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Huawei H19-401_V2.0 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Key Technical Principles and Applications in Industrial Scenarios: Covers the development, key technologies, and sector-specific applications of high-performance industrial campus networks.
Topic 2
  • Huawei Xinghe Intelligent Campus Solution: Details the Xinghe solution's core capabilities including automation, ultra-broadband, network simplification, access authentication, intelligent policy, O&M, and security.
Topic 3
  • Huawei Xinghe Intelligent Campus Solution Overview: Introduces campus network fundamentals, evolving trends, challenges, and Huawei's Xinghe Intelligent Campus Solution as a response to modern enterprise needs.
Topic 4
  • Huawei High-Quality Campus MSP Solution: Introduces Huawei's Managed Service Provider business model, solutions, product offerings, and industry-specific differentiators for campus networks.
Topic 5
  • Technical Fundamentals and Applications of Multi-Branch WAN Interconnection: Addresses enterprise WAN technologies including private lines, VPN, and SD-WAN for connecting distributed branch offices.
Topic 6
  • Huawei Xinghe Intelligent Cloud Managed Campus Network Design Guide for Small and Midsize Enterprises: Provides design guidance for SME cloud-managed campus networks covering architecture, IP services, wireless, access control, and O&M.
Topic 7
  • Huawei Xinghe Intelligent Campus Network Multi-Branch WAN Interconnection Solution Design Guide: Provides end-to-end SD-WAN design guidance for multi-branch WAN interconnection including architecture, services, deployment, and O&M.
Topic 8
  • Technical Fundamentals and Applications of WLAN: Covers the origin, core concepts, networking architectures, and key technologies behind wireless LAN deployments in campus environments.
Topic 9
  • Technical Fundamentals and Applications of Office Campus Networks: Explores the full spectrum of office campus network design including routing, switching, security, reliability, virtualization, IPv6, and energy efficiency.
Topic 10
  • Huawei iMaster NCE-Campus: Campus Network Management System: Introduces the iMaster NCE-Campus platform covering automated network planning, construction, O&M, and its various deployment modes.
Topic 11
  • Huawei Xinghe Intelligent Large-and Medium-Sized Campus Network Design Guide (VLAN Networking): Covers VLAN-based design for large and medium campuses including wired, wireless, access control, O&M, and multi-campus interconnection.
Topic 12
  • Huawei Campus SD-WAN Products and Solutions: Reviews WAN interconnection trends and introduces Huawei's SD-WAN solution along with the NetEngine AR product portfolio.

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Huawei HCSP-Presales-Campus Network Planning and Design V2.0 Sample Questions (Q53-Q58):

NEW QUESTION # 53
What is the maximum number of APs that can be managed by the built-in WAC of the AR5710-S8T1XWE?

Answer: C

Explanation:
The NetEngine AR5710-S8T1XWE is a high-performance converged gateway designed for small and medium branches. According to the technical specifications for the AR5710-S series, the built-in WAC (Wireless Access Controller) capability allows for the management of up to 64 APs (with an initial free license for 32 APs). This hyper-converged design allows a single device to handle routing, switching, security, and wireless management, which is a key recommendation for "Simplified Branch" scenarios in the V2.0 guide.


NEW QUESTION # 54
What is the single-link failover time supported by Huawei's M-LAG solution?

Answer: D

Explanation:
M-LAG (Multichassis Link Aggregation Group) is a key reliability technology in the Huawei Xinghe Intelligent Campus architecture. It provides device-level redundancy by virtualizing two switches into a single logical entity. One of the primary performance requirements for M-LAG in high-availability designs is ensuring millisecond-level failover. In the event of a single link failure (e.g., an uplink from an access switch to one of the M-LAG core switches), the traffic is rerouted through the peer-link or the remaining active member of the Eth-Trunk in less than 50 ms , ensuring "hitless" service for sensitive applications like voice or industrial control.


NEW QUESTION # 55
Which of the following features are key capabilities in multi-branch retail scenarios?

Answer: A,B,C,D

Explanation:
The Xinghe Intelligent Campus for retail focus on four key areas:
* SD-Branch (A): Unified management of WAN, LAN, and WLAN for small stores.
* Converged IoT (B): Using APs with built-in IoT slots for Electronic Shelf Labels (ESL) or RFID asset tracking.
* Hyper-converged Gateway (C): Using devices like the AR series that combine routing, switching, security, and a wireless controller into one box to save space.
* Plug-and-play (D): Zero-touch provisioning (ZTP) so that non-technical store staff can simply plug in a device and have it configured automatically by the cloud.


NEW QUESTION # 56
Which of the following VLAN assignment modes are supported on a network?

Answer: A,B,C,D

Explanation:
Effective VLAN planning is a cornerstone of campus design. Huawei supports all four methods:
* Service Type (B): Segregating Voice, Data, and Management traffic.
* Geographic Area (C): Assigning VLANs per floor or building.
* Logical Area (A): Grouping by functional zones (e.g., Server zone, DMZ).
* Workforce Structure (D): Mapping VLANs to departments (e.g., HR, R & D, Finance).
Modern designs often use a combination, which can be further simplified using Free Mobility (Security Groups).


NEW QUESTION # 57
On a fabric network of a large or midsize campus network, there are 20 edge devices. Which of the following OSPF route orchestration modes should be used in this case?

Answer: D

Explanation:
For mid-to-large campus fabrics (typically those with more than 10-15 edge devices), Huawei recommends Dual-OSPF-area orchestration (C) for the underlay network. In this design, Area 0 is usually established between the Core (Border) and Aggregation nodes, while Area 1 (or other non-zero areas) is used between the Aggregation and Edge nodes. This hierarchy limits the scope of Link State Advertisements (LSAs), preventing a single link flap at the edge from causing a full SPF recalculation across the entire network backbone, thus enhancing stability.


NEW QUESTION # 58
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