HCIP Routing & Switching Fast Track

Ethernet Technology (hands-on)
• Ethernet evolution process, port auto-negotiation technology, port trunking, port mirroring, working principles of a Layer 2 switch, and working principles of a Layer 3 switch
VLAN (hands-on)
• 802.1Q encapsulation and implementation of VLAN in Huawei products
• Inter-VLAN routing, Super VLAN, MUX VLAN, ARP proxy, and VLAN mapping
• GVRP principles, configuration, and implementation
• QinQ principles, configuration, and implementation
STP/RSTP/MSTP (hands-on)
• STP principles and configuration
• RSTP principles and configuration
• MSTP principles and configuration
Network Access Technology
• 802.1X access authentication techniques and principles
• DHCP principles and extended switch feature, DHCP snooping
MPLS VPN (hands-on)
• MPLS principles and implementation: MPLS frame format and encapsulation, MPLS data forwarding process, LDP neighbor discovery and session establishment, LDP label management, and MPLS loop avoidance
• Basic principles and implementation of MPLS VPN: single-domain MPLS VPN principles; implementation and application of OSPF in MPLS VPN
• MPLS VPN fault diagnosis: troubleshooting roadmap and debugging methods of control plane faults; troubleshooting roadmap and debugging methods of data plane faults
Huawei Ethernet Switches (hands-on)
• Hardware structure and working principles of Huawei switches
VRP software features of Huawei switches
IP Basics (hands-on)
• IPv4 address planning: classless IP address planning and Classless Inter-Domain Routing (CIDR)
OSPF Routing Protocols (hands-on)
• Basic principles of link state routing protocols
• 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
• Principles and configuration of OSPF special areas: stub area, totally stub area, and not-so-stubby area (NSSA)
• Basic methods of OSPF fault diagnosis
BGP Routing Protocols (hands-on)
• BGP principles: AS, BGP neighbor, route distribution methods, and route advertisement rules
• BGP path selection
• BGP route aggregation
• BGP routing policy: common attributes and routing policies of BGP
• Basic principles and configuration of BGP route reflection and AS confederations for BGP
• BGP multi-homing
• BGP fault diagnosis methods
Routing and Routing Control (hands-on)
• Route filtering by using filtering tools such as ACL, route policy, IP-prefix, and AS-Path
• Mutual route import between IP routing protocols and advertisement of default routes
• Policy-based route
Multicast Protocols (hands-on)
• Basic principles and configuration of IGMPv1/v2/v3 and IGMP snooping
• Basic principles and configuration of PIM-DM and PIM-SM
NE Routers (hands-on)
• Hardware structure and working principles of NE routers
• VRP software features of NE routers
Network Security (hands-on)
• Basic concept of network security and basic functions and principles of firewall
• Firewall NAT technology and anti-attack techniques
• Dual-node cluster hot backup technique of firewall
• Knowledge and networking application of Eudemon firewalls of Huawei
High Availability ,HA (hands-on)
• Bidirectional Forwarding Detection (BFD) principles
• Basic principles of VRRP,IP Reroute,FRR
• Principles and networking applications of NSF and GR
QoS (hands-on)
• IP QoS model and differentiated services (DiffServ) model
• Basic principles of classification and marking, traffic policing and shaping, congestion management, congestion avoidance, and link efficiency mechanisms
Class-based QoS principles