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STM32 MPU ecosystem v5
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Getting started
  • Main page
  • Glossary
  • Prerequisites
    • PC prerequisites
    • Which Package better suits your needs
    • Which STM32MPU Embedded Software Package better suits your needs
    • Which STM32MPU Embedded Software Package for Android better suits your needs
  • Release notes
    • Release notes archives
      • STM32 MPU ecosystem release note - v5.0.0
      • STM32 MPU ecosystem release note - v5.1.0
      • STM32 MPU OpenSTDroid release note - v5.1.0
      • STM32 MPU OpenSTLinux release note - v5.0.0
      • STM32 MPU OpenSTLinux release note - v5.1.0
      • STM32CubeMP13 ecosystem release note - v1.0.0
      • STM32CubeMP13 ecosystem release note - v1.1.0
      • STM32CubeMP13 Package release note - v1.0.0
      • STM32CubeMP13 Package release note - v1.1.0
      • STM32CubeMP15 Package release note - v1.6.0
      • STM32CubeMP2 Package release note - v1.0.0
    • STM32 MPU ecosystem release note
    • STM32 MPU OpenSTLinux release note
    • STM32 MPU OpenSTDroid release note
    • STM32CubeMP15 Package release note
    • STM32CubeMP13 ecosystem release note
    • STM32CubeMP13 Package release note
    • STM32CubeMP2 Package release note
    • STM32MP13 ecosystem errata sheet
    • STM32MP15 ecosystem errata sheet
    • STM32MP25 ecosystem errata sheet
    • STM32CubeProgrammer release note
    • STM32CubeIDE release note
    • STM32CubeMX release note
    • KeyGen release note
    • PRG-TOOLBOX-DFU release note
    • PRG-TOOLBOX-FB release note
    • Signing tool release note
    • STM32DDRFW-UTIL release note
    • STM32PRGFW-UTIL release note
  • Hardware
    • STM32 MPU microprocessor devices
      • Peripherals - Hardware blocks
        • Peripherals overview
          • STM32MP13 peripherals overview
          • STM32MP15 peripherals overview
          • STM32MP25 peripherals overview
        • Analog peripherals
          • ADC internal peripheral
          • STM32MP13 ADC internal peripheral
          • STM32MP15 ADC internal peripheral
          • STM32MP25 ADC internal peripheral
          • DAC internal peripheral
          • DFSDM internal peripheral
          • MDF internal peripheral
          • VREFBUF internal peripheral
          • STM32MP13 VREFBUF internal peripheral
          • STM32MP15 VREFBUF internal peripheral
          • STM32MP25 VREFBUF internal peripheral
        • Audio peripherals
          • ADF internal peripheral
          • DFSDM internal peripheral
          • SAI internal peripheral
          • SPDIFRX internal peripheral
          • SPI internal peripheral
        • Coprocessor management peripherals
          • HSEM internal peripheral
          • IPCC internal peripheral
        • Core peripherals
          • Arm processors
            • Arm Cortex-A35
            • Arm Cortex-A7
            • Arm Cortex-M0+
            • Arm Cortex-M33
            • Arm Cortex-M4
            • NEON overview
          • DMA peripherals
            • DMA internal peripheral
            • DMAMUX internal peripheral
            • HPDMA internal peripheral
            • LPDMA internal peripheral
            • MDMA internal peripheral
          • Interrupts peripherals
            • EXTI internal peripheral
            • GIC internal peripheral
            • NVIC internal peripheral
          • IOs pins peripherals
            • GPIO internal peripheral
          • RAM interfaces
            • BKPSRAM internal memory
            • DDRCTRL and DDRPHYC internal peripherals
            • RETRAM internal memory
            • STM32MP13 SRAM internal memory
            • STM32MP15 MCU SRAM internal memory
            • STM32MP2 SRAM internal memory
            • STM32MP2 VDERAM internal memory
            • STM32MP25 LPSRAM internal memory
            • SYSRAM internal memory
          • Timers peripherals
            • LPTIM internal peripheral
            • TIM internal peripheral
          • Watchdog peripherals
            • IWDG internal peripheral
            • WWDG internal peripheral
          • HSEM internal peripheral
          • RTC internal peripheral
          • STGEN internal peripheral
          • SYSCFG internal peripheral
        • High speed interface peripherals
          • COMBOPHY internal peripheral
          • How to activate PCIe ASPM
          • How to adjust USBPHYC settings using USB Eye Diagram
          • OTG internal peripheral
          • PCIe internal peripheral
          • PCIe troubleshooting grid
          • SDMMC internal peripheral
          • UCPD internal peripheral
          • USB2PHY internal peripheral
          • USB3DR internal peripheral
          • USBH internal peripheral
          • USBPHYC internal peripheral
        • Low speed interface peripherals
          • I2C internal peripheral
          • I3C internal peripheral
          • SPI internal peripheral
          • USART internal peripheral
        • Networking peripherals
          • ETH internal peripheral
          • ETHSW internal peripheral
          • FDCAN internal peripheral
        • Persistent storage peripherals
          • Mass storage peripherals
            • FMC internal peripheral
            • How to add a new parallel or serial NAND flash memory device in Yocto
            • OCTOSPI internal peripheral
            • OCTOSPIM internal peripheral
            • QUADSPI internal peripheral
            • SDMMC internal peripheral
          • BSEC internal peripheral
        • Power and Thermal peripherals
          • DTS internal peripheral
          • PWR internal peripheral
          • STM32MP13 PWR internal peripheral
          • STM32MP15 PWR internal peripheral
          • STM32MP25 PWR internal peripheral
          • RCC internal peripheral
        • Security peripherals
