start
- C. CloudCampus APP
- D. Web network management method
- E. Registration Query Center Startup
Correct Answer: A,B,D 🗳️
In the fabric network with dual border node networking in the campus distributed gateway solution, cross-networking is recommended between the core device and the aggregation device, so that L3VXLAN tunnels are created between the two border nodes and the edge node. In this scenario, Regarding the high-reliability design of the traffic model for egress traffic, the incorrect description is:
- A. The two upstream traffic paths on edge form ecmp load balancing
- B. Select different main exits for different source network segments.
- C. Different edge devices select different main exits.
- D. Select different main exits for different uplink network segments.
Correct Answer: B 🗳️
