Free HCIP-Datacom-Campus Network Planning and Deployment V1.5 Practice Questions

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.

In the Huawei SD-WAN Interconnection Solution,enhanced BGP EVPNis used as the core control-plane technology to distribute not only traditional routing information but also SD-WAN–specific service and tunnel-related data. This enhancement allows centralized control and automated service deployment across branch and hub sites.

TNP routesare one of the key information types transmitted through enhanced BGP EVPN. TNP (Transport Network Plane) routes describe the reachability of transport tunnels between SD-WAN nodes and are essential for establishing and maintaining overlay connectivity across different transport networks such as Internet, MPLS, or LT

E.  

IPsec SA (Security Association) informationis also carried through enhanced BGP EVPN. This allows SD-WAN devices to dynamically establish secure IPsec tunnels without manual configuration, ensuring encrypted communication between sites while supporting fast deployment and scalability.

In addition,service routesare distributed using enhanced BGP EVPN. Service routes identify application or service-level reachability and enable intelligent traffic steering, policy-based forwarding, and service chaining across the SD-WAN fabric.

GRE configuration, however, is not transmitted through enhanced BGP EVPN. GRE parameters are typically configured locally and do not belong to the control information exchanged by EVPN in the Huawei SD-WAN solution. Therefore, the correct information types are TNP routes, IPsec SA information, and service routes.

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

Telemetry is a next-generation network data collection technology designed to overcome the limitations of traditional SNMP polling. One of its major advantages is that it ismodel-driven, relying onYANG modelsto define structured and extensible data formats. This allows Telemetry to support various data types and provides stronger semantic meaning than SNMP MIBs, makingoption A correct.

Another key advantage ishigh-frequency data collection. Telemetry supportssecond-level or even sub-second-level reporting, enabling more precise and real-time network monitoring. This capability is critical for intelligent O&M scenarios such as fault prediction, traffic analysis, and SLA assurance. SNMP, by contrast, typically relies on periodic polling with much lower precision. Therefore,option D is correct.

Telemetry does not establish sessions based on SSH. Instead, it typically uses protocols such asgRPCover secure transport channels like TLS. Hence,option B is incorrect.

Option C is also incorrect because Telemetry focuses ondata subscription and reporting, not on configuring or managing device databases. Configuration management remains the responsibility of controllers or network management systems, not the Telemetry mechanism itself.

According to HCIP Datacom Campus Network documentation, Telemetry’s strengths lie in model-driven data representation and high-precision, real-time monitoring, making A and D the correct answers.