          • CRC internal peripheral
          • CRYP internal peripheral
          • DDRMCE internal peripheral
          • ETZPC internal peripheral
          • HASH internal peripheral
          • IAC internal peripheral
          • OTFDEC internal peripheral
          • PKA internal peripheral
          • RIFSC internal peripheral
          • RISAB internal peripheral
          • RISAF internal peripheral
          • RNG internal peripheral
          • SAES internal peripheral
          • TAMP internal peripheral
          • TZC internal peripheral
        • Trace and debug peripherals
          • Arm CoreSight internal peripherals
          • DBGMCU internal peripheral
          • DDRPERFM internal peripheral
          • HDP internal peripheral
          • SERC internal peripheral
        • Visual peripherals
          • CEC internal peripheral
          • CSI internal peripheral
          • DCMI internal peripheral
          • DCMIPP internal peripheral
          • DSI internal peripheral
          • GPU internal peripheral
          • LTDC internal peripheral
          • LVDS internal peripheral
          • VDEC internal peripheral
          • VENC internal peripheral
      • STM32MP13 microprocessor
      • STM32MP15 microprocessor
      • STM32MP25 microprocessor
    • STM32 MPU boards
      • STM32MP13 Discovery kits
        • STM32MP135x-DK - hardware description
        • STM32MP135x-DK - software distributions
        • STM32MP13 Discovery kits - Starter Package
        • LEDs and buttons on STM32 MPU boards
      • STM32MP15 Discovery kits
        • STM32MP157x-DKx - hardware description
        • STM32MP157x-DKx - software distributions
        • STM32MP15 Discovery kits - Starter Package
        • LEDs and buttons on STM32 MPU boards
        • MB1272
        • MB1407
      • STM32MP15 Evaluation boards
        • STM32MP157x-EV1 - hardware description
        • STM32MP157x-EV1 - software distributions
        • STM32MP15 Evaluation boards - Starter Package
        • LEDs and buttons on STM32 MPU boards
        • MB1230
        • MB1262
        • MB1263
        • MB1379
      • STM32MP25 Discovery kits
        • STM32MP25 Discovery kits - Starter Package
        • STM32MP257x-DKx - hardware description
        • STM32MP257x-DKx - software distributions
      • STM32MP25 Evaluation boards
        • STM32MP257x-EV1 - hardware description
        • STM32MP257x-EV1 - software distributions
        • STM32MP25 Evaluation boards - Starter Package
        • STM32MP25 Evaluation boards - Starter Package for Android
        • LEDs and buttons on STM32 MPU boards
        • MB1854
        • MB1936
      • LEDs and buttons on STM32 MPU boards
      • STM32MPU Developer Package
      • STM32MPU Distribution Package
      • STM32MPU Distribution Package for Android
    • Hardware components
      • Audio hardware components
        • Audio codecs hardware components
      • Camera hardware components
        • Camera sensors hardware components
      • Display hardware components
        • Display bridges hardware components
        • Display panels hardware components
        • Touchscreen hardware components
      • IO hardware components
        • IO expander hardware components
      • Networking hardware components
        • WLAN and Bluetooth hardware component
      • Power and Thermal hardware components
        • PMIC hardware components
    • Expansion boards
      • IKS01A2 MEMS expansion board
      • IKS01A3 MEMS expansion board
      • STPM4RasPI expansion board
      • X-NUCLEO-NFC05A1 expansion board
      • X-NUCLEO-NFC06A1 expansion board
  • Embedded software
    • Distributions
      • STM32MPU Embedded Software distribution
        • OpenSTLinux distribution
          • OpenSTLinux filesystem
            • File Hierarchy Standard (FHS)
            • Pseudo filesystem
            • Configfs
            • Debugfs
            • How to access information in sysfs
            • OpenSTLinux directory structure
          • OpenSTLinux distribution
          • Dpkg
          • GTK demo launcher
          • OpenEmbedded
          • STM32 MPU OpenSTLinux release note
        • STM32CubeMP15 Package
          • STM32CubeMP15 Package
          • STM32CubeMP15 Package - Getting started
          • STM32CubeMP15 Package architecture
          • How to use engineering and production modes
          • How to structure the software to develop STM32Cube examples
        • Example of directory structure for Packages
      • STM32MPU Embedded Software distribution for Android
        • OpenSTDroid distribution
          • OpenSTDroid distribution
          • STM32 MPU OpenSTDroid release note
      • STM32CubeMP13 Package
        • STM32CubeMP13 Package
        • STM32CubeMP13 Package - Getting started
        • STM32CubeMP13 Package architecture
        • STM32CubeMP13 package - boot architecture
        • How to ensure data coherency when cache and MMU used in STM32CubeMP13
        • How to install X-TouchGFX MPU Addon
        • How to load and start STM32CubeMP13 applications via eMMC storage
        • How to load and start STM32CubeMP13 applications via microSD card
        • How to load and start STM32CubeMP13 applications via SNOR flash
    • Embedded software components
      • Architecture overview
        • STM32MPU Embedded Software architecture overview
        • STM32MPU Embedded Software for Android architecture overview
        • OpenSTLinux architecture overview
        • OpenSTLinux BSP architecture overview
      • Platform boot
        • ROM code
          • STM32 header for binary files
          • STM32 MPU ROM code overview
          • STM32 MPU ROM trace analyzer
          • STM32MP2 ROM code resource isolation
          • STM32 MPU ROM code secure boot
        • U-Boot
          • U-Boot Visual
