Nordic Semiconductor Expands IoT Portfolio with New Modules at MWC 2026

Nordic Semiconductor announced significant enhancements to its cellular IoT product lineup during the Mobile World Congress (MWC) 2026. The latest developments focus on providing manufacturers and developers with reliable, energy-efficient options for Internet of Things (IoT) connectivity. These additions aim to integrate cellular, satellite, and edge AI capabilities into cohesive solutions, addressing the growing demand for secure and scalable infrastructure.

The company’s new modules are expected to expand the global reach of IoT deployments. With enhanced device autonomy and simplified cloud integration, Nordic aims to meet the increasingly diverse application needs across various industries. Previous offerings had primarily focused on scaling LTE-M/NB-IoT for applications such as asset tracking and smart metering. However, these earlier products lacked support for the Cat 1 bis and satellite Non-Terrestrial Network (NTN) features.

New Product Series Introduced

The latest announcement introduces two new product series: the nRF92 and nRF93, along with upgrades to the existing nRF91 Series. The nRF92 Series incorporates an application microcontroller unit equipped with edge AI, GNSS, Wi-Fi locationing, and sensor processing capabilities. The nRF93 Series features LTE Cat 1 bis modules that offer high data rates and Wi-Fi-based location functionality. The upgrades to the nRF91 Series include improved satellite NTN capabilities and enhanced fallback options.

According to CEO Vegard Wollan, this expansion aims to establish “the most trusted, power-efficient, and scalable connectivity platform for billions of devices worldwide.” The new offerings are designed to enable developers to create secure, energy-efficient devices that cater to an array of applications.

Impact on IoT Applications

The updates are poised to benefit a wide range of applications, including smart meters, asset trackers, industrial sensors, and wearable technology. The nRF92 Series is particularly tailored for multi-year battery operation and is optimized for edge AI deployments, targeting advanced use cases that require efficient processing and reliable coverage, even in remote locations. Similarly, the nRF93M1 is equipped for global LTE support, making it suitable for asset tracking, security, fleet management, and advanced metering.

Developers utilizing these new solutions can expect enhanced functionality and scalability for their products. Nordic’s approach consolidates cellular, satellite NTN, and cloud-based services within a unified development ecosystem. By integrating multi-constellation GNSS, Wi-Fi locationing, edge AI, and fallback systems, the company addresses critical challenges related to connectivity loss and location accuracy.

By emphasizing integration with Nordic’s nRF Cloud platform, which offers support for remote management and firmware updates, the company aims to provide developers with confidence and clarity as they navigate an evolving technological landscape.

The anticipated general availability for the nRF93 Series is set for mid-2026, with the nRF92 Series expected to reach the broader market in early 2027. Nordic is actively working with lead customers to refine its new 5G and NTN solutions. Wollan stated, “Our goal is to make globally connected products easier to build, deploy, and scale—from chip to cloud.”

Nordic’s expanded lineup aligns with emerging trends in IoT hardware, particularly the integration of AI and cloud services at the device level. By supporting both Cat 1 bis and satellite NTN, these new modules fill important gaps for companies operating in sectors such as logistics, agriculture, and infrastructure.

For manufacturers assessing new deployments, Nordic’s portfolio offers a pathway for transitioning from legacy networks while maintaining power efficiency and device longevity. Organizations exploring secure, reliable connectivity for diverse IoT applications may find Nordic’s latest offerings well-suited to meet evolving industry demands. Evaluating product availability and compatibility with changing network standards will be essential for robust IoT planning in the future.