Imagine a tiny computer chip that lets devices talk to each other over long distances without needing a cell phone tower or a Wi-Fi router. It works like a super-efficient walkie-talkie for sensors that uses very little battery and is nearly impossible to hack. This allows thousands of devices in a city or factory to stay connected securely and cheaply.
Current IoT connectivity is fragmented; devices are either too power-hungry, have too short a range, or are too expensive due to cellular operator fees. Europe also lacks its own secure semiconductor supply chain, creating risks for digital sovereignty.
A European wireless system-on-chip (SoC) based on the ETSI NR+ standard, featuring RISC-V processors and a quantum-proof secure element.
If you are a municipal utility provider dealing with expensive cellular data plans for city-wide sensors — this project developed a non-cellular 5G SoC that provides connectivity up to 6 km without middle operators. This reduces operational costs and removes dependence on external network providers.
If you are a factory equipment manufacturer dealing with short-range Bluetooth or power-hungry Wi-Fi for machine monitoring — this project developed a low-power chipset with data rates up to 10 Mbps. This enables reliable, high-speed monitoring across large industrial sites without complex wiring.
If you are a building automation firm dealing with inefficient heating and lighting control — this project developed an NR+ SoC for dense sensing networks. This can lead to energy savings of ten to twenty percent through better occupancy and climate monitoring.
The project focuses on a low-cost wireless solution using RISC-V processors to reduce expenses. It eliminates the need for middle operators, further lowering the cost of connectivity.
Yes, the chipset supports massive IoT deployment with a long-range capability of up to 6 km without network infrastructure.
Based on available project data, the SoC is developed and manufactured entirely in Europe to ensure digital sovereignty, but specific licensing terms are not provided.
The project supports the Cybersecurity Act by integrating a quantum-proof secure element to meet future security requirements.
The SoC integrates radio, baseband, processing, and security into a single chip, simplifying the hardware design for end-product manufacturers.
The project is led by a single SME, Last Mile Semiconductor GmbH from Germany. This lean structure indicates a highly focused commercial drive, with 100% industry participation, ensuring that the development is aligned with market needs rather than academic research.
Contact Last Mile Semiconductor GmbH regarding NR+ SoC integration
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