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| Section | Weight | Objectives |
|---|---|---|
| Campus Network Technology Details | 40% | - Campus network virtualization and resource pooling - Free mobility and user group management - Network access control: 802.1X, MAC authentication, Portal - VXLAN and BGP EVPN technologies - QoS deployment and service quality assurance - High availability technologies: VRRP, Eth-Trunk, stack |
| Campus Network Fundamentals | 15% | - Hierarchical network model and functional positioning - Basic concepts and development trends of campus networks - Campus network architecture and design principles |
| Campus Network Planning, Design and Deployment | 20% | - Device deployment, configuration and commissioning - IP addressing and VLAN planning - Requirement analysis and solution formulation - Migration and upgrade strategies - Network service design and isolation |
| Huawei CloudCampus Solution Overview | 15% | - WLAN solution and wireless service deployment - CloudCampus architecture and components - iMaster NCE-Campus management and control platform - Security design and threat defense in campus |
| Intelligent O&M and Troubleshooting | 10% | - Performance optimization and capacity planning - Fault diagnosis and common troubleshooting methods - iMaster NCE-CampusInsight and monitoring system |
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NEW QUESTION # 75
In Huawei's SD-WAN solution, which of the following technologies can achieve "intelligent routing between branches and headquarters/cloud" to ensure the experience of critical business operations? (Multiple choice)
Answer: A,C,E
NEW QUESTION # 76
(The centralized VXLAN gateway manages inter-subnet traffic in a centralized manner. The gateway deployment and management are simple. However, ARP entries of all terminals need to be generated on the Layer 3 gateway, and the number of ARP entries on the Layer 3 gateway is limited. Therefore, the centralized VXLAN gateway is not suitable for scenarios with a large number of terminals.)
Answer: A
Explanation:
In a centralized VXLAN gateway architecture, all inter-subnet traffic is forwarded to a centralized Layer 3 gateway, typically deployed on a core or aggregation device. This design simplifies network planning, gateway configuration, and policy enforcement because routing, security, and traffic control are all handled at a single centralized point. From an operational perspective, deployment and management are straightforward, which makes centralized gateways suitable for small- to medium-sized campus networks or environments with limited endpoints.
However, according to HCIP Datacom Campus Network documentation, this architecture introduces scalability limitations. Since the centralized gateway performs Layer 3 forwarding for all VXLAN segments, it must maintain ARP entries for every terminal in the network. As the number of endpoints increases, the ARP table on the Layer 3 gateway grows rapidly. Hardware resources such as memory and processing capacity limit the maximum number of ARP entries that can be supported.
In large-scale campus scenarios with a high density of terminals-such as universities, hospitals, or enterprise office campuses-this ARP scalability bottleneck can impact performance and stability. Excessive ARP entries may lead to increased CPU utilization, delayed ARP resolution, and reduced forwarding efficiency.
For such environments, HCIP Datacom recommends distributed VXLAN gateways, which distribute ARP and routing responsibilities across multiple devices. Therefore, the statement is correct, and the centralized VXLAN gateway is not suitable for scenarios with a large number of terminals.
NEW QUESTION # 77
(Which of the following roles is not a core role in Huawei's free mobility solution?)
Answer: C
Explanation:
Huawei's free mobility solution is designed to provide consistent user access control and policy enforcement across the campus network, regardless of user location. According to HCIP Datacom Campus Network documentation, the solution is built around severalclearly defined core roles, each with specific responsibilities.
Theauthentication deviceis a core role. It performs user authentication using methods such as 802.1X, MAC authentication, or portal authentication, and associates user identity information with IP addresses or security groups.
Thepolicy enforcement deviceis also a core role. It enforces security and access control policies based on IP- security group information, ensuring that traffic complies with defined policies wherever the user is connected.
iMaster NCE-Campusis another core component of the free mobility solution. It acts as the centralized management and control platform, responsible for policy definition, IP-security group management, and coordination of information distribution between authentication points and policy enforcement points.
Thepolicy control device, however, isnot a core roleexplicitly defined in Huawei's free mobility architecture.
Policy control functions are integrated into iMaster NCE-Campus rather than implemented as a separate standalone device role. Therefore, "policy control device" is not recognized as a core role in the free mobility solution.
As a result, option B is the correct answer, while the other options represent essential components of Huawei' s free mobility solution as defined in HCIP Datacom Campus Network materials.
NEW QUESTION # 78
In troubleshooting MPLS VPN networks, which command should be used to "view the routing and receiving status of BGP VPNv4 neighbors on the PE device"?
Answer: C
NEW QUESTION # 79
(Which of the following can be used to classify campus networks?)
Answer: A,B,C,D
Explanation:
According to HCIP Datacom Campus Network architecture principles, campus networks can be classified from multiple dimensions to support scientific planning, design, and deployment. These classification methods help network designers select appropriate architectures, devices, and technologies based on actual service requirements.
Network scaleis a primary classification dimension. Campus networks are commonly divided into small, medium, and large-scale networks based on the number of users, terminals, access points, and network devices. This classification directly influences topology design, such as whether a simple two-layer architecture or a more scalable three-layer architecture is required.
Served objectsis another important classification method. Campus networks may serve office users, guests, teaching staff, students, production terminals, IoT devices, or video surveillance systems. Different served objects have different requirements for bandwidth, security, and access control, making this dimension critical for policy and service design.
Access moderefers to how users and devices connect to the campus network, including wired access, wireless access, or a hybrid of both. This classification impacts WLAN planning, authentication methods, and network access control strategies.
Service complexityreflects the types and number of services carried by the network. A campus network may provide basic data services or support complex services such as voice, video, cloud access, and industry applications. Higher service complexity requires more advanced network design and management capabilities.
Therefore, all listed options are valid classification methods for campus networks.
NEW QUESTION # 80
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