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19/11/2024Satellite Communication Systems: Planning, Design, and Coordination
£5,000.00
Overview:
The satellite communications industry is experiencing unprecedented growth and technological evolution. This course offers participants a comprehensive understanding of satellite communication systems, focusing on cutting-edge advancements like 5G integration, LEO constellations, and high-throughput satellites. Participants will explore theory, practical implementation, and operational insights for modern satellite systems and networks.
Program Objectives:
By the end of this course, participants will be able to:
- Understand modern satellite communication systems and their applications.
- Explore the latest advancements in satellite frequency bands, including 5G and HTS integration.
- Learn about innovative technologies like LEO constellations and their impact on global connectivity.
- Examine satellite communication system design, planning, and link budgets.
- Gain insights into regulatory frameworks and frequency sharing coordination.
Target Audience:
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- Satellite Communication Engineers
- Network Engineers & Technicians
- Telecommunications Professionals
Program Outline:
Day 1: Introduction to Satellite Communication Systems & Modulation Techniques
- Overview of Satellite Communication Systems.
- Advances in Digital Modulation Techniques (e.g., QPSK, QAM, OFDM).
- Introduction to LEO, MEO, GEO, and HEO constellations.
- Case Studies: SpaceX Starlink and OneWeb.
Day 2: Earth Station Antennas: Types, Applications, and Pointing/Tracking
- Earth Station Antennas and Their Types.
- Antenna Design for Different Applications (Maritime, SNG, On-the-Move).
- Antenna Tracking and Alignment Techniques.
- Interactive Activity: Designing an Earth Station.
Day 3: Understanding Satellite Band Frequencies and the Electromagnetic Spectrum
- Satellite Frequency Bands and Their Applications.
- High-Throughput Satellites (HTS) and Spectrum Optimization.
- Regulatory Frameworks: ITU Guidelines and EIRP Density Limits.
- Practical Exercise: Calculating Link Budgets for Frequency Bands.
Day 4: Designing Satellite Communication Systems: Link Engineering and Network Coordination
- Comprehensive Satellite System Design and Planning.
- Link Engineering: Signal Flow and Propagation Effects.
- Coordination of GSO and LEO Systems for Frequency Sharing.
- Use Cases: Maritime, Disaster Recovery, and Remote Connectivity.
Day 5: Satellite Orbits, Spectrum Allocations, and Emerging Communication Payloads
- Orbit Types and Their Implications on Communication.
- Advanced Payload Technologies: Evolution and Future Trends.
- Applications in AI-Driven Analytics and Big Data Integration.
- Wrap-Up and Industry Applications Discussion.