H12-841_V1.5 Exam Dumps : HCIP-Datacom-Campus Network Planning and Deployment V1.5

Explanation (Concise and Technical)

Position 1 → 100This corresponds toVNI 100, which is associated with BD10 and is used for communication between PC1 and PC3.

Position 2 → 3.3.3.3This is theremote VTEP IP addressof VTEP3, configured as a head-end peer for VNI 100 on VTEP1.

Position 3 → 200This representsVNI 200, which is bound to BD20 and enables VXLAN communication between PC2 and PC4.

Position 4 → 1.1.1.1This is theremote VTEP IP addressof VTEP1, configured as a head-end peer for VNI 200 on VTEP2.

This mapping follows standardstatic VXLAN tunnel configuration logicon Huawei devices, where each VNI is explicitly associated with remote VTEP peer addresses using head-end peer-list.

Comprehensive and Detailed 200 to 250 words of Explanation From HCIP Datacom Campus Network documents knowledge without any URL or Links:

In Huawei campus authentication architecture, anauthentication profiledefines how users are authenticated and which domain is used during authentication. A key concept is theforcible domain, which has the highest priority during domain selection. If a forcible domain is configured, the device ignores any domain information carried in the user name and forcibly authenticates the user in the specified domain. Therefore, statementD is correct.

Statement A is incorrect because the default domaincan be modifiedusing CLI commands, allowing administrators to flexibly control user authentication behavior. Statement B is also incorrect; on the same interface, different authentication types (such as 802.1X, MAC authentication, and Portal)can be configured with different domains, depending on access control requirements.

Statement C is incorrect because the default authentication triggering sequence on Huawei devices is802.1X → MAC address authentication → Portal authentication, not the order described. This sequence ensures strong authentication is attempted first before falling back to weaker mechanisms.

According to HCIP Datacom Campus Network documentation, forcible domain configuration guarantees unified policy enforcement and simplifies authentication control, making option D the only correct statement.

iMaster NCE-Campus adopts a flexiblemulti-plane networking architectureto meet different deployment scale and reliability requirements. According to HCIP Datacom Campus Network documentation, iMaster NCE-Campus supports bothsingle-plane networkingandmulti-plane networking, and the selection depends on the system deployment mode.

In asingle-node system deployment, all functional components of iMaster NCE-Campus run on a single node. In this scenario,single-plane networking is optionaland can be used to simplify network planning and reduce deployment complexity. Management traffic, service traffic, and internal communication share the same network plane, which is sufficient for small-scale or test environments where high availability and strict isolation are not mandatory.

However, inmulti-node or cluster deployments, iMaster NCE-Campus requiresmulti-plane networking. Different network planes—such as management plane, service plane, and internal communication plane—are deployed separately to ensure high availability, scalability, performance isolation, and security. Single-plane networking isnot supportedin these deployments because it cannot meet the reliability and performance requirements of clustered systems.

This design ensures that large-scale campus networks benefit from fault isolation and load separation, while smaller deployments can use a simplified architecture. Therefore, the statement that single-plane networking is optional only in single-node system deployment is consistent with HCIP Datacom Campus Network design principles.

Hence, the correct answer isTRUE.