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

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.

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.

Huawei outlines these challenges in campus network construction:

•Complex network architecture, difficult to integrate dedicated networks – Legacy and new systems create integration issues.

•The number of networks increases sharply, causing high security risks – More endpoints and networks elevate vulnerabilities.

•There are challenges in ensuring O&M efficiency – Manual operations struggle to keep up with scale and complexity.

•Gigabit networks cannot meet new application requirements – While a concern, Huawei emphasizes 10 Gbps upgrades (not gigabit limitations) as the solution, making this less of a highlighted challenge.

The CloudEngine S8700 series, as per HCSA-Sales-IP Network V6.0, is a versatile campus switch with key advantages: innovative optical-electrical PoE (A) for long-distance power delivery; powerful forwarding capabilities (B) with high throughput; strong power supply (C) supporting 60 W PoE++; and high port density (D) for connecting numerous devices. All listed options are core strengths of the S8700, making A, B, C, and D the correct answers.References: HCSA-Sales-IP Network V6.0, CloudEngine S8700 Switch Technical Highlights.

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.

The CloudEngine S16700 series, per HCSA-Sales-IP Network V6.0, is designed for high-performance data center and campus core scenarios. It offers 3.6 Tbps per slot, scalable to 14.4 Tbps (A); a backplane-free orthogonal architecture boosting switching capacity by 50% (B); and a dual-input power supply for 99.999% reliability (D). However, innovative optical-electrical PoE (C) is a feature of the S8700 series, not the S16700, which focuses on core switching rather than PoE delivery. Thus, A, B, and D are correct.References: HCSA-Sales-IP Network V6.0, CloudEngine S16700 Series Switch Overview.

Huawei’s USG firewalls, per HCSA-Sales-IP Network V6.0, are deployed in data center networks (A) for protecting core infrastructure, campus networks (B) for enterprise security, and branch networks (D) for distributed sites. Virtual machines (VM, C) are not a deployment scenario for USG, as it is a physical or virtualized appliance, not specifically tied to VM hosting. Thus, A, B, and D are correct.References: HCSA-Sales-IP Network V6.0, USG Firewall Deployment Scenarios.

EasyBranch benefits include:

•Hyper-convergence – SD-WAN, firewall, 5G in one box.

•Easy deployment – Flexible modes, no ESN needed.

•Easy scalability – Plug-and-play design.

•Ultra-stable reliability – Not highlighted as a core benefit; focus is on cost and simplicity.

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.

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.

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 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.

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.

•Data compression – Reduces data size, lowering bandwidth needs.

•Multi-link bonding – Combines links for efficient utilization.

•Dual-link load balancing, Low latency – Enhance performance but don’t directly cut bandwidth costs.

Huawei highlights compression and bonding as cost-saving tech.

The CloudEngine S8700 is designed for sustainability:

•Energy-efficient with dynamic power-saving features.

•Supports intelligent building networks with high-density PoE++ and smart O&M.

Huawei markets it as ideal for low-carbon, intelligent deployments, per official materials.

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.

The Huawei EasyBranch solution, per HCSA-Sales-IP Network V6.0, integrates key network elements for branch connectivity: the S5731-L-RU switch (A) for plug-and-play access, the AirEngine 5762-10 AP (C) for Wi-Fi 6 coverage, and the NetEngine AR5710-S (D) as a hyper-converged gateway. The AR6000V (B), while a router in Huawei’s portfolio, is not a key NE in EasyBranch, which focuses on specific AR models like the AR5710-S. Thus, B is the correct answer.References: HCSA-Sales-IP Network V6.0, EasyBranch Solution Components.

Huawei’s High-Quality 10 Gbps CloudCampus Solution focuses on enhancing user and operational experiences:

•Wireless experience upgrade – Leverages Wi-Fi 7 and AirEngine APs for seamless, high-speed wireless access.

•O&M experience upgrade – Uses iMaster NCE-Campus for intelligent, visualized operations and maintenance.

•Application experience upgrade – Ensures optimal performance for applications like 4K video and VR with QoS and bandwidth assurance.

•Simplified architecture upgrade – While Huawei emphasizes streamlined designs, it’s not explicitly listed as one of the three core experience upgrades in official documentation, which prioritizes wireless, O&M, and application enhancements.

This reflects Huawei’s focus on user-centric improvements in the Wi-Fi 7 era.

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.

Huawei campus switches (e.g., CloudEngine S-series) target a wide range of industries, as outlined in the HCSA-Sales-IP Network V6.0. These include:

Government: For secure, reliable e-government networks.

Education: For campus Wi-Fi and digital classrooms.

Aviation: For airport network infrastructure.

Hospital: For healthcare IT and IoT connectivity.

ISP: For scalable service provider networks.

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.

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.

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.

"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.

SecoManager is Huawei’s centralized security management platform, designed to manage USG firewalls and other HiSec devices uniformly, as per official docs.

The CloudEngine S12700E switches are flagship campus core switches in Huawei’s portfolio, detailed in HCSA-Sales-IP Network V6.0. They offer 4.8 Tbps per slot for high-speed forwarding (A), supporting Wi-Fi 6 deployments; a control and switching separation architecture (B) for flexibility and scalability; ultra-large buffers with HQoS (C) for quality of service in key applications; and redundancy design (E) achieving 99.999% reliability. However, support for low-rate legacy ports like E1, T1, and POS (D) is not a feature of the S12700E, as it focuses on modern high-speed interfaces rather than legacy connectivity. Thus, A, B, C, and E are the correct answers.References: HCSA-Sales-IP Network V6.0, CloudEngine S12700E Switch Features and Benefits.

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 identifies these industry-specific needs:

•Large enterprise – Zero interruptions for hybrid services (e.g., SD-WAN ensures uptime).

•Healthcare – Zero-waiting mobile imaging requires low-latency Wi-Fi 7 networks.

•Education – No freezing or dizziness in 4K/8K video demands high bandwidth and QoS.

•Public services (government) – While security is key, “no signal leakage” is not a primary requirement in Huawei’s docs; focus is on encryption, not containment.

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.

The CloudEngine S8700 series offers an optical-electrical PoE function:

•Supports up to 300 m ultra-long-distance with 60 W (PoE++), leveraging hybrid fiber-copper cables.

•Outperforms standard PoE (100 m, 30 W) and PoE++ (100 m, 60 W) limits.

This is a standout feature in Huawei’s documentation for powering distant devices efficiently.

•Technology – Advances like 320 MHz channels and MLO drive Wi-Fi 7.

•Application – Demand for 4K, VR, and automation pushes adoption.

•User and Price – Secondary factors; tech and apps are primary drivers per Huawei.

Huawei’s EasyBranch solution is designed for simplified branch networking, and its key network elements (NEs) are detailed in the HCSA-Sales-IP Network V6.0:

A: AirEngine 5762-10 is a Wi-Fi 6 AP, a core component for wireless access.

B: NetEngine AR5710-S is a hyper-converged gateway, central to EasyBranch’s all-in-one design.

D: S5731-L-RU is a plug-and-play switch, supporting scalability and deployment ease.

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.