10:35 am – 11:15 am
Presenter: Mike Felato, STMicroelectronics
In this session we will discuss the reasons that silicon carbide (SiC) is desirable for use as a wide bandgap semiconductor for MOSFETs and rectifiers, what advantages it offers, its features and benefits and what power levels and applications see the greatest benefit versus other semiconductors. We will also briefly discuss the various package types used and how they take maximum advantage of this technology.
11:25 am – 12:05 pm
Presenter: Mike Felato, STMicroelectronics
In this session we will discuss various electric vehicle (EV) charging requirements and solutions as well as the topologies and the power semiconductor device types required to create them.
12:15 pm – 1:00 pm
Presenter: Max Nicotra, STMicroelectronics
As leader in Automotive GNSS solutions, ST now extends decades of experience in the industrial and IoT segments to support a broad set of applications. The compelling TESEO portfolio encompassing single- and dual-band multi-constellation GNSS receivers will be introduced in detail, and integrated module solutions explained in easy-to-understand terms to enhance your product design.
2:00 pm – 2:40 pm
Presenter: Sara Mattioli, STMicroelectronics
Take your power distribution and control solution to the next level with ST’s latest high side drivers in VIPower™ M09 Technology and STi2Fuse ICs, enabling lower cost, more reliable, and intelligent circuit designs. Ideal for a multitude of applications in the automotive, transportation, industrial, medical and consumer electronics spaces.
2:50 pm – 3:30 pm
Presenter: John Johnson, STMicroelectronics
For battery operated products, lithium-ion battery chemistry is a mixed blessing. Consumers want products that charge quickly, operate for long periods of time, are safe and reliable, and perhaps most importantly are cost effective. Lithium-ion batteries have many intrinsic qualities that help engineers achieve these design objectives. However, lithium-ion cells are finicky to manage; and battery management system (BMS) designs require a lot of attention to detail.
This course will explore the qualities of lithium-ion cells and the hardware and algorithms necessary to manage them. We will examine various BMS architectures and the trade-offs associated with each approach. We will explore some basics of how to estimate parameters like state of charge and state of health. We will round out our discussion with an introduction to some of the products offered by STMicroelectronics that help engineers build a state-of-the-art BMS.
3:40 pm – 4:20 pm
Presenter: Sachin Gupta, STMicroelectronics
This session covers ST’s broadly-deployed, full-production automotive MCU portfolio based on PowerPC core architecture. We will also cover electrification- and zone-focused Arm-based MCU roadmap that addresses the needs of future automobile architectures.
4:30 pm – 5:10 pm
Presenter: Raed Shatara, STMicroelectronics
Advanced Inertial MEMS Sensors with embedded capabilities such as Machine Learning Core (MLC), Finite State Machine (FSM) are key pillars for traditional and emerging applications in the Transportation market segment. Leveraging MLC capabilities can enable unique solution such as theft detection without the intervention of main processor or microcontroller.
10:35 am – 11:15 am
Presenter: Prasad Golla, STMicroelectronics
The session will cover secure microcontrollers and ST's silicon offering and their capabilities. Then we will elaborate further on SIM and eSIM technologies to enable cellular connectivity, security features, low-power advance features and introduction to MVNO partners.
11:25 am – 12:05 pm
Presenter: John Kvam, STMicroelectronics
ST's new gesture recognition feature for ST Time-of-Flight sensors opens new possibilities for enhanced user interactions. This brand-new turnkey solution comes in a simple package that will dramatically reduce design times thanks to its intuitive GUI and ready-to-use example code. Custom-made for the multi-zone VL53L5CX sensor, it enables hand tracking, swipe, tap, push/pull and many more.
Built upon the major success of Flight-Sense™ sensors, this new software will help you to unleash the full capability of these tiny depth sensors. Ease of integration, low power consumption, and non-intrusive technology make it the perfect solution for low-cost, simple and robust gesture recognition applications.
12:15 pm – 1:00 pm
Presenter: Steve Bakker, STMicroelectronics
MEMS sensor innovation and technology has taken us to the point where we can detect all manner of ambient energy with the tiniest of devices, and employ the data in useful, if not critical, applications that help us perceive more, perform better, and stay safer.
In this session we're going to cover the latest sensing technologies introduced by ST including Therma-MOS (TMOS) and the innovation in embedded digital features (Machine Learning Core - MLC - and Intelligent Sensor Processing Unit - ISPU).
ST is shaping its technology and MEMS sensor product portfolio in pursuit of stringent power management targets in combination with extremely exciting developments in learning hardware and artificial intelligence engines.
2:00 pm – 2:40 pm
Presenter: Colin Ramrattan, STMicroelectronics
During this presentation, we will guide you through our STM32 Bluetooth LE 5.2+ (Audio, Thread, Zigbee, MATTER), LPWAN (Sub-GHz), cellular and ultra-wide band solutions. With our growing portfolio of devices and SoC’s, your wireless IoT needs can be served with the same industry-leading STM32 ecosystem.
