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添加硬件识别码 0x0D0A0113

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This commit is contained in:
andy
2024-10-29 19:28:39 +08:00
parent 11d5666c2f
commit 85dd5cfa6d
3 changed files with 647 additions and 138 deletions
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2
driver/src/hal/board_info.c
View File

@@ -1205,6 +1205,7 @@ uint8_t iot_hardware_version_check_sg(uint32_t hw_version)
case HW_VERSION_3PS_SPG_DM_FLASH_EXT_V1: case HW_VERSION_3PS_SPG_DM_FLASH_EXT_V1:
case HW_VERSION_YP_3PS_DM_V1: case HW_VERSION_YP_3PS_DM_V1:
case HW_VERSION_YP_STA_DM_V1: case HW_VERSION_YP_STA_DM_V1:
case HW_VERSION_STA_DM_V7:
return ERR_OK; return ERR_OK;
default: default:
return ERR_FAIL; return ERR_FAIL;
@@ -1499,6 +1500,7 @@ bool_t iot_board_is_overseas_rf_band(void)
hw_version == HW_VERSION_STA_DM_V4 || hw_version == HW_VERSION_STA_DM_V4 ||
hw_version == HW_VERSION_CCO_DM_V3 || hw_version == HW_VERSION_CCO_DM_V3 ||
hw_version == HW_VERSION_STA_DM_V5 || hw_version == HW_VERSION_STA_DM_V5 ||
hw_version == HW_VERSION_STA_DM_V7 ||
hw_version == HW_VERSION_STA_3PS_DM_V4) { hw_version == HW_VERSION_STA_3PS_DM_V4) {
return true; return true;
} else { } else {

5
inc/driver/iot_board.h
View File

@@ -321,6 +321,11 @@ extern "C" {
*/ */
#define HW_VERSION_PV_STA_RSD_EI12_V1_0 0x600A0100 #define HW_VERSION_PV_STA_RSD_EI12_V1_0 0x600A0100
/* dual mode sta version 7, for Indonesia oversea */
#define HW_VERSION_STA_DM_V7 0x0D0A0113 //13.10.1.19
/* board id should not change and keep same as xxx_OEM.ini */ /* board id should not change and keep same as xxx_OEM.ini */
typedef enum board_id_t { typedef enum board_id_t {
BOARD_WQRDCCO01 = 1, BOARD_WQRDCCO01 = 1,

778
tools/oem/HTZD3211STA03_OEM.ini
View File

@@ -240,60 +240,6 @@ ledc #LEDC resource allocation
2 1 8 #IOT_PLC_NET_LED 2 1 8 #IOT_PLC_NET_LED
ledout 38 ledout 38
#==================== 13.40.01.11(HW_VERSION_STA_LOAD_V3) ==================#
# overview
# gpio function gpio function gpio function
# 11 nc 10 nc 9 nc
# 42 nc 43 nc 39 pa_lic_ctr
# 38 nc 37 nc 36 nc
# 35 nc 34 nc 33 nc
# 32 set 31 charge_en 30 load_send
# 29 sta_out 28 uart2_tx 46 nc
# 45 nc 44 nc 47 nc
# 48 nc 49 nc 27 multi
# 1 tx_led 0 rx_led 3 pa_testp
# 2 pa_rx_en 4 pa_tx_en 7 pa_lan_gain_ctr0
# 6 uart0_tx 5 uart0_rx 8 pa_lan_gain_ctr1
# 26 pa_lan_gain_ctr2 50 nc 51 nc
# 52 nc 53 nc 54 nc
# 55 nc 56 nc 57 nc
# 58 nc 59 nc 61 nc
# 62 nc 64 m_sta(adc_0) 65 adc_12v
# 66 adc_3.3v 67 d_rst(soft reset) 68 zc_a_up
# 69 event 12 nc
rc_hdr
hw_ver 0x0D28010B #13.40.01.11
mode 1
d_hw_ver 0x00000000
gpio #GPIO resource allocation
# A:gpio number;
# B:belongs to the core;
# C:function (to see iot_board_api.h about gpio type)
# A B C
# bbcpu spi gpio, query by plc core
12 255 255 #GPIO_SPI_RF_CLK
