| Both sides previous revisionPrevious revisionNext revision | Previous revision |
| en:iot-open:hardware2:stm32:wireless [2023/10/28 20:10] – ToDo checked: Add series hw specification pczekalski | en:iot-open:hardware2:stm32:wireless [2024/08/26 16:26] (current) – [Table] pczekalski |
|---|
| == STM32 Wireless Series == | ====== STM32 Wireless Series ====== |
| | {{:en:iot-open:czapka_b.png?50| General audience classification icon }}{{:en:iot-open:czapka_e.png?50| General audience classification icon }}\\ |
| The STM32 Wireless series is the only chip family with built-in wireless capabilities. This series uses ARM Cortex M4 and additional Arm Cortex M0+ as a radio coprocessor or, eventually, a single ARM Cortex M0+ core in low power version.\\ | The STM32 Wireless series is the only chip family with built-in wireless capabilities. This series uses ARM Cortex M4 and additional Arm Cortex M0+ as a radio coprocessor or, eventually, a single ARM Cortex M0+ core in low power version.\\ |
| The STM32 Wireless series features built-in radio modules (sub-gigahertz or 2.4GHz) for IoT protocols such as: | The STM32 Wireless series features built-in radio modules (sub-gigahertz or 2.4GHz) for IoT protocols such as: |
| * Bluetooth / BLE, | * Bluetooth/BLE, |
| * LoRa/LoRaWAN, | * LoRa/LoRaWAN, |
| * Matter, | * Matter, |
| * Zigbee, | * Zigbee, |
| * Thread/OpenThread | * Thread/OpenThread, |
| * sigFox, | * sigFox, |
| * mioty, | * mioty, |
| * GMSK. | * GMSK. |
| |
| Applications that benefit from the STM32 Wireless series include industrial automation, IoT devices and, particularly, smart homes.\\ | Applications that benefit from the STM32 Wireless series include industrial automation, IoT devices, and smart homes.\\ |
| |
| A short review of the MCUs and their features is juxtaposed in table {{ref>stm32hwwb}}. Note each row in the table represents a family of devices, and a particular configuration depends on the exact MCU model. Thus, developers, when looking for particular features, should refer to the manufacturer's specification and list of currently available devices ((https://www.st.com/en/microcontrollers-microprocessors/stm32-wireless-mcus/products.html)). | A short review of the MCUs and their features is presented in table {{ref>stm32hwwb}}. Note each row in the table represents a family of devices, and a particular configuration depends on the exact MCU model. Thus, developers, when looking for specific features, should refer to the manufacturer's specification and list of currently available devices ((https://www.st.com/en/microcontrollers-microprocessors/stm32-wireless-mcus/products.html)). |
| | |
| <todo @pczekalski #pczekalski:2023-10-28>Add series hw specification</todo> | |
| |
| <table stm32hwwb> | <table stm32hwwb> |
