Why perform 5G NTN demonstrations and tests?

Demonstrating the capabilities of 5G NTN technology before implementation is essential for satellite operators to gain data-driven validation of expected link and network performance.

These demonstrations provide key performance insights, helping to validate technical decisions and ensure success before committing to full-scale development and commercial launch of new services. Here’s why performing a demonstration test is invaluable:

  • Mitigate Risks
    Evaluate potential challenges, integration points, and technical performance before committing to full-scale deployment.
  • Validate Performance
    Ensure that your satellite systems are compatible with 5G NTN protocols, offering improved coverage, reduced latency, and higher bandwidth.
  • Optimize Investments
    By experiencing a 5G NTN implementation in your intended set-up firsthand, you can make informed decisions. This enables you to optimize your investments and ensure that your technological infrastructure is ready for the future.
  • Gain Competitive Edge
    Stay ahead of the curve by testing and adopting next-generation technologies, giving your satellite network the flexibility and scalability to meet future demand.

Gain roadmap confidence with advanced 5G NTN Demonstrations

As the satellite communication industry evolves, Non-Terrestrial Networks (NTN) are driving the next wave of innovation. At Gatehouse Satcom, we empower satellite operators and satcom service providers to stay ahead of the curve with our cutting-edge 5G NTN Demonstrations. These demonstrations provide accurate, real-world data on the link and network performance of 5G NTN which allows operators to experience firsthand how the incorporation of 5G NTN technology can revolutionize their satellite operations.

Additionally, with our 3GPP-compliant 5G NTN NodeB ready for commercial service, you can seamlessly transition from demonstration to deployment, accelerating your time to market.

We understand that every satellite operator has both unique needs and existing system performance, and our 5G NTN Demonstrations are designed to accommodate that – supporting both transparent and regenerative mode. Whether you prefer a controlled lab environment or a live in-orbit satellite network setup, we provide the flexibility to meet your testing requirements:

Lab Setup

5G NTN Demonstrations

Live Setup – Transparent Mode

5G NTN Demonstrations

Live Setup – Regenerative Mode

5G NTN Demonstrations

Demonstrate Various System Configurations

5G NTN connectivity can be achieved through various system configurations, with each system architecture offering unique benefits and deployment characteristics. The 5G NTN NodeB can be integrated in different physical or logical locations—such as embedded satellite payload hardware, physical servers, cloud servers, or a combination of these options. This flexibility allows 5G NTN deployments to be tailored in terms of setup, capacity, and geographical placement.

To ensure accurate validation, testing must be conducted on a setup that closely matches the intended deployment. Our demonstration setups are designed precisely for this purpose, offering highly flexible configurations. The 5G NTN NodeB can run on embedded or x86 platforms, with interface endpoints located on the same physical system or distributed across different physical or virtual systems. Developed according to ORAN Alliance specifications, these demonstration setups provide a configurable sandbox environment that effectively replicates a live system.

Technology for any phase of your 5G NTN roadmap

Feasibility

Building your business case on a comprehensive technical feasibility analysis significantly increases the chances of a successful demonstration and commercialization of your 5G NTN service. Tailored to your specific challenges, the feasibility study typically includes system capacity calculations, performance trade-offs, and recommendations on optimizing performance based on your selected link conditions, fading scenarios, and network configuration.

Customized 5G NTN Feasibility Studies

Demonstration

“Once your business case is defined, you’ll move into the demonstration phase. In this phase, you’ll likely conduct both off-air and on-air demonstrations to fine-tune 5G NTN performance before commercial launch. For off-air testing, you can use tools like the 5G NTN Network Emulator (NEMU), providing a low-risk, low-cost solution in a fully simulated and controlled environment. When you’re ready for in-orbit testing, you’ll need a 5G NTN NodeB installed on your satellite(s), which we offer on a trial basis ahead of commercial deployment.

Advanced 5G NTN Demonstration Setups

Commercial

Are you a satellite operator aiming to offer 5G NTN-enabled services? Our 5G NTN NB-IoT NodeB software enables you to do just that—with a fast time to market. Fully 3GPP-compliant, mature, and ready for commercial use, our software is built on decades of experience in developing and maintaining satellite communication protocol stacks. With a strategic seat in ETSI and 3GPP, we have a unique vantage point to deliver the software that powers 5G NTN connectivity.

3GPP Compliant 5G NTN NodeB Software

5G NTN Demonstrations will strengthen your business case

At Gatehouse Satcom, we are pioneers in the satellite communications industry. With decades of expertise in Non-Terrestrial Networks, we deliver unparalleled insights into how 5G NTN technology can unlock new business opportunities for both existing and emerging satellite communications networks.

Are you ready to explore how our 5G NTN demonstrations will provide data-based guidance for your 5G NTN roadmap? Please provide us with a few preferences and we will be glad to put together a customized presentation suited for your exact needs.

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about 5G NTN Demonstrations


Raphaela Teixeira
Sales Executive

Please specify what kind of demonstration or testing setup you are interested in learning more about. We’ll put together a presentation suited to your preferences and return to you shortly.

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Looking for live or lab tests?
NB-IoT or New Radio (NR)?
Transparent or regenerative mode?