Silicon Labs introduces FG23L for IoT devices

Silicon Labs is raising the bar in sub-GHz connectivity with the launch of the FG23L. Purpose-built for IoT devices where cost, range, and efficiency matter most, it delivers performance without compromise. Learn more about the FG23L: https://lnkd.in/gF-dwwsX 

Silicon Labs is raising the bar in sub-GHz connectivity with the launch of the FG23L. Purpose-built for IoT devices where cost, range, and efficiency matter most, it delivers performance without compromise. Learn more about the FG23L: https://lnkd.in/dUrz23hr 

Silicon Labs is raising the bar in sub-GHz connectivity with the launch of the FG23L. Purpose-built for IoT devices where cost, range, and efficiency matter most, it delivers performance without compromise. Learn more about the FG23L: https://lnkd.in/gkAbK8xP 

Maximize the value of your connected IoT devices. Discover how Ricoh's IoT Command Center™ enables real-time problem detection, resolution, and actionable insights from connected devices with our all-in-one device-agnostic platform. https://gag.gl/NkJ7l4

🔒 Ready to safeguard the future of your IoT devices? Our latest blog post dives into the crucial topic of preventing edge device cloning. With the rising tide of smart devices, ensuring your tech is secure is more important than ever. We explore innovative strategies and practical tips that can help keep those pesky clones at bay. Don’t let your devices become wannabe impostors—check out the full scoop here: https://ift.tt/bk4GHOm

#Telecom networks aren’t what they used to be. With 5G, IoT and edge computing, there are more devices, more traffic and more demands than ever before. Managing it all with traditional tools is no longer enough. Operators need tools that can adapt, learn and act in real-time. Discover how #AgenticAI is emerging as that solution and powering the next generation of connectivity: https://lnkd.in/dC8P2bD2 

The Tock project's Brad Campbell, Marshall Clyburn and Victor Cionca's paper on batch-scheduling in IoT devices for better power consumption won a best paper at EWSN! https://lnkd.in/eTKHp4Wn

📖 Real-life IoT module use cases. The RYLR999 module features both BLE and LoRa functionalities, each controlled through separate UART interfaces. The BLE functionality supports long-range transmission and complies with the standard GATT profile in transparent mode. Additionally, it allows customization of the broadcast name and other settings. Check the impressive video below. 🔗 https://lnkd.in/g3SpWuNf #LoRa #Bluetooth #module

The previous blogpost https://lnkd.in/d3xq2iFH described the final development of the MCU-based IoT devices. The key component to make it #quantum-secure is the new #PQ HW Secure Element (#SE). This blogpost https://lnkd.in/dxGTnYyX discusses the final implementation of the PQ HW SE.

VeriSilicon (688521.SH) today introduced its wireless IP platform, designed to help customers rapidly develop energy-efficient, highly integrated chips for a wide range of IoT and consumer electronics applications. Built on the 22FDX® (22nm FD-SOI) process technology of GlobalFoundries (GF), the platform supports wireless connectivity across short, medium, and long distances, and provides a complete set of IPs with competitive power, performance, and area (PPA) features. For more information: https://lnkd.in/gjjvgq4z