Huawei Certificate Training Catalog. HUAWEI Learning Service 2018 COMMERCIAL IN CONFIDENCE 1

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1 Huawei Certificate Training Catalog Huawei Certificate Training Catalog HUAWEI Learning Service 2018 COMMERCIAL IN CONFIDENCE 1

2 CONTENTS CONTENTS... 2 Training Project List Fixed Network Datacom HCNA - Carrier IP Training HCNP - BCAN Carrier IP Training HCNP - BCRN Carrier IP Training HCNP - BITN Carrier IP Training HCIE - R&S Carrier IP Training Access Network HCNA - Access Network Training HCNP - Access Network Training Transmission HCNA - Transmission Training HCNP - MSTP Transmission Training HCNP - OTN Transmission Training Core Network Mobile Soft Switch HCNA - Mobile Soft Switch Training HCNP - Mobile Soft Switch Training Wireless LTE HCNA - LTE Training HCNP - LTE Training HCNP - EPC Training RNP&RNO GSM RNP&RNO HCNA - GSM RNP&RNO Training HCNP - GSM RNP&RNO Training WCDMA RNP&RNO HCNA - WCDMA RNP&RNO Training HCNP - WCDMA RNP&RNO Training CDMA RNP&RNO HCNA - CDMA RNP&RNO Training HCNP - CDMA RNP&RNO Training LTE RNP&RNO HCNA - LTE RNP&RNO Training HCNP - LTE RNP&RNO Training SDN SDN...63 COMMERCIAL IN CONFIDENCE 2

3 HCNA - SDN Training HCNP - SDN Training Cloud Cloud DataCenter Operations HCNA - Cloud DataCenter Operations Training HCNP - Cloud DataCenter Operations Training Planning and Building Cloud DC HCNA - Cloud DataCenter Architect Training HCNP - Cloud DataCenter Architect Training Cloud Solutions Architect HCNA - Cloud Solutions Architect Training Cloud Services Application HCNA - Cloud SysOps Administrator Training IoT IoT HCNA - IoT Training HCNP - IoT Wireless Training HCNP - IoT Platform Training Hardware Installation Wireless Hardware HCS - Wireless Hardware Installation Training Microwave Hardware Installation HCS - Microwave Hardware Installation FTTX OSP HCS - FTTX Outside Plant Training Data Center and Network Equipment Installation HCS - Data Center and Network Equipment Hardware Installation Training Big Data Big Data HCNA-Big Data Training Automatic O&M OWS HCDA - OWS Developer COMMERCIAL IN CONFIDENCE 3

4 Training Project List Huawei Certificate Training List Training Name Level Duration (working days) Class Size Fixed Network HCNA - Carrier IP Training Ⅱ 8 6 ~ 12 HCNP - BCAN Carrier IP Training Ⅲ 6 6 ~ 12 HCNP - BCRN Carrier IP Training Ⅲ 9 6 ~ 12 HCNP - BITN Carrier IP Training Ⅲ 7 6 ~ 12 HCIE - R&S Carrier IP Training Ⅳ 25 2 ~ 6 HCNA - Access Network Training Ⅱ 11 6 ~ 12 HCNP - Access Network Training Ⅲ 13 6 ~ 12 HCNA - Transmission Training Ⅱ 15 6 ~ 12 HCNP - MSTP Transmission Training Ⅲ 10 6 ~ 12 HCNP - OTN Transmission Training Ⅲ 10 6 ~ 12 Core Network HCNA - Mobile Soft Switch Training Ⅱ 20 6 ~ 12 HCNP - Mobile Soft Switch Training Ⅲ 19 6 ~ 12 Wireless Network HCNA - LTE Training Ⅱ 10 6 ~ 12 HCNP - LTE Training Ⅲ 10 6 ~ 12 HCNP - EPC Training Ⅲ 12 6 ~ 12 RNP&RNO HCNA - GSM RNP&RNO Training Ⅱ 7 6 ~ 12 HCNP - GSM RNP&RNO Training Ⅲ 8 6 ~ 12 HCNA - WCDMA RNP&RNO Training Ⅱ 7 6 ~ 12 HCNP - WCDMA RNP&RNO Training Ⅲ 11 6 ~ 12 HCNA - CDMA RNP&RNO Training Ⅱ 8 6 ~ 12 COMMERCIAL IN CONFIDENCE 4

5 HCNP - CDMA RNP&RNO Training Ⅲ 8 6 ~ 12 HCNA - LTE RNP&RNO Training Ⅱ 8 6 ~ 12 HCNP - LTE RNP&RNO Training Ⅲ 15 6 ~ 12 SDN HCNA - SDN Training Ⅱ 5 6 ~ 12 HCNP - SDN Training Ⅲ 10 6 ~ 12 Cloud HCNA - Cloud DataCenter Operations Training Ⅱ 10 6 ~ 12 HCNP - Cloud DataCenter Operations Training Ⅲ 15 6 ~ 12 HCNA - Cloud DataCenter Architect Training Ⅱ 5 6 ~ 12 HCNP - Cloud DataCenter Architect Training Ⅲ 10 6 ~ 12 HCNA - Cloud Solutions Architect Training Ⅱ 8 6 ~ 12 HCNA - Cloud SysOps Administrator Training Ⅱ 5 6 ~ 12 IoT HCNA - IoT Training Ⅱ 5 6 ~ 12 HCNP - IoT wireless Training Ⅲ 5 6 ~ 12 HCNP - IoT Platform Training Ⅲ 5 6 ~ 12 Hardware Installation HCS - Wireless Hardware Installation Ⅱ 5 8 ~ 12 HCS - Microwave Hardware Installation Ⅱ 4 8 ~ 12 HCS - FTTX Outside Plant Ⅱ 3 8 ~ 12 HCS - Data Center and Network Equipment Hardware Installation Ⅱ 4 8 ~ 12 Big Data HCNA-Big Data (Huawei Big Data Engineer Training) Ⅱ 5 6~12 Automatic O&M HCDA - OWS Developer II 4 6~12 COMMERCIAL IN CONFIDENCE 5