| ^ STM32WL | Cortex M4@48MHz\\ Cortex M0+@48MHz* | Up to 64kB | Up to 256kB | USART\\ LPUART\\ SPI\\ I2C\\ I2S\\ 1x12-bit DAC\\ 1x12-bit ADC | 1.8V to 3.6V\\ LDO with DC-to-DC converter built-in | Multi-Modulation Sub-GHz Radio 150MHz-960MHz\\ 2xProgrammable Power Outputs\\ LoRa*\\ (G)FSK\\ (G)MSK\\ BPSK | 16 and 32-bit Timers\\ ART Accelerator\\ Hardware Crypto AES 128/256, PKA\\ Random Number Generator\\ PCROP/WRP\\ Temperature Sensor\\ Unique ID\\ DMA\\ 2xUltra Low Power Comparators\\ RTC\\ Low Power Timer | | ^ STM32WL | Cortex M4@48MHz\\ Cortex M0+@48MHz* | Up to 64kB | Up to 256kB | USART\\ LPUART\\ SPI\\ I2C\\ I2S\\ 1x12-bit DAC\\ 1x12-bit ADC | 1.8V to 3.6V\\ LDO with DC-to-DC converter built-in | Multi-Modulation Sub-GHz Radio 150MHz-960MHz\\ 2xProgrammable Power Outputs\\ LoRa*\\ (G)FSK\\ (G)MSK\\ BPSK | 16 and 32-bit Timers\\ ART Accelerator\\ Hardware Crypto AES 128/256, PKA\\ Random Number Generator\\ PCROP/WRP\\ Temperature Sensor\\ Unique ID\\ DMA\\ 2xUltra Low Power Comparators\\ RTC\\ Low Power Timer | |
| ^ STM32WB0 | Cortex M0+@64MHz | 64kB | 512kB | SPI\\ LPUART\\ USART\\ I2C\\ I2S\\ IrDA\\ 1x12-bit ADC | 1.7V to 3.6V | 2.4GHz\\ BLE 5.3 | RTC\\ Watchdog\\ Random Number Generator\\ ECC\\ RSA\\ Low Power Timer\\ DMA\\ RTC\\ 16-bit Timers\\ Unique ID\\ Hardware Crypto AES 128/256, PKA, RSA\\ Vbat Monitoring\\ Temperature Sensor | | ^ STM32WB0 | Cortex M0+@64MHz | 64kB | 512kB | SPI\\ LPUART\\ USART\\ I2C\\ I2S\\ IrDA\\ 1x12-bit ADC | 1.7V to 3.6V | 2.4GHz\\ BLE 5.3 | RTC\\ Watchdog\\ Random Number Generator\\ ECC\\ RSA\\ Low Power Timer\\ DMA\\ RTC\\ 16-bit Timers\\ Unique ID\\ Hardware Crypto AES 128/256, PKA, RSA\\ Vbat Monitoring\\ Temperature Sensor | |
| ^ STM32WB | Cortex M4@64MHz\\ Cortex M0+@32MHz | 48kB to 256kB | 256kb to 1024kB | SPI\\ LPUART\\ USART\\ I2C\\ I2S\\ SAI*\\ Quad-SPI*\\ 1x12-bit ADC\\ USB 2.0 FS* | 1.71V to 3.6V*\\ 2.0V to 3.6V* | 2.4GHz\\ BLE 5.2 | 16 and 32-bit Timers\\ 1xComparator\\ Hardware Crypto AES 128/256, PKA\\ Random Number Generator\\ Temperature Sensor\\ Unique ID\\ Vbat monitoring\\ RTC\\ Low Power Timer | | ^ STM32WB | Cortex M4@64MHz\\ Cortex M0+@32MHz | 48kB to 256kB | 256kB to 1024kB | SPI\\ LPUART\\ USART\\ I2C\\ I2S\\ SAI*\\ Quad-SPI*\\ 1x12-bit ADC\\ USB 2.0 FS* | 1.71V to 3.6V*\\ 2.0V to 3.6V* | 2.4GHz\\ BLE 5.2 | 16 and 32-bit Timers\\ 1xComparator\\ Hardware Crypto AES 128/256, PKA\\ Random Number Generator\\ Temperature Sensor\\ Unique ID\\ Vbat monitoring\\ RTC\\ Low Power Timer | |
| ^ STM32WBA | Cortex M33@100MHz (MPU+DSP+FPU) | 96kB*\\ 128kB*\\ 512B OTP | 512kB/1024kB | I2C\\ SPI\\ LPUART\\ USART\\ 1x12-bit ADC (2.5Mspip) hardware oversampling | 1.71V to 3.6V | 2.4GHz\\ BLE 5.3 | 16 and 32-bit Timers\\ 2xWatchdog\\ IR Timer\\ RTC\\ Hardware Crypto AES/S-AES 128/256, PKA\\ SHA\\ Random Number Generator\\ Temperature Sensor\\ Unique ID\\ Vbat monitoring\\ ART-Accelerator\\ Low Power Timer\\ 1xComparator\\ Capatitive Touch Sensing | | ^ STM32WBA | Cortex M33@100MHz (MPU+DSP+FPU) | 96kB*\\ 128kB*\\ 512B OTP | 512kB/1024kB | I2C\\ SPI\\ LPUART\\ USART\\ 1x12-bit ADC (2.5Mspip) hardware oversampling | 1.71V to 3.6V | 2.4GHz\\ BLE 5.4 | 16 and 32-bit Timers\\ 2xWatchdog\\ IR Timer\\ RTC\\ Hardware Crypto AES/S-AES 128/256, PKA\\ SHA\\ Random Number Generator\\ Temperature Sensor\\ Unique ID\\ Vbat monitoring\\ ART-Accelerator\\ Low Power Timer\\ 1xComparator\\ Capatitive Touch Sensing | |
| </table> | </table> |
