Satellite Communications Analysis, Design and Engineering Workshop by Tonex
This 2-day workshop is designed to provide participants with a comprehensive understanding of satellite communications design and engineering, focusing on Low Earth Orbit (LEO) satellite service solutions, direct-to-cell solutions, and service delivery through LEO networks. Through interactive sessions, hands-on exercises, and collaborative discussions, attendees will learn about the latest advancements in satellite communications, including services such as internet delivery via SD-WAN solutions, backhaul, emergency services, and direct-to-cell networks.
Learning Objectives:
- Understand LEO Satellite Service Solutions: Gain a comprehensive understanding of various LEO satellite service providers and their technologies.
- Direct-to-Cell Solutions: Learn about the emerging direct-to-cell solutions and their applications.
- Service Delivery via LEO Networks: Explore different services delivered through LEO networks, including internet, backhaul, emergency services, and direct-to-cell solutions.
- Design and Engineering Principles: Understand the principles of designing and engineering satellite communication systems.
- Practical Implementation: Engage in hands-on exercises to apply satellite communication design and engineering techniques in real-world scenarios.
Audience:
This workshop is ideal for:
- Satellite communication engineers and designers.
- Telecommunications professionals involved in satellite services.
- Network engineers and IT professionals working with satellite communications.
- Project managers and team leaders overseeing satellite communication projects.
- Any professionals seeking to enhance their skills in satellite communications design and engineering.
Couse Outlines:
Module 1: Introduction to Satellite Communications
- Overview of satellite communication principles
- Importance of satellite communications in modern connectivity
- Key components and architecture of satellite communication systems
Module 2: LEO Satellite Service Solutions
- Overview of LEO satellite constellations
- Detailed analysis of Starlink, OneWeb, Telesat, and Kuiper
- Technical specifications, capabilities, and applications
Module 3: Direct-to-Cell Solutions
- Introduction to direct-to-cell satellite solutions
- Detailed analysis of AST Space Mobile, Lynk, and Starlink
- Applications and use cases for direct-to-cell services
Module 4: Service Delivery via LEO Networks
- Service: Internet with SD-WAN Solutions
- Understanding SD-WAN technology
- Integrating SD-WAN with LEO satellite networks for internet delivery
- Service: Backhaul
- Overview of backhaul services using LEO satellites
- Technical considerations and implementation strategies
Module 5: Emergency Services via LEO Networks
- Importance of satellite communications in emergency scenarios
- Implementing emergency services using LEO satellites
- Case studies and best practices
Module 6: Direct-to-Cell Service Integration
- Planning for future direct-to-cell services with existing cell networks
- Technical challenges and solutions
- Strategies for seamless integration and service delivery
Module 7: Design and Engineering Principles
- Key principles of satellite communication system design and engineering
- Tools and software for satellite communication design
- Techniques for optimizing design for performance and reliability
Module 8: Interactive Q&A Session
- Open floor discussion with satellite communication experts
- Addressing specific participant questions and scenarios
- Collaborative problem-solving and idea exchange
Module 9: Final Project: Satellite Communication System Design
- Developing a comprehensive design for a satellite communication system
- Group presentations and peer feedback
- Actionable steps for implementing workshop learnings in real-world projects