The Storage Technology Revolution in IoT

By Tetsu (Ming Che) Ho with Winbond

In a recent IoT Analytics Research report, the IoT semiconductor market is set to grow from $33 billion (in 2020) to $80 billion by 2025, with the four fastest growing fields being IoT microcontrollers (MCUs), IoT connectivity chipsets, IoT AI chipsets, and IoT security chipsets and modules to achieve better performance and lower power in applications such as smart watches, automotive, and smart homes.

Intelligent Sensor Module at the Edge Reduces System Power by 80%

The latest Artificial Intelligence (AI)-based solutions at the edge of an industrial application rely heavily on real-time data from multiple sensors.?Naturally, the features, capabilities, and types of sensors in a system depend on the requirements of each application.

Complex applications execute comprehensive algorithms that require data from multiple sensors. As the number of sensors in an Internet of Things (IoT) solution increases, so does the power consumption of the system. In addition, adding sensors increases the latency risk for applications demanding the system process data fast and efficiently. Read more.

Embedded World Work Shop - How to Accelerate AI Application Development - Win a T-Shirt

Attend our Embedded Workshop and receive a FREE T-shirt!?Please join Embedded Computing Design and Synaptics Incorporated as we discuss How to Accelerate AI Application Development at embedded world Exhibition&Conference Booth 1-500 at 3:00 pm on Tuesday March 14th

Register here for T-shirt.