11 255 255 #GPIO_SPI_RF_MOSI
10 255 255 #GPIO_SPI_RF_MISO
9 255 255 #GPIO_SPI_RF_CS
34 255 255 #GPIO_RF_CLK
30 1 82 #GPIO_TSFM_LOAD_TRIGGER
27 1 127 #GPIO_MULTI_PULSE
pwm #pwm resource allocation
# A:pwm channel;
# B:belongs to the core;
# C:function (to see iot_board_api.h about pwm type)
# A B C
# 小负载流程中，
# 获取GPIO30和PWM（PWM_CH_TYPE_TSFM_LOAD_CTRL）通道，
# 然后软件主动绑定。
1 1 3 #PWM_CH_TYPE_TSFM_LOAD_CTRL
#=============================== 13.10.01.12(HW_VERSION_STA_CKQ_DM_V1) ==============# #=============================== 13.10.01.12(HW_VERSION_STA_CKQ_DM_V1) ==============#
# overview # overview
# gpio function gpio function gpio function # gpio function gpio function gpio function
@@ -371,89 +317,7 @@ pwm #pwm resource allocation
# 然后软件主动绑定。 # 然后软件主动绑定。
1 1 3 #PWM_CH_TYPE_TSFM_LOAD_CTRL 1 1 3 #PWM_CH_TYPE_TSFM_LOAD_CTRL
#================== 13.10.2.13(HW_VERSION_STA_DM_V4) ================# #================== 13.10.2.15(HW_VERSION_STA_3PS_DM_V5) ================#
# overview, for hx oversea
# gpio function gpio function gpio function
# 11 rf_spi_di 10 rf_spi_do 9 rf_spi_cs
# 42 rf_mclk 43 rf_fclk 39 pa_lic_ctr
# 38 charge_en 37 nc 36 nc
# 35 nc 34 rf_clk 33 nc
# 32 nc 31 nc 30 nc
# 29 nc 28 uart2_tx 46 rf_agc_gain
# 45 rf_enable 44 rf_txnrx 47 rf_dq0
# 48 rf_dq1 49 rf_dq2 27 nc
# 1 tx/rx led 0 net_led 3 testp
# 2 pa_rx_en 4 pa_tx_en 7 pa_lan_gain_ctr0
# 6 uart0_tx 5 uart0_rx 8 pa_lan_gain_ctr1
# 26 pa_lan_gain_ctr2 50 rf_dq3 51 rf_dq4
# 52 rf_dq5 53 rf_dq6 54 rf_dq7
# 55 rf_dq8 56 rf_dq9 57 rf_dq10
# 58 rf_dq11 59 rf_pd 61 rf_channel_sw(io)
# 62 rf_channel_sw(io) 64 m_sta(adc_gnd) 65 adc_12v
# 66 event 67 d_rst(soft reset) 68 zc_a
# 69 adc_3.3v 12 rf_spi_clk
rc_hdr
hw_ver 0x0D0A020D #13.10.2.13
mode 1
d_hw_ver 0x00000000
gpio
# A:gpio number;
# B:belongs to the core;
# C:function (to see iot_board_api.h about gpio type)
# A B C
31 255 255 #GPIO_NO_VALID
32 255 255 #GPIO_NO_VALID
29 255 255 #GPIO_NO_VALID
69 255 255 #GPIO_NO_VALID
66 1 0 #GPIO_PLC_EVENT
38 1 12 #GPIO_PM_CHARGE_EN
adc #ADC resource allocation
# A:adc channel;
# B:belongs to the core;
# C:function (to see iot_board_api.h about adc type)
# A B C
2 255 255
5 1 1 #ADC_PM_3V (Temporary annotation: Shielded supercapacitor)
#================== 13.10.2.14(HW_VERSION_STA_3PS_DM_V4) ================#
# overview, for hx oversea
# gpio function gpio function gpio function
# 11 rf_spi_di 10 rf_spi_do 9 rf_spi_cs
# 42 rf_mclk 43 rf_fclk 39 pa_lic_ctr
# 38 charge_en 37 nc 36 nc
# 35 nc 34 rf_clk 33 nc
# 32 nc 31 nc 30 nc
# 29 nc 28 uart2_tx 46 rf_agc_gain
# 45 rf_enable 44 rf_txnrx 47 rf_dq0
# 48 rf_dq1 49 rf_dq2 27 nc
# 1 tx/rx led 0 net_led 3 testp
# 2 pa_rx_en 4 pa_tx_en 7 pa_lan_gain_ctr0
# 6 uart0_tx 5 uart0_rx 8 pa_lan_gain_ctr1
# 26 pa_lan_gain_ctr2 50 rf_dq3 51 rf_dq4
# 52 rf_dq5 53 rf_dq6 54 rf_dq7
# 55 rf_dq8 56 rf_dq9 57 rf_dq10
# 58 rf_dq11 59 rf_pd 61 rf_channel_sw(io)
# 62 rf_channel_sw(io) 64 m_sta(adc_gnd) 65 adc_12v
# 66 adc_3.3v 67 d_rst(soft reset) 68 zc_a
# 69 event 12 rf_spi_clk
rc_hdr
