Ask questions and discuss STM32 wireless solutions and their implementation for running Bluetooth LE, Zigbee, LoRaWAN applications.
Dear all, The X-CUBE-MATTER Expansion Package is now available on our official website following this link MATTER - Matter software expansion for STM32Cube - STMicroelectronics It is a reference implementation for the demonstration of Matter on ST...
Please go and visit our wiki pages where you can find a lot of information on our wireless product families (WB, WBA, WL) and the supported protocols: BLE, Zigbee, Thread, Matter, Lora, ... To begin your technical journey, please start from this top ...
Needs more support from Sequencer scheduler which is used in Stm32wb55xx Evaluation boards. How to use effectively and is there any online seminars or any other documentation , it will be helpful to us.
Hello,I am trying to use PWM using DMA in the P-NUCLEO WB55 dongle but the PWM signal was not behaving according to the setting which was done in STM32Cube MX.Can anyone help me to understand the role of Auto Reload Register, Repetition counter, and ...
I want to use a STM32WB55CG with a 12-bit ACD to collect sensor data from ADS1292R (24-bit ECG sensor) and MAX86150 (19-bit PPG sensor). Short question: Is this possible? If so: Any suggestions on how to do so? Do need some external component?
The readme.txt in the STM32WB Middleware WPAN folder mentions that it is possible to get the clusters library sources. How can this be managed?
I have an application taht works fine when I power the board from USB ST-Link, but it does not work when powered by battery. LD7 lights up, but no other LEDs. My app turns some on immediately.When powerded by USB I get LD5 Red, LD7 Red and two user ...
We have project that requests the distance range up to 200 meter between a wireless device and a wireless router. We wonder if STM32WB could meet the need?ThanksDavid
In 5.5.3 FSK modemBR = 32 x HSE32_freq / BitRate where HSE32_freq = 32 MHzFdev = Fdev[Hz] / FreqStep where FreqStep = HSE32_freq / 2^25The document then states that to ensure correct modulation the following limit applies: (Fdev + BR/2) < BWIn the...
