Avnet Silica

Accelerate wireless embedded development by mastering Zephyr on STM32WBx MCUs. In this focused session, you’ll get a clear overview of the Zephyr ecosystem, ST’s key contributions, and exactly how STM32WBx fits in. You'll then follow three practical demos using the STM32WBA2 Nucleo board to see portability, performance, and connectivity concepts in action. Reserve your spot today, and bring your toughest questions on the 27th of October.

What if your next wireless product felt as exciting to build as it is to launch? In this live session, you’ll see how Zephyr and STM32WBx can turn complex Bluetooth® Low Energy projects into something you actually enjoy creating. You’ll walk through three concrete demos on the STM32WBA2 Nucleo board that show how portability, performance, and connectivity click together, and you’ll have a chance to ask your toughest wireless embedded development questions.

Are you getting the most out of your Bluetooth® Low Energy designs, or just getting them out the door? In this practical webinar, you’ll walk through three concrete demos on the STM32WBA2 Nucleo board to see exactly how Zephyr and STM32WBx work together for predictable performance, clean portability, and robust connectivity. You’ll leave with clear patterns you can reuse, reference code you can trust, and direct answers to your toughest wireless embedded questions.

Over the last 12 months, I've attended, presented at, and hosted several power electronics events across EMEA, speaking with fellow power electronics engineers along the way. Regardless of location, application focus, or supplier perspective, power conversations are no longer centered on what new power technology should be adopted. That decision has largely been made. Instead, the discussion has shifted towards implementation. Engineers are now dealing with practical realities and designing systems that can operate efficiently under increasingly complex conditions. Ahead of PCIM 2026, I explored how design interrupters, alongside broader electrification applications, are set to shape the power conversations ahead. https://lnkd.in/dzvjSyHf #powerelectronics #widebandgap #sic #gan #pcim #pcim2026

How do you manage a 10-year device lifecycle when AI is reshaping the landscape every 18 months? 🤔 Yann Stridde, Senior Business Development Manager for Microsoft Windows IoT at Avnet Silica, walks us through the certification chain behind a train brake system to show why changing an OS mid-lifecycle can literally stop a train at the station. He explains what Microsoft's 10-year Long-Term Servicing Channel actually guarantees – and where its limits lie. And he makes the case that, for small OEMs who have to build their own security patches, peace of mind is worth the price.

Windows IoT Enterprise is not a new product. Its roots go back to Windows Embedded in the late nineties. But the stakes around it have never been higher. The EU Cyber Resilience Act is coming into force. Windows 10 IoT Enterprise has reached end of support. And industrial OEMs face a hard question: how do you manage a 10-year device lifecycle when AI is reshaping the landscape every 18 months? Yann Stridde, Senior Business Development Manager for Microsoft Windows IoT at Avnet Silica, walks us through the certification chain behind a train brake system to show why changing an OS mid-lifecycle can literally stop a train at the station. He explains what Microsoft's 10-year Long-Term Servicing Channel actually guarantees – and where its limits lie. And he makes the case that, for small OEMs who have to build their own security patches, peace of mind is worth the price.