Transmission Package – From A to Z
📝 Program Description
The Transmission Package – From A to Z is a comprehensive training program that covers all major transmission technologies used in modern telecom networks, starting from basic telecom and antenna concepts, moving through microwave transmission, satellite communications, and finally optical fiber and optical transport networks.
The program focuses on both theoretical foundations and practical transmission design concepts, including microwave link planning, link budget calculations, optical network design, DWDM/OTN technologies, and protection schemes.
It is designed to provide learners with a solid end-to-end understanding of transmission systems used in mobile and fixed networks.
⏱ Total Duration
18 Hours
🎯 Target Audience
- Telecom & Communication Engineering students
- Fresh graduates
- Transmission and transport network beginners
- Mobile and fixed network engineers
- Engineers working in microwave or fiber transmission
- Anyone seeking a complete understanding of transmission technologies
✅ Prerequisites
- No prerequisites required
🌐 Language
Arabic with English subtitles
🎯 Learning Outcomes
By completing this package, learners will be able to:
- Understand the role of transmission networks in telecom systems
- Explain microwave transmission principles and applications
- Design microwave links and perform link budget calculations
- Understand PDH and SDH concepts and frame structures
- Analyze line-of-sight, antenna, and frequency considerations
- Understand satellite communication systems and parameters
- Understand optical fiber principles, components, and testing
- Differentiate between DWDM, CWDM, gray light, and colored light
- Understand optical transmission equipment and architectures
- Explain OTN concepts, frame structure, and protection schemes
📚 Program Structure & Content
Section 1: Telecom & Antenna Fundamentals
- Introduction to transmission concepts
- Telecom basics review
- Antenna fundamentals
Section 2: Microwave Transmission
- Microwave transmission overview and applications
- Microwave frequency bands and characteristics
- Microwave system components
- Link configurations and topologies
- PDH and SDH fundamentals
- SDH frame rate calculation and frame structure
- Microwave link planning considerations
- Line-of-sight, antenna, and frequency considerations
- Relay types
- Link budget calculations
- Microwave link design and reporting
Section 3: Satellite Transmission
- Introduction to satellite communications
- Satellite system operation
- Types of satellites
- Satellite launching concepts
- Satellite system components
- Satellite transmission parameters
Section 4: Optical Fiber & Optical Transmission
- Optical fiber fundamentals and advantages
- Optical fiber principles and wavelengths
- Optical light sources
- Fiber layers, cable types, and submarine cables
- Single-mode vs multi-mode fiber
- Optical losses and dispersion
- Optical modules and connectors
- Optical fiber splicing
- Optical network design and testing
- Transmission concepts and technologies
- Gray light vs colored light
- DWDM vs CWDM
- Bidirectional vs unidirectional transmission
- Optical Terminal Multiplexer (OTM)
- Optical Line Amplifier
- Regenerator
- Optical Add/Drop Multiplexer (OADM)
- Optical Transport Network (OTN) basics
- OTN frame structure
- Protection mechanisms
- Grid types
🚀 Program Value
- Complete end-to-end transmission learning path
- Covers microwave, satellite, and optical fiber in one package
- Includes practical planning and design concepts
- Suitable for mobile backhaul and transport networks
- Strong foundation for Transmission, Transport, and Backhaul roles