IoT Evolution: Silicon Labs Unveils Next-Gen SoCs and MCUs
Silicon Labs is driving the future of IoT with its latest lineup of wireless SoCs and MCUs, revealed at Embedded World. These cutting-edge devices are engineered to meet tomorrow's standards,
supporting a diverse range of applications and protocols.
BG26 Wireless SoC: Empowering Smart Connectivity The EFR32BG26 Wireless Gecko SoC stands out with its powerful Arm Cortex-M33 processor, offering up to 2,048 kB of Flash memory and 256 kB of RAM. Boasting adjustable output power and exceptional receiver sensitivity, it ensures robust wireless connections for IoT devices in smart homes, lighting, and building automation. With energy-efficient features and AI/ML capabilities, the BG26 sets a new benchmark for smart connectivity.
MG26 Multiprotocol Wireless SoC: Versatility Redefined The EFR32MG26 multiprotocol wireless SoC redefines versatility with its support for Bluetooth Low Energy, Zigbee, OpenThread, and proprietary protocols. Equipped with a robust transceiver and optimized energy consumption, it's tailored for smart home devices, building automation, and AI/ML applications. With powerful computational capabilities and extended Flash memory, the MG26 offers unmatched flexibility for evolving IoT ecosystems.
PG26 Microcontroller: Efficiency in Every Application The EFM32PG26 MCU is designed for energy-efficient embedded applications in consumer and industrial sectors. Featuring an 80-MHz Cortex-M33 core and dedicated AI acceleration, it ensures high performance with minimal power consumption. With extensive peripheral support and a broad operating range, the PG26 is poised to excel in diverse IoT environments.
Pushing the Boundaries of IoT Silicon Labs' latest offerings pave the way for the evolution of IoT, accommodating emerging protocols like Matter while prioritizing energy efficiency across all applications. With double the Flash and RAM of previous multiprotocol devices, these SoCs and MCUs are set to drive innovation and connectivity in the IoT landscape.
