Using advanced modeling and simulation tools, we help you evaluate architecture choices, validate link performance, and build a data-backed case for investment and deployment.
A 5G NTN NB-IoT Feasibility Study helps you make informed decisions before committing to development or deployment.
Using Gatehouse Satcom’s validated simulation frameworks, the study models the end-to-end performance of your NTN NB-IoT concept, from link-level physics to network behavior and business impact.
Calculates signal and noise margins across your orbit and service profile to predict realistic device connectivity and data rates.
Assesses end‑to‑end delay across your target orbit to set clear expectations for alarm handling, reporting speed, and overall service responsiveness.
Maps how far and how reliably your service can reach by combining orbital geometry, elevation constraints, and real‑world device distribution.
Reveals how much traffic your system can truly support under realistic load, helping you understand usable throughput and future scaling potential.
Analyzes Doppler impacts across your orbit to ensure timing stability, robust uplink access, and consistent device performance in motion.
Identifies achievable data rates across transparent and regenerative payloads so you know exactly which message sizes and reporting intervals your service can deliver.
All modeled parameters and KPIs are tailored to your satellite configuration, spectrum, and performance objectives.
Each 5G NTN NB-IoT Feasibility Study combines technical modeling, architectural evaluation, and business interpretation in a single structured process. Gatehouse Satcom works closely with your team to define objectives, simulate scenarios, and deliver results that support clear design or investment decisions.
The 5G NTN NB-IoT Feasibility Study provides a decision foundation for organizations exploring or developing satellite based IoT services. Each study reflects your program stage and mission goals, helping you understand technical performance together with commercial potential.
Model the end to end performance of a proposed NB-IoT NTN service before committing to design or hardware. Simulate link conditions, coverage, and capacity to confirm that your concept is technically viable.
Confirms link budgets, coverage windows, and achievable connection rates. Gain early confidence and reduce uncertainty before moving into architecture definition or funding applications.
Compare orbit types, payload modes, and network configurations to understand their technical and commercial impact. Use performance metrics to evaluate where the best balance lies.
Identify the configuration that provides optimal performance with manageable complexity and cost.
Use study outputs to present a credible, data based story to partners, stakeholders, or investors. Demonstrate maturity, readiness, and objective validation of your NTN concept.
Strengthen your business case with verified data and independent evaluation.
Align your program with 3GPP NTN progress and emerging ecosystem developments. Highlight risks early and ensure your direction remains consistent with the standards.
Reduce program risk and maintain a roadmap that stays relevant throughout standard evolution.
We model the complete NB-IoT over NTN stack - from physical link behaviour to RAN-level performance outcomes.
Technology + Goals + Expected Outcomes
Your existing NB-IoT setup or desired to-be structure
The current 5G standards
Analysis - Evaluation - Recommendations
Includes model assumptions, scenario definitions, KPI maps, and iteration notes as applicable.
Perspectives
We found the Gatehouse Satcom team to be very responsive and flexible in troubleshooting the issues with our implementation, resolving the problems, and explaining the operation.
We were very pleased with the service and plan to use the Gatehouse Satcom team again in the future.
The Gatehouse Satcom technical and program management support has been excellent. No obvious areas for improvement.
The Gatehouse team has been a great partner. They have operated like a partner and not a vendor and have been open to feedback and provided own feedback as well.
Simulations run
Completed studies
Projects live
Whether you are exploring NTN, preparing for integration, or planning commercial deployment, Gatehouse Satcom offers engagement models that support every stage of development.
License the 5G NTN NB-IoT eNodeB 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.
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.
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.
Our commercial team can help clarify scope, technical needs, and the most suitable engagement path for your device development stage.
Talk to SalesFrequently asked question on the subject of 5G NTN NB-IoT Feasibility Study
The feasibility study is designed for satellite operators, service providers, system integrators, and technology investors preparing or exploring a 5G NTN NB‑IoT service. It is relevant both in early concept phases when key assumptions need validation and in later stages when architecture decisions, performance expectations, and commercial viability must be confirmed before moving toward deployment.
The study provides evidence‑based insight into expected performance, system behavior, and architectural trade‑offs under real NTN conditions. By combining standards‑aligned modeling with proven simulation frameworks, it highlights limitations, dependencies, and cost drivers early. This allows you to avoid redesigns, delays, and misaligned investments at later stages.
All assumptions are grounded in 3GPP specifications and Gatehouse Satcom’s hands‑on experience with NTN testing, demonstrations, and system implementations. The models reflect practical satellite characteristics such as latency, link budgets, Doppler behavior, and coverage dynamics. This ensures that results align closely with what can be achieved in real deployments.
The study supports confident decisions on system architecture, technology readiness, performance feasibility, and roadmap priorities. It provides a shared and validated basis for aligning technical and commercial stakeholders on whether, when, and how to proceed with a 5G NTN NB‑IoT service.
The outputs are structured to support external communication and assurance. They can be shared with partners, used in discussions with regulators, and included in investor or stakeholder evaluations. This demonstrates that key technical and commercial risks have been thoroughly analyzed and provides a credible foundation for next‑step decisions.
Raphaela Teixeira
Sales Executive
If you are evaluating concepts, comparing architecture options, or preparing for early design decisions, we can help clarify what a feasibility study can deliver for your project.
Reach out directly or fill in the form to begin the conversation.