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

DURATION
5 days

LEVEL
Intermediate

OBJECTIVE
Describe MPLS/MPLS VPN, eSight, Agile Controller, end-to-end IP QoS processes, Information Security Overview and Huawei Firewall Technology Basis.
Configure MPLS VPN, DHCP, Mirroring, VRRP, BFD.
Understanding SDN, VXLAN, NFV technologies.

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
MPLS
1.The MPLS working principles
2.The MPLS configuration
MPLS VPN
1.The traditional VPN models
2.The working principles of MPLS VPN
3.The basic configuration of MPLS VPN
DHCP
1.DHCP principles and configurations
2.DHCP relay principles and configurations
3.DHCP and corresponding protection mechanisms
Mirroring
1.Mirroring principles
2.Configure the mirroring function
eSight
1.The background about eSight
2.eSight installation and uninstallation procedures
3.The eSight license application process
4.eSight basic functions
5.Operations of eSight basic functions
Agile Controller
1.Challenges facing traditional networks
2.Basic functions and features of the Agile Controller
3.Agile Controller configuration process
QoS
1.The factors affecting QoS
2.QoS service models
3.The implementation of the DiffServ model
4.The packet classification basis
5.The process of packet re-marking
6.The configuration of the classification and re-marking
7.The implementation of congestion management
8.Common queue scheduling algorithms
9.The disadvantages and solution of tail drop
10.Features of traffic policing and traffic shaping
11.The configuration of traffic policing and traffic shaping
Huawei Firewall
1.Why we need information security
2.How to ensure information security
3.Security issues and risks faced by networks
4.How to resolve the security issues faced by networks
5.Firewall basic knowledge and security policy configuration
6.NAT principle and configuration
7.Attack defense principle and configuration
8.Application behavior control principle and configuration
VRRP
1.VRRP principles
2.The VRRP active/standby switchover
3.VRRP configurations
4.Module 10-BFD
5.BFD implementation
6.BFD configurations in common application scenarios
SDN
1.The benefits of SDN
2.The SDN concept and architecture
3.Ways of SDN evolution for traditional networks
VXLAN
1.Challenges facing data center networks
2.The basic principles of VXLAN
3.Basic configurations of SDN-based VXLAN
NFV
1.Basic concepts of NFV
2.The NFV architecture
3.The relationship between NFV and SDN