hw_ver 0x0D0A020E #13.10.2.14
mode 1
d_hw_ver 0x00000000
gpio
# A:gpio number;
# B:belongs to the core;
# C:function (to see iot_board_api.h about gpio type)
# A B C
31 255 255 #GPIO_NO_VALID
32 255 255 #GPIO_NO_VALID
29 255 255 #GPIO_NO_VALID
38 1 12 #GPIO_PM_CHARGE_EN
#================== 13.10.2.15(HW_VERSION_STA_DM_V5) ================#
# overview, for hx oversea # overview, for hx oversea
# gpio function gpio function gpio function # gpio function gpio function gpio function
# 11 rf_spi_di 10 rf_spi_do 9 rf_spi_cs # 11 rf_spi_di 10 rf_spi_do 9 rf_spi_cs
@@ -528,4 +392,642 @@ gpio
36 1 71 #GPIO_SPI_FLASH_MISO 36 1 71 #GPIO_SPI_FLASH_MISO
35 1 69 #GPIO_SPI_FLASH_CS 35 1 69 #GPIO_SPI_FLASH_CS
27 1 127 #GPIO_MULTI_PULSE 27 1 127 #GPIO_MULTI_PULSE
#=============================== 13.10.02.18(HW_VERSION_STA_3PS_RF_DM_V1) ====================================#
# overview, HZ3211RF v2, embedded rf and pa chip
# gpio function gpio function gpio function
# 71 adc_12v 39 tx_led 38 rx_led
# 37 flash_spi_miso 36 flash_spi_cs 35 flash_spi_clk
# 34 flash_spi_mosi 33 nc 32 nc
# 31 set(sta) 28 event 46 agc_gain(RF)
# 45 enable(RF) 44 txnrx(RF) 47 DIQ0
# 48 DIQ1 49 DIQ2 1 nc
# 0 nc 3 nc 2 d_rst(soft reset)
# 4 sta_out 7 uart2_tx(log) 6 uart0_tx
# 5 uart0_rx 8 charge 26 zc_a
# 73 nc 72 nc 67 rf_channel_sw1(io)
# 68 rf_channel_sw2(io) 69 m_sta(adc_gnd) 70 adc_3.3v
rc_hdr
hw_ver 0x0D0A0212 #13.10.02.18 Hardware identification, HEX
mode 0
d_hw_ver 0xffffffff
gpio #GPIO resource allocation
# A:gpio number;
# B:belongs to the core;
# C:function (to see iot_board_api.h about gpio type)
# A B C
#RF SPI (chip internal bus)
9 1 107 #GPIO_SPI_RF_CLK
10 1 110 #GPIO_SPI_RF_MOSI
11 1 109 #GPIO_SPI_RF_MISO
12 1 108 #GPIO_SPI_RF_CS
31 1 17 #GPIO_GOLDEN_SET
5 1 24 #GPIO_GOLDEN_RXD0
6 1 34 #GPIO_GOLDEN_TXD0
4 1 1 #GPIO_STA_OUT
28 1 0 #GPIO_PLC_EVENT
8 1 12 #GPIO_PM_CHARGE_EN
26 1 18 #GPIO_PA_ZC
2 1 13 #GPIO_RST_CTRL
35 1 68 #GPIO_SPI_FLASH_CLK
34 1 70 #GPIO_SPI_FLASH_MOSI
37 1 71 #GPIO_SPI_FLASH_MISO
36 1 69 #GPIO_SPI_FLASH_CS
uart #UART resource allocation
# A:uart number;
# B:belongs to the core;
# C:function (to see iot_uart_api.h about uart type)
# A B C
2 1 0 #UART_PRINT
tx 7 #gpio number corresponding to uart TX signal
0 1 2 #UART_METER_PORT
tx 6 #gpio number corresponding to uart TX signal
rx 5 #gpio number corresponding to uart RX signal
5 1 1 #UART_CLI_PORT
#spi #SPI resource allocation, controlled by gpio resource now.
