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Hi guys,I must to replace the old obsolete chip ST25R3910-BQFT.I Finded the similar chip ST25R3914-AQFT, it change little abuot pinout and software but my first problem is the antenna matching for 13.56 MHz RFID application. Is possible to do the same matching that i used for ST25R3910-BQFT?I downloaded the ST25R Antenna matching tool software, but I not finded the type ST25R3914I don't find the avaluation board for ST25R3914-AQFT, so is not possible for me to test the device and the put the ST25R3914-AQFT for new possible project.please help me because I' dont' know what to I do.thanks Ciao, Roberto

HelloTest Szenario: Transfer uint64_t counter from STM to another MC called ALFA.ALFA has a separate uint64_t counter.Each transfer counts the counter up.ALFA compares both counters and reports a missmatchSetup:ALFA -> SPI Master @ 10MhzSTMG4 -> SPI Slave -> DMASPI Transation is 9 Bytes long, where the first byte is a placeholder byte (used by something else, but not important)The STMG4 SPI DMA transaction is started when the chip select of ALFA goes back to highwe will miss the first transaction on purpose to ensure a clean startAdditional checks are done to keep the data synchronized between STMG4 and ALFAVariables:volatile uint32_t spiTransferState = SPI_TRANSFER_IDLE;DMA Circulare Code:[somewhere in main while loop] volatile static uint64_t counter = 0; if(spiTransferState == SPI_TRANSFER_COMPLETE){ counter++; spiTxBuffer[0] = 8; memcpy(&spiTxBuffer[1],(uint8_t*)&counter,8);   spiTransferState = SPI_TRANSFER_WAIT; }void HAL_SPI_TxRxCpltCallback(SPI_HandleT

In the datasheet (RM0444) for 512k dual bank devices, it looks like the last page of bank 1 is 127 and the first page of bank 2 is 256 (see section 3.3.1)The flash control register (see 3.7.5) says, the valid values for PNB is from 0 (page 0) to 0x17F (page 383).In the STM32G0 HAL FLASH example for Nucleo G01BRE, however, the C procedure to calculate the page from a given address calculates page 0 for the first bank 2 address (0x0804'0000).static uint32_t GetPage(uint32_t Addr) { uint32_t page = 0;   if (Addr < (FLASH_BASE + FLASH_BANK_SIZE)) { /* Bank 1 */ page = (Addr - FLASH_BASE) / FLASH_PAGE_SIZE; } else { /* Bank 2 */ page = (Addr - (FLASH_BASE + FLASH_BANK_SIZE)) / FLASH_PAGE_SIZE; }   return page; }Used STM32 Cube G0 package version: 1.5.0Which one is correct?

Hi,I have convert my project to C++.Debugging has no problem to show real time value etc. But I can't set break point as per normal, line number bar become blue line and all break point never stop.Please advise, thanks.

I am trying to merge UserApp example into my existing project. Everything goes fine, except for the error mentioned in the title. I've checked that include list is identical to UserApp example, as well as Linker->Miscellaneous->Other flags. What am I missing?EDIT: I've forgot to mention that I'm using the example for STM32G071xx and my MCU is STM32G070xx. IDE is STM32CubeIDE.

hello, I am using P-NUNCLEO-IHM001 package(nucleo-F302R8, STSPIN L6230 motor driver, BR2804 motor 1700kv-1) to performance FOC algorithm. But i did not find Parameters of the motor, could someone let me know where can i find the datasheet or Details of parameters of the motor. thanks

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I'm controlling a L6474PD Stepper motor driver withan STM32F338 mcu. It is not a demo PCB but PCB made for our targeted product.I manage to control the motor with PWM and DIR pins, and send Disable and Enable SPI Commands that work ( basically all commands not requiering feedback ar ok). However , trying to send a GetParam or GetStatus command over the MOSI line only returns the sent bytes over the MISO.I first thougth that it was a short between the 2 lines, but the strange thing is that the feed back comes with 1 byte delay (check with the Scope), which means the drivers acts like it saves the received command, and send it back on the next incoming byte over SPI bus. For example if i sendD0h, 00h, 00h ( Get Status + 2 x Nops)in the RX buffer I receive00h, D0h, 00has answer , and that for evey byte sent. i tried to sendD0h, 55h, 00h ( Get Status + Random byte + NOP )i received00h, D0h, 55h As i said , the signals and the 1 byte delay are also visble on the scope&nb

Hi, i am working on a mobile android application, and from the firmware team they told me i need to this procedure:1. User closes his mobile phone to climatic sensor.2. A mobile app send a ManageGPO command (0x80) to ST25DV64K chip.3. This command raises RF_INTERRUPT in NFC which is seen by MCU.4. MCU updates values in DGN memory space.But how can I do this? I am a beginner in this technology, so i don't have much knowledge.I have also tried to send some custom command with the ST25 demo app, like 02 80 02 00 but the response is 01 01 ISO15693_CMD_NOT_SUPPORTED

