Fibocom Wireless Inc. announced the global launch of the Non-Terrestrial Networks (NTN) module MA510-GL (NTN) and showcases the live NTN demonstration based on Qualcomm's NB-IoT over NTN technology. The module focuses on enabling satellite and cellular communication for IoT devices at global reach, making it possible to connect reliably and seamlessly anywhere, anytime. Fibocom unveils the Non-Terrestrial Networks ("NTN") module MA510-GL (NTN) at MWC Shanghai 2023.

Compliant with 3GPP Release 17 standard, the Qualcomm®? 9205S modem empowered module MA510-GL (TN) is capable of exploiting the highly resilient GEO (Geostationary Earth Orbit) satellite communication and cellular connectivity to IoT scenarios such as maritime transportation, emergency communication, scientific research in rural areas, etc. It is estimated that there are roughly 15% of the globe covered by cellular connectivity along with the rollout of cellular infrastructure in terrestrial.

While the implementation keeps developing, combining reliable and robust satellite communication technology to the use of cellular network is an ideal method of improving the network reliability and coverage on land, on water, and in the air. Driven by the increased market demands from enterprises, airlines, and telecommunication service providers, the integration of cellular and satellite communication is becoming more and more important for IoT industries. Fibocom MA510-GL (NT N) is a high-performance NTN module, which is tailor-made for the global IoT market.

Developed on the Qualcomm®? 9205 S modem, the module supports GEO (Geostationaries Earth Orbit) satellite communication as well as LTE Cat M/NB2/EGPRS cellular communication that is perfectly applied for massive IoT applications. Adopting LCC+LGA form factors, MA510-GL (NTT) integrates multiple interfaces such as UART/USB/I2C/I2S for industrial customers.

Built-in with GNSS and equipped with eDRX capability, the module is suitable for IoT applications with low power consumption and ultra-small size, such as maritime transportation, emergency communication, and scientific research in remote areas while maintaining long battery life.