/dts-v1/; /include/ "actduino.dtsi" / { model = "Actions GS705A board"; compatible = "actions,gs705a", "actions,atm7059a"; /*default*/ chosen { bootargs = "earlyprintk clk_ignore_unused selinux=0 scandelay root=/dev/mmcblk0p2 rw console=tty0 rootfstype=ext4 console=ttyS3 loglevel=4 rootwait"; }; cpus { CPU0: cpu@0 { transition-latency = <61036>; /* two CLK32 periods */ cpuvdd-supply = <&dcdc1>; }; }; clock:0b0160000 { compatible = "actions,owl-clk"; core_pll = <0x332>; dev_pll = <0x1164>; bus_pll = <0x1c710000>; display_pll = <0x164>; bus1_pll = <0x2e004>; clk_spead = <0x0>; }; gpio_int { initgpio_A=<23 0 0>,<25 0 0>;/*,x1=PIN,x2=(0=OUT,1=IN),x3=IOVAL*/ initgpio_B=<23 0 0>; }; reserved { tiny { fb_heap_size = <4>; kinfo_heap_size = <1>; carveout_heap_size = <40>; dma_heap_size = <128>; }; normal { fb_heap_size = <8>; kinfo_heap_size = <1>; carveout_heap_size = <244>; dma_heap_size = <128>; }; }; dual_logo { value=<0x0>; /*dual_logo support,=0 disable, >0 enable; */ }; pinctrl@b01b0040 { pinctrl-names = "default"; pinctrl-0 = <&state_default>; state_default: pinctrl_default { }; serial0_state_default: serial0_default{ serial_0{ actions,groups = "mfp2_2_0","mfp3_21_19"; actions,function = "uart0"; }; }; serial1_state_default: serial1_default{ serial_1{ actions,groups = "mfp2_13_11"; actions,function = "uart1"; }; }; serial2_state_default: serial2_default{ serial_2{ actions,groups = "mfp2_23","mfp2_22","uart2_dummy"; actions,function = "uart2"; }; }; serial3_state_default: serial3_default{ serial_3{ actions,groups = "uart3_dummy"; actions,function = "uart3"; }; }; serial4_state_default: serial4_default{ serial_4{ actions,groups = "uart4_dummy"; actions,function = "uart4"; }; }; serial5_state_default: serial5_default{ serial_5{ actions,groups = "mfp2_19_17","mfp2_16_14"; actions,function = "uart5"; }; }; serial6_state_default: serial6_default{ serial_6{ actions,groups = "mfp0_18_16_eth_txd0", "mfp0_18_16_eth_txd1"; actions,function = "uart6"; }; }; nand_state_default: nand_default { nand_mfp { /*DNAND, D0-D7&RDB&RDBN:mfp3_3, ALE&CLE&CEB0&CEB1:mfp3_2, CEB2:mfp3_1_0_nand_ceb2, CEB3:mfp3_1_0_nand_ceb3*/ actions,groups = "nand_dummy", "mfp3_3", "mfp3_2", "mfp3_1_0_nand_ceb2", "mfp3_1_0_nand_ceb3"; actions,function = "nand"; }; nand_rdbn_ce0_ce2_pullup_disable { actions,pins = "P_DNAND_RDBN"; actions,pull = <0>; //disabled }; nand_dqsn_pullup { actions,pins = "P_DNAND_DQSN"; actions,pull = <2>; //pull up }; nand_dqs_pulldown { actions,pins = "P_DNAND_DQS"; actions,pull = <1>; //pull down }; nand_d0_d3_pulldown { actions,pins = "P_DNAND_D0","P_DNAND_D1","P_DNAND_D2","P_DNAND_D3","P_DNAND_D4","P_DNAND_D5","P_DNAND_D6","P_DNAND_D7"; actions,pull = <0>; //disabled }; }; ethernet_state_default: ethernet_default { ethernet_smi { /* pins: MDC & MDIO */ actions,groups = "eth_smi_dummy"; actions,function = "eth_rmii"; }; ethernet_rmii_txd01 { actions,groups = "mfp0_18_16_eth_txd0", "mfp0_18_16_eth_txd1"; actions,function = "eth_rmii"; }; ethernet_rmii_txen_rxer { actions,groups = "mfp0_15_13_rmii_txen", "mfp0_15_13_rmii_rxen"; actions,function = "eth_rmii"; }; ethernet_rmii_crs_dv { actions,groups = "mfp0_22_20"; actions,function = "eth_rmii"; }; ethernet_rmii_rxd10 { actions,groups = "mfp0_10_8_rmii_rxd1", "mfp0_10_8_rmii_rxd0"; actions,function = "eth_rmii"; }; ethernet_rmii_ref_clk { actions,groups = "mfp0_7_6"; actions,function = "eth_rmii"; }; }; mmc_share_uart_state: mmc_share_uart { sd0_mfp_cmd_clk { actions,groups = "mfp2_8_7", "mfp2_6_5"; actions,function = "sd0"; }; sd0_pull_d0_d3_cmd { actions,pins = "P_SD0_CMD"; actions,pull = <2>; }; sd0_pull_clk { actions,pins = "P_SD0_CLK"; actions,pull = <0>; }; sd0_d0_d3_cmd_clk_paddrv { actions,groups = "paddrv1_19_18","paddrv1_17_16"; actions,paddrv = <1>; /*level 1，范围0~3*/ }; // 如果以后使用uart2请修改这个地方到uart2配置，现在默认是uart5 serial_5 { actions,groups = "mfp2_19_17","mfp2_16_14"; actions,function = "uart5"; }; }; mmc0_state_default: mmc0_default { sd0_mfp_d0_d3_cmd_clk { actions,groups = "mfp2_19_17", "mfp2_16_14", "mfp2_13_11", "mfp2_8_7", "mfp2_6_5"; actions,function = "sd0"; }; sd0_pull_d0_d3_cmd { actions,pins = "P_SD0_D0", "P_SD0_D1", "P_SD0_D2", "P_SD0_D3", "P_SD0_CMD"; actions,pull = <2>; }; sd0_pull_clk { actions,pins = "P_SD0_CLK"; actions,pull = <0>; }; sd0_d0_d3_cmd_clk_paddrv { actions,groups = "paddrv1_23_22","paddrv1_19_18","paddrv1_17_16"; actions,paddrv = <3>; /*level 1，范围0~3*/ }; }; mmc1_state_default: mmc1_default { sd1_mfp_d0_d3_cmd_clk { actions,groups = "mfp2_10_9", "mfp2_4_3", "sd1_dummy"; actions,function = "sd1"; }; sd1_pull_d0_d3_cmd { actions,pins = "P_SD1_D0", "P_SD1_D1", "P_SD1_D2", "P_SD1_D3", "P_SD1_CMD"; actions,pull = <2>; }; sd1_d0_d3_cmd_clk_paddrv { actions,groups = "paddrv1_21_20","paddrv1_15_14","paddrv1_13_12"; actions,paddrv = <2>; /*level 1，范围0~2*/ }; }; mmc2_state_default: mmc2_default { sd2_mfp_d0_d3_cmd_clk { actions,groups = "mfp3_3"; actions,function = "sd2"; }; sd2_pull_d0_d3_cmd { actions,pins = "P_DNAND_D0","P_DNAND_D1","P_DNAND_D2","P_DNAND_D3","P_DNAND_D4","P_DNAND_D5","P_DNAND_D6","P_DNAND_D7","P_DNAND_RDBN"; actions,pull = <2>; }; }; /* the format of isp state name: channel + pin + bus type(pin function) */ /* channel: isp0/isp1, pin: csi/bt/sens1, bus type: dvp/mipi */ isp0_state_csi_dvp: isp0_csi_dvp { isp0_csi_dvp_mfp { actions,groups = "mfp3_29_28", "mfp3_23_22", "mfp3_15_14", "mfp3_13_12"; actions,function = "sens0"; }; sens0_clk_out_pdrv{ actions,groups = "paddrv2_13_12"; actions,paddrv = <0>;/*level 1 ,range :0~2*/ }; }; isp0_state_csi_mipi: isp0_csi_mipi { isp0_csi_mipi_mfp { actions,groups = "mfp3_29_28", "mfp3_15_14"; actions,function = "mipi_csi"; }; isp0_csi_mipi_clkout_mfp { actions,groups = "mfp3_23_22"; actions,function = "sens0"; }; }; i2c0_state_default: i2c0_default {/* i2c0 use default pin */ i2c0_default_mfp { actions,groups = "mfp3_18_16"; actions,function = "i2c0"; }; i2c0_default_paddrv { actions,groups = "paddrv2_24_23"; actions,paddrv = <0>;/*level 1*/ }; i2c0_default_pull_up { actions,pins = "P_I2C0_SCLK","P_I2C0_SDATA"; actions,pull = <2>; /*pull up*/ }; }; i2c0_state_over_uart0: i2c0_over_uart0 {/* i2c0 use uart0 pin */ i2c0_over_uart0_mfp { actions,groups = "mfp2_2_0", "mfp3_21_19"; actions,function = "i2c0"; }; i2c0_over_uart0_paddrv { actions,groups = "paddrv2_31_30","paddrv2_29_28"; actions,paddrv = <0>;/*level 1*/ }; i2c0_over_uart0_pull_up { actions,pins = "P_UART0_RX","P_UART0_TX"; actions,pull = <2>; /*pull up*/ }; }; i2c1_state_default: i2c1_default {/* i2c1 use default pin */ i2c1_default_mfp { actions,groups = "i2c1_dummy"; actions,function = "i2c1"; }; i2c1_default_paddrv { actions,groups = "paddrv2_22_21"; actions,paddrv = <0>;/*level 1*/ }; i2c1_default_pull_up { actions,pins = "P_I2C1_SCLK","P_I2C1_SDATA"; actions,pull = <0>; /*stay disabled*/ }; }; i2c2_state_default: i2c2_default {/* i2c2 use default pin*/ i2c2_default_mfp { actions,groups = "i2c2_dummy"; actions,function = "i2c2"; }; i2c2_default_paddrv { actions,groups = "paddrv2_22_21"; actions,paddrv = <0>;/*level 1*/ }; i2c2_default_pull_up { actions,pins = "P_I2C2_SCLK","P_I2C2_SDATA"; actions,pull = <2>; /*pull up*/ }; }; i2c3_state_over_spi0: i2c3_over_spi0 {/* i2c3 use spi0 pin */ i2c3_over_spi0_mfp { actions,groups = "mfp1_4_3"; actions,function = "i2c3"; }; i2c3_over_spi0_paddrv { actions,groups = "paddrv1_11_10"; actions,paddrv = <0>;/*level 1*/ }; i2c3_over_spi0_pull_up { actions,pins = "P_SPI0_SCLK","P_SPI0_MOSI"; actions,pull = <2>; /*pull up*/ }; }; pwm0_state_default: pwm0_default { pwm0_mfp { actions,groups = "mfp1_31_29_ks_in2"; actions,function = "pwm0"; }; }; pwm1_state_default: pwm1_default { pwm1_mfp { actions,groups = "mfp1_28_26_ks_in3"; actions,function = "pwm1"; }; }; pwm2_state_default: pwm2_default { pwm2_mfp { actions,groups = "mfp1_25_23"; actions,function = "pwm2"; }; }; pwm3_state_default: pwm3_default { pwm3_mfp { actions,groups = "mfp1_28_26_ks_out1"; actions,function = "pwm3"; }; }; lvds_state_default: lvds_default { lvds_mux { actions,groups = "mfp1_6_5", "mfp2_28_27"; actions,function = "lvds"; }; lcd_mux { actions,groups = "mfp1_22_21"; actions,function = "lcd0"; }; }; i2s0_state_default: i2s0_default { i2s0_default_mfp { actions,groups = "mfp0_2_1_i2s0", "mfp0_4_3", "mfp0_5"; actions,function = "i2s0"; }; }; rgb_state_default: rgb_default { rgb_mux { actions,groups = "mfp0_25_23","mfp1_16_14", "mfp1_22_21", "mfp1_13_12", "mfp1_11_10", "mfp1_6_5", "mfp2_30_29", "mfp2_28_27"; actions,function = "lcd0"; }; }; dsi_state_default: dsi_default { dsi_mux { actions,groups = "mfp1_20_19", "mfp1_18_17", "mfp1_13_12", "mfp1_11_10", "mfp1_9_7", "mfp2_30_29"; actions,function = "dsi"; }; }; }; serial@b0120000 { clock-frequency = <48000000>; pinctrl-names = "default"; pinctrl-0 = <&serial0_state_default>; // actions,enable-dma-rx; status = "okay"; }; serial@b0122000 { clock-frequency = <48000000>; pinctrl-names = "default"; pinctrl-0 = <&serial1_state_default>; // actions,enable-dma-rx; status = "disabled"; }; serial@b0124000 { clock-frequency = <48000000>; pinctrl-names = "default"; pinctrl-0 = <&serial2_state_default>; // actions,enable-dma-rx; status = "okay"; }; /*for BT*/ serial@b0126000 { clock-frequency = <48000000>; pinctrl-names = "default"; pinctrl-0 = <&serial3_state_default>; // actions,enable-dma-rx; status = "okay"; }; serial@b0128000 { clock-frequency = <48000000>; pinctrl-names = "default"; pinctrl-0 = <&serial4_state_default>; // actions,enable-dma-rx; status = "disabled"; }; serial@b012a000 { clock-frequency = <48000000>; pinctrl-names = "default"; pinctrl-0 = <&serial5_state_default>; // actions,enable-dma-rx; status = "okay"; sdio_uart_supported; }; serial@b012c000 { clock-frequency = <48000000>; pinctrl-names = "default"; pinctrl-0 = <&serial6_state_default>; // actions,enable-dma-rx; status = "disabled"; }; i2c@b0170000 { i2c_num = <0>; clock-frequency = <400000>; status = "okay"; pinctrl-names = "default"; pinctrl-0 = <&i2c0_state_default>; #address-cells = <1>; #size-cells = <0>; /* atc2603c (5307) */ atc260x: atc2603c@65 { compatible = "actions,atc2603c"; reg = <0x65>; interrupt-parent = <&sirq>; interrupts =< 2 0x4 >; interrupt-controller; #interrupt-cells = <1>; losc_32k_output_enable = <1>; /* enable/disable output 32.768K clock via I2S_MCLK1 pin */ losc_32k_output_voltage = <18>; /* select voltage scale of the 32.768K clock output, 18:1.8v, 31:3.1v */ pm { compatible = "actions,atc2603c-pm"; }; onoff { compatible = "actions,atc2603c-onoff"; }; rtc{ compatible = "actions,atc2603c-rtc"; }; atc260x_gpio: atc260x_gpio { compatible = "actions,atc2603c-gpio"; gpio-controller; #gpio-cells = <2>; }; atc260x_sgpio: atc260x_sgpio { compatible = "actions,atc2603c-sgpio"; gpio-controller; #gpio-cells = <2>; interrupt-controller; #interrupt-cells = <2>; }; atc260x-adckeypad{ #define KEY_HOME 172 #define KEY_MENU 139 #define KEY_BACK 158 #define KEY_VOLUMEDOWN 114 #define KEY_VOLUMEUP 115 keymapsize = <5>; /* number of ADC key */ filter_dep = <3>; /* depth of the moving average filter (length of filter queue) */ variance = <10>; /* filter will not output until the difference between every two ADC samples in the filter queue goes below this value */ poll_interval = <10>; /* sample period, in ms */ left_adc_val = <0 90 175 270 400>; /* for key code translator, each value defines a lower bound of ADC value of a key */ right_adc_val = <30 120 220 320 450>; /* for key code translator, each value defines a upper bound of ADC value of a key */ key_val = ; /* for key code translator, each