Silicon Labs

Motor systems used to be pretty straightforward: focus on control and call it a day. That’s no longer enough. Today’s systems are expected to connect, adapt, and respond in real time, and the traditional multi-chip approach is starting to show its limits. We take a look at how that’s changing, and what it means to bring motor control, wireless connectivity, and on-device processing together in a single platform. In the demo video, a BLDC motor is controlled entirely by one device. It detects disturbances as they happen and responds immediately, all while staying connected. Read our blog for more: https://lnkd.in/gXRM52_i

Embedded systems aren’t “set it and forget it” anymore. They’re more connected, intelligent, and security-critical than ever, and the software behind them has to keep pace. That’s why open-source RTOS is gaining traction: ☑️ No vendor lock-in ☑️ Faster innovation through community ☑️ Greater transparency and security ☑️ Scalability across platforms Platforms like Zephyr are helping teams move faster without sacrificing control. With the Simplicity SDK for Zephyr, Silicon Labs is bringing that flexibility to production-ready development. Read more: https://lnkd.in/gUsTXsSM

Oxit worked with CubeWorks to support the integration of #AmazonSidewalk into their latest cold-chain tracking tag, built on Silicon Labs BG24 platform. Our role focused on architecture and connectivity integration to help bring Sidewalk into a low-power, multi-protocol device. You can read more about the full solution here: https://lnkd.in/dy48pWJp #IoT #AmazonSidewalk #Connectivity #EmbeddedSystems #Collaboration

As IoT moves from pilots to large-scale deployment, the conversation is changing. It’s no longer about maximizing feature density, but about delivering the right balance of range, power efficiency, security, and cost. With sub-GHz wireless expanding across a wide range of applications, these requirements are becoming standardized. The next phase of IoT growth will favor right-sized solutions. The FG23L sub-GHz wireless SoC is designed to deliver that balance, enabling scalable, cost-aligned deployments. Read more: https://lnkd.in/gBvHUTA9

ADT isn’t just evolving security, they're redefining what connected safety looks like. In our latest Connect With episode, Silicon Labs' John Dixon sits down with Gilles Drieu, CTO at ADT, to explore: ▪️ The evolution of smart home security ▪️ The role of open standards like Matter ▪️ Why reliability remains non-negotiable 🎥 Watch the full discussion below and find our entire Connect With series on YouTube: https://lnkd.in/gncTT-TD

What if your wireless SoC could do more? From connectivity to control to edge AI, modern devices can handle it all. Join our next Tech Talk on April 7 to see how. Register now: https://lnkd.in/ge8q-Q3M

Join Digi International and Silicon Labs this April for a focused, in-person seminar on scalable mesh networking and low-power wireless design. Hosted by Solsta at Accrington Stanley Football Club (Wham Stadium), this session brings together practical insight and real-world application for #engineers, #developers and decision-makers building connected systems. Scalable Mesh Networks Seminar 2026 📍 Accrington Stanley Football Club, Wham Stadium 📅 April 16, 2026 This seminar explores how to design and deploy secure, reliable wireless communication across a range of environments, including #smartcities, #infrastructure, #utilities, #warehousing and #agritech. You will gain a clearer understanding of how to support resilient #deviceconnectivity while managing power and scaling effectively. Attendees will learn how to: - Design mesh networks that support reliable, large-scale deployments - Apply security best practices across connected systems - Build power-efficient wireless architectures - Deploy and manage connectivity in real-world IoT and industrial environments If you are planning or expanding wireless networks, this session offers a practical path forward grounded in proven approaches and modern technologies. Register now to secure your place: https://hubs.la/Q047rcBJ0 #IoT #IIoT #MeshNetworking #WirelessConnectivity #SmartInfrastructure #LowPowerDesign #IndustrialIoT #EdgeComputing #NetworkSecurity #ConnectedDevices #DigitalTransformation

We are excited to showcase our cutting-edge Aliro and Matter demos this week at the Connectivity Standards Alliance Member Meeting in Yokohama. Powered by the MG24 SoC, our Aliro solution demonstrates bank-grade cryptography in supporting tap-to-unlock NFC functionality while Durin showed Aliro’s Hands Free unlock along with Silicon Labs Matter and Bluetooth LE on site. We also introduced the new SiMG301 multi-protocol SoC development kit, the next generation of IoT Wireless SoC for product development. Explore more: ▪️ Matter solutions: https://lnkd.in/g3afBu78 ▪️ Bank-Grade Cryptography for Tap-to-Unlock: https://lnkd.in/gAGb2Tg4

Motor systems are evolving from simple controllers to connected, intelligent systems. Integrating wireless connectivity, compute, and machine learning directly into motor systems unlocks new capabilities across industrial and smart device applications. Read more in our new blog: https://lnkd.in/gXRM52_i