6 1. Fixed Network 1.1. Datacom HCNA - Carrier IP Training Training Path HCNA- Datacom for Carrier Training ODC01 Lecture Hands-on exercise 8D Target Audience This program is intended for those who are to be certified by HCNA exam Prerequisites Be familiar with Windows operating system Know the basic function and conception of computer network Objectives On completion of this program, the participants will be able to: Describe the hierarchical structure of IP network and the function of each layer Describe Ethernet evolution and relative technology Outline network security and firewall concepts Describe TCP/IP model, the function of each layer, the function and the working principle of some common protocols Describe ICMP working principle Describe Router and Switch working principle Describe the basic principle and configuration of VLAN, STP, VRRP, Static Route, RIP, OSPF, PPP, Frame Relay Design IP addresses with IP address sub netting technology Apply ping, tracert in network maintenance and basic troubleshooting Configure IP address, VLAN, VRRP, Static Route,RIP,OSPF in VRP platform Locate and handle the simple fault Choose Huawei routers for each layer of IP network Centralized Training Content ODC01 HCDA-HNTD (Huawei Certified Datacom Associate-Huawei Networking Technologies and Device) IP Network Fundamental Data traffic basis Brief introduction of network and internet Protocol and standard enterprise applications in reality TCP/IP Basis COMMERCIAL IN CONFIDENCE 6

7 TCP/IP protocol stack Data encapsulation of TCP/IP protocol stack Case analysis Protocols of Transport Layer TCP UDP Introduction to Common Application Common application IP Addressing and Routing IP address Protocols of network layer Working principle of router VRP Basis and Operation VRP overview Building configuration environment VRP configuration basis System manager Routing Protocol Basis Concept of route Classification of routing protocol The routing process of data packet in the network The structure of routing table Static Route Static route configuration Default route configuration Route load balance and route backup Dynamic Routing Protocol Basis Dynamic routing protocol The classification of dynamic routing protocol Distance-vector Routing Protocol Distance-vector routing protocol Routing loop and the method of loop avoidance RIP Routing Protocol Basic principle of RIP routing protocol The similarities and differences between RIPv1 and RIPv2 RIP configuration RIP Troubleshooting RIP route receiving troubleshooting RIP route sending troubleshooting Example of RIP troubleshooting OSPF Routing Protocol Basis Basic concepts of OSPF COMMERCIAL IN CONFIDENCE 7

8 The route calculation process of link state algorithm OSPF basic configuration Ethernet Overview The history of Ethernet The standard of Ethernet Principle of Ethernet Device Shared ethernet Working principle of L2 switch Working principle of L3 switch Ethernet Port Technology Auto-negotiation technology Flow control Port aggregation Port mirroring VLAN Technology Principle and Configuration VLAN overview Application rule of VLAN tag VLAN Routing What is VLAN routing VLAN routing configuration STP Principle and Configuration The problem of looping The calculation process of STP Configuration of STP The problem of STP VRRP Principle and Configuration VRRP principle VRRP configuration HDLC Principle and Configuration Protocol overview and data encapsulation Configuration of HDLC PPP Principle and Configuration Protocol overview and data encapsulation Link control protocol PPP authentication protocol Network control protocol FR Principle and Configuration FR overview FR configuration Firewall Product Basis Development of firewall technology Eudemon series product COMMERCIAL IN CONFIDENCE 8

9 Eudemon Basic Function and Configuration Work mode Security zone ACL NAT Quidway Series Routers Overview Overview ARX9 Series Hardware Features ARX9 Series Key Functions and Application Quidway LAN Switches Overview LAN Switch Series Overview LAN Switch Series Hardware Features LAN Switch Series Typical Applications Case study of Enterprise Applications Duration 8 working days Maximum Class Size Min 6,max 12 Related Certificate Exam Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCNA - HCDA for Carrier COMMERCIAL IN CONFIDENCE 9

10 HCNP - BCAN Carrier IP Training Training Path HCNP - BCAN (Carrier IP) ODC03 Lecture Hands-on exercise 6D Target Audience This program is intended for those who are to be certified by HCDP-BCAN exam Prerequisites Have got the HCDA certification or have equivalent technical level Objectives On completion of this program, the participants will be able to: Describe the working principle of VLAN, GVRP, QinQ, STP, RSTP, MSTP Describe the working principle of PPP, PPPoE, IPoE, IPoEoVLAN Configure VLAN, GVRP, QinQ, STP, RSTP, MSTP in VRP platform Apply VLAN, GVRP, QinQ to access network to implement user isolation and service transportation Apply STP, RSTP, MSTP in access network to avoid loop Deploy PPPoE, IPoE, IPoEoVLAN in access network Perform the troubleshooting about VLAN, GVRP, QinQ, STP, RSTP, MSTP, PPPoE, IPoE, IPoEoVLAN in access network Choose appropriate Huawei switches and BRAS devices in access network deployment Duration 6 working days Maximum Class Size Min 6,max 12 Related Certificate Exam Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCNP - BCAN for Carrier COMMERCIAL IN CONFIDENCE 10

