This session will look at the latest advancements in Matter including the latest specification release and new certification programs.  We will dig deeper into the recent Matter 1.4 specification release and the exciting new and improved features including new energy management device types, improved Ecosystem support, certifiable routers and access points as well as updates that provide improved battery life.  In addition to the specification updates, we will discuss two new certification programs designed to simplify Matter Certification and speed time to market. 

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Ambient IoT is no longer just a buzzword; it's becoming a reality for many IoT devices around you. Are you interested in prototyping your own energy harvesting solution with a strict power budget? Whether you want to use Bluetooth, Zigbee, or other wireless protocols, we've got you covered. Join us for this Tech Talk to learn about our newly launched energy harvesting shields. These shields help you evaluate various energy sources like photovoltaic cells, inductive or piezoelectric systems, and more. They are part of our EFR32xG22E Energy Harvesting Explorer Kit, designed to accelerate design time and offer multiple ways to take measurements and compare sample apps for different use-cases.

We are excited to have our partner, e –peas, joining us to guide you through power optimizations and demonstrate innovative applications. Join us for this Tech Talk, where we’ll share expert insights and practical knowledge to help you fully leverage energy harvesting solutions.

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Are you developing a connectionless application or a mesh network with thousands of nodes? Maybe you’re planning a channel-sounding application or using a hardware accelerator for intelligent edge nodes? Or, perhaps you envision additional features for the same product in the future and want to enable rapid product migration with a seamless transition to a different SoC family with more memory and features. If any of these apply to you, then don’t miss this introduction to the most cost-effective Bluetooth part on the market today. These devices are designed for a wide range of IoT applications, providing robust performance and integration capabilities at a cost-effective price without compromising energy efficiency, RF performance, or security.

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This session will look at the latest high performance product family from Silicon Labs that not only addresses wireless markets for Bluetooth, 802.15.4 and Matter, but also introduces our most feature rich compute device.  In this session we will have our experts introduce this new family, discuss how it differentiates from other products and then have a Q&A session to provide valuable insights to the products and markets they serve.

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The release of Wi-SUN FAN 1.1 has opened up new possibilities for the previously metering-centric protocol, expanding beyond its metering roots with enhanced data rates, low power node capabilities, and optimizations across industries and use cases. Join us as we explore how Silicon Labs and Digi are partnering to simplify the development cycle for developers looking to leverage Wi-SUN's growing global footprint. In this session, we'll speak with Digi about extending their Digi XBee product line with a comprehensive and interoperable end-to-end Wi-SUN solution including modules, border routers, and Wi-SUN network management capabilities. Learn more about how this helps accelerate time-to-market, simplifies integration, and delivers enterprise-grade security with Wi-SUN's robust encryption, authentication, and key management features.

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In this session, we invite our partner, Ezurio (formerly Laird Connectivity), to discuss the recent launch of their Veda SL917 Module built with Silicon Labs’ SiWx917 IC. While the module offers pre-certified global approvals, the Veda SL917 also expands upon flexible development paths for ultra-low power designs seeking to implement Wi-Fi 6 + Bluetooth LE. We’ll show how developers can use Simplicity Studio to compile WiSeConnect SDK in SoC Mode on the Veda SL917 Explorer board and demo the SDK running in NCP mode using the Veda SL917 MikroE Click Board on a host controller.  This session will also unveil embedded Python support for the Veda SL917 within Ezurio’s Canvas Software Suite.

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The Internet of Things (IoT) has revolutionized device interactions, leading to a surge in various wireless communication protocols. This dynamic landscape necessitates multiprotocol support in devices to cater to diverse ecosystems and enhance usability. By integrating multiple wireless technologies such as Bluetooth, Zigbee, Matter, and sub-GHz, devices can seamlessly communicate across different networks, improving user experience and ecosystem interoperability.

This Tech Talk explores various multiprotocol techniques, including switched, dynamic, and concurrent multiprotocol. We will examine specific applications and use cases and delve into the implementation on a single wireless SoC. Finally, we will highlight the different multiprotocol solutions available from Silicon Labs, tailored for the diverse applications to simplify development, enhance usability, and unlock new market opportunities. 

AI/ML at the edge is often associated with data eventually reaching the cloud, but many real-world applications can collect data and make decisions locally without the need for connectivity. This session will explore how developers can add AI/ML inferencing to standalone or wired devices, with the flexibility to incorporate wireless capabilities when ready. This level of flexibility is key to driving the growth of TinyML.

We will examine various use cases from both connected and non-connected perspectives, highlighting applications that benefit from this flexibility. We will be joined by a Silicon Labs partner, ETA Compute, to demonstrate how quickly you can start building and deploying complex models, such as vision, on our latest SoCs.

Join us to explore these use cases, learn how Silicon Labs supports the migration path for AI/ML in connected and non-connected devices, and discover the available tools for AI/ML developers.