Sequans NEKTAR-B Evaluation Kit: Covers all the cellular IoT worldwide bands by embedding the TRIO mXTEND™ antenna component and the Monarch 2 GM02S LTE Cat M1/NB1/NB2 module. Application NoteThe new NEKTAR-B Evaluation Kit by Sequans helps any designer to develop any IoT next application in a short period of time. The reference design integrates an
Ignion's Smallest Bluetooth Antenna in Different Ground Plane Form Factors Application NoteWhen designing a wearable, the antenna should be small, versatile, and efficient. How can we meet all these requirements and avoid buying a new part for each of the endless list of form factors?In this application note you can learn how the NANO mXTEND™
Upcoming Webinar: November 10, 2021 | Presented by Sequans and Ignion Overview Cellular connectivity, unlike other connectivity technologies, has a larger barrier to adoption in IoT devices. One major challenge at the start of any IoT project is the hardware design - and notably the choice of the connectivity module and the antenna. Making
Ignion white paper No longer do device manufacturers need to be antenna experts or have lavish budgets to challenge in the booming IoT market. Ignion makes the lives of IoT device makers much, much easier. Its groundbreaking Virtual Antenna™ system slashes product development times from months to weeks — even for devices handling
Accelerate your time-to-market with this innovative service. All you need to do is complete the form below to receive a ready-to-test antenna circuit customized to meet your requirements. This Kick-Start service is free of charge*, with results provided within 24 hours*. Deliverables include a recommended antenna design with an off-the-shelf Virtual Antenna™ and an optimized
August 12th, 10AM–11:30AM (China Standard Time) | Sponsored by Ignion and Richardson RFPD With the advent of 5G and the IoT, various wireless technologies and products emerged in a seemingly endless stream. However, the spectrum resources of sub-6G vary greatly among different countries and regions, which causes the same application and product to
Ignion white paper The wide range of potential bands to cover at the IoT design stage is endless, and on top of that, the developer usually isn’t sure where exactly the new device will be used. The IoT industry uses reference designs for its rapid deployment and reference designs need a standard antenna technology
Discover how to boost the RF signal on a mangOH® Yellow platform The RUN mXTEND™ cellular embedded IoT antenna into the mangOH® Yellow is an example of the new generation of tiny antenna boosters available for multiband connectivity. Integrating the antenna into the mangOH® Yellow fast prototyping super sensor ensures a fast and economic
Even if you need several bands to cover you can use this tiny chip antenna component. Use the inductors and capacitors to design your multiband matching network. WATCH NOW
March 3rd, 1:30-6.00 PM CET. Workshop Embedded World Congress DIGITAL: CLASS 5.2: Easy Design of IoT Wireless Devices Embedding Antennas Fractus Antennas has been selected by the Embedded World Congress organization to be part of the innovators this year. The company and its IoT Partners present this workshop to technically show real case studies of