11 HCNP - BCRN Carrier IP Training Training Path HCNP - BCRN (Carrier IP) ODC02 Lecture Hands-on exercise 9D Target Audience This program is intended for those who are to be certified by the HCNP-BCRN exam Prerequisites Have got the HCNP certification or have equivalent technical level Objectives On completion of this program, the participants will be able to: Flexibly apply the VLSM technique to design IP addresses Flexibly apply the CIDR technique to aggregate the routes Describe the IPv6 basic packets and the IPv6 address structure Describe the basic protocol of IPv6 (ICMPv6, ND, IPv6 address allocation protocol) Describe the working principle of OSPFv2/v3 routing protocol Describe several OSPF special areas Troubleshoot OSPF neighbor relationship failures and routing failures Describe the working principle of ISIS routing protocol in IPv4 and IPv6 Troubleshoot ISIS common neighbor relations failure and routing failures Configure OSPF and ISIS in VRP platform to realize the IP connectivity of the large network Describe the working principle of BGP and MP-BGP for IPv6 Configure BGP/MP-BGP for IPv6 in VRP platform and use BGP route attributes and route policy to select and filter routing in large network based on demand Describe the working principle and function of BGP route reflector and confederation Describe the BGP multi-homed basic concepts and application scenarios Troubleshoot the BGP peer establishing failures, routing learning failures and path selection failures Flexibly apply the common route selection tools(access control list, ip-prefix, as-path-filter, community-filter, route-policy) Describe the working principle of multicast protocol(igmp,pim-sm,pim-dm) Configure IGMP/PIM-SM/PIM-DM in VRP platform Describe NE5000E/NE5000E-X16 series hardware features Describe NE80E/NE40E and NE40E-X series hardware features Select the appropriate Huawei middle and high end routers based on the device performance and service requirement to build the large network and deploy the service Locate and remove routing problems in large scale IP network Duration 9 working days COMMERCIAL IN CONFIDENCE 11

12 Class Size Min 6,max 12 Related Certificate Exam Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCNP - BCRN for Carrier COMMERCIAL IN CONFIDENCE 12

13 HCNP - BITN Carrier IP Training Training Path HCNP-Building IP Telecom Network Lecture Hands-on exercise 7D Target Audience This program is intended for those who are to be certified by the HCNP-BITN exam Prerequisites Have got the HCNP certification or have equivalent technical level Objectives On completion of this program, the participants will be able to: Describe the features and performance of IP bearer network Describe the basic principle of MPLS Describe the basic process of MPLS data forwarding Describe the basic concepts and principles of the MPLS LDP Description the MPLS LDP label management mechanism and the loop protection mechanism Configure MPLS LDP in VRP platform Describe the basic concepts and basic principles of the MPLS BGP VPN Configure the MPLS BGP VPN in VRP platform to realize the connectivity of the different sites Configure the MPLS BGP VPN in the single domain of the large IP bearer network to realize private network users to access Internet Master the troubleshooting methods of the MPLS BGP VPN in control plane and data plane Describe the working principle and the four components of MPLS TE Configure MPLS TE in VRP platform Describe the basic concepts of QoS and the different QoS models Describe the IP QoS technologies, such as classification and marking, traffic policy and shaping, congestion management and avoidance, link efficiency mechanisms, etc Describe the basic principle of the common HA technologies, such as NSR, BFD, protection switching technologies and VRRP Centralized Training Content ODC04 HCDP-BITN (Huawei Certified Datacom Professional-Building IP Telecom Network) Introduction to IP Telecom Network The structure of the NGN The characteristics of the IP telecom network The common technologies used on the IP telecom network MPLS Overview Traditional IP forwarding MPLS forwarding feature COMMERCIAL IN CONFIDENCE 13

14 MPLS applications MPLS Basic Principle MPLS basic structure MPLS label format MPLS forwarding process LDP Neighbor Discovery and Session Establishment LDP basic concept LDP neighbor discovery mechanism The process of LDP session establishment LDP Label Management LDP label space LDP label distribution LDP label control LDP label retention PHP MPLS Loop Detection MPLS TTL loop detection LDP loop detection MPLS BGP VPN Basic Principle MPLS BGP VPN model MPLS BGP VPN basic concepts The mechanisms of the route and label distribution in MPLS BGP VPN The process of data forwarding in MPLS BGP VPN MPLS BGP VPN Configuration and Implementation VPN-instance configure PE-CE BGP configure MP-BGP configure Configure of the routing protocols used by PE-CE MPLS VPN User Access the Internet Internet access via the ISP Internet access via the MPLS VPN backbone Internet access via different interfaces between CE and PE Multiple Instances of OSPF in MPLS VPN OSPF VPN three-level hierarchy Routing information propagation and configuration Sham-link application and configuration MPLS BGP VPN Troubleshooting Basic principle review Troubleshooting on control plane Troubleshooting on data plane MPLS TE Basic Principle and Implementation MPLS TE information distribution COMMERCIAL IN CONFIDENCE 14

15 Duration MPLS TE path calculation and setup Forwarding traffic down tunnels IP QoS Overview Basic concept of QoS The method of improving the QoS Difference between different QoS models Differentiated Service Model Overview Basic concept of the differentiated service model Denotation of the marking fields Characteristics of various PHBs IP QoS Technologies Traffic classification and marking Traffic policing and shaping Congestion management Congestion avoidance Link efficiency mechanism Class-based QoS Concept of class-based QoS How to configure class-based QoS HA Technology HA Overview NSF Fast Detection FRR VRRP Principle and Configuration 7 working days Maximum Class Size Min 6,max 12 VRRP principle Related Certificate Exam VRRP configuration Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCNP BITN for Carrier COMMERCIAL IN CONFIDENCE 15

16 HCIE - R&S Carrier IP Training Training Path Advanced Routing Features Principle and Configuration ODC05 Lecture Hands-on exercise 2D Advanced MPLS VPN Features Principle and Configuration ODC06 Lecture Hands-on exercise 7D Multicast Features Principle and Configuration ODC07 Lecture Hands-on exercise 1D QoS Features Principle and Configuration ODC08 Lecture Hands-on exercise 1D HA Features and Configuration ODC09 Lecture Hands-on exercise 2D BRAS Access Service Features and Realization ODC10 Lecture Hands-on exercise 2D IP MAN Design and Service Deployment ODC11 Lecture Hands-on exercise 4D IP Bearer Network Design and Service Deployment ODC12 Lecture Hands-on exercise 4D HCIE Simulation Lab Examination ODC13 Lecture Hands-on exercise 2D COMMERCIAL IN CONFIDENCE 16

