CONFIG_ARM=y
CONFIG_SKIP_LOWLEVEL_INIT=y
CONFIG_ARCH_CPU_INIT=y
CONFIG_ARCH_AT91=y
CONFIG_TEXT_BASE=0x26f00000
CONFIG_SYS_MALLOC_LEN=0x1000000
CONFIG_SYS_MALLOC_F_LEN=0x40000
CONFIG_TARGET_SAMA5D29_CURIOSITY=y
CONFIG_NR_DRAM_BANKS=1
CONFIG_HAS_CUSTOM_SYS_INIT_SP_ADDR=y
CONFIG_CUSTOM_SYS_INIT_SP_ADDR=0x20044000
CONFIG_SF_DEFAULT_SPEED=50000000
CONFIG_ENV_SIZE=0x4000
CONFIG_DM_GPIO=y
CONFIG_DEFAULT_DEVICE_TREE="at91-sama5d29_curiosity"
CONFIG_OF_LIBFDT_OVERLAY=y
CONFIG_DM_RESET=y
CONFIG_DEBUG_UART_BASE=0xf801c000
CONFIG_DEBUG_UART_CLOCK=82000000
CONFIG_DEBUG_UART_BOARD_INIT=y
CONFIG_SYS_LOAD_ADDR=0x22000000
CONFIG_DEBUG_UART=y
CONFIG_SYS_MEMTEST_START=0x20000000
CONFIG_SYS_MEMTEST_END=0x30000000
CONFIG_ENV_VARS_UBOOT_CONFIG=y
CONFIG_FIT=y
# CONFIG_BOOTSTD is not set
CONFIG_QSPI_BOOT=y
CONFIG_SD_BOOT=y
CONFIG_BOOTDELAY=3
CONFIG_USE_BOOTARGS=y
CONFIG_BOOTARGS="console=ttyS0,115200 root=/dev/mmcblk1p2 rw rootwait"
CONFIG_USE_BOOTCOMMAND=y
CONFIG_BOOTCOMMAND="fatload mmc 1:1 0x21000000 at91-sama5d29_curiosity.dtb; fatload mmc 1:1 0x22000000 zImage; bootz 0x22000000 - 0x21000000"
CONFIG_BOARD_TYPES=y
CONFIG_DISPLAY_BOARDINFO_LATE=y
CONFIG_HUSH_PARSER=y
CONFIG_CMD_BOOTZ=y
CONFIG_SYS_BOOTM_LEN=0x2000000
CONFIG_CMD_XXD=y
CONFIG_CMD_MEMINFO=y
CONFIG_CMD_MEM_SEARCH=y
CONFIG_CMD_MX_CYCLIC=y
CONFIG_CMD_MEMTEST=y
CONFIG_CMD_STRINGS=y
CONFIG_CMD_DM=y
# CONFIG_CMD_FLASH is not set
CONFIG_CMD_GPIO=y
CONFIG_CMD_LSBLK=y
CONFIG_CMD_MMC=y
CONFIG_CMD_MTD=y
CONFIG_CMD_SF_TEST=y
CONFIG_CMD_USB=y
CONFIG_CMD_CAT=y
CONFIG_CMD_RTC=y
CONFIG_CMD_TIME=y
CONFIG_CMD_TIMER=y
CONFIG_CMD_EXT4=y
CONFIG_CMD_EXT4_WRITE=y
CONFIG_CMD_FAT=y
CONFIG_CMD_FS_GENERIC=y
CONFIG_CMD_MTDPARTS=y
CONFIG_CMD_MTDPARTS_SPREAD=y
CONFIG_CMD_MTDPARTS_SHOW_NET_SIZES=y
CONFIG_MTDIDS_DEFAULT="nor0=nor0"
CONFIG_MTDPARTS_DEFAULT="mtdparts=nor0:256k(bootstrap)ro,1M(u-boot)ro,256k(env)ro,512k(dtb)ro,6M(kernel)ro"
CONFIG_OF_CONTROL=y
# CONFIG_OF_TAG_MIGRATE is not set
CONFIG_ENV_IS_IN_FAT=y
CONFIG_ENV_FAT_DEVICE_AND_PART="1:1"
CONFIG_SYS_RELOC_GD_ENV_ADDR=y
CONFIG_USE_HOSTNAME=y
CONFIG_HOSTNAME="SAMA5D29"
CONFIG_VERSION_VARIABLE=y
# CONFIG_NET is not set
CONFIG_CLK=y
CONFIG_CLK_AT91=y
CONFIG_AT91_UTMI=y
CONFIG_AT91_H32MX=y
CONFIG_AT91_GENERIC_CLK=y
CONFIG_ATMEL_PIO4=y
CONFIG_MMC_SDHCI=y
CONFIG_MMC_SDHCI_ATMEL=y
CONFIG_MTD=y
CONFIG_DM_MTD=y
CONFIG_DM_SPI_FLASH=y
CONFIG_SF_DEFAULT_BUS=2
CONFIG_SPI_FLASH_SFDP_SUPPORT=y
CONFIG_SPI_FLASH_SST=y
# CONFIG_SPI_FLASH_USE_4K_SECTORS is not set
CONFIG_SPI_FLASH_MTD=y
CONFIG_PINCTRL=y
CONFIG_PINCTRL_AT91PIO4=y
CONFIG_RESET_AT91=y
CONFIG_DM_RTC=y
CONFIG_RTC_EMULATION=y
CONFIG_DM_SERIAL=y
CONFIG_DEBUG_UART_ANNOUNCE=y
CONFIG_ATMEL_USART=y
CONFIG_SPI=y
CONFIG_DM_SPI=y
CONFIG_ATMEL_QSPI=y
CONFIG_SYSRESET=y
CONFIG_SYSRESET_AT91=y
CONFIG_TIMER=y
CONFIG_ATMEL_TCB_TIMER=y
CONFIG_USB=y
CONFIG_USB_EHCI_HCD=y
CONFIG_USB_STORAGE=y
CONFIG_USB_GADGET=y
CONFIG_USB_GADGET_ATMEL_USBA=y
CONFIG_VIDEO=y
CONFIG_ATMEL_HLCD=y
CONFIG_W1=y
CONFIG_W1_GPIO=y
CONFIG_W1_EEPROM=y
CONFIG_W1_EEPROM_DS24XXX=y
CONFIG_FAT_WRITE=y
CONFIG_CMD_DHRYSTONE=y
# CONFIG_EFI_LOADER is not set