            • How to find the description of a color format and check its support
            • How to write a display panel or bridge driver
            • How to write a low resolution and slow interface display panel driver
          • U-Boot
          • U-Boot overview
          • STM32MP13 U-Boot
          • STM32MP15 U-Boot
          • STM32MP25 U-Boot
          • How to configure U-Boot for your board
          • U-Boot - How to debug
          • How to load U-Boot with dfu-util
          • How to load U-Boot with STM32CubeProgrammer
          • How to start the coprocessor from the bootloader
          • How to update OTP with U-Boot
          • How to use U-Boot stm32key command
          • How to configure U-Boot to support Fastboot mode
        • Trusted Firmware-A
          • Trusted Firmware-A (BL2)
            • TF-A BL2 overview
            • How to configure TF-A BL2
            • TF-A BL2 Trusted Board Boot
            • How to debug TF-A BL2
            • How to configure flash memory for TF-A BL2
          • Trusted Firmware-A (BL31)
            • TF-A BL31 overview
          • TF-A overview
          • How to configure TF-A FIP
          • How to configure TF-A FW CONFIG
        • Boot chain overview
        • STM32MP1 boot chain overview
        • STM32MP2 boot chain overview
      • Platform power
        • Platform power overview
        • STM32MP1 power overview
        • STM32MP2 power overview
        • Coprocessor power management
        • SCMI overview
      • Platform security
        • Secure manufacturing
          • Secure Secret Provisioning (SSP) overview
          • How to deploy SSP using a step-by-step approach
        • Key and certificate management
          • Hardware Unique Key overview
        • Abnormal situation handling
          • How to analyze IAC & SERC errors
        • Context isolation
          • Resource Isolation Framework overview
          • Trustzone environment
        • Secure boot
          • How to enable secure boot on STM32 MPU
          • STM32 MPU ROM code secure boot
          • TF-A BL2 Trusted Board Boot
        • Device life cycle
        • How to encrypt a disk with dm-crypt
        • Secure Firmware Update
      • Platform configuration
        • Device tree configuration
          • ADC device tree configuration
          • Bluetooth device tree configuration
          • BSEC device tree configuration
          • Calibration device tree configuration
          • CEC device tree configuration
          • Clock device tree configuration
          • COMBOPHY device tree configuration
          • CRC device tree configuration
          • CRYP device tree configuration
          • CSI device tree configuration
          • DAC device tree configuration
          • DCMI device tree configuration
          • DCMIPP device tree configuration
          • DDRCTRL and DDRPHYC device tree configuration
          • DFSDM device tree configuration
          • DMA device tree configuration
          • DMAMUX device tree configuration
          • DSI device tree configuration
          • Ethernet device tree configuration
          • Ethernet switch device tree configuration
          • ETZPC device tree configuration
          • FDCAN device tree configuration
          • FMC device tree configuration
          • GPIO device tree configuration
          • GPU device tree configuration
          • HASH device tree configuration
          • HDP device tree configuration
          • HPDMA device tree configuration
          • I2C device tree configuration
          • I2S device tree configuration
          • I3C device tree configuration
          • IWDG device tree configuration
          • LPTIM device tree configuration
          • LTDC device tree configuration
          • LVDS device tree configuration
          • MDF device tree configuration
          • MDMA device tree configuration
          • OCTOSPI device tree configuration
          • OCTOSPIM device tree configuration
          • OTG device tree configuration
          • PCIe device tree configuration
          • Pinctrl device tree configuration
          • PKA device tree configuration
          • QUADSPI device tree configuration
          • Reset device tree configuration
          • RIFSC device tree configuration
          • RISAB device tree configuration
          • RISAF device tree configuration
          • RNG device tree configuration
          • RTC device tree configuration
          • SAES device tree configuration
          • SAI device tree configuration
          • SCMI device tree configuration
          • SDMMC device tree configuration
          • Serial TTY device tree configuration
          • Soundcard configuration
          • SPDIFRX device tree configuration
          • SPI device tree configuration
          • TAMP device tree configuration
          • TIM device tree configuration
          • USB2PHY device tree configuration
          • USB3DR device tree configuration
          • USBH device tree configuration
          • USBPHYC device tree configuration
          • VDEC device tree configuration
          • VENC device tree configuration
          • WLAN device tree configuration
        • STM32MP13 platform configuration
          • STM32MP13 clock tree
          • STM32MP13 OTP mapping
          • STM32MP13 RAM mapping
          • STM32MP13 backup registers
          • STM32MP1 DMA
        • STM32MP15 platform configuration
          • STM32MP15 clock tree
          • STM32MP15 OTP mapping
          • STM32MP15 RAM mapping
          • STM32MP15 backup registers
          • STM32MP1 DMA
        • STM32MP25 platform configuration
          • STM32MP25 clock tree
          • STM32MP25 firewall configuration
          • STM32MP25 memory mapping
          • STM32MP2 backup registers
        • Device tree
        • STM32 MPU device tree