value defines the key_code of a key */ adc_channel_name = "AUX0"; /* the ADC channel used for sampling, valid names are REMCON AUX0 AUX1 AUX2 (AUX3) */ compatible = "actions,atc2603c-adckeypad"; status = "disabled"; /* enable/disable ADC key function (okay or disabled) */ }; atc260x-irkeypad{ size = <28>; user_code = <16448>; protocol = <1>; wk_code= <77>; period = <140>; ir_code = <77 67 21 28 11 14 16 17 13 26 69 66 12 1 2 3 4 5 6 7 8 9 0 68 83 18 30 31>; key_code = <116 113 115 114 103 108 105 106 353 172 139 158 14 2 3 4 5 6 7 8 9 10 11 175 139 52 165 163>; compatible = "actions,atc2603c-irkeypad"; }; /*the cfg params must be read in the first installed ko, now snd-soc-atv5302.ko is first installed. 1, earphone_detect_level use the third value of earphone_gpios 2, commonly, we shouldn't change the value of speaker_gain and earphone_gain*/ atc260x-audio{ compatible = "actions,atc2603c-audio"; status = "okay"; pinctrl-names = "default"; pinctrl-0 = <&i2s0_state_default>; //earphone_detect_gpios = <&gpio 21 0>; /*0: high, 1: low hr280ac GPIOA21 0*/ //speaker_en_gpios = <&gpio 126 1>; /*hr280ac GPIOD(30) 0: high, 1: low*/ earphone_output_mode = <0>; /*0: direct mode, 1: undirect mode*/ mic_num = <1>; /*just suport 1, 2*/ mic0_gain = < 0xf 0xf >; /* [0x0~0xF]*/ speaker_gain = < 0xaa 0xaa >; /*[0x00~0xbebe]*/ earphone_gain = < 0xbe 0xbe >; /*[0x00~0xbebe]*/ mic_mode = <1>; /* 1: differential, 2: single end*/ earphone_detect_method = <2>; /*0:gpio, 1:irq, 2:adc*/ adc_plugin_threshold = <850>; /*adc earphone detect plugin threshold value*/ adc_level = <0>; /*adc plugin level, 1:high vol when plugin; 0:low vol when plug in*/ }; atc260x-hwmon{ compatible = "actions,atc2603c-hwmon"; }; atc260x-power{ compatible = "actions,atc2603c-power"; bl_on_usb_pc_max_charge_current = < 200 >; /*mA,plug usb-pc,backlight is on*/ bl_off_usb_pc_max_charge_current = < 500 >; /*mA,plug usb-pc,backlight is off*/ bl_on_usb_adp_max_charge_current = <400>; /*mA,plug usb-adapter,backlight is on */ bl_off_usb_adp_max_charge_current = <800>; /*mA,plug usb-adapter,backlight is off */ bl_on_wall_adp_max_charge_current = <400>; /*mA,plug DCIN adapter,backlight is on*/ bl_off_wall_adp_max_charge_current = < 1400 >; /*mA,plug DCIN adapter,backlight is off*/ bl_on_voltage_diff = <350>; /*mV,different voltage between SYSPOWR and battery,backlight is on*/ bl_off_voltage_diff = <400>; /*mV,different voltage between SYSPOWR and battery,backlight is off*/ support_adaptor_type = <3>; /*1: DCIN 2: USB 3:DCIN+USB*/ boot_cap_threshold = <3>; /*3%,the lowest capacity permitted to boot*/ ext_dcdc_exist = <1>; /*1:exist external dcdc 0:do not exist external dcdc*/ pwms = <&pwm 3 2666 1>; /* 3--pwm3 2666ns--1/(24M/64)*1000000000-1 1- -active low*/ pwm-names = "ext_dcdc_pwm_ctl"; /* pwm name */ ext_charger_exist = <0>; /* 1:exist external charger 0:do not exist external charger*/ charger_led_exist = <0>; /* 1:exist charger led 0:do not exist charger led */ }; atc260x-cap-gauge{ compatible = "actions,atc2603c-cap-gauge"; capacity = < 2500 >; /*mAh, the full capacity of battery used*/ icm_available= < 1 >; /* 1:available 0:not available */ icm_ohm_val = < 20 >; /*mohm,just 20 or 10,for ICM detecting current*/ taper_voltage = < 4200 >; /*mV,the one close to the full capacity*/ taper_current = <300>; min_over_chg_protect_voltage = < 4275 >; /*mA,the one close to the full capacity*/ terminal_voltage = <3450>; /*mV,the lowest voltage of battery permitted*/ suspend_current = < 7730 >; /* uA,the current of suspend*/ shutdown_current = < 50 >; /* uA,the current of shutdown*/ print_switch = <0>; /*0:open the switch of printing information 1:the opposite*/ log_switch = <0>; /*0:open the switch of recording charging log 1:the opposite*/ ocv_soc_00 = <3477 3534 3591 3624 3637 3649 3661 3667 3673 3677>; /* capacity:from 1% to 10%*/ ocv_soc_10 = <3682 3685 3690 3693 3700 3706 3712 3716 3722 3728 >; /* capacity:from 11% to 20%*/ ocv_soc_20 = <3732 3736 3739 3744 3747 3751 3755 3758 3761 3765>; /* capacity:from 21% to 30%*/ ocv_soc_30 = <3768 3771 3775 3777 3782 3784 3788 3791 3793 3794 >; /* capacity:from 31% to 40%*/ ocv_soc_40 = <3800 3801 3804 3807 3812 3815 3819 3823 3825 3830>; /* capacity:from 41% to 50%*/ ocv_soc_50 = <3834 3838 3841 3845 3850 3854 3858 3864 3870 3874>; /* capacity:from 51% to 60%*/ ocv_soc_60 = <3880 3889 3895 3902 3908 3916 3926 3933 3940 3947>; /* capacity:from 61% to 70%*/ ocv_soc_70 = <3954 3961 3968 3972 3979 3985 3992 3997 4005 4012>; /* capacity:from 71% to 80%*/ ocv_soc_80 = <4019 4028 4036 4046 4054 4061 4068 4075 4084 4090>; /* capacity:from 81% to 90%*/ ocv_soc_90 = <4099 4107 4115 4126 4132 4141 4152 4160 4170 4180>; /* capacity:from 91% to 100%*/ }; atc260x-backup{ compatible = "actions,atc2603c-backup"; status = "disabled"; }; vdd_gpu_dcdc: vdd-gpu-dcdc { compatible = "actions,atc2603c-ext-pwm-dcdc1","actions,atc2603c-ext-pwm-dcdc"; regulator-name = "vdd-gpu-dcdc"; regulator-min-microvolt = <900000>; regulator-max-microvolt = <1250000>; regulator-always-on; pwms = <&pwm 1 2666 0>; // 1-pwm1 2666-1/(24M/64)*1000000-1 0 -active high table_len = < 15 >; //length of vdd_cpu_table & pwm_config_table vdd_cpu_table = <900000 925000 950000 975000 1000000 1025000 1050000 1075000 1100000 1125000 1150000 1175000 1200000 1225000 1250000>; //uV pwm_config_table = <19 18 17 16 15 14 13 12 11 10 9 8 7 6 5>; //the pwm period of 1.1v 1.2v 1.3v }; vdd_core_dcdc: vdd-core-dcdc { compatible = "actions,atc2603c-ext-pwm-dcdc2","actions,atc2603c-ext-pwm-dcdc"; regulator-name = "vdd-core-dcdc"; regulator-min-microvolt = <900000>; regulator-max-microvolt = <1250000>; regulator-always-on; pwms = <&pwm 2 2666 0>; // 1-pwm1 2666-1/(24M/64)*1000000-1 0 -active high table_len = < 15 >; //length of vdd_cpu_table & pwm_config_table vdd_cpu_table = <900000 925000 950000 975000 1000000 1025000 1050000 1075000 1100000 1125000 1150000 1175000 1200000 1225000 1250001>; //uV pwm_config_table = <19 18 17 16 15 14 13 12 11 10 9 8 7 6 5>; //the pwm period of 1.1v 1.2v 1.3v }; dcdc1: dcdc1 { compatible = "actions,atc2603c-dcdc1","actions,atc2603c-dcdc"; regulator-name = "dcdc1"; regulator-min-microvolt = <700000>; regulator-max-microvolt = <1400000>; regulator-always-on; }; dcdc2: dcdc2 { compatible = "actions,atc2603c-dcdc2","actions,atc2603c-dcdc"; regulator-name = "dcdc2"; regulator-min-microvolt = <1300000>; regulator-max-microvolt = <2200000>; regulator-always-on; }; dcdc3: dcdc3 { compatible = "actions,atc2603c-dcdc3","actions,atc2603c-dcdc"; regulator-name = "dcdc3"; regulator-min-microvolt = <2600000>; regulator-max-microvolt = <3300000>; regulator-always-on; }; dcdc4: dcdc4 { status = "disabled"; }; dcdc5: dcdc5 { status = "disabled"; }; ldo1: ldo1{ compatible = "actions,atc2603c-ldo1","actions,atc2603c-ldo"; regulator-name = "ldo1"; regulator-min-microvolt = <2800000>; regulator-max-microvolt = <2800000>; regulator-always-on; }; ldo2: ldo2{ compatible = "actions,atc2603c-ldo2","actions,atc2603c-ldo"; regulator-name = "ldo2"; regulator-min-microvolt = <2600000>; regulator-max-microvolt = <3300000>; regulator-always-on; }; ldo3: ldo3{ compatible = "actions,atc2603c-ldo3","actions,atc2603c-ldo"; regulator-name = "ldo3"; regulator-min-microvolt = <1500000>; regulator-max-microvolt = <2000000>; regulator-always-on; }; ldo4: ldo4{ status = "disabled"; }; ldo5: ldo5{ compatible = "actions,atc2603c-ldo5","actions,atc2603c-ldo"; regulator-name = "ldo5"; regulator-min-microvolt = <2600000>; regulator-max-microvolt = <3300000>; }; ldo6: ldo6{ compatible = "actions,atc2603c-ldo6","actions,atc2603c-ldo"; regulator-name = "ldo6"; regulator-min-microvolt = <700000>; regulator-max-microvolt = <1400000>; regulator-always-on; }; ldo7: ldo7{ compatible = "actions,atc2603c-ldo7","actions,atc2603c-ldo"; regulator-name = "ldo7"; regulator-min-microvolt = <1800000>; regulator-max-microvolt = <1800000>; regulator-always-on; regulator-suspend-off; }; ldo8: ldo8{ compatible = "actions,atc2603c-ldo8","actions,atc2603c-ldo"; regulator-name = "ldo8"; regulator-min-microvolt = <2300000>; regulator-max-microvolt = <3300000>; }; ldo9: ldo9{ status = "disabled"; }; ldo10: ldo10{ status = "disabled"; }; ldo11: ldo11{ compatible = "actions,atc2603c-ldo11","actions,atc2603c-ldo"; regulator-name = "ldo11"; regulator-min-microvolt = <2600000>; regulator-max-microvolt = <3300000>; regulator-always-on; }; switch1:switch1{ compatible = "actions,atc2603c-switch1","actions,atc2603c-switch"; regulator-name = "switch1"; regulator-min-microvolt = <3000000>; regulator-max-microvolt = <3300000>; }; switch2:switch2{ status = "disabled"; }; }; }; i2c@b0174000 { i2c_num = <1>; clock-frequency = <400000>; status = "okay"; pinctrl-names = "default"; pinctrl-0 = <&i2c1_state_default>; ft5x06@38 { compatible = "ft5x06"; reg = <0x38>; tp_vcc = "ldo5"; reset_gpios = <&gpio 35 1>; /*GPIOB(3) 0: high, 1: low*/ max_points = <5>; x_pixel = <1024>; y_pixel = <600>; x_revert_en = <0>; y_revert_en = <0>; xy_swap_en = <0>; rotate_degree = <270>; /* 0 90 180 270 */ interrupt-parent = <&sirq>; interrupts =< 0 0x4 >; /*SIRQ0*/ vol_range = <3100000 3110000>; }; gslX680@40 { compatible = "gslX680"; reg = <0x40>; tp_vcc = "ldo5"; reset_gpios = <&gpio 35 1>;/*GPIOB(3) 0: high, 1: low*/ x_pixel = <1024>; y_pixel = <600>; x_revert_en = <0>; y_revert_en = <0>; xy_swap_en = <0>; rotate_degree = <270>; /* 0 90 180 270 */ //interrupt-parent = <&sirq>; //interrupts =< 0 0x4 >; /*SIRQ0*/ vol_range = <3100000 3110000>; }; hdmi_read_edid@30 { compatible = "actions,hdmi_read_edid"; reg = <0x30>; }; }; i2c@b0178000 { i2c_num = <2>; clock-frequency = <400000>; status = "okay"; pinctrl-names = "default"; pinctrl-0 = <&i2c2_state_default>; bma222@18{ compatible = "bma222"; reg = <0x18>; position = "-2"; calibration_table = <0 0 0>; }; stk8313@22{ compatible = "stk8313"; reg = <0x22>; position = "1"; calibration_table = <0 0 0>; }; mc323x@4c{ compatible = "mc323x"; reg = <0x4c>; position = "-3"; calibration_table = <0 0 0>; }; mpu6515@68{ compatible = "owl-gyrosensor"; interrupt-parent = <&sirq>; interrupts =< 1 0x4 >; /*SIRQ1*/ i2c_adapter_id = <2>; MASTER_inv6515_position = "-1"; SECONDARY_ak8963c_position = "-2"; }; mir3da@27{ compatible = "mir3da"; reg = <0x27>; position = "-3"; calibration_table = <0 0 0>; }; }; i2c@b017c000 { i2c_num = <3>; clock-frequency = <400000>; status = "okay"; pinctrl-names = "default"; pinctrl-0 = <&i2c3_state_over_spi0>; eg2801_eeprom@14 { compatible ="actions,eg2801_eeprom"; reg = <0x14>; }; eg2801_ram@55 { compatible ="actions,eg2801_ram"; reg = <0x55>; }; }; spi@b0200000 { status = "disabled"; }; spi@b0204000 { status = "disabled"; }; gl5203-audio-i2s{ #address-cells = <1>; #size-cells = <1>; compatible = "actions,owl-audio-i2s"; reg = <0xb0100000 0x34>; }; spi@b0208000 { status = "disabled"; }; spi@b020c000 { status = "disabled"; }; gpio@b01b0000 { status = "okay"; }; nand@b0210000 { clock-source = "NANDPLL"; pinctrl-names = "default"; pinctrl-0 = <&nand_state_default>; status = "okay"; reset_protect { interrupt-parent = <&sirq>; interrupts =< 0 0x4 >; /*SIRQ0*/ status = "disabled"; }; }; ethernet@b0310000 { pinctrl-names = "default"; pinctrl-0 = <ðernet_state_default>; phy-mode = "rmii"; phy-handle = <&phy0>; phy-power-gpios = <&gpio 43 0>; /* GPIOB11 active 1:low 0:high*/ phy-reset-gpios = <&gpio 127 0>; /* GPIOD31 active 1:low 0:high*/ phy_addr = <1>; address-bits = <48>; local-mac-address = [ 00 18 fe 66 66 66 ]; max-frame-size = <1518>; status = "okay"; compatible = "actions,owl-ethernet"; phy0: