Get reliable wireless performance and a rich feature set with STM32WBA2 MCUs

Today’s wireless devices, whether wearables, sensors, or smart home products, need to be small, energy efficient, and reliable. Meeting these requirements calls for wireless solutions that deliver strong performance, long battery life, and the flexibility to scale across cost-sensitive designs.

Join this webinar to discover how the STM32WBA2 MCU is built exactly for these needs, combining robust Bluetooth® LE connectivity, ultra‑low‑power operation, and a rich feature set in a compact form factor. It is also the most cost‑effective STM32 MCU for adding wireless connectivity to existing platforms.

What the STM32WBA2 line offers:

• Best‑in‑class radio with +10 dBm output power
  
• Efficient radio operation with programmable Tx power in 1 dB steps
  
• Many flexible power‑control options to adapt energy usage
  
• Ultra‑low‑power STM32 MCU architecture enabling extended battery life
  
• Optimal price point ensuring highest value respect to feature availability
  
• USB-FS and QSPI interfaces for application flexibility
  
• High integration in tiny packages
  

In this webinar, ST experts will guide you through the key capabilities of the STM32WBA2 and show practical ways to optimize power consumption, streamline your development, and get the most out of Bluetooth® LE and IEEE 802.15.4-based protocols.

What you will learn:

• Key features of the STM32WBA2
  
• Hardware and software designs with the STM32WBA2
  
• Power consumption optimization of the STM32WBA2
  
• Bluetooth® IEEE 802.15.4 communications in a compact, energy-efficient design
  
• STM32 wireless ecosystem support for faster development
  

Agenda:

• Introduction to the new STM32WBA2 product series
  
• Overview of the STM32WBA wireless ecosystem with hardware and software designs
• Optimizing Bluetooth® LE parameters for ultra-low power operation
• Typical Bluetooth® LE use case scenarios
• Power consumption estimation with STM32CubeWiSEce
• Live demonstration: STM32WBA2 Nucleo board + STLINK V3PWR measurement
• Q&A