H19-101_V6.0 HCSA-Sales-IP Network V6.0 Questions and Answers

Huawei’s AirEngine Wi-Fi 7 APs (e.g., AirEngine 8760) are versatile:

•Indoor – High-density office deployments.

•Outdoor – Ruggedized models for external use.

•IoT – Integrated IoT protocols (e.g., BLE, ZigBee) via modular expansions.

This broad coverage is a key feature in Huawei’s Wi-Fi 7 portfolio.

Wi-Fi Shield in Huawei’s Wi-Fi 7:

•Encrypts and modulates signals so only authorized devices can decode them.

•Prevents eavesdropping by rendering data unreadable to outsiders.

This anti-eavesdropping feature is a cornerstone of Huawei’s Wi-Fi 7 security, per documentation.

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 CloudEngine S series switches (e.g., S12700E, S8700) support:

•Energy saving – Dynamic power adjustments reduce consumption.

•Bandwidth assurance – 10 Gbps and 400GE ports ensure high throughput.

•Smart architecture – AI-driven features and flexible designs optimize performance.

•Top-notch security – Integrated with HiSec for threat protection.

These features align with Wi-Fi 7’s high-speed, secure requirements, as per Huawei’s CloudCampus narrative.

USG firewalls are deployed in:

•Campus network – Edge protection.

•VM – Virtualized security.

•Data center network – DCN boundary security.

•Branch network – SD-WAN integration.

A WLAN (Wireless Local Area Network) uses various wireless technologies:

•Wi-Fi – The primary technology (e.g., Huawei AirEngine).

•Infrared, Bluetooth, ZigBee – Less common but technically part of WLAN ecosystems, especially in IoT contexts.

Huawei’s training confirms WLAN’s broad definition, though Wi-Fi dominates enterprise use.

The CloudEngine S12700E (not S12700 in some newer docs, assuming a typo) is Huawei’s flagship campus core switch, designed for 400 Gbps networks. It offers:

•High forwarding capacity (up to 44.8 Tbps).

•Support for 400GE ports, aligning with the 400 Gbps era.

Huawei markets it as the industry’s highest-performance campus core switch, a claim supported by its technical specs in official materials.

The CloudEngine S12700E is a flagship campus core switch, and its advantages are detailed in the HCSA-Sales-IP Network V6.0:

A: Offers 4.8 Tbps per slot, supporting high-speed Wi-Fi 6 deployments with robust forwarding capacity.

C: Features redundant power supplies and key components, achieving 99.999% reliability (five-nines uptime).

D: Includes ultra-large buffers and Hierarchical QoS (HQoS) for low-latency, high-quality application performance.

E: Uses a control and switching separation architecture for flexibility and scalability.

"Ultra-stable reliability" is considered a foundational expectation rather than a differentiating or specifically highlightedbenefitin the marketing and feature focus of the Huawei EasyBranch solution when compared to the other options.The EasyBranch solution's core value proposition focuses more onsimplicity, convergence, and ease of deployment and scalability.

Huawei’s SD-WAN solution, detailed in HCSA-Sales-IP Network V6.0, is built on three pillars:application-based intelligent traffic steering (optimizing traffic based on app requirements), device plug-and-play (simplifying deployment), and intelligent O&M (automated operations and maintenance). These features enhance network efficiency and user experience, making the statement true and A the correct answer.References: HCSA-Sales-IP Network V6.0, SD-WAN Solution Overview.

The CloudEngine S12700E series features:

•Redundant power supplies, fans, and control modules.

•Hot-swappable components to ensure zero downtime.

This redundancy design enhances reliability, a critical selling point for campus core switches in Huawei’s documentation.

•AI computing demand – Drives DCN evolution.

•Multi-cloud evolution – Integrates AI and general computing.

•90% multi/hybrid-cloud adoption – Industry trend per Huawei.

•Single-cloud strategy – Counter to the multi-cloud shift, not a driver.

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.

Huawei anti-DDoS products, per HCSA-Sales-IP Network V6.0, emphasize precise defense (A) against specific threats, superior performance (C) with high-capacity mitigation, and minute-level response (D) for rapid reaction. "Intelligent driving for defense" (B) is not a documented highlight; intelligence is applied in detection and mitigation, but not phrased as "driving." Thus, B is correct.References: HCSA-Sales-IP Network V6.0, Anti-DDoS Product Highlights.