Hi, I am using a LIS2DH12 chip to detect the orientation(in 3D space) of a device.For this purpose I'm using the INT pins in 6D position mode to generate interrupt signal/s, that will alert me if the device has exited/entered a known positional area.My problem is the following: when setting the threshold for each used axis, I'm unable to utilize any value below 45 degrees. The application behaves in the exact way I'm expecting it while the threshold value is set for a reference angle above or equal to 45 degrees but as soon as i enter a value below 45 degrees,the interrupt flag starts to occur at output values much higher than expected.This is my register configuration: (using INT2 and only Y axis HIGH interrupt enabled, Normal mode, 10 bit resolution, +/- 2g full-scale):CTRL_REG1 - 0x37 CTRL_REG2 - 0x0CTRL_REG3 - 0x0CTRL_REG4 - 0x0CTRL_REG5 - 0x0CTRL_REG6 - 0x20INT2_CFG - 0xC8INT2_SRC - 0x48INT2_THS - 0x2DWhen using this configuration I'm observing the interrupt si

CubeMx generates the following code /* Initialize all configured peripherals */ MX_GPIO_Init(); MX_RTC_Init(); MX_USART1_UART_Init(); MX_TIM5_Init(); MX_SPI1_Init(); MX_TIM14_Init(); MX_I2C1_Init(); MX_QUADSPI_Init(); MX_SAI1_Init(); MX_SAI2_Init(); MX_SAI3_Init(); MX_DMA_Init(); MX_SPI3_Init(); /* USER CODE BEGIN 2 */this does not work because MX_DMA_INIT should be called before other peripherals which use DMA,Pperipherals clock initialization has moved to HAL_???_MspInit functions, so the initialization sequence is important.

Greetings - within the "Example_9_detection_thresholds.c" , there a comment (line 164) stating: "... Please note that the first one must always be set with a mathematic_operation VL53L5CX_OPERATION_NONE...."Yet, within "vl53l5cx_plugin_detection_thresholds.h" it states (line 120):"...Please note that the first checker MUST always be a ORoperation...."Base on the example code is working, I assume the first is correct?Q2 - Single 4x4 threshold: To validate what I'm testing is correct, for single a 4x4 threshold would look something like this: for (uint8_t i = 0; i < 16; i++) {    thresholds[i].zone_num = i;    thresholds[i].measurement = VL53L5CX_DISTANCE_MM;    thresholds[i].type = VL53L5CX_IN_WINDOW;    thresholds[i].mathematic_operation = VL53L5CX_OPERATION_NONE;    thresholds[i].param_low_thresh = 400;    thresholds[i].param_high_thresh = 800; } th

I'm using a Portenta H7 from Arduino. It hosts the STM32H747 microprocessor. I was wondering if it is safe to use +5 volts for I2C even though the MPU runs at +3.3 volts? To clarify, on how the Portenta H7 is wired up, I'm using the pins associated with I2C3 on the STM32H747. Now, according to the datasheet, the pin structure for the pins are labeled as FT, which should mean that they are +5 volt tolerant according to the datasheet (Table 6). You can see how I'm laying it out below in my schematic, but I wanted to ask if this was safe or not? The Portenta's QWIIC connector uses 5 volts instead of 3.3 volts, so it seemed strange given that the STM32 operates at 3.3 volts.

When BW_FILT[1:0] = 00, it's different between AN5201 AND DATASHEET. Which one is real?​in AN5201:In Datasheet(DocID031788):​​

I am quiet new to STM32 programming and can't get the external interrupt to work.I started with the NUCLEO-L011K4 and wrote my programm without any issues. I switched to my own board (pdf included) and weren't able to get extrenal interrupts to work.I use the STM32CubeIDE 1.5.1 and the ST-Link/V2 to programm.The goal of the code is to change the PWM outputs frequency and duty cycle with incoming 5V high signals on pin "Change" and pin "Laser_On". The Controller itself gets 3,3V.I can see in debug mode that the Callback function isn't entered when i provide the high signals.Am I missing some crucial code? Help is appreciated.

Details:​The high-pass filter can be configured in reference mode by setting the HP_REF_MODE bit in the CTRL7 register to 1. In this configuration the output data is calculated as the difference between the measured acceleration and the output values captured when reference mode was enabled. In this way only the difference is applied without any filtering. ​​​Question & support:​It is required that the abscissa and ordinate in the figure represent the specific meaning, Can we think that the abscissa is the frequency and the ordinate is the amplitudeWhat is the output of the two modes? Can blue solid line be considered the output of filters or red dash line in figure 4?The difference between the two modes cannot be seen from the figure. Can you provide further explanation? For example, specific input and output​

I'm using a NUCLEO-L476RG with a STEVAL-MKI197V1, connected in SPI mode without any expansion board. My setup works: I successfully used the LSM6DSOX low-level driver to read sensor data. But my attempts to use the high level libraries, such as MotionAC and MotionGC, have failed:MotionAC_Initialize() and MotionGC_Initialize() always hang with a hard fault interrupt, andMotionAC_GetLibVersion() and MotionGC_GetLibVersion() always return zero.I think I've followed the setup instructions, including adding the CRC module, but obviously there's something I'm doing wrong. Any idea?

