Cellular as a method to communicate with the IoT is on a tear for obvious reasons. It’s long-range with no concerns about the lesser reach of Bluetooth or Wi-Fi, it needs no added infrastructure since it already works with 2G/3G/4G (and ultimately 5G I presume) and it’s designed for ultra-low power, supporting those devices expecting… Read More
Many factors go into building a competitive solution for the IoT, but few are as important for high-volume applications as low cost – not just chip cost but total system cost. If your customers are going to deploy thousands, tens of thousands or even millions of your devices in cities, factories, logistics applications, power grids… Read More
The definition of IoT systems is moving fast: the simple definition of a connected (to Internet) device in the early days is becoming more complex and also more precise. IoT or M2M devices are expected to support the full range of emerging cellular protocols such as LTE MTC Cat-1, Cat-0 or Cat-M, as well as the suite of Low Power Wide… Read More
If you could not attend live to the webinar from CEVA “Lear how to design a LTE-based M2M Asset Tracker SoC”, you have a second chance to access it remotely and to learn a lot. You will learn about CEVA’ Dragonfly platform 1 or 2, based on CEVA-XC8 or CEVA-XC5, and you will discover how mobile Machine 2 Machine (M2M) devices developed … Read More
Most of our attention goes toward the higher end of the LTE UE categories – ones designed for moving large amounts of multimedia data from smartphones and tablets concurrently with voice traffic. An equally interesting discussion is taking shape at the low end of the LTE UE categories targeting M2M and IoT devices with power-efficient,… Read More
