To successfully undertake the HCIP-Transmission course, potential learners should ideally meet the following minimum prerequisites:
- Basic understanding of optical networks and transmission principles.
- Familiarity with SDH (Synchronous Digital Hierarchy), WDM (Wavelength Division Multiplexing), and OTN (Optical Transport Network) technologies.
- Knowledge of network design and planning concepts.
- Experience with general networking protocols and configuration, including IP/MPLS.
- Ability to comprehend network diagrams and equipment architecture.
- Some hands-on experience with network devices, such as switches and routers, would be beneficial.
- Elementary troubleshooting skills for network issues.
- Enthusiasm to learn new technologies and adapt to complex networking scenarios.
These prerequisites are meant to ensure that learners have a foundational knowledge base to build upon during the course. However, individuals with a strong desire to learn and a commitment to the coursework may overcome gaps in their initial knowledge through dedication and study.
Target Audience for HCIP-Transmission
The HCIP-Transmission course caters to professionals seeking advanced knowledge in next-generation WDM, network configuration, and maintenance.
- Telecommunications Engineers
- Network Designers and Planners
- Optical Network Engineers
- Transmission Network Technicians
- IT Professionals working with Fiber Optic technologies
- Network Operations Center (NOC) Engineers
- Network Administrators overseeing WDM systems
- Maintenance Personnel for Optical Transmission Equipment
- Technical Support Engineers for Transmission Systems
- Network Infrastructure Architects
- IT Project Managers involved in network upgrades and deployment
- Professionals aiming for Huawei HCIP Transmission certification
- Technical Sales and Pre-sales Consultants specializing in transmission products
- Network Quality Assurance and Performance Testing Engineers
- Network Security Specialists dealing with transmission layers
Learning Objectives - What you will Learn in this HCIP-Transmission?
Introduction:
The HCIP-Transmission course equips students with in-depth knowledge of NG WDM systems, their networking, service configurations, troubleshooting, and emerging transmission technologies.
Learning Objectives and Outcomes:
- Gain a comprehensive understanding of NG WDM systems, including product functions, features, and hardware architecture.
- Understand network layers, system architecture, site types, and application scenarios for NG WDM equipment.
- Learn optical and electrical layer grooming techniques within NG WDM systems, including OADM and ROADM site models.
- Acquire skills in configuring common data, optical layer services, and electrical layer services on NG WDM equipment.
- Master the preparation and execution of NG WDM system commissioning, including optical power commissioning for various transmission systems.
- Develop a solid grasp of NG WDM protection mechanisms at the equipment, optical, and electrical layers.
- Be able to perform routine maintenance operations on NG WDM equipment and manage service indicators through NMS.
- Diagnose and troubleshoot NG WDM systems, with a focus on alarm signal flow and fault classification.
- Understand the principles and applications of the Optical Doctor (OD) and Fiber Doctor (FD) systems.
- Explore new transmission technologies, including Super 100G and intelligent network operations and maintenance (O&M).
- Learn about Multi-Service Transport Platform (MSTP) technologies, including clock protection, ECC maintenance, and PCM technology.
- Gain practical experience in MSTP board replacement, discrete service analysis, and Ethernet service performance testing.
- Understand the fundamentals of Automatically Switched Optical Network (ASON) and its applications in intelligent optical networking.