# A:spi number;
# B:belongs to the core;
# C:function
# A B C
# bbcpu use spi1 to connect external rf chip, fixed value used now.
# 1 2 0 #SPI_PORT_TYPE_PYH_RF
# cs 12
# clk 9
# miso 11
# mosi 10
ledc #LEDC resource allocation
# A:ledc channel;
# B:belongs to the core;
# C:function
# ledout:The GPIO number corresponding to the output signal of LEDC
# (LEDC has only one signal, so it is unified ledOUT)
# A B C
0 1 0 #IOT_PLC_TX_LED
ledout 39
1 1 1 #IOT_PLC_RX_LED
ledout 38
adc #ADC resource allocation
# A:adc channel;
# B:belongs to the core;
# C:function (to see iot_board_api.h about adc type)
# A B C
5 1 2 #ADC_PM_GND
9 1 0 #ADC_PM_12V, ADC_CHANNEL7's value is 9
8 1 1 #ADC_PM_3V, ADC_CHANNEL6's value is 8
#zc # (PARTICULAR RESOURCE) Chip level zero crossing detection resource
# allocation, controlled by gpio resource now.
# up_0: Zero-crossing detection rising edge input channel 0,
# which corresponds to phase A rising edge zero-crossing
# circuit by default
# up_0 0
pa # (PARTICULAR RESOURCE)
# A:PA function name;
# B:PA gpio number;
# A B
rx_en_0 80 #enlic_pad_0. Phase A Enable receiving
tx_en_0 81 #enlic_pad_1. Phase A Enable sending
gain_0 82 #glna_pad_0. Phase A gain control
gain_1 83 #glna_pad_1. Phase B gain control
gain_2 84 #glna_pad_2. Phase C gain control
#===================== 13.10.02.19(HW_VERSION_STA_GU_DM_V1) =====================#
# overview
# gpio function gpio function gpio function
# 11 rf_spi_di 10 rf_spi_do 9 rf_spi_cs
# 42 rf_mclk 43 rf_fclk 32 set(sta)
# 31 charge_en 29 sta_out 28 uart2_tx
# 46 rf_agc_gain 45 rf_enable 44 rf_txnrx
# 47 rf_dq0 48 rf_dq1 49 rf_dq2
# 1 tx_led 0 rx_led 3 pa_testp(warning)
# 2 pa_rx_en 4 pa_tx_en 7 pa_lan_gain_ctr0
# 6 uart0_tx 5 uart0_rx 8 pa_lan_gain_ctr1
# 26 pa_lan_gain_ctr2 50 rf_dq3 51 rf_dq4
# 52 rf_dq5 53 rf_dq6 54 rf_dq7
# 55 rf_dq8 56 rf_dq9 57 rf_dq10
# 58 rf_dq11 59 rf_pd 61 rf_channel_sw(io)
# 62 rf_channel_sw(io) 64 m_sta(adc_gnd) 65 adc_12v
# 66 adc_3.3v 67 d_rst(soft reset) 68 zc_a
# 69 event 12 rf_spi_clk 39 pa_lic_ctr
# 34 rf_clk
rc_hdr
hw_ver 0x0D0A0213 #13.10.02.19 Hardware identification, HEX
mode 1
d_hw_ver 0x00000000
#=============================== 13.10.01.11(HW_VERSION_BSRM_DM_V2) ===============================#
# overview, HZ3201 board
# gpio function gpio function gpio function
# 11 rf_spi_mosi 10 rf_spi_miso 9 rf_spi_cs
# 42 rf_mclk 43 rf_fclk 39 zc_a
# 38 uart1_tx 37 uart1_rx 36 pwr_det
# 35 event 34 rf_clk 33 nc
# 32 nc 31 nc 30 nc
# 29 nc 28 uart2_tx 46 rf_agc_gain
# 45 rf_enable 44 rf_txnrx 47 rf_dq0
# 48 rf_dq1 49 rf_dq2 1 tx_led
# 0 rx_led 3 pa_testp(warning) 2 pa_a_rx_en
# 4 pa_a_tx_en 7 pa_lan_gain_ctr0 6 uart0_tx
# 5 uart0_rx 8 pa_lan_gain_ctr1 26 pa_lan_gain_ctr2
# 50 rf_dq3 51 rf_dq4 52 rf_dq5
# 53 rf_dq6 54 rf_dq7 55 rf_dq8
# 56 rf_dq9 57 rf_dq10 58 rf_dq11
# 59 rf_pd 61 pa_lic_ctr 62 rf_channel_sw2
# 64 adc0_a+ 65 adc1_a- 66 adc2_b+
# 67 adc3_b- 68 adc4_c+ 69 adc5_c-
# 12 rf_spi_clk
rc_hdr
hw_ver 0x0D0A010B #13.10.01.11 Hardware identification, HEX
mode 0
d_hw_ver 0xffffffff
gpio #GPIO resource allocation
# A:gpio number;
# B:belongs to the core;
# C:function(to see iot_board_api.h about gpio type)
# A B C
# bbcpu spi gpio, query by plc core
9 1 108 #GPIO_SPI_RF_CS
11 1 110 #GPIO_SPI_RF_MOSI
10 1 109 #GPIO_SPI_RF_MISO
12 1 107 #GPIO_SPI_RF_CLK
39 1 18 #GPIO_PA_ZC
36 1 123 #GPIO_P12V_DETECTION
35 1 0 #GPIO_PLC_EVENT
34 1 121 #GPIO_RF_CLK
61 1 120 #GPIO_LIC_CTRL
3 1 10 #GPIO_GEODE_OVT
uart #UART resource allocation
# A:uart number;
# B:belongs to the core;
# C:function (to see iot_uart_api.h about uart type)
# A B C
2 1 0 #UART_PRINT
tx 28
1 1 2 #UART_METER_PORT
tx 38
rx 37
5 1 1 #UART_CLI_PORT
#spi #SPI resource allocation, controlled by gpio resource now.
