HCIP-R&S-IERS - HCIP Routing & Switching IERS Training (HCIP-R&S-IERS)

DURATION
5 days

LEVEL
Intermediate

OBJECTIVES
Configure OSPF, ISIS, BGP.
Describe the principles of IGMP, PIM-DM/SM and of Eth-Trunk, MUX VLAN, Port Isolation, RSTP and MSTP.
Configure Eth-Trunk, MUX VLAN, Port Isolation, RSTP and MSTP.

PREREQUISITES
HCIA certification or equivalent knowledge.

WHO SHOULD ATTEND
Who wants to become a networking professional and who wants to obtain the HCIP Routing & Switching certification.

TOPICS
OSPF
1.RIP problems in large network
2.OSPF characteristics
3.Network types supported by OSPF
4.The process of establishing OSPF neighbor relationships
5.The concepts and functions of OSPF DR and BDR
6.The Router-LSA contents and functions
7.The Network-LSA contents and functions
8.The shortest path first (SPF) algorithm
9.The inter-area route transmission process
10.Prevent inter-area routing loops
11.Application scenarios of OSPF virtual links
12.Configure virtual links
13.The functions of AS-External-LSAs and ASBR-Summary-LSAs
14.Calculate OSPF external routes
15.How suboptimal external routes are generated
16.The OSPF route summarization principle
17.The OSPF update mechanism
18.The OSPF authentication mechanism
ISIS
1.IS-IS principles
2.The differences between IS-IS and OSPF
3.Configure IS-IS
BGP
1.Working Principle of BGP
2.BGP attributes and applications
3.BGP route summarization applications
IP Multicast Basics
1.Characteristics of point-to-multipoint applications
2.The basic multicast architecture
3.The structure of multicast addresses
IGMP
1.IGMP working mechanisms and configurations
2.The differences between different IGMP versions
3.The mechanism of IGMP snooping
PIM
1.Multicast forwarding requirements
2.PIM-DM working mechanisms and configurations
3.PIM-SM working mechanisms and configurations
Route Control
1.Control traffic reachability
2.Adjust network traffic paths
3.The problems caused by route import and solutions
Eth-Trunk
1.The Eth-Trunk principle
2.The Eth-Trunk configuration
Advanced Features of Switches
1.The application scenario and configuration of MUX VLAN
2.The application scenario and configuration of port isolation
3.The application scenario and configuration of port security
RSTP
1.The working principle of RSTP
2.Similarities and differences between RSTP and STP
3.The RSTP configuration in typical application scenarios
MSTP
1.Limitations of a single spanning tree
2.The MSTP working mechanism
3.Configure MSTP