i.MX 8M Mini Manuals

HEAD

Table of Contents

• 1. PHYTEC Documentation
  • 1.1. Supported Hardware
• 2. Getting Started
  • 2.1. Get the Image
  • 2.2. Write the Image to SD Card
  • 2.3. First Start-up
• 3. Building the BSP
  • 3.1. Basic Set-Up
  • 3.2. Get the BSP
• 4. Installing the OS
  • 4.1. Bootmode Switch (S1)
  • 4.2. Flash e.MMC
  • 4.3. Flash SPI NOR Flash
  • 4.4. RAUC
  • 4.5. EFI Boot
• 5. Development
  • 5.1. Standalone Build preparation
  • 5.2. U-Boot standalone build
  • 5.3. Kernel standalone build
  • 5.4. Working with UUU
  • 5.5. Host Network Preparation
  • 5.6. Booting the Kernel from a Network
  • 5.7. Accessing the Development states
  • 5.8. Accessing the Latest Upstream Support
  • 5.9. Format SD card
  • 5.10. Switch back to legacyboot
• 6. Device Tree (DT)
  • 6.1. Introduction
  • 6.2. PHYTEC i.MX 8M Mini BSP Device Tree Concept
• 7. Accessing Peripherals
  • 7.1. i.MX 8M Mini Pin Muxing
  • 7.2. RS232/RS485
  • 7.3. Ethernet
  • 7.4. WLAN/Bluetooth
  • 7.5. SD card
  • 7.6. e.MMC Devices
  • 7.7. SPI Master
  • 7.8. GPIOs
  • 7.9. LEDs
  • 7.10. I²C Bus
  • 7.11. EEPROM
  • 7.12. RTC
  • 7.13. USB Host Controller
  • 7.14. USB OTG
  • 7.15. CAN FD
  • 7.16. PCIe
  • 7.17. Audio
  • 7.18. Video
  • 7.19. Display
  • 7.20. Power Management
  • 7.21. Thermal Management
  • 7.22. Watchdog
  • 7.23. On-Chip OTP Controller (OCOTP_CTRL) - eFuses
• 8. i.MX 8M Mini M4 Core
  • 8.1. Getting the Firmware Examples
  • 8.2. Running M4 Core Examples
• 9. BSP Extensions
  • 9.1. Chromium

BSP-Yocto-NXP-i.MX8MM-PD25.1.0

Table of Contents

• 1. PHYTEC Documentation
  • 1.1. Supported Hardware
• 2. Getting Started
  • 2.1. Get the Image
  • 2.2. Write the Image to SD Card
  • 2.3. First Start-up
• 3. Building the BSP
  • 3.1. Basic Set-Up
  • 3.2. Get the BSP
• 4. Installing the OS
  • 4.1. Bootmode Switch (S1)
  • 4.2. Flash e.MMC
  • 4.3. Flash SPI NOR Flash
  • 4.4. RAUC
  • 4.5. EFI Boot
• 5. Development
  • 5.1. Standalone Build preparation
  • 5.2. U-Boot standalone build
  • 5.3. Kernel standalone build
  • 5.4. Working with UUU
  • 5.5. Host Network Preparation
  • 5.6. Booting the Kernel from a Network
  • 5.7. Accessing the Development states
  • 5.8. Accessing the Latest Upstream Support
  • 5.9. Format SD card
  • 5.10. Switch back to legacyboot
• 6. Device Tree (DT)
  • 6.1. Introduction
  • 6.2. PHYTEC i.MX 8M Mini BSP Device Tree Concept
• 7. Accessing Peripherals
  • 7.1. i.MX 8M Mini Pin Muxing
  • 7.2. RS232/RS485
  • 7.3. Ethernet
  • 7.4. WLAN/Bluetooth
  • 7.5. SD card
  • 7.6. e.MMC Devices
  • 7.7. SPI Master
  • 7.8. GPIOs
  • 7.9. LEDs
  • 7.10. I²C Bus
  • 7.11. EEPROM
  • 7.12. RTC
  • 7.13. USB Host Controller
  • 7.14. USB OTG
  • 7.15. CAN FD
  • 7.16. PCIe
  • 7.17. Audio
  • 7.18. Video
  • 7.19. Display
  • 7.20. Power Management
  • 7.21. Thermal Management
  • 7.22. Watchdog
  • 7.23. On-Chip OTP Controller (OCOTP_CTRL) - eFuses
• 8. i.MX 8M Mini M4 Core
  • 8.1. Getting the Firmware Examples
  • 8.2. Running M4 Core Examples

