Objectives

• Describe types of Huawei Transmission Network Products and application scenarios
• Understand characteristics of commonly used boards
• Describe the system structure of iMaster NCE-T
• List relevant functions and features of iMaster NCE-T
• Perform iMaster NCE-T OAM
• Describe the basic concept of QoS
• List QoS Models & key technologies
• Describe typical application with QoS & HQoS in transmission network
• Understand OSU theory and application scenarios
• List OSU features
• Describe ASON concepts, protocols and working process
• List ASON features and application scenarios
• Configure on Optical Doctor System & OAM Network
• List application scenarios and features of Fiber Doctor System
• Perform FD function and analyze results
• List key factors during network planning
• Describe key factors of DCN design
• Understand mainstream SDH to OTN upgrade solutions
• Describe key technologies for 100G transmission and above
• Understand application value of extended C band and Super C band
• List technologies involved with ULH solution
• Describe ULH solution
• Describe Huawei All-Optical Switching devices and application
• Describe Huawei DCI solution and application
• Describe PID network structure and application
• List board types and features used in PID
• Understand the theory and application scenarios of Fiber Optic Sensing Solution
• Describe clock synchronization theory
• Understand protocols used in time synchronization among OTN devices
• Understand locations and functions of overheads in different OTN layers
• Locate fault and troubleshoot with electrical-layer overheads
• Describe WDM troubleshooting methods
• Perform OTN device deployment and commissioning
• Perform MS-OTN service configuration, such as OTN electrical-layer service, SDH service, EoO service, EoS service, MPLS-TP service and OSU service.
• Perform optical-layer ASON service configuration (Diamond, Silver & Copper)
• Perform OTN Network Structure Reconstruction and Protection Reconstruction
• Troubleshooting with various faults, such as optical power faults, service interruptions, protection faults, communication faults and bit error faults

Target Audience

• Personnel attending HCIE-Transmission Certification Test
• Personnel looking to better understand transmission network deployment commissioning, service configuration, network planning and design, network reconstruction, intelligent maintenance and troubleshooting
• Senior technical personnel interested in the latest technologies and solutions of transmission networks

Prerequisites

• Individual with HCIP-Transmission Certification or equivalent skill set

Course Details