Duration
15 days
Target Audience
Who want to become senior Data Communication engineers. Who wants to obtain the HCIPDatacom‐ Advanced Routing & Switching Technology Certification.
Prerequisites
Be familiar with common operations of Huawei network devices. Have the knowledge and skills
described in the HCIA‐Datacom and HCIP‐Datacom‐Core Technology course.
Objectives
After completing the HCIP‐Datacom‐Core Technology training, you will be able to:
(1) Understand the entire process of forwarding data packets by network devices.
(2) Understand the working principles and configurations of OSPF, IS‐IS, and BGP.
(3) Deploy route control and traffic path control.
(4) Understand the working principles of RSTP/MSTP.
(5) Understand the working principles of stacking technology.
(6) Understand the working principle of multicast and set up a multicast network.
(7) Configure ICMPv6, NDP, and IPv6 addresses.
(8) Master Huawei firewall technologies.
(9) Configure basic security features for network devices.
(10) Master the basic configurations for network reliability.
(11) Describe common network management protocols.
(12) Understand Huawei enterprise datacom solutions.
After completing the HCIP‐Datacom‐Advanced Routing & Switching Technology training, you will be able to:
(1) Describe OSPF and IS‐IS fast convergence technologies.
(2) Configure OSPF and IS‐IS equal‐cost routes.
(3) Describe the application scenarios of OSPF forwarding addresses.
4) Using regular expressions in AS_Path filter and community filter configurations.
(5) Configure BGP ORF and peer group functions.
(6) Analyze the differences between OSPFv3 and OSPFv2.
(7) Describe the IPv6 extensions of IS‐IS.
(8) Describe the IPv6 extensions of BGP.
(9) Describe the working principle of VLAN aggregation.
(10) Describe the application scenarios of MUX VLAN.
(11) Describe the QinQ implementation mode.
(12) Describe the types and configurations of port isolation.
(13) Describe the technical principles of port security.
(14) Implements MAC address flapping detection.
(15) Expound the switch traffic suppression and storm control functions.
(16) Describe the application scenarios of DHCP snooping.
(17) Describe the working principle of IP Source Guard.
(18) Describe the working principle of MPLS.
(19) Describe the basic concepts and working mechanism of LDP.
(20) Describe the basic concepts of MPLS VPN.
(21) Describe route transmission and label distribution of MPLS VPN.
(22) Describe the MPLS VPN data forwarding process.
(23) MPLS VPN Deployment (Intranet Solution)
(24) MPLS VPN Deployment (Hub&Spoke Solution).
(25) Describe the extended functions and features of OSPF for MPLS VPN.
(26) Describe routine maintenance items.
(27) Describe the functions and features of Information Center.
(28) Using Common Maintenance Tools
(29) Describe troubleshooting methods.
(30) Analyze the fault that the neighbor relationship of the routing protocol cannot be established.
(31) Write the troubleshooting guide.
(32) Describe the operation procedure and specifications of the migration.
(33) Describe common migration scenarios.
Training Content
HCIP‐Datacom‐Core Technology Training
Duration: 10 days (9.00 am – 5.00 pm)
Module 1: IP Routing Basics
Introduction to Network Devices: Hardware modules of modular switches, Three planes of network devices, Packet processing on network devices. IP Routing Basics: RIB and FIB, Route import scenario.