        • STM32 MPU Flash mapping
        • STM32 MPU Flash mapping for Android
      • Linux Operating System
        • Analog
          • IIO
            • IIO overview
            • IIO libiio
            • ADC device tree configuration
            • ADC OpenSTLinux drivers
            • DAC device tree configuration
            • DAC Linux driver
            • DFSDM device tree configuration
            • DFSDM Linux driver
            • How to use the IIO user space interface
            • IIO Linux kernel tools
            • LPTIM device tree configuration
            • LPTIM Linux driver
            • MDF device tree configuration
            • MDF Linux driver
            • TIM device tree configuration
            • TIM Linux driver
        • Audio
          • ALSA
            • ALSA overview
            • ALSA troubleshooting grid
            • DFSDM device tree configuration
            • DFSDM Linux driver
            • How to play audio
            • How to record audio
            • I2S device tree configuration
            • I2S Linux driver
            • MDF device tree configuration
            • MDF Linux driver
            • SAI device tree configuration
            • SAI Linux driver
            • Soundcard configuration
            • SPDIFRX device tree configuration
            • SPDIFRX Linux driver
          • Audio troubleshooting grid
        • Coprocessor management Linux
          • Coprocessor management overview
          • Coprocessor management troubleshooting grid
          • Coprocessor resource table
          • Exchanging buffers with the coprocessor
          • How to assign an internal peripheral to an execution context
          • How to configure system resources
          • How to protect the coprocessor firmware
          • IPCC device tree configuration
          • Linux Mailbox framework overview
          • Linux remoteproc framework overview
          • Linux RPMsg framework overview
          • Resource manager for coprocessing
        • Core
          • Clock
            • Clock device tree configuration
            • Clock overview
            • SCMI device tree configuration
            • SCMI overview
          • DMA
            • DMA device tree configuration
            • Dmaengine overview
            • DMAMUX device tree configuration
            • HPDMA device tree configuration
            • MDMA device tree configuration
          • Hardware spinlock
            • Hardware spinlock overview
            • HSEM device tree configuration
          • Interrupts
            • Interrupt overview
          • IOs pin management
            • Pinctrl overview
            • GPIOLib overview
            • GPIO device tree configuration
            • How to control a GPIO in kernel space
            • How to control a GPIO in userspace
            • Overview of GPIO pins
            • Pinctrl device tree configuration
          • RAM
            • Reserved memory
            • SWIOTLB mechanism overview
          • Reset
            • Reset device tree configuration
            • Reset overview
            • SCMI device tree configuration
            • SCMI overview
            • TAMP device tree configuration
          • RTC
            • RTC overview
            • RTC device tree configuration
            • How to use the RTC
          • Timers
            • PWM overview
            • IIO overview
            • LPTIM device tree configuration
            • LPTIM Linux driver
            • TIM device tree configuration
            • TIM Linux driver
          • Watchdog
            • Watchdog overview
            • IWDG device tree configuration
        • Embedded trace and debug
          • HDP device tree configuration
          • HDP Linux driver
        • High speed interface
          • PCIe
            • PCIe overview
            • COMBOPHY device tree configuration
            • COMBOPHY internal peripheral
            • How to activate PCIe ASPM
            • PCIe device tree configuration
            • PCIe internal peripheral
            • PCIe troubleshooting grid
          • USB
            • USB overview
            • USB3DR device tree configuration
            • USBH device tree configuration
            • COMBOPHY device tree configuration
            • COMBOPHY internal peripheral
            • How to configure a USB remote server with an STM32 MPU board
            • OTG device tree configuration
            • PHY overview
            • UCPD internal peripheral
            • USB2PHY device tree configuration
            • USBPHYC device tree configuration
        • Low speed interface
          • I2C
            • I2C i2c-tools
            • I2C device tree configuration
            • I2C overview
          • I3C
            • I3C overview
            • I3C device tree configuration
          • Serial TTY
            • Serial TTY overview
            • Serial TTY device tree configuration
            • How to use TTY with User Terminal
            • TTY tools
          • SPI
            • How to use SPI from Linux userland with spidev
            • SPI device tree configuration
            • SPI overview
        • Networking
          • Netdev
            • CAN
              • CAN overview
              • FDCAN device tree configuration
              • How to send or receive CAN data
              • How to set up a SocketCAN interface
            • Ethernet
              • Ethernet overview
              • Ethernet switch overview
              • Ethernet device tree configuration
              • Ethernet switch device tree configuration
              • How to configure ethernet interface
              • How to configure Ethernet switch
              • How to configure TSN endpoint
              • How to configure TSN switch
              • How to create a bridge between ETH1, ETH2, ETH3
