CONFIG_ARM=y
CONFIG_ARCH_OMAP2PLUS=y
CONFIG_SYS_MALLOC_LEN=0x500000
CONFIG_SYS_MALLOC_F_LEN=0x2000
CONFIG_SPL_GPIO=y
CONFIG_SPL_LIBCOMMON_SUPPORT=y
CONFIG_SPL_LIBGENERIC_SUPPORT=y
CONFIG_NR_DRAM_BANKS=1
CONFIG_ENV_SIZE=0x10000
CONFIG_ENV_OFFSET=0x60000
CONFIG_DM_GPIO=y
CONFIG_DEFAULT_DEVICE_TREE="am335x-brppt1-nand"
CONFIG_AM33XX=y
CONFIG_TARGET_BRPPT1=y
CONFIG_SPL_SERIAL=y
CONFIG_SPL=y
# CONFIG_EXPERT is not set
CONFIG_SYS_LOAD_ADDR=0x80000000
# CONFIG_FIT is not set
CONFIG_OF_BOARD_SETUP=y
CONFIG_BOOTDELAY=0
CONFIG_USE_BOOTCOMMAND=y
CONFIG_BOOTCOMMAND="run b_default"
CONFIG_USE_PREBOOT=y
CONFIG_PREBOOT="run cfgscr; run brdefaultip"
CONFIG_SYS_CONSOLE_IS_IN_ENV=y
CONFIG_SYS_CONSOLE_OVERWRITE_ROUTINE=y
CONFIG_SYS_CONSOLE_INFO_QUIET=y
# CONFIG_DISPLAY_CPUINFO is not set
# CONFIG_DISPLAY_BOARDINFO is not set
CONFIG_ARCH_MISC_INIT=y
CONFIG_SPL_SYS_MALLOC_SIMPLE=y
CONFIG_SPL_SEPARATE_BSS=y
# CONFIG_SYS_MMCSD_RAW_MODE_U_BOOT_USE_SECTOR is not set
CONFIG_SPL_I2C=y
CONFIG_SPL_NAND_DRIVERS=y
CONFIG_SPL_NAND_ECC=y
CONFIG_SPL_NAND_BASE=y
CONFIG_SPL_POWER=y
CONFIG_SPL_WATCHDOG=y
CONFIG_SPL_YMODEM_SUPPORT=y
CONFIG_HUSH_PARSER=y
CONFIG_CMD_BOOTZ=y
# CONFIG_CMD_IMI is not set
# CONFIG_CMD_XIMG is not set
# CONFIG_CMD_EDITENV is not set
# CONFIG_CMD_CRC32 is not set
# CONFIG_CMD_FLASH is not set
CONFIG_CMD_GPIO=y
CONFIG_CMD_I2C=y
# CONFIG_CMD_LOADS is not set
CONFIG_CMD_NAND=y
CONFIG_CMD_PART=y
CONFIG_CMD_USB=y
# CONFIG_CMD_ITEST is not set
CONFIG_CMD_DHCP=y
CONFIG_BOOTP_MAY_FAIL=y
# CONFIG_CMD_NFS is not set
CONFIG_CMD_MII=y
CONFIG_CMD_PING=y
CONFIG_CMD_BOOTCOUNT=y
CONFIG_CMD_CACHE=y
CONFIG_CMD_TIME=y
CONFIG_CMD_EXT4=y
CONFIG_CMD_EXT4_WRITE=y
CONFIG_CMD_FAT=y
CONFIG_CMD_FS_GENERIC=y
CONFIG_CMD_MTDPARTS=y
CONFIG_MTDIDS_DEFAULT="nand0=omap2-nand.0"
CONFIG_MTDPARTS_DEFAULT="mtdparts=omap2-nand.0:128k(MLO),128k(cfgscr),128k(dtb),128k(u-boot-env),512k(u-boot),4m(kernel),128m(rootfs),-(user)"
# CONFIG_SPL_DOS_PARTITION is not set
CONFIG_OF_CONTROL=y
CONFIG_SPL_OF_CONTROL=y
CONFIG_OF_SPL_REMOVE_PROPS="pinctrl-0 pinctrl-names clocks clock-names interrupt-parent interrupt-controller interrupt-cells dma-names dmas "
CONFIG_ENV_OVERWRITE=y
CONFIG_ENV_IS_IN_NAND=y
CONFIG_SYS_RELOC_GD_ENV_ADDR=y
CONFIG_VERSION_VARIABLE=y
CONFIG_NET_RETRY_COUNT=10
CONFIG_BOOTP_SEND_HOSTNAME=y
CONFIG_NET_RANDOM_ETHADDR=y
CONFIG_NETCONSOLE=y
CONFIG_DM=y
CONFIG_SPL_DM=y
CONFIG_SPL_DM_SEQ_ALIAS=y
# CONFIG_OF_TRANSLATE is not set
CONFIG_BOOTCOUNT_LIMIT=y
CONFIG_DM_I2C=y
CONFIG_I2C_SET_DEFAULT_BUS_NUM=y
CONFIG_MISC=y
# CONFIG_MMC is not set
CONFIG_MTD=y
CONFIG_MTD_RAW_NAND=y
CONFIG_SYS_NAND_BLOCK_SIZE=0x20000
CONFIG_SYS_NAND_PAGE_COUNT=0x40
CONFIG_SYS_NAND_PAGE_SIZE=0x800
CONFIG_SYS_NAND_OOBSIZE=0x40
CONFIG_SYS_NAND_U_BOOT_LOCATIONS=y
CONFIG_SYS_NAND_U_BOOT_OFFS=0x80000
CONFIG_PHY_NATSEMI=y
CONFIG_DM_ETH=y
CONFIG_DRIVER_TI_CPSW=y
CONFIG_DM_SERIAL=y
CONFIG_USB=y
CONFIG_USB_MUSB_HOST=y
CONFIG_USB_MUSB_GADGET=y
CONFIG_USB_MUSB_TI=y
CONFIG_USB_STORAGE=y
CONFIG_USB_GADGET=y
CONFIG_FAT_WRITE=y
CONFIG_LZO=y
# CONFIG_OF_LIBFDT_OVERLAY is not set
# CONFIG_EFI_LOADER is not set