# A:spi number;
# B:belongs to the core;
# C:function
# A B C
# bbcpu use spi1 to connect external rf chip, fixed value used now.
# 1 2 0 #SPI_PORT_TYPE_PYH_RF
# cs 9
# clk 12
# miso 10
# mosi 11
ledc #LEDC resource allocation
# A:ledc channel;
# B:belongs to the core;
# C:function
# A B C
0 1 0 #IOT_PLC_TX_LED
ledout 1
1 1 1 #IOT_PLC_RX_LED
ledout 0
adc #ADC resource allocation
# A:adc channel;
# B:belongs to the core;
# C:function (to see iot_board_api.h about adc type)
# A B C
#zc # (PARTICULAR RESOURCE) Chip level zero crossing detection resource
# allocation, controlled by gpio resource now.
# up_0: Zero-crossing detection rising edge input channel 0,
# which corresponds to phase A rising edge zero-crossing
# circuit by default
# up_0 39
pa # (PARTICULAR RESOURCE)
rx_en_0 2 #Phase A Enable receiving
tx_en_0 4 #Phase A Enable sending
gain_0 7 #Phase A gain control
gain_1 8 #Phase B gain control
gain_2 26 #Phase C gain control
#===================== 13.10.01.15(HW_VERSION_STA_CKQ_DM_V2) =====================#
# overview
# gpio function gpio function gpio function
# 11 rf_spi_di 10 rf_spi_do 9 rf_spi_cs
# 42 rf_mclk 43 rf_fclk 39 pa_lic_ctr
# 38 nc 37 csd 36 nc
# 35 nc 34 rf_clk 33 nc
# 32 set(sta) 31 nc 30 nc
# 29 sta_out 28 uart2_tx 46 rf_agc_gain
# 45 rf_enable 44 rf_txnrx 47 rf_dq0
# 48 rf_dq1 49 rf_dq2 27 nc
# 1 tx_led 0 rx_led 3 pa_testp(warning)
# 2 pa_rx_en 4 pa_tx_en 7 pa_lan_gain_ctr0
# 6 uart0_tx 5 uart0_rx 8 pa_lan_gain_ctr1
# 26 pa_lan_gain_ctr2 50 rf_dq3 51 rf_dq4
# 52 rf_dq5 53 rf_dq6 54 rf_dq7
# 55 rf_dq8 56 rf_dq9 57 rf_dq10
# 58 rf_dq11 59 rf_pd 61 rf_channel_sw_cps(io)
# 62 rf_channel_sw_ctx(io) 64 m_sta(adc_gnd) 65 adc_12v
# 66 nc 67 d_rst(soft reset) 68 zc_a
# 69 event 12 rf_spi_clk
rc_hdr
hw_ver 0x0D0A010F #13.10.0.15 Hardware identification, HEX
mode 1
d_hw_ver 0x00000000
gpio #GPIO resource allocation
# A:gpio number;
# B:belongs to the core;
# C:function (to see iot_board_api.h about gpio type)
# A B C
31 255 255 #GPIO_NO_VALID
37 1 133 #GPIO_RF_PA_CSD
62 1 134 #GPIO_RF_PA_CTX
adc #ADC resource allocation
# A:adc channel;
# B:belongs to the core;
# C:function (to see iot_board_api.h about adc type)
# A B C
2 255 255
#===================== 13.10.02.22(HW_VERSION_STA_3PS_DM_V6) =====================#
# overview
# gpio function gpio function gpio function
# 11 rf_spi_di 10 rf_spi_do 9 rf_spi_cs
# 42 rf_mclk 43 rf_fclk 39 pa_lic_ctr
# 38 nc 37 csd 36 nc
# 35 nc 34 rf_clk 33 nc
# 32 gpio_12v_det 31 nc 30 nc
# 29 pwr_led 28 uart2_tx 46 rf_agc_gain
# 45 rf_enable 44 rf_txnrx 47 rf_dq0
# 48 rf_dq1 49 rf_dq2 27 nc
# 1 tx_led 0 rx_led 3 pa_testp(warning)
# 2 pa_rx_en 4 pa_tx_en 7 pa_lan_gain_ctr0
# 6 uart0_tx 5 uart0_rx 8 pa_lan_gain_ctr1
# 26 pa_lan_gain_ctr2 50 rf_dq3 51 rf_dq4
# 52 rf_dq5 53 rf_dq6 54 rf_dq7
# 55 rf_dq8 56 rf_dq9 57 rf_dq10
# 58 rf_dq11 59 rf_pd 61 rf_channel_sw_cps(io)
# 62 rf_channel_sw_ctx(io) 64 m_sta(adc_gnd) 65 adc_12v
# 66 nc 67 nc 68 zc_a
# 69 nc 12 rf_spi_clk
rc_hdr
hw_ver 0x0D0A0216 #13.10.02.22 Hardware identification, HEX
mode 1