17 Target Audience This program is intended for those who are to be certified by the HCIE exam Prerequisites Have got the HCDP certification or have the equivalent technical knowledge level Objectives On completion of this program, the participants will be able to: Describe NE5000E/80E/40E advanced routing features Configure NE5000E/80E/40E advanced routing features Troubleshoot NE5000E/80E/40E advanced routing features Describe MAN typical network structure and routing design features Deploy routing protocol in MAN Optimize routing protocol deployment in MAN Troubleshoot the typical Failure of routing protocol in MAN Describe NE5000E/80E/40E advanced MPLS L3VPN and L2VPN features Configure NE5000E/80E/40E advanced MPLS L3VPN and L2VPN features Troubleshoot NE5000E/80E/40E advanced MPLS L3VPN and L2VPN features Describe IGMP principle and configuration Describe PIM-SM principle and configuration Describe PIM-SSM principle and configuration Analyses MSDP basic working principle Describe MSDP RPF detection Describe MSDP application Describe Multicast VPN function and technical solution Describe MD VPN concepts and working principle Configure and troubleshoot MD VPN Describe the QoS technology Configure QoS in the NE series routers Analyses and troubleshoot the common faults of QoS configuration in the NE series routes Describe the HQoS working principle in NE5000E80E40E Describe the HQoS scheduling process in NE5000E80E40E Describe the HQoS realization and application Describe HA basic concepts and HA classification Describe BFD principles and typical applications Describe NSR principle Describe the various protection switching technology and in NE5000E80E40E product Describe end-to-end HA features realization in IP bearer network Describe ME60&ME60-X series products hardware Describe ME60&ME60-X series products Features Describe the function of BRAS related components Analyses the ME60 PPP service working process COMMERCIAL IN CONFIDENCE 17

18 Analyses the ME60 IP service working process Analyses the ME60 Leased line service working process Describe the ME60 Multicast Feature and Realization Describe IGP deployment in MAN Describe IGP fast convergence deployment in MAN Configure and adjust OSPF/ISIS in MAN Describe BGP deployment in MAN Describe BGP RR deployment in MAN Describe route control and route selection in IP MAN Configure and adjust BGP in MAN Describe the devices and interfaces of core network Describe the solutions of IP bearer network access part Configure HA features of IP bearer core network Describe the fast convergence of routing protocols Describe the MPLS TE FRR and VPN FRR technologies of IP bearer network backbone Describe the GR technologies of IP bearer network Configure IGP/BGP and VPN of IP bearer core network Configure fast detection technologies of IP bearer network Configure fast convergence of routing protocols Configure MPLS TE FRR and VPN FRR technologies of IP bearer network backbone Configure GR technologies of IP bearer network Describe different QoS requirement of different services in IP bearer network Describe end to end QoS realization in IP bearer network Configure end to end QoS in IP bearer network Help candidates to be familiar with examination mode, examination rules, and examination environment Centralized Training Content ODC05 Advanced Routing Features Principle and Configuration NE Series Routers OSPF Advanced Routing Features Manual OSPF Fast Convergence OSPF GR OSPF LSDB Analysis OSPF VPN NE Series Routers IS-IS Advanced Routing Features Manual IS-IS Reliability Dynamic Hostname Exchange Mechanism IS-IS LSDB NE Series Routers BGP Advanced Routing Features Manual BGP Fast Convergence BGP GR BGP RR NE Series Routers Routing Protocols Configuration and Troubleshooting Manual COMMERCIAL IN CONFIDENCE 18

19 Typical networking features of the MAN Comprehensive route configuration of the MAN NE5000E80E40E Routing Protocol Advanced Features Troubleshooting OSPF troubleshooting IS-IS troubleshooting BGP troubleshooting Service failure troubleshooting Traffic load balance troubleshooting HA troubleshooting ODC06 Advanced MPLS VPN Features Principle and Configuration NE Series Routers MPLS VPN Advanced Feature Configuration and Troubleshooting Manual Inter-AS BGP/MPLS IP VPN and implementation on NE Series Routers Interconnection between VPN and Internet on NE Series Routers NE Series Routers HoVPN MPLS VPN Configuration on NE Series Routers NE Series Routers MPLS TE Feature Configuration and Troubleshooting Manual Overview of MPLS TE MPLS TE implementation: information advertisement, path calculation, path setup, and traffic forwarding MPLS TE configuration NE Series Routers MPLS L2 VPN Advanced Features Manual NE5000E/80E/40E Inter AS MPLS VLL features NE5000E/80E/40E Inter AS MPLS VPLS features NE5000E/80E/40E HVPLS features NE5000E/80E/40E MPLS VLL features configuration and troubleshooting NE5000E/80E/40E MPLS VPLS features configuration and troubleshooting NE5000E/80E/40E HVPLS features configuration and troubleshooting NE5000E80E40E BGP MPLS VPN Advanced Features Troubleshooting Manual BGP MPLS VPN service troubleshooting BGP MPLS VPN traffic load balance troubleshooting BGP MPLS VPN HA troubleshooting NE5000E80E40E MPLS L2 VPN Advanced Features Troubleshooting Manual MPLS Inter-AS VLL troubleshooting MPLS Inter-AS VPLS troubleshooting NE5000E80E40E MPLS TE Features Troubleshooting Manual MPLS TE tunnel state troubleshooting practice LDP over TE troubleshooting practice TE FRR protection troubleshooting practice ODC07 Multicast Features Principle and Configuration Configure Multicast on NE Series Routers Manual IGMPv1/v2/v3 principle PIM SM principle COMMERCIAL IN CONFIDENCE 19

