HCIP-Transmission Training V2.5

Course Outcomes

• Understand the basic concepts, principles, transmission modes, and basic composition of WDM
• Know the WDM transmission media
• Have a good command of WDM technical principles and key technologies
• Describe the positioning and application scenarios of Huawei OptiXtrans E9600/E6600 series and OptiXtrans DC908
• Understand the appearance and cabinets of Huawei OptiXtrans E9600/E6600 series and OptiXtrans DC908
• List the boards and functions of Huawei OptiXtrans E9600/E6600 series and OptiXtrans DC908
• List NG WDM site types
• Describe the signal flows of different types of NG WDM sites
• Describe the application scenarios of NG WDM sites
• List the basic elements of NG WDM networking
• Describe the ROADM features of NG WDM devices
• Describe the ROADM boards of NG WDM devices, including their application scenarios
• Distinguish the electrical-layer cross-connection functions of various boards on NG WDM devices
• Understand the electrical-layer cross-connect and grooming models of NG WDM devices
• Describe the typical application scenarios of electrical-layer cross-connect and grooming of NG WDM devices
• Master the optical power calculation method
• Understand the general commissioning process
• Get familiar with the commissioning procedures in different scenarios
• Design IP addresses and masks for devices in a private network
• Describe MPLS and PWE3 technologies
• List the types of MS-OTN packet Ethernet services and describe their features
• List maintenance features of MS-OTN packet services
• Understand positions and functions of different overheads at each OTN layer
• Understand basic functions of OTN electrical-layer overheads
• Understand how OTN electrical-layer alarms are generated and learn how to use electrical-layer overheads to analyze and locate faults
• Explain the principles of protection schemes provided by MS-OTN products
• Describe the features and application scenarios of protection schemes provided by MS-OTN products
• Understand the precautions for routine maintenance
• Be familiar with device and NMS maintenance operations
• Perform routine maintenance as required
• Understand the electrical-layer alarm mechanism of the NG WDM system and describe the signal flow of electrical-layer alarms
• Understand the optical-layer alarm mechanism of the NG WDM system and describe the signal flow of optical-layer alarms
• Use common NG WDM alarms to locate faults
• Describe the methods and ideas for handling WDM faults
• Describe the classification of common faults and corresponding handling methods
• Perform NG WDM Common Data Configuration
• Perform Configuring Optical-Layer Services
• Perform NG WDM Power Commissioning
• Perform MS-OTN Service Configuration
• Perform MS-OTN Protection Configuration