Treinamento Huawei HCIA Datacom

O treinamento proporciona ao aluno conhecimentos relativo aos roteadores e switches Huawei. Você aprenderá técnicas de routing, switching, interfaces LAN & WAN, protocolos, conceitos básicos de segurança de redes, gerenciamento, princípios de Wlan, conceitos essenciais de SDN e automação.

O treinamento é composto por conteúdo teórico e prático, com execução de vários laboratórios práticos de configuração dos equipamentos.

Após a conclusão deste curso, o participante estará capacitado para:

• Descrever os princípios básicos da comunicação de dados
• Fazer operação e manutenção básica de redes IP
• Planejar e projetar endereçamento IP
• Executar operações básicas de VRP
• Descrever as funções dos switches
• Configurar uma rede de switches otimizada, utilizando protocolos STP / RSTP
• Descrever os princípios básicos de roteamento e dos protocolos de roteamento
• Configurar OSPF para construir uma rede de roteamento eficiente
• Configurar serviços comuns em redes corporativas, como DHCP, FTP e Telnet
• Prover melhorias de performance nas redes de switches
• Configurar agregação de links e VLANs
• Configurar PPP, PPPoE para implementar interconexão WAN
• Configurar NAT, ACL e AAA para fornecer controle de acesso a rede
• Conhecer os conceitos essenciais de MPLS e Segment Routing
• Introdução e configuração de redes IPv6

• Conhecimentos básicos de redes e de computadores.
• Conhecimentos básicos de Sistemas Operacionais Windows.

• O curso tem duração de 5 dias – 40 horas de treinamento (conduzido por instrutor) e 2 a 3 dias sugeridos de estudo autônomo (self-study).

Conteúdo programático

1. Data Communication Network Basis
   • Communication and Networks
   • Network Types and Topology Types
   • Network Engineering and Network Engineers
2. Network Reference Model
   • Applications and Data
   • Network Reference Model and Standard Protocols
   • Data Communication Process
3. Huawei VRP
   • VRP Overview
   • Command Line Basics
4. Network Layer Protocols and IP Addressing
   • Network Layer Protocols
   • Introduction to IPv4 Addresses
   • Subnetting
   • ICMP
   • IPv4 Address Configuration and Basic Application
5. IP Routing Basics
   • Overview of IP Routing
     • Basic Concepts of Routing
     • Generation of Routing Entries
     • Optimal Route Selection
     • Route-based Forwarding
   • Static Routing
   • Dynamic Routing
   • Advanced Routing Features
6. OSPF Basics
   • OSPF Overview
   • OSPF Working Mechanism
   • Typical OSPF Configuration
7. Ethernet Switching Basics
   • Overview of Ethernet Protocols
   • Overview of Ethernet Frames
   • Overview of Ethernet Switches
   • Process of Data Communication Within a Network Segment
8. VLAN Principles and Configuration
   • What Is VLAN
   • VLAN Principles
   • VLAN Applications
   • VLAN Configuration Examples
9. STP Principles and Configuration
   • STP Overview
   • Basic Concepts and Working Mechanism of STP
   • Basic STP Configurations
   • Improvements Made in RSTP
   • STP Advancement
10. Inter-VLAN Communication
    • Background
    • Using Routers’ Physical Interfaces or Sub-interfaces to Implement Inter-VLAN Communication
    • Using VLANIF Interfaces to Implement Inter-VLAN Communication
    • Layer 3 Communication Process
11. Eth-Trunk iStack and CSS
    • Network Reliability Requirements
    • Principle and Configuration of Link Aggregation
    • Overview of iStack and CSS
12. ACL Principles and Configuration
    • ACL Overview
    • Basic Concepts and Working Mechanism of ACLs
    • Basic Configurations and Applications of ACLs
13. AAA Principles and Configuration
    • AAA Overview
    • AAA Configuration
14. Network Address Translation
    • NAT Overview
    • Static NAT
    • Dynamic NAT
    • NAPT and Easy IP
    • NAT Server
15. Network Services and Applications
    • File Transfer
      • FTP
      • TFTP
    • Telnet
    • DHCP
    • HTTP
    • DNS
    • NTP
16. WAN Technologies
    • Overview of Early WAN Technologies
    • PPP Implementation and Configuration
    • PPPoE Implementation and Configuration
    • Development of WAN Technologies
17. IPv6 Basics
    • IPv6 Overview
    • IPv6 Address Configuration
    • Typical IPv6 Configuration Examples
18. WLAN Overview (self-study)
19. Network Management and OM (self-study)
20. Introduction to SDN and NFV (self-study)
21. Network Programmability and Automation (self-study)
22. Typical Campus Network Architectures and Practices (self-study)