Module 2: OSPF Core Knowledge
OSPF Basics: Introduction to dynamic routing protocols, Basic OSPF concepts, Process of establishing an OSPF neighbor relationship, Basic OSPF configuration OSPF Route Calculation: Intra‐area route calculation, Inter‐area route calculation, External route calculation OSPF Special Area and Other Features: Stub area and totally stub area, NSSA area and totally NSSA area, Interarea route summarization and external route summarization, OSPF Features
Module 3: IS‐IS Core Knowledge
IS‐IS Principles and Configuration: Basic concepts of IS‐IS, IS‐IS working principle, Basic IS‐IS configuration
Module 4: BGP Core Knowledge
BGP Basics: BGP overview, Basic concepts of BGP, Basic BGP configuration
BGP Path Attributes and RRs
BGP route selection
BGP EVPN Basics: MP‐BGP, EVPN overview, Common EVPN routes, Typical EVPN application scenarios
Module 5: Routing and Traffic Control
Routing Policy and Route Control: Route matching tool, Routing policy tool, Route control cases
Traffic Filtering and Forwarding Path Control: Policy‐based routing, MQC, Traffic filtering
Module 6: Switching Core Knowledge
RSTP Principles and Configuration: RSTP overview, Improvements of RSTP over STP, RSTP working process, Basic RSTP configurations
MSTP Principles and Configuration: MSTP overview, Basic concepts of MSTP, Working principles of MSTP, Basic MSTP configuration
Stack and CSS: Overview of Stack and CSS technologies, Stacking principles, CSS principles, Basic configuration
Module 7: Multicast Basics
IP Multicast Basics: Basic concepts of IP multicast, Multicast data forwarding principle
IGMP Principles and Configuration: IGMP working principle, Introduction to the IGMP feature
PIM Principles and Configuration: PIM basics, PIM‐DM, PM‐SM
Module 8: IPv6 Core Knowledge
IPv6 Overview: IPv6 overview, Introduction to IPv6 addresses
ICMPv6 and NDP: ICMPv6 overview, NDP overview, Router discovery, Duplicate address detection, Redirection
IPv6 address configuration: IPv6 address configuration mode, Stateless IPv6 address autoconfiguration, DHCPv6, Implementation of IPv6 address autoconfiguration
Module 9: Network Security Basics
Huawei Firewall Technology: Firewall overview, Basic concepts of firewalls, Basic firewall configuration
Network Device Security Features: Security hardening policies for common devices, Network device security hardening deployment example
VPN Technology Overview: VPN technology overview, Common VPN technologies
Basic Concepts and Applications of VRF
Module 10: Network Reliability
BFD Principles and Configuration: BFD Overview, BFD working principle, BFD application scenarios, Basic BFD configurations
VRRP Principles and Configuration: VRRP overview, VRRP working principles, Typical VRRP application, Basic VRRP configuration
Module 11: Network Service and Management
DHCP Principles and Configuration: DHCP background, DHCP working principle and configuration,
DHCP Relay working principle and configuration
Introduction to Network Management Protocols: Development of network management,
Functional features of network management, Network management protocols, Application scenarios of network management
Module 12: Large‐scale WLAN Architecture
Large‐Scale WLAN Networking and Deployment: Overview of large‐scale WLAN networking,
VLAN pool, DHCP technology, Roaming technology, High reliability technology, Network
Admission Control technology
Module 13: Network Solution
Enterprise Datacom Solution Overview: Campus, Data center, SDN‐WAN, SD‐WAN
HCIP‐Datacom‐Advanced Routing & Switching Technology
Duration: 5 days (9.00 am – 5.00 pm)
Module 1: Advanced IGP Features
Advanced IGP Features: OSPF fast convergence, OSPF Route Control, Other OSPF Features, Advanced IS‐IS Features
Module 2: Advanced BGP Features
Advanced BGP Features: BGP route control, Introduction to BGP Features, Networking of BGP RRs
Module 3: IPv6 Routing
IPv6 Routing: IPv6 static route, OSPFv3 Principles and Configuration, IS‐IS (IPv6) Principles and Configuration, BGP4+ Principles and Configuration
Module 4: Advanced Ethernet Technologies
Advanced VLAN Technology: Super‐VLAN, MUX‐VLAN, QinQ
Ethernet Switching Security: Port Isolation, MAC Table Security, Port security, MAC Address
Flapping Prevention and Detection, MACsec, Switch traffic control, DHCP Snooping, IP Source Guard
Module 5: MPLS Technology
MPLS Principles and Configuration: MPLS Overview, MPLS Forwarding, Static LSP
MPLS LDP Principles and Configuration: Basic Concepts of LDP, Working Principle of LDP, Basic LDP Configurations
MPLS VPN Principles and Configuration: MPLS VPN Overview, MPLS VPN route exchange, MPLS
VPN packet forwarding, MPLS VPN Configuration and Implementation
MPLS VPN Deployment and Application: MPLS VPN Application and Networking Overview,
Typical Application Scenarios and Deployment of MPLS VPN, OSPF VPN expansion
Module 6: Network O&M
Network O&M: Routine Maintenance, Information collection tool
Module 7: Troubleshooting
Troubleshooting: Structured troubleshooting process, Core Ideas and Methods of Network Troubleshooting, Troubleshooting Common Network Faults
Module 8: Network Migration
Network Migration: Basic Concepts of Migration, Migration Process
Programme scope, delivery arrangements and suitability are confirmed during enquiry.