Operate
5G NTN NR gNodeB
License the 5G NTN New Radio gNodeB for operational use. Gain onboarding, ICDs, integration support, training, and ongoing updates so you can deploy, configure, and maintain services with confidence across LEO, MEO, and GEO.
5G NTN New Radio Demonstrator
A controlled 5G NTN New Radio demonstrator for proving PHY stability and throughput - supporting pilot planning and early deployments with real, repeatable data.5G New Radio over satellite introduces tighter PHY margins and higher performance demands than narrowband IoT. This demonstrator enables early examination of NR behaviour under realistic NTN conditions, before committing to pilots or live transmissions.
Why New Radio over NTN is being demonstrated now
New Radio is moving from planning into practical evaluation. Before pilots and early deployments, operators need controlled evidence of NR behavior over satellite links.
Operators are moving from planning to evaluation
Satellite operators are moving New Radio from architectural planning into practical evaluation. Before pilots and live transmissions later in the year, teams need controlled evidence of NR behaviour over satellite links.
NR over NTN has tighter performance margins
New Radio introduces higher bandwidths, tighter timing, and less tolerance for uncertainty than earlier NTN technologies. Demonstration under realistic NTN conditions is essential before expanding scope or committing to pilots.
Early decisions require real data
As New Radio becomes part of NTN roadmaps, operators need more than models and assumptions. Demonstration provides the evidence needed to move confidently toward pilots and early deployments.
Demonstrate, examine, decide
3GPP Release 17 Baseline aligned
Transparent + Regenerative mode
A focused New Radio demonstrator designed to support early technical and commercial decisions before pilot engagement.
Demonstrate NR over NTN behaviour
Examine how New Radio behaves over satellite links under controlled conditions, with a focus on stability and sustained throughput rather than coverage claims.
- Anchored 5G NR operation
- FR1 bands (L/S)
- Single-carrier configuration
- Remote broadband scenarios
Observe real PHY performance
Move beyond models and assumptions by observing actual New Radio PHY behaviour over NTN, using repeatable demonstration scenarios.
- UE attach stability without resets
- Sustained bidirectional throughput
- Behaviour observed over extended sessions.
Support pilot planning
Use demonstrator results to inform pilot scope, expectations, and risk areas ahead of live transmissions later in the year.
- Evidence to support internal decision-making
- Input for pilot definition and success criteria
- Reduced uncertainty before scaling scope
Engage with Gatehouse Satcom on Your 5G NTN Journey
Whether you are exploring NTN, preparing for integration, or planning commercial deployment, Gatehouse Satcom offers engagement models that support every stage of development.
Validate
5G NR Demonstrator
Use a ready to run demonstrator for lab, HIL, or field validation. Confirm real NTN protocol behavior, interface compliance, and expected performance before moving into full integration.
Analyze
5G NR Feasibility Study
Evaluate concepts, payload modes, and link assumptions with simulation based performance modeling. Understand expected coverage, latency, and capacity, and identify architecture trade offs before development begins.
Not sure which option fits your program?
Our commercial team can help clarify scope, technical needs, and the most suitable engagement path for your device development stage.
Talk to SalesLet's get in touch
Raphaela Teixeira
Sales Executive
I look forward to discuss your current roadmap for 5G NTN and show how we can help you strengthen it.
Please reach out to me or fill out this form to start a conversation.