Hello everyone, I am working on our project based on STM32H757I-EVAL board (or NUCLEO-H755ZI-Q). I have already tested several parts that we expect to use Ethernet, UART, I2C, IOs, LCD, LEDs, etc. I have troubles with LwIP TCP/IP stack and finally I use CycloneTCP stack with a success. Last problem is CAN 2.0A communication at FDCAN1.I was starting with FDCAN_Classic_Frame_Networking example for STM32HT43I-EVAL and adopted to our STM32H757I-EVAL board. The communication works well in a mode set to FDCAN_MODE_EXTERNAL_LOOPBACK and doesn't work in FDCAN_MODE_NORMAL. FDCAN parameters are set for 500 kbps (fdcan_ker_ck to 40 MHz, CPU M7 clock to 400 MHz, AXI and AHB clocks to 200 MHz and finally APB clocks to 100 MHz). The code is same for both modes except one parameter hfdcan.Init.Mode.FDCAN_MODE_EXTERNAL_LOOPBACK works well:   I think TX-RX delay is low about 70 ns (see 01TransitionDelay = 70ns.png and 10TransitionDelay = 70ns.png).   SOF and arbitration wi

My goal is to send an interrupt signal to MCU, and this couldn't be done via mST25DVTag.manageGpoCommand(ST25DVTag.GpoCommand.INTERRUPT), and it jumps to the catch part.I am a beginner to the field and would really appreciate your help!

HiI had a question about RTC in SPC560bxx.When you read the RTC documentation carefully, you will notice that it is actually a 32-bit counter that also operates in low-power modes and issues interrupts.This module is just a counter and there is no register to preserve value in low power mode.Am I right about that?How to use RTC in low power modes?Is it used only to wake up the chip?Thanks

When I clicked 'Firmware Upgrade' for my STLink, STM32CubeProgrammer complained that 'STLinkUpgrade.jar Not Found'. I found STLinkUpgrade.jar in STSW-LINK007:https://www.st.com/en/development-tools/stsw-link007.htmlBut neither STM32CubeProgrammer nor STSW-LINK007 has any instructions about how install or place STLinkUpgrade.jar so that it can be found by STM32CubeProgrammer.I managed to perform the update by installing a separate Java runtime environment and running the utility separately, but would like to know how to set it up correctly in STM32CubeProgrammer.

Hi,I have been working on my Custom STM32F405 Board. I have been using different Communication protocols like I2C,SPI2,I2C1,USB OTG on the same chip in a single code using FREE RTOS.However, I have a problem with SPI1 of STM32F405. I'm trying to communicate with a ADS1292R Chip which also built on a custom board. The ADS1292R Board is working perfectly with STM32F401RE NUCLEO BOARD(SPI2 ON NUCLEO BOARD). But when I'm using the same code with STM32F405 with SPI1, I'm not getting correct result. The same code is working on STM32F401(SPI2) but not on STM32F405(SPI1).Is there any difference in SPI Modules of both IC's?

How should I configure STM32CubeMonitor to watch the flow of an array? I can either select the first position or expand the array but then the graph will be a mess. See below.

Hi ST Community,We are using STM32MP157C-DK2 board and OpenSTlinux Firmware (v3.1-Openstlinux-5-4-dunfell-mp1-20-11-12) for our development. Currently for DFU from PC, we are triggering USB Boot mode by configuring Boot mode Switch (SW1) manually. But our product have a requirement to trigger USB boot mode from the running firmware automatically. Is there any way to trigger USB Boot mode in STM32MP157C-DK2 board without any manual configuration ?

I am using STM32F407ZGT6 and configured the TIM1_CH1 to trigger DMA2 to transmit data through GPIO. Since the protocol is using both raising and failing edges, I need to control both data pins and the clock pin. So the TIM1 is just generating PWM signals without output. I have put all pins in GPIOC so I can use a half-word data width on both MSIZE and PSIZE to directly control both data pins and the clock pin.The target clock frequency is about 5 MHz, so I need to transmit data from SRAM to the GPIO peripheral every 50ns like:GPIOC->ODR = tmpodr[0]; GPIOC->ODR = tmpodr[0]|CLK_Pin; GPIOC->ODR = tmpodr[1]|CLK_Pin; GPIOC->ODR = tmpdor[1];   GPIOC->ODR = tmpodr[2]; GPIOC->ODR = tmpodr[2]|CLK_Pin; GPIOC->ODR = tmpodr[3]|CLK_Pin; GPIOC->ODR = tmpdor[3];it is one cycle.But what I have got is just about 3.70 MHz from the oscilloscope. After I enabled the FIFO, the maximum is about 4 MHz. And memory burst mode has no effect. I thought it is caused by the bus race si