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| Section | Objectives |
|---|---|
| Topic 1: Campus Network Planning, Design, and Deployment | |
| Topic 2: Campus Network Technology Details | |
| Topic 3: Huawei Campus Network Solution Overview | |
| Topic 4: Intelligent Campus Network O&M | |
| Topic 5: Campus Network and Common Technologies |
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NEW QUESTION # 99
(Which of the following are the typical deployment scenarios when iMaster NCE-Campus is used to deploy a network?)
Answer: A,B
Explanation:
iMaster NCE-Campus is Huawei's centralized management and control platform specifically designed forcampus network scenarios. According to HCIP Datacom Campus Network documentation, its primary purpose is to provide unified planning, automated deployment, policy control, and intelligent O&M for campus environments. Therefore,campus networksare one of the most typical and core deployment scenarios for iMaster NCE-Campus.
In addition, iMaster NCE-Campus is widely used to deployVXLAN Fabric networkswithin campuses.
VXLAN Fabric is a key technology for building scalable, virtualized, and multi-tenant campus networks.
iMaster NCE-Campus simplifies VXLAN Fabric deployment by automating underlay and overlay configuration, VN creation, VNI assignment, and BGP EVPN policy distribution. This makes VXLAN Fabric networks another standard and typical deployment scenario supported by the platform.
Branch networksare not considered a typical deployment scenario for iMaster NCE-Campus. Branch network management is usually handled by iMaster NCE-WAN in SD-WAN solutions, which focuses on WAN connectivity, branch access, and centralized WAN control rather than campus-oriented services.
Similarly,small-sized networksare not defined as a deployment scenario category in iMaster NCE-Campus documentation. The platform is designed for medium to large campus environments where centralized management and automation provide the most value.
Therefore, the typical deployment scenarios when using iMaster NCE-Campus areCampus networksandVXLAN Fabric networks, making optionsA and Bthe correct answers.
NEW QUESTION # 100
In an MPLS VPN network, which of the following descriptions conforms to the forwarding logic of
"public network label (outer label)"?
Answer: C
NEW QUESTION # 101
In the OSPF protocol for wide area networks, what is the main difference between a "full stub area" and a "normal stub area"?
Answer: D
NEW QUESTION # 102
Drag the user authentication results to the corresponding network access rights.
Answer:
Explanation:
Explanation:
* Position 1 # Before authenticationBefore users are authenticated, they are placed in thepre- authentication domain. At this stage, access is strictly limited to basic network services such as the Admission server,DHCP server, andDNS server. This allows users to obtain IP addresses and reach authentication-related services only.
* Position 2 # Upon authentication failuresIf user authentication fails or security posture checks (such as antivirus or patch verification) do not pass, users are redirected to theisolation domain. In this domain, access is restricted to remediation resources likevirus signature database serversandpatch servers, preventing users from accessing business services while allowing problem resolution.
* Position 3 # After successful authenticationAfter authentication succeeds, users enter thepost- authentication domain. At this stage, full or role-based access is granted to enterprise resources such as office data,R&D data,marketing systems, as well asintranet or Internet services, based on assigned policies.
This mapping reflects Huawei's standardNAC domain-based access control model, ensuring secure, staged network access.
NEW QUESTION # 103
(The egress zone is the boundary between a campus network and external networks, including the Internet and WAN. It bridges the intranet and extranet and protects the security of the campus network. Which of the following are requirements for egress zone design?)
Answer: A,B,C,D
Explanation:
In campus network architecture, theegress zoneplays a critical role as the boundary between the internal campus network and external networks such as the Internet, WAN, or cloud services. According to HCIP Datacom Campus Network design principles, the egress zone must meet multiple functional and security requirements to ensure stable, secure, and flexible network operation.
First,network connectivityis a fundamental requirement. The egress zone must reliably connect the campus intranet to external networks, ensuring uninterrupted access to external resources and services. High availability and redundancy are often considered in this aspect to avoid single points of failure.
Second,network secure ensuranceis essential. As the main security boundary, the egress zone must protect the campus network from external threats. This typically involves deploying security mechanisms such as firewalls, intrusion prevention, traffic filtering, and attack defense to ensure data and service security.
Third, the egress zone must provide strongservice control capability. This includes traffic identification, policy-based forwarding, bandwidth management, and application control. These capabilities allow administrators to optimize service quality, prioritize critical applications, and manage user access to external services.
Finally,various and flexible access modesare required to support different external connection scenarios, such as Internet access, MPLS WAN access, VPN connections, and cloud interconnection. This flexibility enables the campus network to adapt to evolving business and service requirements.
Therefore, all listed options are essential requirements for proper egress zone design, makingA, B, C, and Dthe correct answers.
NEW QUESTION # 104
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