Security Suite for Microsoft Azure IoT

With the sheer volume of data generated by the Internet of Things, communications service providers (CSPs) are in an excellent position to become high-value data players in the fast-growing information supply chain. But how will you start to make this data work for you?

The Internet of Things (IoT) is a term coined by tech developer Kevin Ashton to describe the interconnected network of physical devices and vehicles that electronically collect and share data using embedded sensors. IoT devices are deeply embedded systems comprised of SoCs, DDR Memory, Power Management ICs, Wireless LAN ICs, and microcontrollers which utilize low speed serial communication protocols such as UART, I2C, SPI etc. to name a few.

EV charging is an IoT venture that promises outstanding growth potential. Entry to market barriers or additional considerations for scaling need to be addressed to ensure success. In this session we talk about the conditions that are impacting the EV market, how to solve some of those issues, and how wireless connectivity can help fail-proof your business as you scale.

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.