Learning

Duration:10.0 Day

Training Method: Theoretic teaching+Hands-on practice

Course Level: HCIA

Objectives

On completion of this program, the participants will be able to:

1. Configure link aggregation, VLAN to enhance the performance of Layer two networks.
2. Configure HDLC, PPP, PPPoE to implement WAN interconnection.
3. Performing NAT Configuration.
4. Configure ACL, AAA, and IPSec/GRE to provide security solutions for IP networks.
5. Configure SNMP to manage networks in a unified manner.
6. Know about principle of MPLS and Segment Routing.
7. Describe the basic principles of data communication and be competent for basic O&M of IP networks.
8. Plan and design IP addresses.
9. Performing Basic VRP Operations.
10. Describe the functions and working principles of the switching equipment.
11. Set up an efficient switching network by configuring switching devices and running the STP/RSTP protocol.
12. Describe the basic principles of routing and routing protocols. Configure OSPF to build an efficient routing network.
13. Configure common services on enterprise networks, such as DHCP, FTP, and Telnet, so that engineer can efficiently use and manage the network.

Target Audience

• Personnel who want to become data communication engineers.
• Personnel who want to obtain HCIA-R&S certification.

Prerequisites

• Be familiar with PC operations.
• Have a basic understanding of IT technologies and network knowledge.

Training Content

HCIA-Routing & Switching Intermediate

1. Advanced switching technologies
   Link aggregation
   VLAN Principle
   VLAN Routing
2. Ipv6 Application Service – DHCPv6
3. Segment Routing basic principle
4. IPv6 Routing Technologies
5. Introducing IPv6 Networks
6. Principles and Configuration of PPPoE
7. MPLS basic principle
8. Introduction to Network Management
   Simple Network Management Protocol
9. Introduction to Access Control
   Network address translation
   Access control list
   AAA
   Securing Data with IPsec VPN
   Generic Routing Encapsulation
10. Principles and Configuration of HDLC and PPP

HCIA-Routing & Switching Entry

1. Establishing a Single Switched Network
2. FTP Protocol Principles
3. Rapid Spanning Tree Protocol
4. IP Static Route
5. Basic Knowledge of TCP/IP
   Introduction to Transmission Media
   Ethernet framing
   IP addressing
   ICMP protocol
   ARP protocol
   Transport layer protocol
   Data forwarding Scenario
6. Basic Knowledge of IP Routing
7. DHCP Protocol Principles
8. Link State Routing with OSPF
9. Introduction to the VRP
   VRP Foundation
   Navigating the CLI
   File System Navigation and Management
   VRP Operating system Image management
10. Spanning Tree Protocol
11. Telnet Protocol Principles