Free Practice Questions for Huawei H19-315 Exam

The statement isFalse. TheNCE-T (Network Cloud Engine for Transport) does support virtualization deployment, making it highly flexible and scalable for modern optical transportnetworks.

Key aspects of NCE-T’s virtualization support include:

Cloud-Native Design:NCE-T can be deployed on cloud platforms, leveraging virtual machines (VMs) or containers for scalability and resource optimization.

Multi-Tenancy:Supports multiple tenants within a single instance, enabling service providers to offer customized solutions to different customers.

Dynamic Scaling:Automatically adjusts resource allocation based on network demand, ensuring optimal performance during peak loads.

Integration with NFV:Works seamlessly with Network Function Virtualization (NFV) frameworks, enabling convergence with other virtualized network functions.

Virtualization enhances NCE-T’s capabilities, making it suitable for large-scale, carrier-grade deployments where flexibility and scalability are critical.

TheNCE-FAN (Network Cloud Engine - Fiber Access Network)is a comprehensive platform for managing fiber access networks. It consists of three core modules:

Management Module:Handles device configuration, fault monitoring, and performance management.

Control Module:Provides centralized control over network resources, enabling features like automatic service provisioning and policy enforcement.

Analysis Module:Uses AI and big data analytics to provide insights into network performance, user behavior, and potential issues.

These modules work together to deliver intelligent, efficient, and scalable management of fiber access networks.

References:

Huawei NCE-FAN Product Documentation

Huawei Fiber Access Network Solution Guide

TheOptiXtrans E9624is a high-end optical transport platform designed for core networks. Itsmaximum cross-connect capacity is 24 Tbps per subrack, not 2.4 Tbps as stated in the question. This makes it one of the most powerful systems in Huawei's optical transport portfolio, capable of handling massive traffic volumes in backbone and metro-core networks.

The confusion may arise from other models in the series, such as the OptiXtrans E9605, which has a lower capacity. However, the E9624 is specifically engineered for ultra-high-capacity scenarios.

References:

Huawei OptiXtrans E9624 Product Datasheet

Huawei Optical Transport Network Solution Guide

TheOptiXtrans E9600 seriesis a robust optical transport solution that supports a wide range of industries and applications, including:

Grid:Ensures reliable communication for smart grid operations, including power distribution and automation.

Traffic:Provides high-bandwidth connectivity for intelligent transportation systems (ITS) and road monitoring.

ISP:Delivers backbone connectivity for internet service providers and data centers.

Safe City:Supports video surveillance, emergency response, and public safety applications.

The versatility of the OptiXtrans E9600 series makes it suitable for diverse use cases, from critical infrastructure to enterprise networks.

References:

Huawei OptiXtrans E9600 Series Product Documentation

Huawei Industry-Specific Solution Guide

TheOptiXtrans DC908supports multiple management systems to ensure efficient operation and monitoring. Here’s an analysis of each option:

NCE-T Lite:The DC908 does not supportNCE-T Lite, as this is a simplified version of the Network Cloud Engine (NCE) designed for smaller-scale deployments.

CLI (Command-Line Interface):The DC908 supports CLI for advanced configuration and troubleshooting tasks.

eSight:While eSight is a powerful network management system, it is not typically used for managing the DC908. Instead, the DC908 relies on NCE or WebGUI.

WebGUI:The DC908 provides aWeb-based Graphical User Interface (WebGUI)for intuitive and user-friendly management.

NCE (Network Cloud Engine):The DC908 integrates withNCEfor centralized control, automation, and intelligent O&M capabilities.

Thus, the correct answers areB (CLI), D (WebGUI), and E (NCE).

References:

Huawei OptiXtrans DC908 Product Documentation

Huawei NCE and WebGUI Management Guide

The correct answer isMore complex. Enterprise production networks prioritize simplicity, intelligence, and security in optical transmission, rather than unnecessary complexity.

Here’s an analysis of each option:

A. More intelligent:Enterprises increasingly demand intelligent networks that leverage AI and automation for tasks like fault detection, performance optimization, and service provisioning.

B. More complex:Complexity is generally undesirable in enterprise networks, as it increases operational overhead, raises costs, and introduces potential points of failure. Modern solutions aim to simplify network architecture while enhancing functionality.

C. Simpler:Simplicity is a key requirement for enterprise networks, enabling easier deployment, management, and troubleshooting. Solutions like converged platforms (e.g., MS-OTN) and automated tools (e.g., NCE-T) help achieve this goal.

D. More secure:Security is critical for protecting sensitive data and ensuring compliance with regulations. Features like hard pipe isolation, encryption, and access control are essential for enterprise networks.

By focusing on intelligence, simplicity, and security, optical transmission solutions can better meet the evolving needs of enterprise production networks.