MapYourTech
Optical Transceivers & Pluggables
Learning Objectives Define optical transceivers and explain their fundamental role in modern network infrastructure Understand the key components and operating principles of pluggable optical modules Differentiate between optical and electrical interfaces in transceiver architecture Identify the major industry drivers and …
Free
Python Network Automation for Optical Engineers
Learning Objectives Install and configure Python development environment for network automation Understand Python syntax, indentation rules, and basic programming concepts Master variables, data types, and type conversion for network data handling Implement control flow structures (if/elif/else, loops) for decision-making in …
Free
Building Blocks for Open Optical Networks
Learning Objectives Understand the evolution from traditional vendor-locked optical networks to open, disaggregated architectures Comprehend the fundamental principles and value proposition of open optical networking Analyze the key components and architectural layers in open optical networks Evaluate the role of …
Free
Optical Fibers: Selection and Application
Learning Objectives Understand the fundamental principles of optical fiber communication and light propagation Classify different types of optical fibers based on ITU-T standards and industry specifications Analyze the key physical and optical characteristics that define fiber performance Evaluate the advantages …
Free
How to Choose DWDM Link Components
Learning Objectives Understand the fundamental principles of Dense Wavelength Division Multiplexing (DWDM) Analyze the role and functionality of transponders in DWDM networks Compare different transponder types and their applications Evaluate transponder specifications for network design requirements Apply transponder selection criteria …
Free
Network Upgrades and Maintenance
Learning Objectives Understand the fundamental principles and drivers of network upgrades in modern optical communications Analyze capacity requirements, technology advancements, and cost-benefit considerations for upgrade decisions Evaluate compatibility, interoperability, and future-proofing strategies in network maintenance planning Apply mathematical models for …
Free
Overview of Optical Networks
Learning Objectives Understand the fundamental principles of optical communication and light propagation Analyze the electromagnetic spectrum and optical window characteristics for fiber transmission Compare optical communication advantages over traditional electrical systems Calculate basic optical power, attenuation, and link budget parameters …
Free
Passive Optical Network (PON) Technology
Learning Objectives Understand the fundamental concepts and principles of Passive Optical Networks Analyze the evolution of optical access networks from copper to fiber technologies Compare PON architectures with traditional point-to-point and active optical networks Evaluate the technical and economic advantages …
Free
CLOUD FUNDAMENTALS:A Comprehensive Guide to Modern Cloud Computing
Learning Objectives Define cloud computing and explain its essential characteristics according to NIST standards Analyze the evolution from traditional IT infrastructure to cloud-based services Evaluate the economic and technical drivers behind cloud adoption in 2025 Compare and contrast cloud service …
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