              • How to perform ping test
              • How to perform ssh connection
              • TSN overview
            • WLAN
              • WLAN overview
              • WLAN device tree configuration
              • How to configure a WLAN gateway
              • How to configure a WLAN interface on client mode
              • How to configure a WLAN interface on hotspot mode
              • How to setup a WLAN connection
            • Network tools
            • Networking overview
          • Bluetooth
            • Bluetooth device tree configuration
            • Bluetooth overview
            • How to scan BLE devices
            • How to scan Bluetooth devices
            • How to set up a Bluetooth connection
          • Networking troubleshooting grid
        • Persistent storage
          • Mass storage
            • FMC device tree configuration
            • How to support EXT4 through MMC
            • How to support UBIFS through MTD
            • MMC overview
            • MTD overview
            • OCTOSPI device tree configuration
            • OCTOSPIM device tree configuration
            • QUADSPI device tree configuration
            • SDMMC device tree configuration
          • NVMEM overview
        • Power and Thermal
          • Power overview
          • Regulator overview
          • Thermal overview
        • Security
          • Crypto
            • Crypto API overview
            • CRC device tree configuration
            • CRYP device tree configuration
            • HASH device tree configuration
          • Hardware random overview
          • How to control a RNG in userspace
          • RIFSC device tree configuration
          • RISAB device tree configuration
          • RISAF device tree configuration
        • Visual
          • CEC
            • CEC device tree configuration
            • CEC overview
          • DRM KMS
            • DRM KMS overview
            • DRM KMS troubleshooting grid
            • DSI device tree configuration
            • How to display on HDMI
            • How to find the description of a color format and check its support
            • How to get DRM KMS logs
            • How to get name and current status of a DRM connector
            • How to modify the panel backlight
            • How to monitor the display framerate
            • How to write a display panel or bridge driver
            • How to write a low resolution and slow interface display panel driver
            • LTDC device tree configuration
            • LVDS device tree configuration
          • GPU
            • GPU device tree configuration
            • GPU troubleshooting grid
            • How to find the description of a color format and check its support
            • How to launch glmark2 benchmark
            • How to launch Khronos OpenGLES conformance tests
            • How to monitor the GCNANO GPU load
            • How to test and benchmark OpenGLES
            • OpenVG overview
          • GStreamer
            • Gst-discoverer
            • Gst-play
            • Gst-transcoder
            • Gst-typefind
            • GStreamer overview
            • GStreamer troubleshooting grid
            • How to encode a video stream with the hardware video encoder
            • How to find the description of a color format and check its support
            • How to get video details
            • How to make a camera preview
            • How to play a video
            • How to play a video with the hardware video decoder
            • How to profile video framerate
            • How to stream camera over network
            • How to stream RAW camera over network
            • How to transcode a video
          • OP-TEE Visual
            • How to find the description of a color format and check its support
            • How to use the secure display feature
          • U-Boot Visual
            • How to find the description of a color format and check its support
            • How to write a display panel or bridge driver
            • How to write a low resolution and slow interface display panel driver
          • V4L2
            • CSI device tree configuration
            • DCMI device tree configuration
            • DCMIPP device tree configuration
            • DCMIPP ISP example utility
            • How to encode a video stream with the hardware video encoder
            • How to find the description of a color format and check its support
            • How to make a camera preview
            • How to play a video with the hardware video decoder
            • How to stream camera over network
            • How to stream RAW camera over network
            • How to use the DCMIPP ISP
            • How to verify the hardware video decoder and encoder activities
            • Media-ctl
            • V4L2 camera overview
            • STM32MP13 V4L2 camera overview
            • STM32MP15 V4L2 camera overview
            • STM32MP25 V4L2 camera overview
            • V4L2 video codec overview
            • V4l2-ctl
            • VDEC device tree configuration
            • VENC device tree configuration
            • Yavta
          • Visual hardware components
            • Camera hardware components
              • Camera sensors hardware components
            • Display hardware components
              • Display bridges hardware components
              • Display panels hardware components
              • Touchscreen hardware components
          • Wayland Weston
            • How to calibrate the touchscreen
            • How to configure the Weston keyboard layout
            • How to configure the Weston screen orientation
            • How to configure Weston screen resolution
            • How to debug Weston
            • How to display an image using Weston
            • How to display on HDMI
