Intermediate Transmission Engineering for IP/Ethernet Backhaul
Transmission engineering
Overview: Microwave Communication System course
At the end of this course, participants will be able to:
- Understand and apply the basic principles of RF propagation
- Understand microwave applications as applied to basic link engineering for TDM and IP backhaul.
- Ethernet radio training
- Basic Microwave Principles
- Basic IP/Ethernet Concepts
Course outline
- Purpose of transmission engineering
- Vocabulary and notation
- RF Design process flowchart
- Network topologies
- Typical design applications
- Ethernet and TDM Ring protection
- Link and hop design
- Ethernet Radio configuration
- Microwave repeaters
- Parabolic antenna types
- Transmission lines
- Radomes
- Antenna coupling units
- Total loss parameters
- Total gain parameters
- RF Protection schemes
- Diversity arrangements
- Improvement factors
- Objectives and calculations
- Multipath outage
- Rain outage
- Vigants and ITU-R Models
- Geo-climatic factors
- Multipath outage time
Sample calculations discussion based on fixed and adaptive coding and modulation using:
- Path Loss V.4 and V.5
- Electromagnetic field
- Free space equation
- Atmospheric effects
- Terrain effects
- Path clearance criteria
- Principles of path profiles
- Fade mechanisms
- Principles of frequency interference
- Principles of frequency planning
- Paperless Chart Recorder (PCR) Introduction.
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Pricing & scheduling
Please contact your Aviat local sales team for a quote or email
Course specifics
- Duration: 5-day
- Capacity: 10
- Materials provided:
- e-Book
Target audience
The course is intended for Network Engineers requiring exposure into intermediate microwave transmission theory and its applications for IP designs.