20 IGMP configuration on NE series routers PIM SM configuration on NE series routers NE Series Routers Multicast Advanced Features Configuration Manual NE5000E/80E/40E multicast MSDP features NE5000E/80E/40E multicast MBGP features NE5000E/80E/40E multicast HA features NE5000E/80E/40E multicast fast convergence features NE5000E/80E/40E multicast features configuration and troubleshooting ODC08 QoS Features Principle and Configuration NE Series Routers QoS Configuration Manual QoS overview QoS implementation Class-based QoS Configuration of QoS on NE series routers NE Series Routers HQoS Feature Configuration and Troubleshooting Manual Overview of the HQoS feature HQoS scheduling process HQoS applications and configuration ODC09 HA Features and Configuration NE Series Routers HA Feature Configuration and Troubleshooting Manual Basic concepts and classification of HA BFD principles and typical applications NSR principles, advantages, and disadvantages Principles of various protection switchover techniques and implementation of the protection switchover techniques on the NE Series Routers End-to-end HA implementation on the IP bearer network HA configuration on the NE Series Routers ODC10 BRAS Access Service Features and Realization ME60 PPP Service Features and Realization Manual Function of BRAS service related components ME60 PPP service implementation ME60 PPP service configuration ME60 IP Service Features and Realization Manual Function of BRAS service related components ME60 IP service principle ME60 IP service configuration ME60 Leased Line Service Feature and Realization Manual Introduction to leased line service Leased line service configuration on ME60 Layer 2 leased line Service configuration Layer 3 leased line Service configuration ME60 Multicast Feature and Realization Manual COMMERCIAL IN CONFIDENCE 20

21 IGMP principle and implementation PIM SM principle and implementation PIM SSM principle and implementation PIM-SM basic configuration RPT-to-SPT switchover configuration ODC11 IP MAN Design and Service Deployment Metro Network Overview Manual Metro Network Introduction Metro Network Device Selection Metro Network Routes and IP Address Planning Design and Development of IGP on MAN Manual IGP Cost Planning of MAN IGP Protocol Fast Convergence of IGP Default Route of MAN Design and Development of BGP on MAN Manual BGP Route Selection Principle BGP Deployment on the MAN BGP Fast Convergence Features Difference BGP Deployment on Different MANs ODC12 IP Bearer Network Design and Service Deployment Overview of Service and Networking Network Overview and Service Requirements NGN and 3G Network Characteristics and Service Overview Detailed Requirement Analysis and Networking Selection for 3G Bearer Network Connectivity Design and Deployment Bandwidth Calculation and Device Model Selection on the Backbone of the IP Bearer Network Address Planning on the IP Bearer IGP Planning on the IP Bearer Network BGP Planning on the IP Bearer Network MPLS VPN Planning on the IP Bearer Network Reliability Design and Deployment Fast detection technologies of IP bearer network Fast convergence of routing protocols MPLS TE FRR and VPN FRR technologies of IP bearer network backbone GR technologies of IP bearer network Central Office Planning Devices and interfaces of core network Solutions of IP bearer network access part HA technologies of IP bearer network access part Qos Design and Deployment on the IP Bearer Network Configuring E2E QoS in IP bearer network. COMMERCIAL IN CONFIDENCE 21

22 ODC13 HCIE Simulation Lab Examination HCIE Lab Examination(C21)-Simulation Lab Exam Topology Simulation Lab Exam Topology HCIE Lab Examination(C21)-Simulation Lab Exam for Candidates Simulation Lab Exam Test Paper Duration 25 working days Maximum Class Size Min 6,max 12 Related Certificate Exam Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCIE R&S Written for Carrier HCIE Carrier Lab Exam HCIE R&S Lab for Carrier COMMERCIAL IN CONFIDENCE 22

23 1.2. Access Network HCNA - Access Network Training Training Mode HCNA-Access Network Training Lecture Hands-on 11D Target Audience This training program is intended for those who hope to learn about basic access network theory. Prerequisites Be familiar with windows operation system. Know well about computer network Understand basic data communication theory Understand basic fiber communication theory Objectives Duration After the completion of this program, participants will be able to: Understand xdsl/atm/gpon/epon/datacom theory. Be familiar with hardware construction, features, board types, functions and interfaces Know how to install/commission/configure access equipment hardware. Perform upgrade task under CLI of equipment. Be familiar with HSI IPTV VOIP acceptance test. Understand basic theory of NMS and SNMP, can use NMS add and monitor equipment. 11 workdays Class Size Min 6,max 12 Related Certificate Exam Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCNA - Access Network COMMERCIAL IN CONFIDENCE 23

24 HCNP - Access Network Training Training Mode HCNP-Access Network Training Lecture Hands-on 13D Target Audience This training program is intended for those who expect to learn more about the Access network commissioning, maintenance and troubleshooting Prerequisites Function well on maintenance and commissioning of Huawei equipments Be familiar with access network communication theory Objectives Duration After the completion of this program, participants will be able to: Be familiar with HSI IPTV VOIP test item and test function. Be familiar with problem locating on xdsl/atm/gpon/epon Be familiar with problem maintenance of access network products. Perform data plan and network design for FTTx. Be familiar with the typical solutions for Access Network migration and the usage of the migration tools Be familiar with NMS installation, basic NMS service configuration, NMS operating system and basic database commands for troubleshooting of access products. 13 workdays Class Size Min 6,max 12 Related Certificate Exam Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCNP - Access Network COMMERCIAL IN CONFIDENCE 24

25 1.3. Transmission HCNA - Transmission Training Training Mode HCNA Transmission Training OTH01 Lecture Hands-on 15D Target Audience Personnel who are going to take the HCNA- Transmission exam. Personnel who expect to learn about basic optical transmission principles and Huawei SDH equipment operation. Prerequisites Having a general knowledge of data telecommunications. Objectives Duration After the completion of this program, participants will be able to: Describe SDH working principle. Describe WDM working principle. Describe OTN working principle. Describe Ethernet working principle. Describe the basic concept of MPLS. Describe the basic concept of PWE3. Describe the common SDH network topologies and their features. Explain the protection mechanism of MSP/SNCP. Explain the system structure and features of the OptiX OSN 3500 equipment. State the main functions of the boards in the OptiX OSN 3500 equipment. Accomplish the SDH network configuration and monitoring through NMS. Accomplish the PDH service configuration through NMS. Accomplish the Ethernet service (EPL/EVPL/EPLAN) configuration through NMS. List the common analysis methods of fault locating. 15 workdays Class Size Min 6,max 12 Related Certificate Exam Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCNA - Transmission COMMERCIAL IN CONFIDENCE 25