            • How to make a screen capture in Weston
            • How to make a video capture of Weston desktop
            • How to stop and start Weston
            • Wayland Weston overview
            • Wayland Weston troubleshooting grid
            • Weston keyboard shortcuts
          • How to find the description of a color format and check its support
          • How to use LTDC layers from CM33 and CA35 simultaneously
          • How to use the secure display feature
          • Visual troubleshooting grid
        • STM32 MPU Linux kernel overview
        • STM32MP13 Linux kernel overview
        • STM32MP15 Linux kernel overview
        • STM32MP25 Linux kernel overview
      • OP-TEE
        • OP-TEE Core
          • OP-TEE Clock
            • Calibration device tree configuration
            • Clock device tree configuration
            • OP-TEE Calibration PTA overview
        • OP-TEE Persistent storage
          • BSEC device tree configuration
          • OP-TEE OTP overview
        • OP-TEE Remoteproc
          • OP-TEE remoteproc framework overview
          • How to protect the coprocessor firmware
          • How to use LTDC layers from CM33 and CA35 simultaneously
        • OP-TEE Security
          • OP-TEE Crypto
            • CRYP device tree configuration
            • HASH device tree configuration
            • PKA device tree configuration
            • RNG device tree configuration
            • SAES device tree configuration
          • OP-TEE Firewall
            • ETZPC device tree configuration
          • TAMP device tree configuration
        • OP-TEE Visual
          • How to find the description of a color format and check its support
          • How to use the secure display feature
        • STM32 MPU OP-TEE overview
        • OP-TEE concepts overview
        • How to build OP-TEE components
        • How to configure OP-TEE
        • How to configure PWR Wake-up pins
        • How to disable OP-TEE secure services
        • OP-TEE configuration switches
        • SCMI overview
        • STM32MP13 OP-TEE overview
        • STM32MP15 OP-TEE overview
        • STM32MP25 OP-TEE overview
        • STM32MPU OP-TEE profiles
      • Application frameworks
        • Azure RTOS middleware
          • Introduction to Azure RTOS with STM32
          • Introduction to THREADX
          • Introduction to USBX
          • Introduction to NETXDUO
          • Introduction to FILEX
          • Introduction to LEVELX
        • Networking frameworks
          • OPC UA overview
          • How to install OPC UA
        • UI frameworks
          • UI frameworks
        • Linux application frameworks overview
      • STM32Cube MPU Packages
        • STM32CubeMP13 Package
          • STM32CubeMP13 Package
          • STM32CubeMP13 Package - Getting started
          • STM32CubeMP13 Package architecture
          • STM32CubeMP13 package - boot architecture
          • How to ensure data coherency when cache and MMU used in STM32CubeMP13
          • How to install X-TouchGFX MPU Addon
          • How to load and start STM32CubeMP13 applications via eMMC storage
          • How to load and start STM32CubeMP13 applications via microSD card
          • How to load and start STM32CubeMP13 applications via SNOR flash
        • STM32CubeMP15 Package
          • STM32CubeMP15 Package
          • STM32CubeMP15 Package - Getting started
          • STM32CubeMP15 Package architecture
          • How to use engineering and production modes
          • How to structure the software to develop STM32Cube examples
        • STM32CubeMP2 Package
          • STM32CubeMP2 Package
          • STM32CubeMP2 Package architecture
          • STM32CubeMP2 Package - Getting started
        • Coprocessor management STM32Cube
          • Coprocessor management overview
          • Coprocessor management troubleshooting grid
          • Coprocessor power management
          • Coprocessor resource table
          • Exchanging buffers with the coprocessor
          • How to assign an internal peripheral to an execution context
          • How to configure system resources
          • How to protect the coprocessor firmware
          • How to retrieve Cortex-M4 logs after crash
          • How to start the coprocessor from the bootloader
          • Resource manager for coprocessing
      • Trusted Firmware-M
        • TF-M overview
        • How to configure TF-M
        • How to build and debug secure project on STM32MP25 co-processor in STM32CubeIDE
        • How to create secure project on STM32MP25 co-processor in STM32CubeIDE
      • STM32MPU Embedded Software architecture overview
      • External device tree
    • Software expansion packages
      • X-LINUX-AI expansion package
        • AI - Tools
          • ST Edge AI: Guide for MPU
          • STAI MPU: AI unified API for STM32MPUs
          • X-LINUX-AI Tool
        • AI - Application examples
          • Image classification
          • Object detection
          • Pose estimation
          • Semantic segmentation
        • AI - Hardware
          • STM32MP2 NPU description
        • AI - How to
          • How to benchmark your NN model on STM32MPU
          • How to deploy your NN model on STM32MPU
          • How to measure the performance of NBG-based models
          • How to measure performance of your NN models using the Coral Edge TPU
          • How to convert a Tensorflow Lite model to ONNX using tf2onnx
          • How to compile model and run inference on Coral Edge TPU
          • How to run Coral Edge TPU inference using Python TensorFlow Lite API
          • How to build an example using libcoral API
          • How to reproduce an example using PyCoral API
          • How to measure performance of your NN models using TensorFlow Lite runtime
