H19-101_V6.0 Questions and Answers

In the e-government WAN success story from HCSA-Sales-IP Network V6.0, the SRv6 intelligent WAN solution enables all agencies to access a unified network with a private-network-like experience and one-stop service handling via its segmentation and fast provisioning capabilities. The FlexE slicing solution complements this by providing minute-level service provisioning across departments through flexible bandwidth allocation. Thus, D (SRv6 followed by FlexE) is correct, aligning with the described roles.References: HCSA-Sales-IP Network V6.0, E-Government WAN Success Story.

NetEngine routers (e.g., AR, 8000 series):

•Intelligent O&M – Via iMaster NCE.

•Large capacity – High forwarding rates (e.g., 19.2 Tbps).

•Full services – SD-WAN, VPN, etc.

•High reliability – Redundant designs.

Wi-Fi 7 offers wired-like performance (e.g., 30 Gbps throughput, low latency) via technologies like 320 MHz channels and Multi-Link Operation (MLO), extending to production scenarios like automation, as per Huawei’s vision.

In the all-intelligence era, data communication networks face evolving demands driven by digital transformation, AI integration, and intelligent connectivity. Huawei’s HCSA-Sales-IP Network documentation highlights these new requirements:

•Network security: threat elimination at anywhere – With cyber threats becoming ubiquitous, networks must proactively eliminate risks at all points, aligning with Huawei’s HiSec security solutions.

•DCN: AI and cloud computing – Data Center Networks (DCNs) must support AI-driven workloads and cloud computing scalability, as seen in Huawei’s CloudEngine series.

•WAN: mission-critical service connectivity – Wide Area Networks (WANs) need to ensure uninterrupted connectivity for critical services, a key feature of Huawei’s NetEngine routers and SD-WAN solutions.

•Campus network: fully-wireless and video-oriented – Campus networks are shifting toward fully wireless architectures (e.g., Wi-Fi 7) and must support high-bandwidth video applications, as emphasized in Huawei’s CloudCampus solution.

These demands reflect the transition to intelligent, secure, and high-performance networks, as outlined in Huawei’s official training materials.

Huawei identifies key drivers for campus network evolution:

•Threats being everywhere – Increased security risks push for advanced protection (e.g., HiSec solutions).

•10X growth of audio and video traffic – High-bandwidth applications like 4K video drive network upgrades.

•100X terminal growth – IoT and mobile devices necessitate scalable, wireless-centric networks.

•1000X increase of data – While data growth is a general trend, Huawei documentation emphasizes terminal growth and traffic increases (not an exaggerated 1000X data spike) as primary campus network drivers. Thus, this is not a key factor.

Comprehensive and Detailed in Depth Explanation:WAN upgrades are driven by evolving enterprise needs, as outlined in the HCSA-Sales-IP Network V6.0:

Deteriorated connection performance (A):Aging WAN infrastructure struggles with latency and packet loss, necessitating upgrades.

Complex O&M (B):Traditional WANs require manual management, driving the shift to SD-WAN for simplification.

Insufficient bandwidth (C):Cloud and application growth demand higher capacity.

USG firewalls are deployed in:

•Campus network – Edge protection.

•VM – Virtualized security.

•Data center network – DCN boundary security.

•Branch network – SD-WAN integration.

The NetEngine AR series (access routers) targets multiple industries, as outlined in the HCSA-Sales-IP Network V6.0:

Large enterprise: For branch connectivity and SD-WAN.

Government: For secure e-government WANs.

Finance: For reliable, high-security branch networks.

Catering & retail: For distributed retail SD-WAN solutions.

•HiSec Insight – Huawei’s security analyzer for threat detection and traffic analysis.

•HiSecEngine, USG – Gateways/firewalls, not analyzers.

•SecoManager – Management tool, not an analyzer.

Huawei’s industrial-grade switches are built for harsh environments (e.g., extreme temperatures, dust):

•CloudEngine S5735I-S-V2 – Designed for industrial use with enhanced durability and temperature tolerance (-40°C to 70°C).

•CloudEngine S7700, S6750-H, S5735-L-V2 – These are primarily for campus or data center scenarios, not industrial-grade per Huawei’s specs.

The S5735I-S-V2 is explicitly marketed for industrial applications in official docs.

Huawei’s Intelligent Cloud-Network Solution is a comprehensive framework designed to address modern networking needs across various scenarios, integrating cloud and network technologies.According to HCSA-Sales-IP Network V6.0, this solution comprises three core components: CloudCampus, CloudWAN, and CloudFabric. CloudCampus focuses on campus network scenarios, delivering intelligent connectivity and management for enterprises, educational institutions, and similar environments. CloudWAN targets wide-area network optimization, providing high-performance connectivity across geographically dispersed locations. CloudFabric is tailored for data center networks, ensuring high-speed, scalable, and reliable cloud computing infrastructure. HiSec, while a critical part of Huawei’s security portfolio, is not a core component of the Intelligent Cloud-Network Solution; it is a security solution focused on threat protection rather than network connectivity. IdeaHub, an intelligent collaboration endpoint, falls under Huawei’s smart office portfolio, not the datacom network solution. Thus, the correct answers are A (CloudCampus), B (CloudWAN), and C (CloudFabric).References: HCSA-Sales-IP Network V6.0, Chapter on Intelligent Cloud-Network Solution.

Huawei targets:

•Oil/energy – HPC for mining.

