Silicon Labs SiXG302 Ultra-Low Power IoT Wireless SoCs

Silicon Labs SiXG302 Ultra-Low Power IoT Wireless SoCs are specially engineered for battery-powered applications. These highly integrated chip solutions address the growing demands of battery-powered IoT devices, advancing energy efficiency, security, compute power, and integration. The modules integrate Silicon Labs' advanced power architecture and are designed to use only 15µA/MHz active current, 30% lower than similar devices in the same class. This feature makes the SiXG302 series ideal for battery-powered wireless sensors and actuators for Matter and BLUETOOTH® applications. Silicon Labs SiXG302 Ultra-Low Power IoT Wireless SoCs maintain performance without compromising battery life. The family includes the SiMG302 series for multiprotocol applications and SiBG302 devices optimized for Bluetooth LE communications.

Features

  • Extends Series 3 to battery-powered IoT applications
  • Advanced energy efficiency
    • Uses just 15µA/MHz active current
    • Delivers 30% lower power consumption than competitive devices
  • Maintains performance without compromising battery life
  • Built on Silicon Labs’ advanced power architecture
  • Options
    • SiBG302: Bluetooth LE communications
    • SiMG302: multiprotocol applications

Applications

  • Matter-based devices
  • Bluetooth-enabled sensors and actuators

Application Examples

Infographic - Silicon Labs SiXG302 Ultra-Low Power IoT Wireless SoCs
發佈日期: 2025-05-28 | 更新日期: 2025-08-05