d_hw_ver 0x00000000
gpio #GPIO resource allocation
# A:gpio number;
# B:belongs to the core;
# C:function (to see iot_board_api.h about gpio type)
# A B C
29 255 255 #GPIO_NO_VALID
31 255 255 #GPIO_NO_VALID
32 1 123 #GPIO_P12V_DETECTION
37 1 133 #GPIO_RF_PA_CSD
62 1 134 #GPIO_RF_PA_CTX
67 255 255 #GPIO_NO_VALID
69 255 255 #GPIO_NO_VALID
adc #ADC resource allocation
# A:adc channel;
# B:belongs to the core;
# C:function (to see iot_board_api.h about adc type)
# A B C
1 255 255
2 255 255
ledc #LEDC resource allocation
# A:ledc channel;
# B:belongs to the core;
# C:function
# ledout:The GPIO number corresponding to the output signal of LEDC
# (LEDC has only one signal, so it is unified ledOUT)
# A B C
2 1 8 #IOT_PLC_NET_LED
ledout 29
#================== 13.10.01.16(HW_VERSION_STA_3PS_SPG_DM_FLASH_EXT_V2) ================#
# overview
# add:38 37 36 35 flash spi
# remove:32 set(sta),29 sta_out
# gpio function gpio function gpio function
# 11 rf_spi_di 10 rf_spi_do 9 rf_spi_cs
# 42 rf_mclk 43 rf_fclk 39 pa_lic_ctr
# 38 flash_spi_clk 37 flash_spi_mosi 36 flash_spi_miso
# 35 flash_spi_cs 34 rf_clk 33 nc
# 32 nc 31 charge_en 30 nc
# 29 nc 28 uart2_tx 46 rf_agc_gain
# 45 rf_enable 44 rf_txnrx 47 rf_dq0
# 48 rf_dq1 49 rf_dq2 27 nc
# 1 tx_led 0 rx_led 3 pa_testp(warning)
# 2 pa_rx_en 4 pa_tx_en 7 pa_lan_gain_ctr0
# 6 uart0_tx 5 uart0_rx 8 pa_lan_gain_ctr1
# 26 pa_lan_gain_ctr2 50 rf_dq3 51 rf_dq4
# 52 rf_dq5 53 rf_dq6 54 rf_dq7
# 55 rf_dq8 56 rf_dq9 57 rf_dq10
# 58 rf_dq11 59 rf_pd 61 rf_channel_sw(io)
# 62 rf_channel_sw(io) 64 m_sta(adc_gnd) 65 adc_12v
# 66 adc_3.3v 67 d_rst(soft reset) 68 zc_a
# 69 event 12 rf_spi_clk
rc_hdr
hw_ver 0x0D0A0110 #13.10.01.16
mode 1
d_hw_ver 0x00000000
gpio
# A:gpio number;
# B:belongs to the core;
# C:function (to see iot_board_api.h about gpio type)
# A B C
38 1 68 #GPIO_SPI_FLASH_CLK
37 1 70 #GPIO_SPI_FLASH_MOSI
36 1 71 #GPIO_SPI_FLASH_MISO
35 1 69 #GPIO_SPI_FLASH_CS
32 255 255 #GPIO_NO_VALID
29 255 255 #GPIO_NO_VALID
#============ 13.10.01.17(HW_VERSION_STA_3PS_SPG_DM_FLASH_EXT_V3) ===========#
# overview
# add:38 37 36 35 flash spi,30 load_send
# remove:32 set(sta),29 sta_out
# gpio function gpio function gpio function
# 11 rf_spi_di 10 rf_spi_do 9 rf_spi_cs
# 42 rf_mclk 43 rf_fclk 39 pa_lic_ctr
# 38 flash_spi_clk 37 flash_spi_mosi 36 flash_spi_miso
# 35 flash_spi_cs 34 rf_clk 33 nc
# 32 nc 31 charge_en 30 load_send
# 29 nc 28 uart2_tx 46 rf_agc_gain
# 45 rf_enable 44 rf_txnrx 47 rf_dq0
# 48 rf_dq1 49 rf_dq2 27 nc
# 1 tx_led 0 rx_led 3 pa_testp(warning)
# 2 pa_rx_en 4 pa_tx_en 7 pa_lan_gain_ctr0
# 6 uart0_tx 5 uart0_rx 8 pa_lan_gain_ctr1
# 26 pa_lan_gain_ctr2 50 rf_dq3 51 rf_dq4
# 52 rf_dq5 53 rf_dq6 54 rf_dq7
# 55 rf_dq8 56 rf_dq9 57 rf_dq10
# 58 rf_dq11 59 rf_pd 61 rf_channel_sw(io)
# 62 rf_channel_sw(io) 64 m_sta(adc_gnd) 65 adc_12v
# 66 adc_3.3v 67 d_rst(soft reset) 68 zc_a
# 69 event 12 rf_spi_clk
rc_hdr
hw_ver 0x0D0A0111 #13.10.01.17
mode 1
d_hw_ver 0x0D0A0110
gpio
# A:gpio number;
# B:belongs to the core;
# C:function (to see iot_board_api.h about gpio type)
# A B C
30 1 82 #GPIO_TSFM_LOAD_TRIGGER
