H19-401_V2.0 Exam Dumps - HCSP-Presales-Campus Network Planning and Design V2.0

In the Xinghe Intelligent Campus solution, APs (Access Points) support several automated "Plug-and-Play" deployment methods. Option A (Registration Query Center) allows an AP to query a Huawei-hosted global database to find its assigned controller. Option C (Barcode Scanning) uses the mobile app to scan the SN (Serial Number), binding the device to a site. Option D (DHCP Option 148) allows a local DHCP server to deliver the management IP of iMaster NCE-Campus directly to the AP. Email-based deployment (B) is reserved specifically for AR routers/CPEs in SD-WAN scenarios and is not a supported method for AP onboarding.

In Huawei’s WLAN solution, APs can operate in different modes. While Fit APs require a Wireless Access Controller (WAC) and Cloud APs are managed by iMaster NCE-Campus, Huawei also supports Fat APs . A Fat AP (standalone mode) can perform authentication, encryption, and data forwarding independently without a centralized controller. Therefore, the statement that an AP cannot work independently is false. In the Xinghe Intelligent Campus solution, most deployments use Cloud or Fit modes for centralized management, but the hardware capability for standalone operation remains.

Huawei’s Campus Production Network Solution (specifically for Industrial/Manufacturing scenarios) focuses on the convergence of Information Technology (IT) and Operational Technology (OT). The primary benefits highlighted in the HCSP V2.0 guides are:

Intelligent wireless connections (A): Using Wi-Fi 6/7 with deterministic latency to replace cables on the factory floor, enabling mobile production.

Digital and intelligent production (D): The ultimate goal of the convergence is to enable real-time data collection from sensors (OT) to the cloud (IT), facilitating the transformation to Smart Manufacturing .

Note: While Intelligent O & M is a feature of the platform, A and D are the specific strategic benefits defining the "IT/OT Convergence" value proposition.

MIMO (Multiple-Input Multiple-Output) is a core pillar of modern WLAN planning. It utilizes two main techniques:

Spatial Multiplexing (SM): Increases system capacity by transmitting different data streams over different antennas simultaneously.

Spatial Diversity (SD): Improves coverage scope and SNR (Signal-to-Noise Ratio) by transmitting the same data stream over multiple paths to ensure reliability through redundancy (e.g., using MRC or STBC).

The statement is True because these benefits are achieved using the same frequency channel (no extra bandwidth) by exploiting the spatial dimension of the radio environment.

In the Xinghe Intelligent Campus ESN-free deployment (aimed at simplifying logistics where the Serial Number/ESN isn't known beforehand), the iMaster NCE-Campus (D) platform generates a unique SiteCode . This SiteCode is provided to the installation personnel, who then enter it into the deployment app or the device's local web UI. Once the device connects to the internet, it reports the SiteCode to the platform, which then automatically binds the device's ESN to the correct site configuration.