26 HCNP - MSTP Transmission Training Training Mode HCNP - MSTP Transmission OTH02 Lecture Hands-on 10D Target Audience Personnel who are going to take the HCNP - MSTP Transmission exam. Personnel who expect to learn SDH network commissioning, maintenance and troubleshooting. Prerequisites Pass HCNA- Transmission exam or having equivalent knowledge Objectives Duration After the completion of this program, participants will be able to: Describe the procedure of the SDH equipment commissioning. Describe the complex Networking of SDH. Replacing the SDH Board. Analyze the discrete services on the NMS. Tests for common Ethernet services indicators. Describe the principle of the clock protection. Describes the notes to do the SDH equipment interconnection. Complete the ECC maintenance. Describes the methods for handling typical faults and alarms to troubleshoot networks in practice. Describes the mechanism of pointer justification. 10 workdays Class Size Min 6,max 12 Related Certificate Exam Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCNP - MSTP Transmission COMMERCIAL IN CONFIDENCE 26

27 HCNP - OTN Transmission Training Training Mode HCNP - OTN Transmission Training OTH03 Lecture Hands-on 10D Target Audience Personnel who are going to take the HCNP - OTN Transmission exam. Personnel who expect to learn WDM network configuration, commissioning, maintenance and troubleshooting. Prerequisites Pass HCNA- Transmission exam or having equivalent knowledge. Objectives Duration After the completion of this program, participants will be able to: Describe the function and features of WDM cabinet, sub-rack and boards. Describe the network topologies and signal flow. Implement the data configuration through imanager U2000 Implement the single station and system commissioning step by step through imanager U2000. List the common indices of WDM product and perform the testing. Describe the WDM protection principle Describe the notice of traffic interconnection Describe the principle of ALC/IPA/APE Illustrate the application of common troubleshooting methods, such as loop-back, testing, alarm and performance events analysis, replacement, etc. Locate and eliminate faults, get experience from troubleshooting practice. 10 workdays Class Size Min 6,max 12 Related Certificate Exam Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCNP - OTN Transmission COMMERCIAL IN CONFIDENCE 27

28 2. Core Network 2.1. Mobile Soft Switch HCNA - Mobile Soft Switch Training Training Mode GSM/UMTS Softswitch Fundamental OWA02 Lecture 1D GSM/UMTS CS Communication Flow OWG3012 Lecture 2D MSOFTX3000 Hardware System OWG10 Lecture 1D MSOFTX3000 Basic Data Configuration OWG24 Lecture Hands-on exercise 4D MSOFTX3000 Routine Operation and Maintenance OWG22 Lecture Hands-on exercise 5D MSOFTX3000 Delta Training (ATCA) OWG44 Lecture 2D UMG8900 Routine Operation and Maintenance OWH22 Lecture Hands-on exercise 2D UMG8900 Hardware System OWH10 Lecture 1D UMG8900 Data Configuration OWH30 Lecture Hands-on exercise 2D COMMERCIAL IN CONFIDENCE 28

29 Target Audience MSOFTX3000 Field Maintenance Technicians, First Line Maintenance Technicians or Routine Maintenance Technicians/Engineers Prerequisites None Objectives After the completion of this program, participants will be able to: Outline the development of GSM and UMTS. Describe the architecture of GSM and UMTS system. Describe the Networking and Interfaces of GSM NSS and UMTS R4. Describe the fundamental of mobile softswitch technology. Describe basic call control flows in UMTS R4 network. Describe various types of bearer establishment in UMTS R4 network. Describe basic calling flow in UMTS R4 network. Describe the hierarchical structure of an IP network and the functions of each layer. Describe the MSOFTX3000 system structure, functions, and key characteristics (CPCI). Describe the function, indicators, ports and working mode of each board (CPCI). Explain the types and applications of different fibers and cables (CPCI). Describe the toggle switch in MSOFTX3000(CPCI). Perform operation through LMT(CPCI). Describe MSOFTX3000 data configuration method and procedure (CPCI). Edit the data configuration scripts of MSOFTX3000(CPCI). Perform hardware data configuration (CPCI). Perform local office data configuration. Perform the data configuration to MGW, RNC, HLR and PSTN. Understand the usage of common commands. Perform system data backup and restoration. Perform daily alarm and statistic management task. Understand the operation flow of parts replacement and implementing technical protection measures. Perform MSOFTX3000 parts replacement and check the components running status. Manage tracing tasks. Perform the routine operation and maintenance tasks (daily, weekly and monthly). Understand troubleshooting procedure and common troubleshooting methods. Perform common hardware, interfaces, service troubleshooting. Describe the MSOFTX3000 system structure, functions, and key characteristics (ATCA). Describe the function, indicators, ports and working mode of each board (ATCA). Explain the types and applications of different fibers and cables (ATCA). Describe the toggle switch in MSOFTX3000 (ATCA). Perform operation through LMT (ATCA). Describe MSOFTX3000 data configuration method and procedure (ATCA). COMMERCIAL IN CONFIDENCE 29

30 Duration Edit the data configuration scripts of MSOFTX3000 (ATCA). Perform hardware data configuration (ATCA). Describe the UMG8900 system functions, structures and key characteristics. Describe the function, indicators, ports and working mode of each board. Explain the types and applications of different fibers and cables. Describe the toggle switch in UMG8900. Perform operation through LMT. Describe the UMG8900 data configuration method and procedure. Edit the data configuration scripts for UMG8900. Execute the data configuration script. Perform the dynamic data configuration and modification. Perform UMG8900 system data, interfaces data and resource data configuration. Perform system data backup and restoration, execute MML commands, etc. Understand the operation flow of parts replacement and implementing technical protection measures. Perform UMG8900 parts replacement and check the components running status. Manage tracing tasks. Monitor alarms of UMG8900. Perform the routine operation and maintenance tasks (daily, weekly and monthly). Understand troubleshooting procedure and common troubleshooting methods. Perform common hardware, interfaces, service troubleshooting. Perform UMG8900 software&patch reloading and path upgrading 20 work days Maximum Class Size Min 6,max 12 Related Certificate Exam Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCNA - Mobile Soft Switch COMMERCIAL IN CONFIDENCE 30

