Session abstracts - Track 1

STM32Cube Ecosystem Accelerates your Design from Prototyping to Production

9:35 am – 10:10 am
Presenter: Claudio Vertemara, STMicroelectronics

The STM32CubeEcosystem is the leading ecosystem in the industry today for general-purpose microcontrollers and wireless SoCs from ST. In this session, you will experience the different tools that make up the Cube ecosystem and how they work together to accelerate your product development from prototype to production.

NFC Solutions Enable Ultra Low-power IoT Applications

10:15 am – 10:50 am
Presenter: Jie Weng, STMicroelectronics

NFC Solutions enable ultra low-power IoT applications by transmitting data via NFC using energy harvesting and wireless charging capability.

Why Sub-GHz Technologies are Key to Industry and Smart Home Solutions

10:55 am – 11:30 am
Presenter: Colin Ramrattan, STMicroelectronics

Sub-GHz technology is a very mature technology that was once the cornerstone of all connected home communication and all industrial communications. We will explore the key concepts of sub-GHz technology, and why 2.4 GHz will never truly take the place of the all communication standards but instead will co-exist as it has in the past with sub-GHz technology.

Security and the Need to Lock Down Wireless Devices

1:05 pm – 1:50 pm
Presenter: Gregory Proehl, STMicroelectronics

Join us to discover the key considerations of wireless security and protecting wireless devices using our STM32Trust Security Framework. In doing so, we will introduce our STM32Trust TEE Secure Manager (STM32TRUSTEE-SM) system-on-chip security solution.

Easily installed into STM32 products on production, the STM32Trust TEE Secure Manager offers a high-performance certified solution to support Secure Boot, Root of Trust with diversified keys, cryptographic, internal trusted storage, initial attestation, software IP protection, and firmware update functions as defined by the Arm^® PSA specifications.

eSIM for IoT

1:55 pm – 2:30 pm
Presenter: Prasad Golla, STMicroelectronics

ST4SIM is an ST-initiated program to provide connectivity to M2M/IoT devices through connectivity partners including MNOs like Verizon, AT&T and other carriers in the North American region, and also MVNOs able to provide connectivity across the globe. AT ST, we produce the silicon loaded with the smartcard operating system in certified secure personalization centers. eSIM IOT is compliant with SGP.32 specifications and is available in various form factors and multiple silicon grades. eSIM IOT is capable of swapping carriers of choice without dependencies for use-cases like late-stage personalization or in a production line at the device manufacturing facility.

PCB Optimization of Bluetooth LE and LoRa Sub-GHz Designs

2:35 pm – 3:10 pm
Presenter: Antonio Mascioli, STMicroelectronics

In this presentation, we will provide an overview of the key design concepts to be aware of when working with Bluetooth LE and sub-GHz designs. The goal is to walk away with an idea of how to achieve an optimal RF design the first time.

Bluetooth LE Audio: the Evolution in Wireless Audio Including Auracast

3:15 pm – 3:50 pm
Presenter: Ozcan Yurt/Minku Yeo, STMicroelectronics

Bluetooth LE Audio is the latest innovation from the Bluetooth group of companies that enables powerful audio transmission and sharing while reducing the current consumption of Bluetooth Classic.

matter^® and Breaking Fragmentation

3:55 pm – 4:30 pm
Presenter: Colin Ramrattan, STMicroelectronics

Connecting smart home devices with different devices from different manufacturers has always been a challenge. matter^® is the simplification of the connectivity standards, making it easy for consumers to connect all their devices and enable seemless compatibility. STMicroelectronics is fully committed to supporting matter^®, and the STM32WB5x family of devices enables this connectivity.

Session abstracts - Track 2

How to Accelerate your Bluetooth LE Designs with STM32WBA and STM32CubeMX

9:30 am – 11:30 am
Presenter: Alec Bath, STMicroelectronics

In this session, we will walk through using our STM32CubeMX configuration utility to set up Bluetooth LE services and characteristics on the new STM32WBA SoC – both standard SIG-defined services and your own custom services.

With the assistance of a new STM32WBA-focused Wiki page and more intuitive middleware configuration tools in STM32CubeMX, you will have all the pieces needed for your next short-range Bluetooth LE wireless solution on the STM32WBA!

How to Deploy a Multi-node Network using Sub-GHz and the STM32WL

12:00 pm – 2:00 pm
Presenter: Antonio Mascioli, STMicroelectronics

The STM32WL provides a powerful PHY sub-system enabling versatile private network configurations. The key aspects of a typical network configuration are addressed: Basic set up of HUB and NODE configurations, key technical elements of synchronous (time slot) versus asynchronous communications, and the implementation of dynamic link modulation to optimize network throughput as a function of both distance and link quality. A method of providing a network clock for precise node synchronization along with the introduction of a mesh overlay extension is also discussed. These configurations run with standard STM32WL Nucleo boards.

NEW Secured NFC Smartag2 Hands-on

2:30 pm – 4:30 pm
Presenter: John Tran, STMicroelectronics

Our NFC-enabled sensor and processing node featuring Dynamic NFC Tag, environmental, motion, and ambient light sensors with cryptographic security, enables ultra low-power IoT applications by transmitting sensor data via NFC. Low-cost and close range technology allows secure pairing for other wireless technologies.

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