#Norway #Oslo #IoT Connectivity #Nordic Semiconductor #nRF9151

Nordic Semiconductor Unveils nRF9151 Development Kit Combining Satellite and Cellular Connectivity

Nordic Semiconductor, known for its innovative, low-power wireless solutions, has recently launched the nRF9151 Development Kit. This development kit is a game-changer for engineers focused on Cellular Internet of Things (IoT) applications, DECT NR+, and Non-Terrestrial Networks (NTN) that require robust RF performance. Designed with the challenges of advanced connectivity in mind, this kit is poised to pave the way for future advancements in wireless communication technology.

Key Features and Innovations

Enhanced RF Performance

The nRF9151 SDK is crafted specifically for thorough evaluation of radio frequencies (RF). Unlike traditional kits that rely on internal antennas, the nRF9151 replaces these with SMA connectors. This allows engineers to attach high-performance external antennas or lab equipment directly, facilitating precise characterization and development of various IoT applications. This feature becomes particularly beneficial in scenarios where optimization of RF performance is essential, such as distant sites with faint digital signals, smart buildings with high node density, or industrial environments subject to RF attenuation.

Support for Satellite Communication

Alongside the hardware launch, Nordic has released a new modem firmware that introduces satellite communication capabilities via NTN. This addition aligns with the 3GPP Release 17 standard and supports NB-IoT for non-terrestrial networks. Furthermore, the kit is compatible with LTE-M networks as well as NB-IoT, along with GNSS systems, creating a comprehensive development and evaluation solution for hybrid connectivity.

Kristian Sæther, Senior Director of Nordic Semiconductor's Long-Range division, stated, "As engineers explore the frontiers of wireless connectivity through satellite links, they need development tools that provide flexible and precise RF performance. The nRF9151 SDK delivers exactly that, offering radio frequency experts the essential accuracy needed to validate their most ambitious designs, even in the complex RF environments of direct satellite communications."

Designed for Precision and Flexibility

The nRF9151 Development Kit not only maximizes RF flexibility but also is optimized to comply with the latest standards, making it an ideal platform for DECT NR+ and NTN development. This ensures optimal link performance for advanced projects. The SMA connectors allow for direct connection to laboratory equipment and facilitate accurate performance validation and power measurements, enhancing the overall development experience.

Comprehensive Rapid Prototyping Tools

Included in this kit are all necessary components for immediate prototyping. It features high-performance antennas from Taoglas (LTE/NTN/NR+) and Kyocera (GNSS), along with SIM cards and testing data for instant terrestrial and satellite connectivity through partnerships with Deutsche Telekom, Onomondo, and Monogoto. By providing everything needed to get started, the nRF9151 simplifies the prototyping process, enabling engineers to concentrate on innovation rather than logistics.

The nRF9151 Development Kit also supports Nordic's unified and scalable nRF Connect SDK, ensuring that developers can build seamlessly across a range of applications.

Availability

The nRF9151 Development Kit is now available through Nordic’s distribution partners. The alpha version of the modem firmware can also be downloaded for free, allowing developers to jump-start their projects immediately. As the IoT landscape continues to evolve, Nordic Semiconductor's nRF9151 kit is set to become an important asset in the toolkit of engineers driving the future of wireless communication.

With its emphasis on hybrid connectivity options, robust RF performance, and comprehensive support for advanced IoT use cases, the nRF9151 Development Kit not only exemplifies Nordic Semiconductor's commitment to innovation but also sets a new standard for future development in the realm of satellite and cellular IoT technologies.