Nordic Semiconductor Leads Innovation in IoT Connectivity
Oslo, Monday, 12 May 2025.
Nordic Semiconductor is pioneering advancements in wireless IoT technology, focusing on enhancing connectivity and device efficiency to meet the growing demand for seamless integrations.
Strategic Partnerships and Innovation
In a significant development announced on January 6, 2025, Nordic Semiconductor formed a technical collaboration with Kigen to accelerate Massive IoT deployments [1]. This partnership focuses on integrating eSIM technology with Nordic’s nRF9151 Systems-in-Package (SiP), demonstrating Nordic’s commitment to advancing low-power, secure cellular IoT solutions. The collaboration aims to simplify Remote SIM Provisioning (RSP) for IoT devices under the GSMA’s SGP.32 standard, with the nRF9151 offering impressive specifications including 20% size reduction and 45% lower peak power consumption compared to previous generations [1].
Technology Evolution and Open Source Leadership
Nordic Semiconductor’s technological evolution has been marked by strategic decisions that have shaped the IoT landscape. A pivotal moment came with the company’s 2016 commitment to the Zephyr Project, which has now become the leading open-source RTOS for connected IoT devices [2]. This investment in open-source technology has proven particularly valuable as Nordic expands its product portfolio across LTE-M modules, Bluetooth LE SoCs, and Wi-Fi solutions [3]. Customer testimonials validate this approach, with companies like Quanta Storage Inc. selecting Nordic’s solutions for their superior performance in harsh environments, operating at temperatures from -40 to 85°C [4].
Next-Generation Connectivity Solutions
Nordic’s latest innovation includes breakthrough developments in Non-Terrestrial Networks (NTN), with the nRF9151 cellular module supporting satellite communications [5]. This technology operates through both GEO satellites at 36,000 km and LEO satellites at 600-800 km orbits, enabling global connectivity with data rates of 1-2 kbps for GEO and 20-40 kbps for LEO networks [5]. This advancement is particularly significant given that 90% of the planet and 75% of Earth’s landmass currently lack cellular coverage [3].