Course Details
This course provides a comprehensive overview of NTN (Non-Terrestrial Network) IoT (Internet of Things). It focusses on NB-IoT NTN, discussing connectivity, performance targets, and deployment strategies. It explores real-world use cases across industries and remote environments while diving into technical aspects like satellite bands, coexistence, and NTN-related parameters. Operational topics include roaming, RAN sharing, timing and synchronization, QoS management, and supporting discontinuous coverage, equipping learners with a rounded view of NB-IoT NTN solutions.
Philip Nugent
Mpirical TrainerIndividual Course
Course Contents
What is NTN IoT?
- Cellular IoT Types for NTN.
- IoT Connectivity.
- NB-IoT NTN Performance Targets.
- NB-IoT NTN Solution.
- Class of Orbit.
- Geometric Coverage.
NB-IoT NTN Use Cases - Part 1:
- Container Tracking.
- Pipeline Surveillance.
- Water Monitoring.
- Environmental.
NB-IoT NTN Use Cases - Part 2:
- Mining / Plant Equipment.
- Agriculture.
- Polar Locations.
- Natural Disasters.
Deployment Strategy of NB-IoT NTN:
- Strategic Planning.
- Satellite Network Integration.
- Device and Protocol Adaptation.
- Network Deployment.
- Commercial Scaling.
- Monitoring and Optimization.
- Hybrid Architecture Design.
- Device and Chipset Readiness.
NTN NB-IoT Technical Aspects:
- Typical Satellite Bands.
- NTN Satellite Bands.
- NTN Co-existence.
- NTN-Related Parameters to eNB.
NTN NB-IoT Operational Aspects - Part 1:
- NTN Roaming and RAN Sharing.
- Determining 4G NTN Access Type.
- NB-IoT EPC Attach and PDN Connection.
- QoS Class Identifier for NTN.
- NB-IoT Preferred Network Behaviour.
NTN NB-IoT Operational Aspects - Part 2:
- NTN Specific Enhancements.
- Timing and Synchronization via Satellite.
- Support of Discontinuous Coverage.