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Duration 21 hours
Course Outline
Introduction
- Broad overview of microwave communication
- Definitions and real-world applications
- Evaluation of microwave link strengths and limitations
Electromagnetic Wave Fundamentals
- Frequency spectrum analysis and microwave bands
- Propagation behavior of microwave signals
- Impact of atmospheric conditions on signal propagation
Microwave Communication Architecture
- Core components of a microwave system
- Dynamics of Line-of-Sight (LOS) versus Non-Line-of-Sight (NLOS) communication
- Overview of point-to-point and point-to-multipoint system structures
Microwave Antenna Technology
- Classification of microwave antennas (parabolic, horn, etc.)
- Analysis of antenna gain and beamwidth
- Best practices for antenna alignment and installation
Link Budget Analysis
- Deciphering the constituent elements of a link budget
- Computing path loss, fade margin, and link availability
- Utilizing specialized tools and software for budget calculations
Point-to-Point (P2P) Microwave Links
- Key design factors for P2P systems
- Conducting site surveys and path profile evaluations
- Strategy for frequency planning and interference control
- Procedures for installation and performance testing
Point-to-Multipoint (P2MP) Microwave Links
- Essential design considerations for P2MP systems
- Selection of hub sites and sectorization strategies
- Deployment and configuration of subscriber units
- Addressing specific challenges in P2MP rollout
Network Planning & Topology Design
- Structuring network architecture: Ring, mesh, and star configurations
- Managing capacity planning and bandwidth allocation
- Ensuring redundancy and reliability within microwave networks
Operational Monitoring of Microwave Links
- Application of monitoring tools and methodologies
- Tracking performance indicators: Latency, throughput, and BER
- Integration of remote management and NMS solutions
Maintaining Microwave Systems
- Protocols for preventive maintenance
- Diagnosing common system faults
- Strategies for upgrading and expanding network capabilities
Microwave Link Troubleshooting
- Techniques for identifying and resolving connectivity issues
- Mitigating the effects of interference and fading
- Best practices for sustaining optimal link stability
Regulatory & Compliance Framework
- Navigating licensing and frequency regulations
- Adhering to international standards (ITU, FCC)
- Considering environmental and safety requirements
Conclusions & Future Directions
Requirements
- Foundational knowledge of wireless communication principles
- Proficiency in core networking concepts
Target Audience
- Network engineers and technical specialists
- Telecommunications professionals
- IT infrastructure architects