BSP-Yocto-NXP-i.MX8MM-PD23.1.0

Table of Contents

• 1. PHYTEC Documentation
  • 1.1. Supported Hardware
• 2. Getting Started
  • 2.1. Get the Image
  • 2.2. Write the Image to SD Card
  • 2.3. First Start-up
• 3. Building the BSP
  • 3.1. Basic Set-Up
  • 3.2. Get the BSP
• 4. Installing the OS
  • 4.1. Bootmode Switch (S1)
  • 4.2. Flash eMMC
  • 4.3. Flash SPI NOR Flash
  • 4.4. RAUC
• 5. Development
  • 5.1. Host Network Preparation
  • 5.2. Booting the Kernel from a Network
  • 5.3. Working with UUU-Tool
  • 5.4. Standalone Build preparation
  • 5.5. U-Boot standalone build
  • 5.6. Kernel standalone build
  • 5.7. Accessing the Development states
  • 5.8. Accessing the Latest Upstream Support
  • 5.9. Format SD card
• 6. Device Tree (DT)
  • 6.1. Introduction
  • 6.2. PHYTEC i.MX 8M Mini BSP Device Tree Concept
• 7. Accessing Peripherals
  • 7.1. i.MX 8M Mini Pin Muxing
  • 7.2. RS232/RS485
  • 7.3. Ethernet
  • 7.4. WLAN/Bluetooth
  • 7.5. Bluetooth
  • 7.6. SD card
  • 7.7. e.MMC Devices
  • 7.8. SPI Master
  • 7.9. GPIOs
  • 7.10. LEDs
  • 7.11. I²C Bus
  • 7.12. EEPROM
  • 7.13. RTC
  • 7.14. USB Host Controller
  • 7.15. USB OTG
  • 7.16. CAN FD
  • 7.17. PCIe
  • 7.18. Audio
  • 7.19. Video
  • 7.20. Display
  • 7.21. Power Management
  • 7.22. Thermal Management
  • 7.23. Watchdog
  • 7.24. On-Chip OTP Controller (OCOTP_CTRL) - eFuses
• 8. i.MX 8M Mini M4 Core
  • 8.1. Getting the Firmware Examples
  • 8.2. Running M4 Core Examples
• 9. BSP Extensions
  • 9.1. Chromium

BSP-Yocto-NXP-i.MX8MM-PD22.1.1

Table of Contents

• 1. PHYTEC Documentation
  • 1.1. Supported Hardware
• 2. Getting Started
  • 2.1. Get the Image
  • 2.2. Write the Image to SD Card
  • 2.3. First Start-up
• 3. Building the BSP
  • 3.1. Basic Set-Up
  • 3.2. Get the BSP
• 4. Installing the OS
  • 4.1. Bootmode Switch (S1)
  • 4.2. Flash eMMC
  • 4.3. Flash SPI NOR Flash
  • 4.4. RAUC
• 5. Development
  • 5.1. Host Network Preparation
  • 5.2. Booting the Kernel from a Network
  • 5.3. Working with UUU-Tool
  • 5.4. Standalone Build preparation
  • 5.5. U-Boot standalone build
  • 5.6. Kernel standalone build
  • 5.7. Accessing the Development states
  • 5.8. Accessing the Latest Upstream Support
  • 5.9. Format SD card
• 6. Device Tree (DT)
  • 6.1. Introduction
  • 6.2. PHYTEC i.MX 8M Mini BSP Device Tree Concept
• 7. Accessing Peripherals
  • 7.1. i.MX 8M Mini Pin Muxing
  • 7.2. RS232/RS485
  • 7.3. Ethernet
  • 7.4. WLAN/Bluetooth
  • 7.5. Bluetooth
  • 7.6. SD card
  • 7.7. eMMC Devices
  • 7.8. SPI Master
  • 7.9. GPIOs
  • 7.10. LEDs
  • 7.11. I²C Bus
  • 7.12. EEPROM
  • 7.13. RTC
  • 7.14. USB Host Controller
  • 7.15. USB OTG
  • 7.16. CAN FD
  • 7.17. PCIe
  • 7.18. Audio
  • 7.19. Video
  • 7.20. Display
  • 7.21. Power Management
  • 7.22. Thermal Management
  • 7.23. Watchdog
  • 7.24. On-Chip OTP Controller (OCOTP_CTRL) - eFuses
• 8. i.MX 8M Mini M4 Core
  • 8.1. Getting the Firmware Examples
  • 8.2. Running M4 Core Examples
• 9. BSP Extensions
  • 9.1. Chromium