          • How to measure the performance of your models using ONNX Runtime
        • X-LINUX-AI Starter package
        • X-LINUX-AI Developer package
        • X-LINUX-AI Distribution package
      • X-LINUX-AWS expansion package
        • X-LINUX-AWS Expansion Package
        • X-LINUX-AWS Starter package
        • X-LINUX-AWS Distribution package
      • X-LINUX-NFC expansion packages
        • X-LINUX-NFC5 expansion package
        • X-LINUX-NFC6 expansion package
      • X-LINUX-QT Expansion Package
        • X-LINUX-QT Expansion Package
      • X-LINUX-RT expansion package
        • X-LINUX-RT expansion package
      • X-LINUX-TSNSWCH Expansion Package
        • X-LINUX-TSNSWCH Expansion Package
  • Tools
    • Development tools
      • KeyGen tool
        • KeyGen release note
        • KeyGen tool
      • SDK
        • Cross-compile with OpenSTLinux SDK
        • SDK for OpenSTLinux distribution
        • Standard SDK directory structure
      • Services
        • Package repository for OpenSTLinux distribution
      • Signing tool
        • Signing tool
        • Signing tool release note
      • Software configuration management
        • Git
      • STM32CubeIDE
        • STM32CubeIDE
        • How to get started with STM32CubeIDE from scratch
        • How to move from SW4STM32 to STM32CubeIDE
        • How to install the Yocto Project SDK in STM32CubeIDE
        • How to manage OpenSTLinux projects in STM32CubeIDE
        • How to debug a user space application with STM32CubeIDE
        • How to develop an OP-TEE Trusted Application with STM32CubeIDE
        • How to build and debug secure project on STM32MP25 co-processor in STM32CubeIDE
        • How to create secure project on STM32MP25 co-processor in STM32CubeIDE
        • How to use the Target Status widget in STM32CubeIDE
        • How to set up proxy and P2P Ethernet connection with STM32CubeIDE
        • How to setup target password in STM32CubeIDE
        • How to copy and paste in the STM32CubeIDE console
        • How to debug with Serial Wire Viewer tracing on STM32MP15
        • How to use TCP console in STM32CubeIDE
        • How to build LVGL applications using STM32CubeIDE
        • How to install X-TouchGFX MPU Addon
        • STM32CubeIDE release note
      • STM32CubeMX
        • STM32CubeMX
        • STM32CubeMX release note
      • STM32CubeProgrammer
        • STM32CubeProgrammer
        • STM32CubeProgrammer flashlayout
        • STM32CubeProgrammer OTP management
        • STM32CubeProgrammer PMIC NVM management
        • STM32CubeProgrammer release note
      • STM32DDRFW-UTIL
        • STM32DDRFW-UTIL
        • STM32DDRFW-UTIL release note
      • STM32PRG-TOOLBOX
        • PRG-TOOLBOX-DFU
          • PRG-TOOLBOX-DFU
          • PRG-TOOLBOX-DFU release note
        • PRG-TOOLBOX-FB
          • PRG-TOOLBOX-FB
          • PRG-TOOLBOX-FB release note
          • How to configure U-Boot to support Fastboot mode
      • STM32PRGFW-UTIL
        • STM32PRGFW-UTIL
        • STM32PRGFW-UTIL release note
      • System build
        • BitBake cheat sheet
        • OpenEmbedded
        • OpenEmbedded - devtool
        • System build troubleshooting grid
    • Trace and debug tools
      • Tracing tools
        • Linux tracing tools
          • Blktrace
          • Dmesg and Linux kernel log
          • Ftrace
          • Ltrace
          • LTTng
          • Strace
          • Trace-cmd and kernelshark trace viewer
        • How to debug OP-TEE
        • How to debug TF-A BL2
        • U-Boot - How to debug
      • Monitoring tools
        • Linux monitoring tools
          • Debugfs
          • Ethtool
          • Ifconfig
          • IP Linux command line
          • Kmemleak
          • Netdata
          • Netstat
          • Perf
          • Pseudo filesystem
          • Sysdig
          • Sysprof
          • Sysstat tool suite
          • Tcpdump
          • Top Linux command line
          • Valgrind
      • Debugging tools
        • Android debugging tools
          • ADB
        • Hardware probes
          • ST-LINK
        • Linux debugging tools
          • CMSIS-SVD environment and scripts
          • Core dump
          • Debugging the Linux kernel using the GDB
        • GDB
        • GDB commands
        • Gdbgui
        • How to build and debug secure project on STM32MP25 co-processor in STM32CubeIDE
        • How to create secure project on STM32MP25 co-processor in STM32CubeIDE
        • How to debug OP-TEE
        • How to debug TF-A BL2
        • IDE
        • STM32CubeIDE
        • U-Boot - How to debug
        • Wrapper for FSBL images
      • STM32 MPU Platform trace and debug environment overview
      • Linux tracing, monitoring and debugging
      • Trace and debug scenario - UART issue
  • How to
    • How to design products with STM32 MPU
      • How to create your product from design to manufacturing
      • How to define your low-power strategy
    • How to customize software
      • How to develop an X-Linux Expansion Package
      • How to add a customer application
      • How to add a new parallel or serial NAND flash memory device in Yocto
      • How to adjust USBPHYC settings using USB Eye Diagram
      • How to assign an internal peripheral to an execution context
      • How to avoid proxy issues
      • How to change the CPU frequency
      • How to compile the device tree with the Distribution Package
      • How to configure a 256MB DDR mapping from STM32 MPU Distribution Package
      • How to configure system resources
      • How to configure U-Boot for your board
      • How to configure UEFI boot with the Distribution Package
      • How to configure uniprocessor mode
      • How to create a new open embedded layer
      • How to create your board device tree
      • How to create your own distribution
      • How to create your own image
