Are you a satellite operator looking to offer 5G NTN enabled services, our 5G NTN NodeB software will allow you to do just that – and with a fast time to market.
The software is applied in either a test set up or deployed into a commercial system. Our 5G NTN NodeB software is 3GPP compliant, mature and commercial off-the-shelf. We have decades of experience with developing and maintaining satellite communications protocol stacks and through our seat in ETSI and 3GPP, we have an optimal vantage point for developing the software to power 5G NTN connectivity.
The software evolves in compliance with the 3GPP releases and can be delivered for NB-IoT, eMTC and New Radio.
The NodeB software includes the layers PHY, MAC, RLC, RRC, and is available in platform independent standard C++ code and can be ported to several COTS hardware platforms.
Let us help you enable your 5G NTN roadmap. Gatehouse excels in developing protocol software that enables a seamless satellite connectivity even in remote areas of the world. Our end to end solution fits to available NTN chipsets and SDR payload hardware.
Save time and improve your business case. Normally, it takes years and cost a lot to develop a reliable and advanced protocol stack for a 24/7 working satellite service, but by using an already proven solution, you can focus on your business and serving your clients instead of dealing with technical difficulties. This will give you a competitive advantage.
Shorten your time to market and reduce risk. With 5G NTN NodeB software from Gatehouse, you get already proven software reducing risks and ensures fast time-to-market.
The 5G NTN NodeB software is currently available for GEO transparent mode with NGSO Regenerative mode being on the roadmap.
In transparent mode, the satellite works as mirror between ground station and user equipment, also known as bent pipe operation. Regenerative mode means that signal processing is already done in the satellite, and that parts of the network infrastructure functionality are executed in the satellite.
Only transparent mode is supported by the standardization provided in release 17, while regenerative mode is discussed by 3GPP for later releases. Transparent mode fits nicely with existing GEO based satellite systems while it requires a substantial effort to make it work for NGSO satellite systems and furthermore, service is only possible when user equipment and ground station are both in view/reach of the satellite and communication is possible.
Category: 5G NTN Commercial
We are developing the 5G NB-IoT software as part of the official 3GPP standardization group. This means that the NodeB will be commercially available adhering to the standardization´s timeline. This is the beginning of 2024 (for Rel. 18 – for regenerative mode). Rel.17 (transparent mode) will already be commercially available by mid 2022.
To be ready when 5G NB-IoT kicks off officially, we recommend reviewing your system set-up and satellite fleet already today. We will be happy to guide you through that.
Category: 5G NTN Technical
This is not an assumption in our framework for analysis, but in general our understanding is that a GSO would want to provide individual cellular service within each beam to increase spectral and power efficiency. In the bent-pibe architecture this requires a wide feeder-link to be sliced and shifted in frequency for each beam or some other efficient encapsulation of the RAN in the feeder link.
Category: 5G NTN Technical
Major differences are on the satellites´ infrastructure. One example is the different location of the NodeB functionality.
For help in assessing how your satellite system set-up can support 5G NB-IoT connectivity, please do contact us.
Building your business case on a thorough technical feasibility analysis will enhance the probability of a successful demonstration and commercialization of your future 5G NTN service. The feasibility study will be tailored to your specific challenges but will generally include system capacity calculations, performance trade-offs and suggestions on how to maximize performance under the chosen link/fading conditions and network configuration.
Once you have a business case defined you will enter the demonstration phase. In this phase you will likely perform both off-air as well as on-air demonstrations to confirm and tweak 5G NTN performance before making it commercially available. For off-air testing you can apply a tool such as the 5G NTN Network Emulator (NEMU) for low risk and low cost testing in a fully simulated and controlled environment. Once you are ready to perform in-orbit testing, you will need to have a 5G NTN NodeB installed on your satellite(s), which we can offer on a trial basis before entering into commercial deployment.
Are you a satellite operator looking to offer 5G NTN enabled services, our 5G NTN NB-IoT NodeB software will allow you to do just that – and with a fast time to market. Our 5G NTN NB-IoT NodeB software is 3GPP compliant, mature and commercial off-the-shelf. We have decades of experience with developing and maintaining satellite communications protocol stacks and through our seat in ETSI and 3GPP, we have an optimal vantage point for delivering the software to power 5G NTN connectivity.
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29 June, 2022
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The 5G NTN UE software is for terminal manufacturers that want to develop and manufacture a 5G NTN capable terminal based on an SDR hardware platform.
The 5G NTN Network Emulator provides a controlled environment to emulate various real-world scenarios to validate analysis and feasibility studies.
The 5G NTN Feasibility Study will provide detailed simulations, analysis, and recommendations regarding your future 5G NTN service’s potential strengths and weaknesses.
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.