pwm #pwm resource allocation
# A:pwm channel;
# B:belongs to the core;
# C:function (to see iot_board_api.h about pwm type)
# A B C
# 小负载流程中，
# 获取GPIO30和PWM（PWM_CH_TYPE_TSFM_LOAD_CTRL）通道，
# 然后软件主动绑定。
1 1 3 #PWM_CH_TYPE_TSFM_LOAD_CTRL
#================= 13.10.01.18(HW_VERSION_STA_3PS_SPG_DM_FLASH_EXT_V4) ================#
# overview
# add: 27 multi, 38 37 36 35 flash spi, 30 load_send
# gpio function gpio function gpio function
# 11 rf_spi_di 10 rf_spi_do 9 rf_spi_cs
# 42 rf_mclk 43 rf_fclk 39 pa_lic_ctr
# 38 flash_spi_clk 37 flash_spi_mosi 36 flash_spi_miso
# 35 flash_spi_cs 34 rf_clk 33 nc
# 32 set(sta) 31 charge_en 30 load_send
# 29 sta_out 28 uart2_tx 46 rf_agc_gain
# 45 rf_enable 44 rf_txnrx 47 rf_dq0
# 48 rf_dq1 49 rf_dq2 27 multi
# 1 tx_led 0 rx_led 3 pa_testp(warning)
# 2 pa_rx_en 4 pa_tx_en 7 pa_lan_gain_ctr0
# 6 uart0_tx 5 uart0_rx 8 pa_lan_gain_ctr1
# 26 pa_lan_gain_ctr2 50 rf_dq3 51 rf_dq4
# 52 rf_dq5 53 rf_dq6 54 rf_dq7
# 55 rf_dq8 56 rf_dq9 57 rf_dq10
# 58 rf_dq11 59 rf_pd 61 rf_channel_sw(io)
# 62 rf_channel_sw(io) 64 m_sta(adc_gnd) 65 adc_12v
# 66 adc_3.3v 67 d_rst(soft reset) 68 zc_a
# 69 event 12 rf_spi_clk
rc_hdr
hw_ver 0x0D0A0112 #13.10.01.18
mode 1
d_hw_ver 0x0D0A010D
gpio
# A:gpio number;
# B:belongs to the core;
# C:function (to see iot_board_api.h about gpio type)
# A B C
30 1 82 #GPIO_TSFM_LOAD_TRIGGER
pwm #pwm resource allocation
# A:pwm channel;
# B:belongs to the core;
# C:function (to see iot_board_api.h about pwm type)
# A B C
# 小负载流程中，
# 获取GPIO30和PWM（PWM_CH_TYPE_TSFM_LOAD_CTRL）通道，
# 然后软件主动绑定。
1 1 3 #PWM_CH_TYPE_TSFM_LOAD_CTRL
#================= 13.10.02.23(HW_VERSION_STA_3PS_RF_DM_LOAD_V1) =================#
# overview, HZ3211RF v2, embedded rf and pa chip
# gpio function gpio function gpio function
# 71 adc_12v 39 tx_led 38 rx_led
# 37 flash_spi_miso 36 flash_spi_cs 35 flash_spi_clk
# 34 flash_spi_mosi 33 nc 32 multi
# 31 rxd1 28 event 46 agc_gain(RF)
# 45 enable(RF) 44 txnrx(RF) 47 nc
# 48 nc 49 DIQ2 1 nc
# 0 nc 3 load_send 2 d_rst(soft reset)
# 4 txd1 7 uart2_tx(log) 6 uart0_tx
# 5 uart0_rx 8 charge 26 zc_c
# 73 nc 72 nc 67 rf_channel_sw1(io)
# 68 rf_channel_sw2(io) 69 m_sta(adc_gnd) 70 adc_3.3v
rc_hdr
hw_ver 0x0D0A0217 #13.10.02.23 Hardware identification, HEX
mode 1
d_hw_ver 0x0D0A0212
gpio #GPIO resource allocation
# A:gpio number;
# B:belongs to the core;
# C:function (to see iot_board_api.h about gpio type)
# A B C
3 1 82 #GPIO_TSFM_LOAD_TRIGGER
32 1 127 #GPIO_MULTI_PULSE
pwm #pwm resource allocation
# A:pwm channel;
# B:belongs to the core;
# C:function (to see iot_board_api.h about pwm type)
# A B C
# 小负载流程中，
# 获取GPIO3和PWM（PWM_CH_TYPE_TSFM_LOAD_CTRL）通道，
# 然后软件主动绑定。
1 1 3 #PWM_CH_TYPE_TSFM_LOAD_CTRL
uart #UART resource allocation
# A:uart number;
# B:belongs to the core;
# C:function (to see iot_uart_api.h about uart type)
# A B C
1 1 17 #UART_METER_PORT_2
tx 4
rx 31
#=============================== default rc====================================#
