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Traditional 5G cellular chips are not designed with the current NTN standards in mind. Dedicated chips with NTN enabled are required. 

Driven by 3GPP standards, 5G Non-Terrestrial Networks (NTN) has arrived, not just as a technology, but as its own emerging market. Chip-level requirements are the key to successful growth. 

With programmable software you can make these kinds of adjustments and test them on both the base station and UE. Doing so when the software implementation and architecture are optimized for DSP devices is even better. 

Programmable Silicon for Enhanced 5G-NTN   

5G NTN Resources

Whitepaper: 5G Non-Terrestrial Networks and Satellites

Blog: 5G NTN is Here – What are the challenges?

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5G NTN SoC Processors

Open SDR offering: Base Station and Terminal

Holistic Solution Approach

Highly Integrated SoC Silicon

Timely Training, Tech Support, and access to partner L2, L3 software solutions

Comprehensive Support

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An Octasic Approach

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Non-terrestrial networks (NTN) need programmable silicon to simplify deployment and interoperability. Satellite connectivity supports IoT proliferation. This white paper covers 3GPP standards, 5G NTN, programmable silicon for 5G NTN, use cases, obstacles, and more. 

Les réseaux non terrestres (NTN) ont besoin de silicium programmable pour simplifier le déploiement et l’interopérabilité. La connectivité par satellite prend en charge la prolifération de l’IoT. Ce livre blanc couvre les normes 3GPP, 5G NTN, le silicium programmable pour 5G NTN, les cas d’utilisation, les obstacles, et plus encore. 

Non-Terrestrial Networks