•Education – University and regional DCNs.

•Government – E-government and national DCNs.

•Large enterprise EDC – Enterprise data centers.

•Finance – Banking DCNs.

•Aviation – Less emphasized in Huawei’s primary DCN sales focus.

Huawei’s 2024 Gartner Magic Quadrant leadership stems from:

•Experience-centric management – iMaster NCE-Campus delivers QoS and assurance for wired/wireless networks.

•Strong product portfolio – Includes CloudEngine, AirEngine, and NetEngine, enhancing performance and stability.

•Popularity and pricing – While true, these are subjective and not cited as primary reasons in Huawei’s official Gartner-related claims.

Huawei campus switches (e.g., CloudEngine S-series) are marketed with specific strengths outlined in the HCSA-Sales-IP Network V6.0:

On-demand target network: Enables flexible, intent-driven network configurations tailored to specific user needs.

Innovative RTU (Right to Use): Offers a licensing model that allows customers to activate features as needed, enhancing cost efficiency and scalability.

Elastic architecture: Supports modular designs for easy expansion and adaptation to varying network demands.

CloudWAN integrates with iMaster NCE for a unified network map, boosting O&M efficiency by 40% through real-time visualization and automation, per Huawei’s claims.

SASE (Secure Access Service Edge) integrates networking and security (e.g., SD-WAN, firewalls) to protect branch networks, a focus of Huawei’s HiSec SASE solution.

Huawei’s Wi-Fi 7 introduces Wi-Fi Shield, a proprietary security feature:

•Ensures only authorized devices can decrypt and parse data signals.

•Prevents eavesdropping by making data invisible to unauthorized users through advanced encryption and signal manipulation.

This technology enhances security in wireless networks, a key selling point of Huawei’s AirEngineWi-Fi 7 APs, as detailed in official documentation.

•SecoManager – Controls Huawei’s HiSec SASE, managing security policies and devices.

•Others – Campus, cloud, or fabric controllers, not SASE-specific.

NetEngine capabilities:

•100GE/400GE convergence – High-speed interfaces.

•Visualized O&M – Network Digital Map integration.

•SRv6/Slicing services – Advanced traffic engineering.

•Ultra-stable reliability – Redundancy features.

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.References: HCSA-Sales-IP Network V6.0, Chapter on Wi-Fi 7 Full-Scenario Solution.

Huawei’s Intelligent Cloud-Network Solution is a comprehensive framework designed to address modern networking challenges across data centers, wide-area networks (WANs), and campus networks. According to the HCSA-Sales-IP Network V6.0 documentation, this solution comprises three key components:

CloudFabric: Focused on data center networking, it provides intelligent, automated, and high-performance network solutions for cloud data centers.

CloudWAN: Targets wide-area network optimization, offering intelligent routing, traffic optimization, and network visualization for distributed enterprises.

CloudCampus: Designed for campus network scenarios, it delivers intelligent, reliable, and scalable Wi-Fi and wired network solutions.

HiSec: While part of Huawei’s security portfolio (e.g., HiSec firewalls), it is not categorized under the Intelligent Cloud-Network Solution; it focuses on network security rather than core networking.

The NetEngine AR routers’ application experience assurance, per HCSA-Sales-IP Network V6.0, includes A-FEC (A) for forward error correction, application-based intelligent traffic steering (B) for optimized routing, intelligent policy recommendation (C) for automated optimization, and multi-fed and selective receiving (D) for enhanced reliability. All are integral to ensuring high-quality application performance, making A, B, C, and D correct.References: HCSA-Sales-IP Network V6.0, NetEngine AR Router Features.

•Huawei USG AIFW – AI-powered firewall with >99% unknown threat detection via machine learning.

•SecoManager, Anti-DDoS, HiSec Endpoint – Management, DDoS defense, and endpoint security, not focused on this metric.

The CloudEngine series, as per HCSA-Sales-IP Network V6.0, is engineered to support diverse computing needs (e.g., cloud, AI, and big data) with high performance, scalability, and intelligence. This aligns with delivering an "ultimate experience" in modern network demands, making the statement true and A the correct answer.References: HCSA-Sales-IP Network V6.0, CloudEngine Series Overview.

Huawei’s datacom products span multiple domains:

•Network management – Tools like iMaster NCE provide centralized management and O&M.

•Campus network – CloudEngine switches and AirEngine APs address campus connectivity.

•Data center network – CloudEngine data center switches (e.g., CloudEngine 16800) support DCNs.

•Metro router – NetEngine series routers serve metro network scenarios.

•Network security – HiSecEngine gateways and USG firewalls ensure security across networks.

•Antivirus software – Huawei does not produce standalone antivirus software; this is not part of their datacom portfolio, which focuses on hardware and network-layer security solutions.

This aligns with Huawei’s comprehensive datacom strategy excluding standalone software like antivirus.

Wi-Fi 7 leverages the 6 GHz band, and by 2023/2024, over 60 countries have allocated this spectrum, per Huawei’s claims and Wi-Fi Alliance updates, marking ecosystem maturity.

•Modular series allow hardware expansion (e.g., additional ports):

oCloudEngine S12700E, S16700, S8700, S7700 – All support modular designs.

•CloudEngine S5735-L – A fixed-configuration switch, not modular, designed for simpler deployments.

Huawei’s documentation distinguishes fixed vs. modular switches, confirming S5735-L as non-modular.