The Huawei Certified ICT Professional (HCIP R&S) course targets enterprise network engineers involved in design and maintenance, as well as professionals who wish to develop an in-depth knowledge of routing, switching, network efficiency and optimization technologies. HCIP R & S consists of three units namely; Implementing Enterprise Routing and Switching Network (IERS), Improving Enterprise Network Performance (IENP), and Implementing Enterprise Network Engineering Project (IEEP), which includes advanced IPV4 routing and switching technology principles, network security, high availability and QoS, as well as application of the covered technologies in Huawei products.
The HCIP-Routing & Switching-IERS V2.5 exam covers OSPF, ISIS and BGP routing protocols, Route Control, IP Multicast protocols, and Eth-trunk, Advanced Features Switches, RSTP, MSTP and other two layer network technologies.
1.1 Basic principles of link state routing protocols
1.2 OSPF principles, configuration, and implementation: neighbor and adjacency, protocol packet and LSA, database synchronization, intra-area route calculation, inter- area route calculation, and external route calculation
1.3 Principles and configuration of OSPF special areas: stub area, totally stub area, and not-so-stubby area (NSSA
2.1 ISIS basic principles and configurations
2.2 Differences between IS-IS and OSPF
The HCIP-Routing & Switching-IERS V2.5 exam covers OSPF, ISIS and BGP routing protocols, Route Control, IP Multicast protocols, and Eth-trunk, Advanced Features Switches, RSTP, MSTP and other two layer network technologies.
1.1 Basic principles of link state routing protocols
1.2 OSPF principles, configuration, and implementation: neighbor and adjacency, protocol packet and LSA, database synchronization, intra-area route calculation, inter- area route calculation, and external route calculation
1.3 Principles and configuration of OSPF special areas: stub area, totally stub area, and not-so-stubby area (NSSA)
2.1 ISIS basic principles and configurations
2.2 Differences between IS-IS and OSPF
3.1 BGP neighbor relationship establishment and configuration
3.2 BGP route generation modes
3.3 BGP route advertisement rules
3.4 Common BGP attributes
3.5 BGP route selection rules
4.1 Route filtering by using filtering tools such as ACL, IP-prefix
4.2 Routing policy tools and policy-based routing tools
4.3 Problems caused by route importing and solutions
5.1 Basic principles and configuration of IGMPv1/v2/v3 and IGMP snooping
5.2 Basic principles and configuration of PIM-DM and PIM-SM
6.1 Eth-Trunk modes
6.2 Eth-Trunk configuration
7.1 MUX VLAN: application scenario and configuration
7.2 Port Isolation: application scenario and configuration
7.3 Port Security: application scenario and configuration
8.1 Limitations of STP, improvements in RSTP, RSTP configuration
8.2 Limitations of a single spanning Tree, MSTP principles and configuration
The HCIP-Routing & Switching-IENP V2.5 exam covers MPLS, MPLS VPN, DHCP, VRRP, BFD, Mirroring technologies and Agile Controller, eSight Product Features, IP QoS, Huawei Firewall Technology Basis and SDN, VXLAN, NFV new technologies.
1.1 MPLS architecture, LSP setup process
1.2 MPLS VPN working principles and configuration
2.2 Security threats to DHCP and corresponding protection mechanisms
3.1 Mirroring concepts and configurations
4.1 Agile Controller and eSight product features
5.1 QoS service models
5.2 Traffic classification and re-marking
5.3 Congestion management and congestion avoidance
5.4 Traffic policing and traffic shaping
6.1 Huawei firewall products
6.2 Security zone and security policy
6.3 NAT: Private network users accessing the Internet, Internet users accessing Intranet servers
6.4 Attack defense
7.1 VRRP principles and configurations
8.1 BFD principles and configurations
9.1 SDN concept and architecture, benefits of SDN
9.2 Challenges facing data center networks, VXLAN principles and configurations
9.3 NFV architecture, relationship between NFV and SDN
The HCIP-Routing & Switching-IEEP V2.5 exam covers PDIOI (Network Planning, Network Design, Network Implementation, Network Maintenance, Network Troubleshooting, Network Optimization) and Network Migration.
1.1 Project background
1.2 Project objectives
1.3 Project technological roadmap
2.1 Physical network design (typical topology, device selection, media selection, network ID)
2.2 Logical network design (LAN design, WAN design, route architecture design, network egress design, high availability design)
2.3 Other network technologies (network security, VPN, WLAN, DC, network management)
3.1 Project delivery process
3.2 Risky operation implementation process
3.3 Engineer service standards
4.1 Use method of network management software
4.2 Device software upgrade
4.3 Routine maintenance report
5.1 Structured network troubleshooting process
5.2 Core theories and common methods of network troubleshooting
5.3 Troubleshooting common network faults
6.1 The way to improve network security
6.2 Network optimization solution
7.1 Migration operation procedure
7.2 Common migration scenarios