31 HCNP - Mobile Soft Switch Training Training Mode MSS Common Emergency Operation OWG78 Lecture Hands-on exercise 2D Number Translation Training Configuration OWG41 Lecture, Hands-on exercise 2D MSS Troubleshooting Training OWG38 Lecture Hands-on exercise 5D MSS Signaling Analysis OWA04 Lecture, Hand-on practice 5D MSC POOL Training OWG62 Lecture Case-study 5D Target Audience Core network commissioning engineers, operation and maintenance engineers, optimization engineers Prerequisites At least two years experience of operation and maintenance of GSM NSS/UMTS CS or other telecommunication equipment A basic knowledge of mobile communication and soft switch principle Objectives After the completion of this program, participants will be able to: Edit the data configuration scripts of MSOFTX3000. Perform the dynamic data configuration and modification. Understand deeply number analysis concepts and working principle in MSOFTX3000. Perform number analysis configuration and testing task, including call barring analysis, failure processing data, equal access data, etc. Understand deeply IN service concepts and processing flow in MSOFTX3000. Perform IN service configuration and testing task, including DP data, SCP data, IN service data, IN announcement data, etc. Understand deeply IN service concepts and processing flow in MSOFTX3000. COMMERCIAL IN CONFIDENCE 31

32 Perform IN service configuration and testing task, including DP data, SCP data, IN service data, IN announcement data, etc. Understand deeply Dual-homing concepts, networking modes and switchover modes in MSOFTX3000. Use the emergency maintenance tools and platform, and understand device and service emergency maintenance procedure. Perform complex hardware, interfaces, service troubleshooting. Describe BSSAP protocol stack and function. Analysis main procedures of BSSAP (Paging, Initial MS Message, Cipher Mode Control, Assignment, Handover, Release, DTAP Message). Describe Iu interface protocol stack and function. Describe classification of RANAP messages. Analysis Iu connection Management, RAB assignment, SRNS Relocation CS Domain MM, CC procedures in Iu Interfaces. Perform protocol stack and main functions of SIGTRAN. Analysis SCTP association establishment and close flows. Describe UA concepts introduction (AS, SG, IPSP, Entity, Routing key). Perform messages analysis of SCTP, M2UA, and M3UA. Describe H.248 Protocol stack and functions. Perform message analysis of H.248 based on scenario. Describe BICC protocol stack and functions. Analysis key parameters of BICC. Analysis BICC message. Describe MSC Pool networking. Describe principles related to the MSC Pool features. (The load balancing of MSC Pool, Handover in MSC Pool, Disaster tolerance in MSC Pool, Subscriber migration in MSC Pool, A-Flex by the MGW, Managing A-Interface Circuits on the MGW, Charging based on Virtual MSC IDs or Location Areas). Describe MSC Pool configuration flow overview. Perform MSC Pool feature configuration in MSC Server and MGW. Perform MSC Pool configuration based on different scenarios (NNSF implemented by RNC, NNSF implemented by MGW, Restructure MSC Pool based on current network). Monitor MSC Pool Load in real time. Operate performance report of the MSC Pool. Perform migration of subscribers. Perform MSC Pool configuration synchronization between NE and M2000. Perform end-to-end tracing of calls on the MSC Pool. Perform the dynamic data configuration and modification. Check the data configuration correctness and validity. Use the emergency maintenance tools and platform, and understand emergency maintenance procedure. Handle UMG8900 device and service fault and perform emergency recovering. Perform complex hardware, interfaces, signaling, and service networking troubleshooting. Duration 19 workdays COMMERCIAL IN CONFIDENCE 32

33 Maximum Class Size Min 6,max 12 Related Certificate Exam Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCNP - Mobile Soft Switch COMMERCIAL IN CONFIDENCE 33

34 3. Wireless 3.1. LTE HCNA - LTE Training Training Mode HCNA - LTE Training Lecture Hands-on 10D Target Audience This training program is intended for those who are to take the HCNA- LTE Certificate Exam and those who hope to learn about basic LTE/SAE principles and Huawei LTE equipment. Prerequisites A general knowledge in cellular systems and radio technology Objectives After the completion of this program, participants will be able to understand: Outline principle of LTE Describe the procedure of enodeb Field Maintenance Use M2000/U2000 to do the commissioning and operation Operate enodeb initial configuration Describe and analys the trouble of site, familiar with enodeb site solution Duration Training Content OEA02 LTE System Overview LTE System Overview Network Architecture Evolution of Cellular Networks 3GPP Releases E-UTRAN Architecture E-UTRAN Interfaces and Protocols EPC Architecture EPC Interfaces and Protocols LTE Air Interface Principles Radio Interface Techniques Principles of OFDM LTE Channel Structures LTE Frame Structure Downlink OFDMA Uplink SC-FDMA COMMERCIAL IN CONFIDENCE 34

35 Multiple Input Multiple Output Multimedia Broadcast Multicast Service enodeb Product Overview The Huawei enodeb family Products and application scenarios Operation and Maintenance OEB80 enodeb Product Description enodeb LTE Product Description enodeb System Overview enodeb System Structure enodeb Auxiliary Devices enodeb Typical Networking OEB82 enodeb Field Maintenance enodeb LTE Field Maintenance Local Operation and Maintenance Introduction check the status of board by LEDs Routine Operation and Maintenance Replacing boards and optical module of enodeb Routine Maintenance items for enodeb Practice OEB83 enodeb Equipment Commissioning enodeb LTE Equipment Commissioning enodeb Commissioning Overview enodeb Remote Commissioning on the M2000 LTE eran Automatic OMCH Establishment Automatic OMCH establishment phase during base station deployment by PnP DHCP introduction Schemes for Obtaining VLAN Information Procedure for Obtaining Configuration Information in different Scenarios OEB74 enodeb Operation enodeb LTE Operation Structure of operation and maintenance system Login enodeb O&M system enodeb equipment management enodeb transport management enodeb Radio Management enodeb clock management enodeb inventory and report management Software Management OEB851 enodeb Data Introduction for Initial Configuration enodeb LTE Data Introduction for Initial Configuration enodeb Data Configuration Introduction COMMERCIAL IN CONFIDENCE 35