      • How to customize the Linux kernel
      • How to develop an OP-TEE Trusted Application
      • How to disable one CPU
      • How to enable secure boot on STM32 MPU
      • How to install X-TouchGFX MPU Addon
      • How to optimize the boot time
      • How to perform Secure Boot from Distribution Package
      • How to protect the coprocessor firmware
      • How to use LTDC layers from CM33 and CA35 simultaneously
      • How to use the DCMIPP ISP
      • How to use the secure display feature
      • How to write a display panel or bridge driver
      • How to write a low resolution and slow interface display panel driver
      • Menuconfig or how to configure kernel
    • How to build software
      • How to build Linux kernel user space tools
      • How to check the CVE status in OpenSTLinux
      • How to compile the device tree with the Developer Package
      • How to create an SDK for OpenSTLinux distribution
      • How to cross-compile with the Developer Package
      • How to cross-compile with the Distribution Package
      • How to develop a Rust Application
      • How to integrate an external software package
      • How to prevent the year 2038 bug
    • How to populate boards
      • How to manually update bootloaders
      • How to populate the SD card with dd command
      • How to transfer a file over network
      • How to transfer a file over serial console
      • How to transfer files to Discovery kit using Tera Term on Windows PC
      • How to update OTP with U-Boot
      • How to use STM32CubeProgrammer to populate a board
      • How to use U-Boot stm32key command
      • How to use UART as serial boot device with STM32CubeProgrammer
    • How to run use cases
      • How to accelerate JPEG compression and decompression
      • How to activate HSE monitoring
      • How to activate HSI and CSI oscillators calibration
      • How to activate PCIe ASPM
      • How to boot the kernel via TFTP from U-Boot
      • How to calibrate the touchscreen
      • How to configure a USB remote server with an STM32 MPU board
      • How to configure the Weston keyboard layout
      • How to configure the Weston screen orientation
      • How to configure Weston screen resolution
      • How to display an image using Weston
      • How to display on HDMI
      • How to encode a video stream with the hardware video encoder
      • How to get video details
      • How to launch glmark2 benchmark
      • How to launch Khronos OpenGLES conformance tests
      • How to make a camera preview
      • How to make a screen capture in Weston
      • How to make a video capture of Weston desktop
      • How to modify the panel backlight
      • How to play a video
      • How to play a video with the hardware video decoder
      • How to play audio
      • How to record audio
      • How to start the coprocessor from the bootloader
      • How to stop and start Weston
      • How to stream camera over network
      • How to stream RAW camera over network
      • How to support EXT4 through MMC
      • How to support UBIFS through MTD
      • How to test and benchmark OpenGLES
      • How to transcode a video
      • How to transfer a file over network
      • How to transfer a file over serial console
      • How to use SPI from Linux userland with spidev
      • How to use USB mass storage in U-Boot
    • How to run use cases with expansions
      • How to classify images with AI
      • How to detect objects with AI
      • How to exchange data buffers with the coprocessor
      • How to install a simple web browser
      • How to install JAVA JDK
      • How to install Node-RED
      • How to install OPC UA
      • How to integrate Azure IoT Edge on OpenSTLinux
      • How to measure acceleration and orientation
      • How to measure temperature and humidity
      • How to perform digital signature with TPM
    • How to trace and debug
      • How to access information in sysfs
      • How to check that a device tree resource is correctly set
      • How to debug Weston
      • How to detect memory leaks
      • How to diagnose a boot failure
      • How to enable earlycon for Linux kernel
      • How to find Linux kernel driver associated to a device
      • How to get DRM KMS logs
      • How to get name and current status of a DRM connector
      • How to get Terminal
      • How to measure the DDR throughput
      • How to monitor the display framerate
      • How to monitor the GCNANO GPU load
      • How to profile video framerate
      • How to read or write peripheral registers
      • How to retrieve Cortex-M4 logs after crash
      • How to use the kernel dynamic debug
      • How to verify the hardware video decoder and encoder activities
    • How to Android
      • How to build bootloaders for Android
      • How to build kernel for Android
      • How to build OpenSTDroid distribution
      • How to build TEE for Android
      • How to customize Linux kernel for Android
      • How to customize OpenSTDroid distribution
      • How to populate boards for Android
  • Other resources
    • STM32 MPU technical literature
      • STM32 MPU resources
      • STM32MP13 resources
      • STM32MP15 resources
      • STM32MP25 resources
    • Training zone
      • STM32 MPU trainings
      • Online Linux trainings
    • Partner program
      • Bootlin
      • Witekio
    • ST Community
      • STM32 MPUs Community FAQ
  • Deep dive
  • Category
  • UI frameworks

UI frameworks

Revision as of 17:02, 17 June 2024 by Registered User
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)

This category groups together all articles related to UI frameworks, compatible with STM32 MPUs.


User interface

Pages in category "UI frameworks"

This category contains only the following page.

U

  • UI frameworks
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