2:50 pm – 3:30 pm
Presenter: Colin Ramrattan or Mena Roumbakis, STMicroelectronics
Come learn how to implement secure and measured boot using the new STM32U5 with wolfBoot. The solution offers out-of-the-box support for the new U5 with exciting features like delta updates or encrypted updates.
This secure boot solution uses industry best practices based on RFC9019 (a firmware update architecture for the Internet of Things). It also supports a root of trust (key store) with support for multiple public keys, measured boot using TPM (or similar device) and support for ECC, RSA and ED25519.
3:40 pm – 4:20 pm
Presenter: Marcus Mayr, STMicroelectronics
We will introduce ST’s edge AI development platforms: Cube AI and NanoEdge AI Studio in the context of an Edge AI project. This presentation will highlight the steps required to develop a product built around Edge AI on STM32 platforms and the solutions enabled by ST’s tools. From project definition to data collection and model optimization, we will go through the steps using an example use case.
4:30 pm – 5:10 pm
Presenter: Mena Roumbakis, STMicroelectronics
We will show you how to quickly create impressive graphic user interfaces with the TouchGFX Designer tool and STM32 platforms. The TouchGFX framework maximizes the graphical performance of STM32 microcontrollers and reduces hardware and software complexity by generating the code and emulating or targeting an STM32 development kit.
10:35 am – 12:35 pm
Presenter: Louis Gobin, STMicroelectronics
NanoEdge AI Studio is a development environment that makes it easy to create machine learning (ML) algorithms optimized to run on any STM32 microcontroller.
In this hands-on workshop, you will learn how to build a smart IoT device using NanoEdge AI Studio together with STMicroelectronics' SensorTile Wireless Industrial Node development kit (STEVAL-STWINKT1B). The lab sessions will use NanoEdge AI Studio to develop a machine learning algorithm, and the STM32CubeIDE Integrated Development Environment to implement your library quickly and easily on the STEVAL-STWINKT1B.
Prerequisites for participation in this workshop:
The SensorTile Wireless Industrial Node development kit (STEVAL-STWINKT1B) will be provided for use during the workshop, courtesy of Future Electronics.
Due to seating limitations, this workshop requires separate registration. Note that registering for this workshop also grants you full access to the ST Technology Tour event, including the technology demos, presentations, lunch, and refreshments.
2:00 pm – 4:00 pm
Presenter: Ernesto Manuel Cantone, Steve Bakker, David Kwak, STMicroelectronics
Attend this hands-on workshop to discover the latest in design support tools aimed at helping designers rapidly develop asset tracking applications.
This session focuses on asset tracking solutions using the SensorTile.box wireless multi-sensor development kit complemented by its respective software package FP-ATR-BLE1. The session will include an overview of the hardware features and unique capabilities of this development tool, with emphasis on the sensors, and its position within our solutions for asset tracking.
You will learn:
Prerequisites for participation in this workshop:
All participants will receive a free SensorTile.box wireless multi-sensor development kit at the beginning of the workshop.
Due to seating limitations, this workshop requires separate registration. Note that registering for this workshop also grants you full access to the ST Technology Tour event, including the technology demos, presentations, lunch, and refreshments.
10:35 am – 1:05 pm
Presenter: Alnur Elberier, STMicroelectronics & Vanesa Villa, Microsoft
Designed for cloud IoT architects, in this session we will show you how to easily connect a B-U585I-IOT02A IoT Discovery Kit to Microsoft Azure IoT Central. Once done, Microsoft will then walk through the dashboard creation, rule setting, use of data explorer, running specific jobs, etc. In addition, Microsoft will show you how to do analytics on data collected using PowerBI.
You will learn:
Prerequisites for participation in this workshop:
A B-U585I-IOT02A Discovery kit will be provided by STMicroelectronics for use during the workshop, and collected at the end of the training.
Due to seating limitations, this workshop requires separate registration. Note that registering for this workshop also grants you full access to the ST Technology Tour event, including the technology demos, presentations, lunch, and refreshments.
2:00 pm – 4:30 pm
Presenter: Slim Jallouli, STMicroelectronics & Anton Smagin, AWS
Designed for anyone who would like to create end-to-end IoT solutions, this session will guide you in developing firmware to connect a B-U585I-IOT02A IoT Discovery Kit to AWS IoT Core Broker. Once done, we will deploy the IoT backend stack using CloudFormation. Finally, we will develop and deploy a responsive front end application using AWS Amplify. The application will allow users to securely register and login to a dashboard that will visualize the sensory data coming from the U5 IoT sensor node.
You will learn:
Prerequisites for participation in this workshop:
A B-U585I-IOT02A Discovery kit will be provided by STMicroelectronics for use during the workshop, and collected at the end of the training.
Due to seating limitations, this workshop requires separate registration. Note that registering for this workshop also grants you full access to the ST Technology Tour event, including the technology demos, presentations, lunch, and refreshments.
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