MODERN TRANSPORT NETWORK
Cloud & Blockchain Training
5 days
Course description
This course will provide participants with a very solid foundation about modern transport networks, including SDH, DWDM, Carrier Ethernet, and Microwave Networks. Participants will be able to sketch, plan and design the typical 3G/4G IP backhaul networks, using various transport network topologies and protocols.
Target audience
Access Transmission Engineers, and Technicians also Managers who are working closely with Transmission Networks
Course requirements
Basic understanding of transmission technologies
Course Plan
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Section 01 Introduction to Transmission Systems | |
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Section 02 Overview of Fiber Optics Communication | |
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Section 03 SDH Overhead and Roles in OAM&P | |
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Section 04 SDH Pointers and Their Roles in OAM&P | |
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Section 05 SONET/SDH Network Topologies | |
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Section 06 SDH Synchronization and Timing | |
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Section 07 Introduction to DWDM | |
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Section 08 DWDM Components and Architecture | |
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Section 09 SDH, IP, ATM, WDM and DWDM Integration | |
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Section 10 Fundamentals of MEF Carrier Ethernet | |
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Section 11 Service Definition in Single Operator Scenario | |
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Section 12 Carrier Ethernet Services Definition Over Multiple Operator Networks | |
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Section 13 Link and Service OAM&PM | |
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Section 14 Basic Components of a Fixed Service Microwave Link | |
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Section 15 Microwave Network Architecture | |
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Section 16 Design of a Microwave LOS Link | |
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Section 17 Microwave Networks Design Basics | |
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Section 18 Microwave Links Redundancy Arrangements | |
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Section 19 Microwave Networks Performance Objectives, and Availability Criteria |