Huawei HCSA-Sales-IP Network V6.0 H19-101_V6.0 Exam Practice Test

Answer : A, B, C, D

Huawei's datacom network solution portfolios encompass a wide range of products designed for various network scenarios:

* NetEngine series WAN routers -- These are Huawei's flagship WAN routers (e.g., NetEngine AR, 8000 series) for enterprise branch connectivity and SD-WAN.

* HiSecEngine series security gateways -- These provide advanced security features like firewalls and threat detection, integral to Huawei's HiSec framework.

* AirEngine series Wi-Fi APs -- Huawei's Wi-Fi 6 and Wi-Fi 7 access points (e.g., AirEngine 8760) cater to wireless campus and enterprise needs.

* CloudEngine series campus switches -- These switches (e.g., CloudEngine S12700E, S8700) are designed for high-performance campus networks.

Additionally, the Network Digital Map (for visualized O&M) and CloudEngine series data center switches (e.g., CloudEngine 16800) are part of Huawei's portfolio, though not listed in the options. Since the question asks for portfolios and all listed options are correct, they are all included.

Answer : A

Huawei's vision for the datacom industry, as articulated in the HCSA-Sales-IP Network V6.0 documentation, is indeed 'IP on Everything.' This vision reflects Huawei's goal to drive ubiquitous IP connectivity across all devices, industries, and scenarios, leveraging intelligent IP networks to support digital transformation. It encompasses technologies like IPv6-enhanced (SRv6), Wi-Fi 7, and high-performance switching/routing solutions, aiming to make IP the foundational protocol for all communications. This aligns with Huawei's broader 'Intelligent World 2030' strategy, where IP-based networking underpins everything from smart cities to enterprise cloud solutions. The statement is accurate and directly supported by Huawei's official materials.

Answer : A, B, D, E

Comprehensive and Detailed in Depth Explanation:

A data center comprises core infrastructure components as defined in the HCSA-Sales-IP Network V6.0:

Server (A): The computational backbone of a data center, hosting applications and services.

Data network (B): Provides connectivity between servers, storage, and external systems.

Video security system (C): While security is important, it is not a core structural element of a data center; it's an auxiliary system.

Storage system (D): Essential for data retention and retrieval.

Storage switching network (E): Facilitates high-speed connectivity between storage devices and servers (e.g., SAN or NAS).

Thus, A, B, D, and E are the primary elements, while C is excluded as a supplementary feature.

Answer : A, B, D, E

Huawei SD-WAN (CloudWAN) supports:

* Enterprise branch interconnection -- Core use case.

* Legacy MPLS integration -- Hybrid deployments.

* Branch-to-Internet access -- Direct connectivity.

* Branch-to-DC/cloud access -- Cloud integration.

* Metro backbone -- Not a primary SD-WAN scenario; handled by NetEngine core routers.

Answer : B

* CloudEngine S8700 -- Offers the highest port density among modular access switches (e.g., 48 x 10GE + PoE++), as claimed by Huawei.

* S16700, S7700, S12700E -- These are core or aggregation switches, not access-focused with comparable density.

Huawei's documentation highlights S8700's industry-leading access density.

Answer : B

Huawei's full-scenario Wi-Fi 7 solution, as detailed in HCSA-Sales-IP Network V6.0, leverages advanced technologies to deliver high-performance wireless connectivity. Key features include MU-MIMO combined with OFDMA/MRU for efficient multi-user access and resource allocation, a simplified architecture for easier deployment and management, and dynamic-zoom smart antennas for optimized signal coverage and capacity. These are integral to Wi-Fi 7's technical advancements. Wi-Fi Shield, however, is not a feature of the Wi-Fi 7 solution; it is a security-related feature associated with Huawei's broader wireless offerings, aimed at protecting against interference and unauthorized access, not a core component of the Wi-Fi 7 technology stack. Thus, B (Wi-Fi Shield) is the correct answer as it is not involved.

Answer : A, B, C, D

Comprehensive and Detailed in Depth Explanation:

A campus network is designed to interconnect devices, people, and applications within a defined geographical area such as a university, enterprise, or office campus. According to the HCSA-Sales-IP Network V6.0 training, Huawei's campus network solutions support a wide range of applications to enhance connectivity, productivity, and automation.

Smart access control (A): This is supported through integration with IoT devices and security systems, enabling features like biometric or card-based entry systems managed over the network.

Projector (B): Campus networks facilitate the connection of multimedia devices like projectors for presentations and educational purposes, often through wireless or wired connectivity.

Video conference (C): Huawei's campus solutions emphasize high-bandwidth and low-latency networks, critical for real-time video conferencing applications, a key feature in modern enterprises.

Automatic clock-in/out (D): This is enabled through network-connected time management systems, often integrated with IoT and employee tracking solutions.

All four options are explicitly supported by Huawei's campus network architecture, as outlined in the training materials under the section on campus network application scenarios.