ethernet-phy@0 { compatible = "micrel,ksz8041tl"; reg = <0>; }; }; phy1 { compatible = "SR8201G,sr8201g"; reg = <0>; /* SIRQ0 */ interrupt-parent = <&sirq>; interrupts = < 0 0x4 >; }; mmc@b0230000 { pinctrl-names = "default","share_uart2_5"; pinctrl-0 = <&mmc0_state_default>; pinctrl-1 = <&mmc_share_uart_state>; card_type = "memory"; /* only: "memory", "wifi", or "emmc" */ card_detect_mode = "gpio"; /* only: "sirq", "gpio", or "command" */ card_detect_gpios = <&gpio 66 1>; /*86v S500 GPIOC2 */ interrupts = < 0 42 0x4 >; status = "okay"; sd_vcc = "switch1"; sdio_uart_supported; }; mmc@b0234000 { pinctrl-names = "default"; pinctrl-0 = <&mmc1_state_default>; card_type = "wifi"; /* only: "memory", "wifi", or "emmc" */ status = "okay"; // status = "disabled"; }; mmc@b0238000 { pinctrl-names = "default"; pinctrl-0 = <&mmc2_state_default>; card_type = "emmc"; /* only: "memory", "wifi", or "emmc" */ status = "okay"; // status = "disabled"; }; usb@b02b8000 { vbus-src = "gpio"; /* only: "gpio", "regulator", or "none" */ //gpios = <&gpio 23 0>; /* GPIOA19, 0: high, 1: low only when vbus-src is "gpio" */ /*M3305 Not use*/ vbus-regulator = "LDO1"; /* only when vbus-src is "regulator" */ regulator-scope = <3300000 3500000>; /* uV */ status = "disabled"; /* don't create platform-device */ }; usb@b0400000 { usb_serialnumber_config = <1>; /* config serialnumber string format, 0: unified ascii; 1:unified unicode; 2:nounified unicode; 3: nounified ascii*/ usb_hs_output_strength = <2>; /*defaut:2,range:0~7; 0:min,7:max;usb high speed(2.0)transmitter output strength*/ status = "okay"; }; usb@b0600000 { //vbus_otg_en_gpio = <&gpio 116 1>; /*GPIO D20*/ port0_host_plug_detect = <2>; status = "okay"; }; usb@b0700000 { // vbus_otg_en_gpio = <&gpio 36 0>; /*GPIO B4*/ port1_host_plug_detect = <1>; status = "okay"; }; monitor { compatible = "actions,atm7059tc-usbmonitor"; detect_type = <3>; /* config what to detect, 0:DISABLE ; 1:DEVICE_ONLY; 2:HOST_ONLY; 3: HOST_AND_DEVICE*/ idpin_type = <0>; /* 0:use ic's idpin; 1:soft idpin,##no support!##; 2:gpio idpin,use gpio to detect,need to add a "idpin_gpio" configuration */ vbus_type = <2>; /* 0:use ic's vbuspin; 1:gpio vbus,##no support!## ; 2:use dc5v to detect vbus level*/ /*vbus_otg_en_gpio is use to turn on/off otg vbus,it's different from vbus detect gpio;*/ vbus_otg_en_gpios = <&gpio 125 1>; /* GPIOC14, 0: low active; 1: high active */ //idpin_gpio = <&gpio 63 1>; /*if idpin detect by gpio,config the gpio to GPIOB31, input,0: low active; 1: high active*/ status = "okay"; }; isp@b0270000 { avdd-src = "regulator"; /* only: "gpio", "regulator" */ //avdd-gpios = <&gpio 14 0>; /* GPIOA14, 0: high, 1: low only when vbus-src is "gpio" */ avdd-regulator = "ldo1"; /* only when vbus-src is "regulator" */ avdd-regulator-scope = <2800000 2810000>; /* uV */ dvdd-regulator = "ldo7"; dvdd-regulator-scope = <1800000 1810000>; /* uV */ sensors = "dual"; /* "dual", "front" or "rear" */ pwdn-rear-gpios = <&gpio 124 0>; /* GPIOC17 */ pwdn-front-gpios = <&gpio 120 0>; /* GPIOC15 */ reset-gpios = <&gpio 121 1>; /*:GPIOC16*/ status = "okay"; /* create platform-device */ }; sensors: isp-sensor { compatible = "sensor_common"; bus_type = "dvp"; /* dvp or mipi */ data_type = "yuv"; /* yuv or raw */ host = <&isp0>; /* only isp0 if there is one host, isp0 or isp1 if two hosts */ i2c_adapter = <&i2c2>; /* 0-3 begin from enabled ones */ channel = <0>; /* 0: use channel_0, 1: use channel_1 */ pinctrl-names = "default"; pinctrl-0 = <&isp0_state_csi_dvp>; status = "disabled"; }; sensor-detect { compatible = "sensor_detect"; status = "okay"; hot_plugin_enable = <0>; /* 1-enable, 0-disable */ sensor_detect_list { gc0308 = <0>; /* 1-detect this sensor, 0-don't detect */ gc0328 = <0>; gc0312 = <0>; gc2035 = <0>; gc2145 = <0>; gc2155 = <0>; bf3703 = <0>; bf3920 = <0>; hi708 = <0>; hi257 = <0>; ov2686 = <0>; ov5640 = <1>; sp0718 = <0>; sp0a19 = <0>; sp2519 = <0>; soc5140 = <0>; }; }; framebuffer { compatible = "actions,framebuffer"; /*never creat platform device*/ status = "disabled"; }; ovl_boot { usage = "boot"; disp_dev = <&lcd0>; }; ovl_extra { usage = "extra"; }; lcd0: lcd0@b02a0000 { status = "disabled"; }; dsi: dsi@b0220000 { pinctrl-names = "default"; pinctrl-0 = <&dsi_state_default>; dsi_power_gpios = <&gpio 126 1>; /*hr280ac GPIOD30*/ dsi_reset_gpios = <&gpio 115 0>; /*S500 GPIOD19*/ port_type = "dsi"; data_width = <1>; videomode-0 = <&dsi_mode>; hw-set = <&dsi_reg>; dsi_reg:val{ dsi_ctrl = <4944>; dsi_size = <67108864>; dsi_color = <16711680>; dsi_rgbht0 = <461700>; dsi_rgbht1 = <1>; dsi_rgbvt0 = <32588890>; dsi_rgbvt1 = <51>; dsi_pack_cfg = <0>; dsi_pack_header = <2304>; dsi_vedio_cfg = <778>; dsi_phy_t0 = <4699>; dsi_phy_t1 = <6923>; dsi_phy_t2 = <12038>; dsi_phy_ctrl = <64156>; dsi_pin_map = <0x688>; cmu_dsipll_clk = <0x12901>; }; dsi_mode:mode@1920x1080p60 { refresh = <60>; xres = <1920>; yres = <1080>; /*in pico second, 0.000 000 000 001s*/ pixclock = <12195>; left_margin = <150>; right_margin = <150>; upper_margin = <40>; lower_margin = <40>; hsync_len = <150>; vsync_len = <10>; /*0: FB_VMODE_NONINTERLACED, 1:FB_VMODE_INTERLACED*/ vmode = <0>; }; }; hdmi:hdmi@b02c0000{ hdcp_onoff = <0>; channel_invert = <0>; bit_invert = <0>; bootable = <1>; bootrotate = <3>; default_resolution = "1080P60HZ"; }; pwm: pwm@b01b0050 { pwm0 { id = <0>; pinctrl-names = "default"; pinctrl-0 = <&pwm0_state_default>; }; pwm1 { id = <1>; pinctrl-names = "default"; pinctrl-0 = <&pwm1_state_default>; }; pwm2 { id = <2>; pinctrl-names = "default"; pinctrl-0 = <&pwm2_state_default>; }; pwm3 { id = <3>; pinctrl-names = "default"; pinctrl-0 = <&pwm3_state_default>; }; }; backlight { /*1.pwm num; 2. period in ns; */ /*3.plarity, 0: high active, 1: low active*/ // backlight_en_gpios = <&gpio 124 0>; /*S500 GPIOD28*/ pwms = <&pwm 0 50000 1>; total_steps = <1024>; min_brightness = <120>; max_brightness = <450>; dft_brightness = <300>; delay_bf_pwm = <200>; delay_af_pwm = <10>; }; leds { compatible = "gpio-leds"; led@1 { label = "green:GPIOB12"; gpios = <&gpio 44 1>;/* Active High*/ linux,default-trigger = "heartbeat"; default-state = "ON"; }; led@2 { label = "blue:GPIOB31"; gpios = <&gpio 63 0>;/* Active High*/ linux,default-trigger = ""; default-state = "OFF"; }; }; vibrator { compatible = "actions,vibrator"; status = "disabled"; }; wifi_bt_power_ctl { compatible = "wifi,bt,power,ctl"; //bt_power_gpio = <&gpio 0>;/*GPIOA20, high active*/ /*BT_WAKE*/ wifi_bt_power_gpios = <&gpio 126 0>; /* 86v GPIOD30 */ bt_en_gpios = <&gpio 67 0>;/*GPIOC3, high active*/ wifi_en_gpios = <&gpio 62 0>; /* 86v GPIOB30 */ }; gsensor_detect { compatible = "owl-gsensor-detect"; i2c_adapter_id = <2>; gsensor_detect_list { compatible = "gsensor_detect_list"; afa750 = <0>; bma220 = <0>; bma222 = <0>; bma250 = <0>; dmard10 = <0>; kxtj9 = <0>; lis3dh = <0>; mc3210 = <0>; mc3230 = <0>; mc3232 = <0>; mc3236 = <0>; mma7660 = <0>; mma8452 = <0>; stk8312 = <0>; stk8313 = <0>; }; }; ctp_detect { compatible = "owl-ctp-detect"; i2c_adapter_id = <1>; tp_vcc = "ldo5"; //reset_gpios = <&gpio 35 1>; /*GPIOB(3) 0: high, 1: low*/ //interrupt-parent = <&sirq>; //interrupts =< 0 0x4 >; /*SIRQ0*/ vol_range = <3100000 3110000>; ctp_detect_list { compatible = "ctp_detect_list"; ICN83XX = <0>; GSLX6X0 = <0>; FT52-406 = <0>; FT5606 = <0>; GT813 = <0>; AW5206 = <0>; AW5209 = <0>; CT36X = <0>; HL3X06 = <0>; ILITEK = <0>; ili2672 = <0>; ft5x06 = <1>; MT395 = <0>; NT1100X = <0>; SSD254X = <0>; }; }; gpu@b0300000 { gpuvdd-supply = <&vdd_gpu_dcdc>; normal_value = <2>; status = "okay"; }; vce@b0288000{ corevdd-supply = <&vdd_core_dcdc>; status = "okay"; }; vde@b0280000{ corevdd-supply = <&vdd_core_dcdc>; status = "okay"; }; };