CONFIG_PPC=y
CONFIG_SYS_TEXT_BASE=0x30001000
CONFIG_SPL_LIBCOMMON_SUPPORT=y
CONFIG_SPL_LIBGENERIC_SUPPORT=y
CONFIG_ENV_SIZE=0x2000
CONFIG_ENV_OFFSET=0x100000
CONFIG_DEFAULT_DEVICE_TREE="t1042d4rdb"
CONFIG_SPL_TEXT_BASE=0xFFFD8000
CONFIG_SPL_MMC=y
CONFIG_SPL_SERIAL=y
CONFIG_SPL_DRIVERS_MISC=y
CONFIG_SPL=y
CONFIG_MPC85xx=y
CONFIG_TARGET_T1042D4RDB=y
CONFIG_MP=y
CONFIG_FIT=y
CONFIG_FIT_VERBOSE=y
CONFIG_OF_BOARD_SETUP=y
CONFIG_OF_STDOUT_VIA_ALIAS=y
CONFIG_SYS_EXTRA_OPTIONS="SDCARD"
CONFIG_RAMBOOT_PBL=y
CONFIG_SYS_FSL_PBL_PBI="$(SRCTREE)/board/freescale/t104xrdb/t104x_pbi.cfg"
CONFIG_SYS_FSL_PBL_RCW="$(SRCTREE)/board/freescale/t104xrdb/t1042d4_sd_rcw.cfg"
CONFIG_BOOTDELAY=10
CONFIG_USE_BOOTCOMMAND=y
CONFIG_BOOTCOMMAND="setenv bootargs root=/dev/ram rw console=$consoledev,$baudrate $othbootargs;setenv ramdiskaddr 0x02000000;setenv fdtaddr 0x00c00000;setenv loadaddr 0x1000000;bootm $loadaddr $ramdiskaddr $fdtaddr"
CONFIG_SILENT_CONSOLE=y
CONFIG_SYS_CONSOLE_IS_IN_ENV=y
CONFIG_BOARD_EARLY_INIT_F=y
CONFIG_BOARD_EARLY_INIT_R=y
# CONFIG_SPL_FRAMEWORK is not set
CONFIG_SPL_MMC_BOOT=y
CONFIG_SPL_FSL_PBL=y
CONFIG_SPL_ENV_SUPPORT=y
CONFIG_SPL_I2C=y
CONFIG_SPL_MPC8XXX_INIT_DDR=y
CONFIG_HUSH_PARSER=y
CONFIG_CMD_IMLS=y
CONFIG_CMD_GREPENV=y
CONFIG_CMD_DM=y
CONFIG_CMD_I2C=y
CONFIG_CMD_MMC=y
CONFIG_CMD_USB=y
CONFIG_CMD_DHCP=y
CONFIG_CMD_MII=y
CONFIG_CMD_PING=y
CONFIG_CMD_EXT2=y
CONFIG_CMD_FAT=y
CONFIG_MTDIDS_DEFAULT="nor0=fe8000000.nor,nand0=fff800000.flash,spi0=spife110000.0"
CONFIG_MTDPARTS_DEFAULT="mtdparts=fe8000000.nor:1m(uboot),5m(kernel),128k(dtb),96m(fs),-(user);fff800000.flash:2m(uboot),9m(kernel),128k(dtb),96m(fs),-(user);spife110000.0:2m(uboot),9m(kernel),128k(dtb),-(user)"
CONFIG_OF_CONTROL=y
CONFIG_ENV_OVERWRITE=y
CONFIG_ENV_IS_IN_MMC=y
CONFIG_USE_BOOTFILE=y
CONFIG_BOOTFILE="uImage"
CONFIG_USE_ETHPRIME=y
CONFIG_ETHPRIME="FM1@DTSEC4"
CONFIG_DM=y
CONFIG_FSL_CAAM=y
CONFIG_DDR_CLK_FREQ=66666666
CONFIG_CHIP_SELECTS_PER_CTRL=2
CONFIG_DDR_ECC=y
CONFIG_ECC_INIT_VIA_DDRCONTROLLER=y
CONFIG_DM_I2C=y
CONFIG_SPL_SYS_I2C_LEGACY=y
CONFIG_I2C_SET_DEFAULT_BUS_NUM=y
CONFIG_SYS_I2C_FSL=y
CONFIG_SYS_FSL_I2C_OFFSET=0x118000
CONFIG_SYS_FSL_HAS_I2C2_OFFSET=y
CONFIG_SYS_FSL_I2C2_OFFSET=0x118100
CONFIG_SYS_FSL_HAS_I2C3_OFFSET=y
CONFIG_SYS_FSL_I2C3_OFFSET=0x119000
CONFIG_SYS_FSL_HAS_I2C4_OFFSET=y
CONFIG_SYS_FSL_I2C4_OFFSET=0x119100
CONFIG_FSL_ESDHC=y
CONFIG_MTD=y
CONFIG_MTD_NOR_FLASH=y
CONFIG_FLASH_CFI_DRIVER=y
CONFIG_SYS_FLASH_USE_BUFFER_WRITE=y
CONFIG_FLASH_CFI_MTD=y
CONFIG_SYS_FLASH_CFI=y
CONFIG_SYS_MAX_FLASH_BANKS=2
CONFIG_DM_SPI_FLASH=y
CONFIG_SF_DEFAULT_SPEED=10000000
CONFIG_SPI_FLASH_STMICRO=y
CONFIG_PHYLIB=y
CONFIG_PHY_REALTEK=y
CONFIG_PHY_VITESSE=y
CONFIG_DM_ETH=y
CONFIG_DM_MDIO=y
CONFIG_PHY_GIGE=y
CONFIG_E1000=y
CONFIG_FMAN_ENET=y
CONFIG_SYS_FMAN_FW_ADDR=0x10400
CONFIG_MII=y
CONFIG_PCIE_FSL=y
CONFIG_U_QE=y
CONFIG_SYS_QE_FW_ADDR=0x124000
CONFIG_SYS_QE_FMAN_FW_IN_MMC=y
CONFIG_DM_RTC=y
CONFIG_SYS_NS16550=y
CONFIG_SPI=y
CONFIG_DM_SPI=y
CONFIG_FSL_ESPI=y
CONFIG_USB=y
CONFIG_USB_EHCI_FSL=y
CONFIG_USB_STORAGE=y
CONFIG_ADDR_MAP=y
CONFIG_SYS_NUM_ADDR_MAP=64
