Treinamento Huawei HCIP–Datacom Core Technology

O treinamento proporciona ao aluno o conhecimento de todo o processo de encaminhamento dos pacotes de dados nos roteadores e switches Huawei.

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:

• Entender os princípios e configurações de OSPF, IS-IS e BGP
• Implementar controle de rotas e caminho do tráfego
• Entender os princípios e configurações de RSTP/MSTP
• Entender os princípios da tecnologia de empilhamento
• Entender os princípios e configurações de multicast
• Configurar ICMPv6, NDP e endereçamento IPv6
• Compreender as tecnologias de firewall Huawei
• Configurar funcionalidades básicas de segurança nos dispositivos de rede
• Compreender as configurações básicas de confiabilidade de rede
• Descrever os protocolos comuns de gerência de rede
• Entender soluções empresariais de Datacom Huawei

• Familiaridade com as operações comuns de equipamentos Huawei
• Ou ter conhecimentos equivalentes ao treinamento HCIA-datacom

• O curso tem duração de 10 dias – 80 horas de treinamento (conduzido por instrutor)
• Online ao vivo, sendo o curso ministrado por instrutor certificado pelo fabricante, incluindo atividades teóricas e práticas.

1. Introduction to Network Devices
   • Overview of Network Device Framework
   • Packet Processing by Network Devices
2. IP Routing Basics
   • IP Routing Basics
   • Advanced Applications of IP Routing
3. OSPF Basics
   • Introduction to Dynamic Routing Protocols
   • Overview of OSPF
   • OSPF Working Mechanism
   • Basic OSPF Configurations
4. OSPF Route Calculation
   • Intra-Area Route Calculation
     • Introduction to LSAs
     • Router-LSA
     • Network-LSA
     • SPF Calculation Process
   • Inter-Area Route Calculation
   • External Route Calculation
5. OSPF Special Areas and Other Features
   • Stub Area and Totally Stub Area
   • NSSA and Totally NSSA
   • Summarization of Inter-Area and External Routes
   • OSPF Features
6. IS-IS Implementation and Configuration
   • Basic Concepts of IS-IS
   • Working Mechanism of IS-IS
   • Basic IS-IS Configurations
7. BGP Basics
   • Introduction to BGP
   • Basic Concepts of BGP
   • Basic BGP Configurations
8. BGP Path Attributes and RRs
   • BGP Path Attributes
   • BGP RRs
9. Preferred BGP Route Selection
   • Preferred BGP Route Selection
10. BGP EVPN Basics
    • MP-BGP
    • EVPN
11. Routing Policy and Routing Control
    • Routing Control Overview
    • Route Control Tool
      • Route Matching Tool
      • Route-Policy
    • Route Control Cases
12. Traffic Filtering and Forwarding Path Control
    • PBR
    • MQC
    • Traffic Filtering
13. Introduction to Typical Campus Network Technologies
    • Campus Network Architecture and Common Technologies
    • Ethernet Switching Basics
    • Wireless Access
    • Network Reliability
    • Network Service and Management
    • Network Security
    • VPN
    • Multicast
    • IPv6
14. RSTP Implementation and Configuration
    • Introduction to RSTP
      • STP Review and Defects
      • RSTP Overview
    • Improvements Made in RSTP
    • Working Mechanism of RSTP
    • RSTP Configurations
15. MSTP Implementation and Configuration
    • Introduction to MSTP
    • Basic Concepts of MSTP
    • Working Mechanism of MSTP
    • MSTP Configurations
16. Stack and CSS Features of Switches
    • Overview of Stack and CSS
    • Implementation of Stack
    • Implementation of CSS
    • Basic Configuration
17. IP Multicast Basics
    • Basic Concepts of Multicast
    • Multicast Data Forwarding Implementation
18. IGMP Implementation and Configurations
    • IGMP Introduction
      • Overview
      • Implementation of IGMP
    • IGMP Feature Introduction
    • IGMP Configurations
19. PIM Implementation and Configurations
    • Introduction to PIM
    • Introduction to PIM-DM
    • Introduction to PM-SM
20. Introduction to IPv6
    • IPv6 Overview
    • IPv6 Address Introduction
    • IPv6 Packet Structure
    • Basic IPv6 Configuration
21. ICMPv6 and NDP
    • ICMPv6 Introduction
      • ICMPv6 Overview
      • ICMPv6 Message Format
      • ICMPv6 Message Types and Functions
    • NDP Introduction
22. IPv6 Address Configuration
    • IPv6 Address Configuration Modes
    • IPv6 Stateless Address Autoconfiguration
    • DHCPv6
    • Implementation of IPv6 Address Autoconfiguration
23. Huawei Firewall Technology
    • Introduction to Firewalls
    • Basic Firewall Concepts
    • Basic Firewall Configurations
24. Security Features of Network Devices
    • Common Security Hardening Policies
    • Examples for Security Hardening Policy Deployment
25. Introduction to VPN Technology
    • What Is VPN?
    • Common VPN Technologies
26. Introduction to VRF
    • Basic Concepts of VRF
    • Typical VRF Configuration Examples
27. BFD Implementation and Configuration
    • Introduction to BFD
    • BFD Implementation
    • BFD Application Scenarios
    • Basic BFD Configurations
28. VRRP Implementation and Configuration
    • Introduction to VRRP
    • VRRP Implementation
    • Typical Application Scenarios of VRRP
    • Basic VRRP Configurations
29. DHCP Implementation and Configuration
    • DHCP Background
    • DHCP Working Mechanism and Configuration
    • DHCP Relay Working Mechanism and Configuration
30. Introduction to Network Management Protocols
    • Development History of Network Management
    • Functions of Network Management
    • Categories of Network Management Protocols
    • Application Scenarios of Network Management
31. Large-Scale WLAN Deployment
    • Large-Scale WLAN Networking Overview
    • VLAN Pool
    • DHCP
    • Roaming
    • Reliability
    • NAC
32. Introduction to Enterprise Datacom Solutions
    • Enterprise Datacom Network Panorama
    • Enterprise Datacom Network Solutions