Industry experts from DigiKey, Silicon Labs, STMicroelectronics, NXP, and Microchip explore Edge AI adoption, hardware selection, developer challenges, real-world applications, and the evolution toward physical AI.
Silicon Labs' xGM270S family packs Bluetooth LE and Zigbee connectivity with an Arm Cortex-M33 MCU into a certified SiP module. The Explorer Kit and Radio Board provide rapid prototyping capabilities with debugging and expansion capabilities.
Use a Dev Kit to Quickly Prototype BLE Channel Sounding Applications
Use a channel sounding dev kit with multiple options to quickly prototype distance estimation for item tracking and keyless entry.
How Wi-SUN Enables Scalable, Reliable Networking for Smart Cities
Learn how Digi XBee Wi-SUN modules enable long-range mesh networking and flexible device integration across large-scale smart city deployments.
User guide for Silicon Labs xGM270S Module Explorer Kit.
Silicon Labs xGM270S modules deliver multiprotocol Bluetooth LE and Zigbee connectivity with integrated MCU, security, and low power operation.
User guide for Silicon Laboratories xGM270S module radio board.
We take a look at the SiXG301 Explorer Kit from Silicon Labs, supporting concurrent multi-protocol operation for Zigbee, Bluetooth LE, Bluetooth mesh, Matter, and Thread in demanding IoT applications.
Accelerating IoT connectivity with Digi XBee® for Wi-SUN®
Digi International and Silicon Labs will explore how Wi-SUN enables IPv6-based low-power wireless networking across expansive and demanding environments, supporting use cases such as smart cities, utilities, energy, and industrial IoT applications.
Webinar – Accelerating IoT Connectivity with Digi XBee® for Wi-Sun®
Explore how to build, deploy, and manage Wi-SUN® mesh networks for large-scale IoT applications with a walkthrough of why Wi-SUN has become a leading standard.
Simplify the Design of Secure Line-Powered Smart Devices with Low-Power Multiprotocol Wireless SoCs
Publish Date: 2026-02-04
Learn how multiprotocol wireless SoCs simplify the design of next-generation line-powered smart devices for LED lighting, smart plugs, and switches.
We take a look at the EFR32xG24 Channel Sounding Dev Kit from Silicon Labs. It helps developers leverage Bluetooth channel sounding to estimate distance in size- and power-constrained devices such as key fobs and asset tags.
Silicon Labs EFR32FG23L sub-GHz Wireless SoCs support access control, key fobs, smart city sensors, and industrial monitoring.
DigiKey announces its sponsorship of the sixth annual Works With event series, organized by Silicon Labs.
Silicon Labs SiMG301/SiBG301 Next-Generation Series 3 IoT SoCs are tailored for line-powered smart devices such as LED lighting, smart plugs, and switches.
The Silicon Labs EFR32xG29 has a small form factor and robust memory, making it ideal for applications such as wearables, medical devices, and asset tracking.
The Silicon Labs xG28S-EK2705A Explorer Kit is a compact, cost-effective development and evaluation platform for the EFR32SG28 dual-band wireless SoC.
Standardizing Smart Home Interconnectivity with 'Matter'
Platform providers, device manufacturers, and semiconductor companies like Silicon Labs converge around the Matter protocol for smart device interconnectivity.
The Silicon Labs BG22L provides efficiency and reliability, making it suitable for asset tracking tags, Bluetooth® Mesh LPN, and personal healthcare devices.
The Silicon Labs BG24L BLE SoC is optimized for channel sounding and BLE applications, and prioritizes security with Secure Vault™ Mid.

