Preparing Blueprints and Feasibility Studies in Enterprise IoT

You already know the IoT represents a huge opportunity. But do you fully understand how to make money as your device business becomes more of a digital business? There are opportunities from the edge to the cloud, in connected and disconnected devices – if you know where to look.

Adafruit’s CircuitPython is a programming language designed to simplify experimenting and learning to code on low-cost microcontroller boards. It has helped open up the IoT and place it within reach of developers of all types. Like its “parent” MicroPython (which CircuitPython is based on), being able to use the uber-popular Python language to program “things” and connect them to the world has led to significant advancements in the reach and scope of IoT solutions.

As digital-centric scaling pursues solutions in 3D device architectures such as gate-all-around (GAA) transistors, most applications in new leading-edge growth markets such as Edge AI/ML, IoT, automotive and 5G mmWave demand post-bulk processing power and also next-generation analog and RF performance. This webinar is an overview of production-proven fully-depleted silicon-on-insulator (FD-SOI), the only post-bulk planar transistor technology. We will explain and demonstrate how FD-SOI delivers FinFET-like performance, excellent mismatch and noise characteristics and best-in-class Ft and Fmax required for energy-efficient mmWave applications.

The 5G standards were designed for use in Industry 4.0 applications and includes a number of enhancements for Industrial IoT both in terms of the number of devices supported, power requirements and the support for delay sensitive applications.