Insights
5G NTN insights, resources and knowledge from the team at Gatehouse Satcom.
NB-IoT and 5G NR NTN Hybrid Scales Satellite IoT Without Burning Power
Most organisations do not need “satellite connectivity”. They need specific outcomes. Sensors that stay alive for years. Assets that stay visible beyond terrestrial coverage. Devices that do not become expensive to operate the moment the link budget gets tight. That is why the most realistic architecture for today’s NTN projects is not a single air…
Understanding the basics of 5G for satellites: What is 5G NTN?
Understanding the basics of 5G for satellites: What is 5G NTN? As demand for global connectivity continues to grow, extending 5G beyond terrestrial networks has become an increasingly important part of the telecommunications landscape. Satellite-enabled 5G is now viewed as a practical complement to terrestrial infrastructure, enabling coverage in remote, rural, and hard-to-reach areas where…
The role of LEO satellites in 5G NTN – unlocking the future of connectivity
The shift toward Low Earth Orbit (LEO) is doing more than just putting satellites closer to the ground; it’s integrating space directly into the global 5G ecosystem. While LEO constellations offer the low latency and high throughput needed for modern connectivity, the real challenge lies in managing the extreme dynamics of moving "cells" and Doppler…
How Gatehouse Satcom is advancing IoT from space
As the demand for global connectivity grows, the frontier of IoT is shifting from Earth to orbit. In this exclusive Q&A, Gatehouse Satcom Product Manager Morten Thomsen breaks down how the company is streamlining the transition to 5G Non-Terrestrial Networks (NTN). From purpose-built eNodeB software designed specifically for the rigors of space to seamless integration…
The critical role of testing in space-based communication
In the high-stakes environment of space, you don’t get a second chance. Deploying 5G Non-Terrestrial Networks (NTN) requires more than just innovative hardware; it demands rigorous testing and simulation to navigate the complexities of orbital dynamics and power constraints. This article explores how specialized network emulation and physical layer testing are essential for optimizing signal…
What does it take to make 5G satellite connectivity work?
As demand for global connectivity continues to grow, extending 5G beyond terrestrial networks has become a natural next step. Satellite-enabled 5G, commonly referred to as 5G Non-Terrestrial Networks (5G NTN), is designed to complement existing mobile infrastructure by delivering coverage in areas where ground-based networks are impractical or unavailable. Launching 5G satellite connectivity into space,…
Pitfalls and Possibilities: Discussing the Future of 5G NB-IoT NTN System Architecture
The finalisation of 3GPP’s Release 17 has solidified space-based 5G NB-IoT and direct-to-device connectivity as a reality. Increasing interest in satellite-based 5G services places new demands on NB-IoT system architecture to achieve uninterrupted network coverage across vast geographical areas whilst addressing current connectivity challenges and constraints worldwide. GateHouse SatCom’s Product Director, Svend Holme Sørensen, and…