Cavli Wireless and Fractus Antennas present a module-antenna combo to simplify IoT product development

The ready to use P-Series modules by Cavli Wireless with the RUN mXTEND™ embedded antenna by NN enable IoT companies a quick design for large-scale deployments

Sant Cugat del Vallès, Barcelona, September 15, 2020 – Cavli Wireless and Fractus Antennas are pleased to present the P-Series Modules with embedded Virtual Antenna™.  Both companies believe that the IoT wireless products could reduce the product development process time if designers get a compact and ready to use solution that simplifies this process: a module-antenna combo.

All the P-Series modules integrate the RUN mXTEND™ antenna booster already embedded to reduce design time and accelerate the ideas into real products, covering global NB-IoT and LTE-CAT-M with a very compact format that could fit in about any wireless design.  The P-Series modules are connected computing modules that will enable IoT companies to mitigate the existing entry barriers to large scale deployment, and seamlessly carry out product development to global scale-up. Both companies have joined efforts to publish a reference design to explain note how easy is to adjust the P-Series module with the integrated antenna booster to the desired device.

About Cavli Wireless

Cavli Wireless was born out of a collective pursuit to break the barriers of connectivity across geographies, enabling every object and things in the physical world to be turned on and managed from anywhere.

About Fractus Antennas

Barcelona-based Fractus Antennas SL designs, manufactures and commercializes miniature, off-the-shelf antennas for IoT, mobile connectivity and short-range wireless devices. Founded as an independent antenna product business in 2015, Fractus Antennas was born out of the main Fractus operation and combines a respected R&D team with proven manufacturing capabilities and scale to bring to market a new generation of antenna products to meet the mobile and wireless connectivity needs of OEMs.