36 Common Data Parameters Introduction Data Preparation in Specific Scenarios enodeb LTE Initial Configuration by MML Practice Guide Practice on a).enodeb data configuration preparation b).mml for common data c).mml for device data d).mml for transmission data e).mml for radio data f).mml for specific scenario OEB852 enodeb Initial Configuration by CME enodeb Data Configuration by CME Introduction Preparing enodeb Data Creating enodeb Data Adjusting enodeb Data Checking enodeb Data Exporting enodeb Data OEB86 enodeb Troubleshooting Troubleshooting Overview Troubleshooting Cell Unavailable Faults Troubleshooting IP Transmission Faults Troubleshooting Application Layer Faults Troubleshooting Synchronization Faults Troubleshooting Transmission Security Faults Troubleshooting RF Unit Faults Troubleshooting License Faults enodeb LTE TOP Alarm Handling Alarm Overview Top Aalrm OEB00 enodeb Site Solution enodeb LTE Site Solution Huawei LTE Product Introduction Typical Out Door Site Coverage Solution Typical In Door Site Coverage Solution High-Speed Railway and Road Coverage Solution FDD+TDD Site Solution Easy Marco Site Solution Tower Solution Related Cable Solution Duration 10 workdays COMMERCIAL IN CONFIDENCE 36

37 Class Size Min 6,max 1 Related Certificate Exam Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCNA - LTE COMMERCIAL IN CONFIDENCE 37

38 HCNP - LTE Training Training Mode HCNP - LTE Training Lecture Hands-on 10D Target Audience This training program is intended for those who are to take the HCNP - LTE Certificate Exam and those who hope to learn about detailed LTE principles and Huawei LTE equipment. Prerequisites Be familiar with basic LTE principles Objectives After the completion of this program, participants will be able to: Understand structure of LTE /EPC Understand detailed principle of LTE air interface Understand functions of different layers in LTE air interface Understand functions and procedures of X1/S2 interface Understand typical procedures in LTE such as handovers Perform Operations for HUAWEI LTE enodeb such as managing enodeb alarms, tracing signaling, manage enodeb software, managing real-time monitoring and etc. Perform initial configuration and reconfiguration of HUAWEI LTE enodeb Perform enodeb Advance troubleshooting Training Content LTE Air Interface LTE Air Interface The evolution of cellular networks and 3Gpp release Radio interface techniques OFDMA/SC-FDMA principle, signal generation and processing Radio interface protocols Time-domain and frequency-domain structure in the radio interface in UL and DL for both FDD and TDD mode Channel structure of the radio interface Uplink/downlink transmission technique The paging procedure The cell search procedure The random access procedure Uplink/downlink power controls HARQ Concepts of layers, channel rank, spatial multiplexing, open and closed loop spatial multiplexing, TX COMMERCIAL IN CONFIDENCE 38

39 diversity, beamforming, SU-MIMO and MU-MIMO LTE Protocols and E2E Signaling LTE Protocols and E2E Signaling The detail signaling procedure of UE access network The detail signaling procedure of paging The detail signaling procedure of TAU The detail signaling procedure of Handover The detail signaling procedure of detach enodeb Reconfiguration enodeb LTE Reconfiguration Reconfiguration Working Flow Reconfiguration Tools and Operation Radio/Device/Transmission Data Reconfiguration Data Reconfiguration in Typical Scenarios LTE Advance Troubleshooting enodeb LTE Antenna & Feeder System Fault Analysis and Troubleshooting Faults related to antenna & feeder system PIM principle and fault analysis VSWR principle and fault analysis TMA working principle and power supply Location by section method in PIM and VSWR troubleshooting Troubleshooting with help of Huawei U2000 and Web LMT EPS End to End IP Protocol Analysis End to end IP protocol architecture Method/ tools on collecting IP layer message Trace analysis: O&M trace Control Plane trace User Plane trace LTE Throughput Analysis Factors affecting LTE throughput Analysis on throughput problem Low throughput Fluctuating Throughput Duration 10 workdays Class Size Min 6,max 12 COMMERCIAL IN CONFIDENCE 39

40 Related Certificate Exam Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately. Exam Code Exam Name H HCNP - LTE COMMERCIAL IN CONFIDENCE 40

41 HCNP - EPC Training Training Mode HCNP - EPC Training Lecture Hands-on 12D Target Audience This training program is intended for those who are to take the HCNP - EPC Certificate Exam and those who hope to learn about detailed EPC principles and Huawei EPC equipments. Prerequisites Be familiar with basic EPC principles Objectives After the completion of this program, participants will be able to: Describe system structure and hardware structure of USN9810 Perform software related installation and upgrade procedure Perform hardware operation and maintenance Perform the routing operation and maintenance including security management, system information management, alarm management, trace management, data management, license management,performance management Describe the functions of protocol stacks of different interfaces Perform configuration of USN hardware, System Information, interworking with enodeb, HSS, MME, S-GW, DNS, NTP Perform configuration of mobility management and session management Describe system structure and hardware structure of UGW9811 Perform software related installation and upgrade procedure Perform hardware operation and maintenance. Perform the routing operation and maintenance including authorization management, system information management, alarm management, trace management,log management, license management,patch management,data backup and restore Perform data configuration of S1-U&S11,S5S8 and SGi interfaces.describe basic concept of VPN,APN and charging Perform configuration of VPN,APN and charging Describe the DPI principles,content based charging principles and PCC concepts Perform configuration of the DPI function, service control function and PCC Describe HSS9820 product function and application Perform HSS9820 configuration of subscription data. Describe the steps of HSS9820 data configuration. Perform HSS9820 hardware and system data configuration. Perform HSS9820 interface data configuration. COMMERCIAL IN CONFIDENCE 41