Wireless communication is a key aspect of any IoT application, but in many fields, it also needs to be able to cover larger distances while remaining as energy-efficient as possible. This is why Rutronik is catering to the field between traditional short-range wireless communication and mobile communication technology with the new S2-LP radio chip from STMicroelectronics.
Marvell extends its portfolio of wired and wireless automotive connectivity solutions by introducing an Ethernet switch with advanced security features to guard against compromises to the data streamed in-and-out of the vehicle
LTE Cat 1 LARA R3121 module honored for exceptional innovation
Murata has added a new feature to its website’s sensor guide, making it even quicker…
Silicon Labs expands its Wireless Gecko system-on-chip (SoC) (www.silabs.com/products/wireless/wireless-gecko-iot-connectivity-portfolio) portfolio with new multiband SoCs supporting…
V2X leaders u blox, Commsignia Inc and NXP Semiconductors, announced a strategic collaboration, in order…
Leti, a technology research institute of CEA Tech, announced the world’s first wearable stress-monitoring device…
Marvell extends a complete product portfolio of Ethernet and wireless automotive connectivity solutions with fourth generation family of wireless SoCs enabling advanced infotainment, telematics and Wi-Fi gateways for the connected car.
Standfirst: As LTE (Long Term Evolution) technology evolves to address the needs of a more connected world, the cellular landscape surrounding it grows increasingly complex. Different countries and carriers have adopted different technologies and bands in their efforts to bring LTE to IoT, resulting in significant market fragmentation. These rifts and complexities will require product creators to take strategic approaches to future-proof their IoT devices. Some of these strategies include the utilization of eSIM, pin-compatible and multi-band modules, and MVNO/IoT platforms.
XVF3000 devices and development kits target voice-enabled speakers.