Duration
5 working days, including 2.1 working days of practical operation
Training Description
Training Object
- Personnel who are interested in network technologies and H3C certification
- H3C's agent engineers
- H3C training partner's trainers
- H3C product O&M personnel and technical support personnel
Entry Requirements
- Personnel who have passed H3C Certified Network Engineer (H3CNE) certification, or have a comparable level of technology
Objectives
Upon completing this training, trainees will be able to:
- Master the local switching fabric technologies.
- Master the configurations of H3C switching products.
- Be proficient in applications of various types of technologies in the LAN environment.
Courses
Course ID
Course Name
Total Duration of Course (Working Days)
Practical Operation Duration (Working Days)
HM-010
Campus Network Overview
0.25
HM-011
VLAN Technologies
0.75
0.35
HM-012
Spanning Tree
0.4
HM-013
High Availability Technologies
0.75
0.35
HM-014
IP Multicast
0.50
HM-016
Campus Network Security
0.50
0.25
HM-017
Campus Network Management and Maintenance
0.75
0.25
Total
2.1
Training Content
- Campus network development path and service deployment
- Virtual LAN (VLAN) overview, IEEE 802.1Q protocol, MVRP protocol, and configuration instances.
- VLAN routing concepts, configuration examples, L3 switching principles, and RIP and OSPF configurations for L3 switches
- Basic principles and configuration instances of the STP, RSTP, and MSTP
- Basic principles and configuration instances of high-reliability link aggregation, Smartlink, RRPP, IRF, and VRRP
- Principles and configuration instances of the IGMP, PIM-DM, PIM-SM, and multicast VLANs
- Campus network security technologies, including technical principles and configuration instances of AAA, Dotx authentication, port security, network access control, and SSH security login
- Campus network maintenance and management technologies, including technical principles and configuration instances such as SNMP, LLDP, mirroring, and NTP
Training Mode
Class teaching and practical operation
Course Description
HM-010 Campus Network Overview
Prerequisites
Personnel who have passed H3C Certified Network Engineer (H3CNE) certification, or have a comparable level of technology
Course Objectives
- Master the basic structure and evolution of the campus network.
- Understand the technical applications and deployment of the campus network.
Course Content
- Campus network development path
- Campus network structure
- Overview of campus network technologies
- Typical service deployment of the campus network
Training Mode
Class teaching
Maximum Number of Trainees
Course Duration
0.25 working days
HM-011 VLAN Technologies
Prerequisites
Personnel who have completed course HM-010 or have a comparable level of technology
Course Objectives
- Master basic principles of VLAN implementation
- Master basic concepts and configurations of MVRP.
- Understand principles and configurations of the Super VLAN and Private VLAN.
- Master routing and forwarding principles of L3 switches.
Course Content
- Overview of virtual LAN (VLAN)
- IEEE802.1Q protocol
- MVRP overview
- VLAN extension features: Super VLAN and Private VLAN
- L3 switch principles
- Inter-VLAN route configuration
Training Mode
Class teaching and practical operation
Maximum Number of Trainees
Course Duration
0.75 working days, including 0.35 working days of practical operation
HM-012 Spinning Tree
Prerequisites
Personnel who have completed course HM-011 or have a comparable level of technology
Course Objectives
- Understand principles of the STP.
- Understand principles of the RSTP.
- Understand principles of the MSTP.
- Master STP configurations.
Course Content
- Transparent bridging overview
- Basic principles of STP
- Basic principles of RSTP
- Basic principles of MSTP
- STP configurations
Training Mode
Class teaching and practical operation
Maximum Number of Trainees
Course Duration
1 working days, including 0.4 working days of practical operation
HM-013 High Availability Technologies
Prerequisites
Personnel who have completed course HM-012 or have a comparable level of technology
Course Objectives
- Master the basic principles of link aggregation.
- Understand basic applications of Smart Link and Monitor Link
- Master basic principles and applications of RRPP.
- Master basic principles and applications of VRRP.
- Understand basic principles and applications of IRF.
Course Content
- Forwarding principles and basic configuration of link aggregation
- Basic principles and configuration applications of the Smart Link and Monitor Link
- Implementation principles and configuration applications of RRPP
- Implementation principles and configuration applications of VRRP
- Implementation principles and basic configurations of IRF
Training Mode
Class teaching and practical operation
Maximum Number of Trainees
Course Duration
0.75 working days, including 0.35 working days of practical operation
HM-014 IP Multicast
Prerequisites
Personnel who have completed course HM-013 or have a comparable level of technology
Course Objectives
- Understand multicast concepts and applications.
- Master composition of a multicast address.
- Master principles and configurations of IGMP.
- Master principles and configurations of PIM-DM.
- Master principles and configurations of PIM-SM.
- Understand principles and configurations of multicast VLANs.
Course Content
- Multicast overview
- Overview of multicast implementation technologies
- L2 multicast implementation and applications
- Principles and configurations of IGMP
- Principles and configurations of PIM-DM
- Principles and configurations of PIM-SM
Training Mode
Class teaching and practical operation
Maximum Number of Trainees
Course Duration
1.0 working days, including 0.50 working days of practical operation
HM-016 Campus Network Security
Prerequisites
Personnel who have completed course HM-014 or have a comparable level of technology
Course Objectives
- Understand the potential security risks and related security protection technologies of the campus network.
- Master the deployment of campus network security technologies.
Course Content
- Overview of campus network security technologies
- AAA security architecture and RADIUS and TACACS protocols
- Port access control
- Network access control
- SSH login management
Training Mode
Class teaching and practical operation
Maximum Number of Trainees
Course Duration
0.75 working days, including 0.25 working days of practical operation
HM-017 Campus Network Management and Maintenance
Prerequisites
Personnel who have completed course HM-016 or have a comparable level of technology
Course Objectives
- Understand the management and maintenance tasks of the campus network.
- Master the tools for maintaining and managing the campus network and related protocol principles.
Course Content
- Overview of campus network maintenance and management
- SNMP principles and configurations
- LLDP principles and basic configurations
- Implementation and configuration of mirroring technology
- NTP principles and configurations
Training Mode
Class teaching and practical operation
Maximum Number of Trainees
Course Duration
0.75 working days, including 0.25 working days of practical operation
Programme scope, delivery arrangements and suitability are confirmed during enquiry.