•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 DCN architecture includes:

•Core layer – High-speed backbone.

•Server layer – Connects servers and storage.

•External user access, Access control, Storage – Not standard DCN layers per Huawei; these are functions, not architectural tiers.

Comprehensive and Detailed in Depth Explanation:Huawei’s security portfolio targets enterprise and network environments, per the HCSA-Sales-IP Network V6.0:

Cloud security (A):A major scenario with solutions like HiSec for cloud protection.

Personal safety (B):Refers to physical safety (e.g., life safety), not a focus of Huawei’s network security products, which target cyber threats.

Campus network security (C):A key scenario with firewalls and endpoint protection.

Comprehensive and Detailed in Depth Explanation:Anti-DDoS solutions protect against Distributed Denial-of-Service attacks, which flood networks with traffic. The HCSA-Sales-IP Network V6.0 emphasizes:

Electric power (A):Needs security but is less targeted by DDoS compared to ISPs.

Oil (B):Focuses more on physical and operational security than DDoS mitigation.

Manufacturing (C):Faces cyber threats, but DDoS is not the primary concern.

Huawei SD-WAN uses technologies like data compression and multi-link bonding to optimize bandwidth usage, reducing costs by up to 30%, as validated in case studies and official claims.

The HiSec SASE (Secure Access Service Edge) solution, per HCSA-Sales-IP Network V6.0, integrates SecoManager (A) for security management, HiSecEngine AI firewall (B) for advanced threat protection, and HiSec Endpoint (E) for endpoint security. QiankunOP (C) and iMaster NCE-Campus (D) are not part of SASE; QiankunOP is unrelated, and NCE-Campus is a network management tool. Thus, A, B, and E are correct.References: HCSA-Sales-IP Network V6.0, HiSec SASE Solution Components.

•SecoManager – Acts as the security controller, managing policies and devices.

•HiSec Endpoint, Qiankun, Sandbox – Endpoint protection, cloud platform, and sandboxing, not controllers.

Comprehensive and Detailed in Depth Explanation:The Huawei USG AIFW (AI Firewall) is a next-generation firewall with the following highlights from the HCSA-Sales-IP Network V6.0:

Simplified O&M (A):Centralized management reduces operational complexity.

Intelligent Defense (B):AI-driven threat detection enhances security.

Rich Features (C):Includes VPN, IPS, and application control.

Excellent Performance (D):High throughput and low latency for enterprise needs.

Comprehensive and Detailed in Depth Explanation:Huawei’s SD-WAN solution is a flagship offering for wide-area network optimization. The HCSA-Sales-IP Network V6.0 documentation lists its highlights as:

5G-capable security SD-WAN gateway that supports plug-and-play (A):Huawei’s NetEngine AR series supports 5G and integrated security with zero-touch provisioning.

One network to multiple clouds and on-demand interconnection (B):This enables seamless connectivity to multiple cloud providers with flexible bandwidth allocation.

Integration of management, control, and analysis, intelligent O&M (C):Centralized management via iMaster NCE-WAN provides intelligent operations and analytics.

Huawei campus switches, such as the CloudEngine S-series, are designed to meet diverse networking needs across multiple industries. According to HCSA-Sales-IP Network V6.0, sales opportunities are explicitly identified in large enterprises (for robust internal networks), hospitals (for reliable healthcare IT systems), ISPs (for service provider infrastructure), government (for secure and scalable public sector networks), education (for campus-wide connectivity), and aviation (for airport and airline operations). These industries benefit from the switches’ high performance, reliability, and intelligent management features, making all listed options (A through F) correct answers.References: HCSA-Sales-IP Network V6.0, Section on Campus Switch Applications and Industry Scenarios.

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.

NetEngine AR routers offer:

•Application experience assurance – QoS for app performance.

•Simplified branch O&M – Centralized management via iMaster NCE.

•On-demand VPN interconnection – Flexible VPN setup.

•Secure interconnection – IPsec and firewall integration.

•Flexible switchover – Supported but not a top selling point per docs.

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.

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 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 network security solutions, including anti-DDoS and firewalls, per HCSA-Sales-IP Network V6.0, are designed for minute-level response (A) to attacks, ensuring rapid detection and mitigation. Second-level (B) is not standard for broad solutions, while hour-level (C) and day-level (D) are too slow for effective security. Thus, A is correct.References: HCSA-Sales-IP Network V6.0, Security Solution Response Times.