# overview
# gpio function gpio function gpio function
# 11 rf_spi_di 10 rf_spi_do 9 rf_spi_cs
# 42 rf_mclk 43 rf_fclk 39 pa_lic_ctr
# 38 att_spi_clk 37 att_spi_mosi 36 att_spi_miso
# 35 att_spi_cs 34 rf_clk 33 nc
# 32 csd 31 charge_en 30 att_nrst
# 29 nc 28 uart2_tx 46 rf_agc_gain
# 45 rf_enable 44 rf_txnrx 47 rf_dq0
# 48 rf_dq1 49 rf_dq2 27 nc
# 1 tx_led 0 rx_led 3 pa_testp(warning)
# 2 pa_rx_en 4 pa_tx_en 7 pa_lna_gain_ctr0
# 6 uart0_tx 5 uart0_rx 8 pa_lna_gain_ctr1
# 26 pa_lna_gain_ctr2 50 rf_dq3 51 rf_dq4
# 52 rf_dq5 53 rf_dq6 54 rf_dq7
# 55 rf_dq8 56 rf_dq9 57 rf_dq10
# 58 rf_dq11 59 rf_pd 61 cps
# 62 ctx 64 m_sta(adc_gnd) 65 adc_12v
# 66 adc_3.3v 67 nc 68 zc_a
# 69 nc 12 rf_spi_clk
rc_hdr
hw_ver 0x0D0A0113 #00.00.00.00 Hardware identification, HEX
mode 0
d_hw_ver 0xffffffff
gpio #GPIO resource allocation
# A:gpio number;
# B:belongs to the core;
# C:function (to see iot_board_api.h about gpio type)
# A B C
# bbcpu spi gpio, query by plc core
12 1 107 #GPIO_SPI_RF_CLK
11 1 110 #GPIO_SPI_RF_MOSI
10 1 109 #GPIO_SPI_RF_MISO
9 1 108 #GPIO_SPI_RF_CS
3 1 10 #GPIO_GEODE_OVT
32 1 17 #GPIO_GOLDEN_SET
5 1 24 #GPIO_GOLDEN_RXD0
6 1 34 #GPIO_GOLDEN_TXD0
31 1 12 #GPIO_PM_CHARGE_EN
68 1 18 #GPIO_PA_ZC
39 1 120 #GPIO_LIC_CTRL
34 1 121 #GPIO_RF_CLK
38 1 62 #GPIO_METER_CLK_CTRL
37 1 64 #GPIO_METER_MOSI_CTRL
36 1 63 #GPIO_METER_MISO_CTRL
35 1 61 #GPIO_METER_CS_CTRL
30 1 40 #GPIO_METER_RST_CTRL
32 1 133 #GPIO_RF_PA_CSD
62 1 134 #GPIO_RF_PA_CTX
uart #UART resource allocation
# A:uart number;
# B:belongs to the core;
# C:function (to see iot_uart_api.h about uart type)
# A B C
2 1 0 #UART_PRINT
tx 28 #gpio number corresponding to uart TX signal
0 1 2 #UART_METER_PORT
tx 6 #gpio number corresponding to uart TX signal
rx 5 #gpio number corresponding to uart RX signal
5 1 1 #UART_CLI_PORT
#spi #SPI resource allocation, controlled by gpio resource now.
# A:spi number;
# B:belongs to the core;
# C:function
# A B C
# bbcpu use spi1 to connect external rf chip, fixed value used now.
# 1 2 0 #SPI_PORT_TYPE_PYH_RF
# cs 9
# clk 12
# miso 10
# mosi 11
ledc #LEDC resource allocation
# A:ledc channel;
# B:belongs to the core;
# C:function
# ledout:The GPIO number corresponding to the output signal of LEDC
# (LEDC has only one signal, so it is unified ledOUT)
# A B C
0 1 0 #IOT_PLC_TX_LED
ledout 1
1 1 1 #IOT_PLC_RX_LED
ledout 0
adc #ADC resource allocation
# A:adc channel;
# B:belongs to the core;
# C:function (to see iot_board_api.h about adc type)
# A B C
0 1 2 #ADC_PM_GND (Temporary annotation)
1 1 0 #ADC_PM_12V (Temporary annotation)
2 1 1 #ADC_PM_3V (Temporary annotation: Shielded supercapacitor)
#zc # (PARTICULAR RESOURCE) Chip level zero crossing detection resource
# allocation, controlled by gpio resource now.
# up_0: Zero-crossing detection rising edge input channel 0,
# which corresponds to phase A rising edge zero-crossing
# circuit by default
# up_0 68
pa # (PARTICULAR RESOURCE)
rx_en_0 2 #Phase A Enable receiving
tx_en_0 4 #Phase A Enable sending
gain_0 7 #Phase A gain control 0
gain_1 8 #Phase A gain control 1
gain_2 26 #Phase A gain control 2