Non-Terrestrial Networks
Programmable Silicon for 5G NTN and Satellites
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.
Traditional 5G cellular chips are not designed with the current NTN standards in mind. Dedicated chips with NTN enabled are required.
Coverage Extension
Enabling services for commercial activities in industries, such as agriculture, mining, and forestry, that occur outside inhabited areas.
Internet of Things
Addressing IoT requirements for defense-related activities that leverage satellite connectivity.
Remote Connectivity
Using satellite connectivity enables the transmission of key data from drilling and production sensors, enabling operators to monitor for any changes in machinery, prevent costly breakdowns, and address safety issues early.
Global Roaming
Supplementing the tracking of containers in a harbor or during transoceanic routes with coverage in areas where only satellite communication is possible.
Programmable Silicon for Enhanced 5G-NTN
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.
Whitepaper: 5G Non-Terrestrial Networks and Satellites
Blog: 5G NTN is Here – What are the challenges?
5G NTN SoC Processors
An Octasic Approach
Holistic Solution Approach
Open SDR offering: Base Station and Terminal
Highly Integrated SoC Silicon
Backed by superb code development tools
Comprehensive Support
Timely Training, Tech Support, and access to partner L2, L3 software solutions
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