#e5 kd20 单芯片定制化文件
#e5 kd20 single chip double frequency customization file
#修改定制化参数配置步骤：
#1. 在单板上打开本配置文件，根据要修改的配置项的详细说明修改对应的配置，修改后保存退出；
#2. 重启单板即可生效：reboot

[MODE]
wifi_ini_mode=0
gnss_ini_mode=0
bt_ini_mode=0
fm_ini_mode=0
wifi_plat_ini_mode=0
bfg_plat_ini_mode=0
[HOST_VERSION]
#单板型号
#host版本号

[HOST_WIFI_NORMAL]
chip0_cfg=Hisilicon0,2G_5G
ampdu_tx_max_num=64
#国家码
country_code=99
#1. 软、硬件过温保护温度设置
#2. 驱动默认门限：软件过温保护2个门限：关闭一个通道：110，降功率：115，硬件过温保护120。目前用户输入参数可配置范围是
#	硬件60~120,软件阀值须低于硬件阀值.如果需要修改配置，不要与默认值相差过大。
#3. 进入软件过温状态后，默认恢复门限为对应的门限减去5.（ipa场景减10）
over_temp_close_chain_limit=110
over_temp_close_tpc_limit=115
over_temp_hardware_limit=120

#cca threshold
delta_cca_ed_high_20th_2g=0
delta_cca_ed_high_40th_2g=0
delta_cca_ed_high_20th_5g=-10
delta_cca_ed_high_40th_5g=-13
#obss_rssi_th
obss_rssi_th=-85

#如果驱动开启了支持双核并发的编译宏，那么wifi业务可以部署到两个不同的核上，对于单核平台此处即使将wifi业务部署到不同的核也无意义，驱动会自动适应
#对于多核平台（不限于双核），此处的设置将会覆盖驱动的默认值，驱动默认将hmac层的数据业务部署在核0，dmac层的数据业务+配置业务+中断处理都部署在核1(此默认值又会根据产品宏做区分)
#如果此处将wifi业务部署在相同的核上，等效于关闭了wifi驱动的双核并发，所以wifi业务仍旧是部署在一个核上
#结论：wifi业务运行时最终能否双核并发首先取决于平台是否多核，其次驱动是否开启了多核并发的编译宏，最后定制化文件是否将wifi业务部署到不同的核
dmac_and_cfg_task_core=1
hmac_task_core=0
#如果驱动没有开启双核并发的编译宏，此处可以指定将wifi业务绑定在哪一个核上，如果此处没有指定，那么将使用驱动的默认值
wifi_task_core=1
#如果定制化文件与驱动的编译宏不匹配，相当于定制化不生效，驱动仍旧使用默认配置，驱动在加载过程中会在串口输出最后的wifi业务部署情况，关键字:frw_task_layout

#RTS和BA/ACK TX发送通道选择 0-单通道发送 1-单流单通道，双流双通道 2-双通道发送
rts_ba_tx_policy=2
#BEACON 2G TX发送通道选择      0-单通道发送 1-双通道轮流发送 2G不支持双通道发送
beacon_2g_tx_policy=1
#BEACON 5G TX发送通道选择      0-单通道发送 1-双通道轮流发送 2-双通道发送
beacon_5g_tx_policy=2

#AMSDU自适应开关RSSI门限(单位dbm)，用户的RSSI小于该门限时关闭AMSDU
amsdu_switch_rssi_threshold=-73

#SIFS响应帧自动速率调整的RSSI门限(单位dbm)，用户的RSSI小于该门限时固定SIFS响应帧速率为6M，否则由硬件计算速率
sifs_resp_autorate_rssi_threshold=-73

#RSSI补偿
rssi_2g_comp_dflt=2
rssi_5g_comp_dflt=3
rssi_5g_c0_rgn0=0
rssi_5g_c0_rgn1=0
rssi_5g_c0_rgn2=0
rssi_5g_c1_rgn0=0
rssi_5g_c1_rgn1=0
rssi_5g_c1_rgn2=0

#吞吐量优化
pss_threshold_level_0=0
cpu_freq_limit_level_0=403200
ddr_freq_limit_level_0=0
device_type_level_0=0
pss_threshold_level_1=1000
cpu_freq_limit_level_1=604800
ddr_freq_limit_level_1=3456
device_type_level_1=1
pss_threshold_level_2=7000
cpu_freq_limit_level_2=806400
ddr_freq_limit_level_2=6403
device_type_level_2=2
pss_threshold_level_3=15000
cpu_freq_limit_level_3=1305600
ddr_freq_limit_level_3=9216
device_type_level_3=3
#amsdu
ap_tx_amsdu=1
ap_rx_amsdu=1
sta_tx_amsdu=1
sta_rx_amsdu=1
#roam
roam_switch=1
scan_orthogonal=4
trigger_b=-78
trigger_a=-78
delta_b=12
delta_a=12
#扫描
random_mac_addr_scan=0
powermgmt_switch=1
#去关联
link_loss_threshold_wlan_near=40
#log_cfg_file
loglevel=2
sta_keepalive_cnt_th=3
#2g ht40 disable
disable_capab_2ght40=0
11ac2g_enable=1
#2G RF前端
rf_line_txrx_gain_db_2g_band1_mult4=-12
rf_line_txrx_gain_db_2g_band1_mult10=0
rf_line_txrx_gain_db_2g_band2_mult4=-12
rf_line_txrx_gain_db_2g_band2_mult10=0
rf_line_txrx_gain_db_2g_band3_mult4=-12
rf_line_txrx_gain_db_2g_band3_mult10=0
#时钟信息
host_input_tcxo_freq=38400000
rts_clk_freq=32768
#5G RF前端
rf_line_txrx_gain_db_5g_band1_mult4=-4.8
rf_line_txrx_gain_db_5g_band1_mult10=0
rf_line_txrx_gain_db_5g_band2_mult4=-4.8
rf_line_txrx_gain_db_5g_band2_mult10=0
rf_line_txrx_gain_db_5g_band3_mult4=-4.8
rf_line_txrx_gain_db_5g_band3_mult10=0
rf_line_txrx_gain_db_5g_band4_mult4=-4.8
rf_line_txrx_gain_db_5g_band4_mult10=0
rf_line_txrx_gain_db_5g_band5_mult4=-4.8
rf_line_txrx_gain_db_5g_band5_mult10=0
rf_line_txrx_gain_db_5g_band6_mult4=-4.8
rf_line_txrx_gain_db_5g_band6_mult10=0
rf_line_txrx_gain_db_5g_band7_mult4=-4.8
rf_line_txrx_gain_db_5g_band7_mult10=0

#版本/特性控制开关集合
#BIT0: 2G上电校准TX增益配置采用11g 6M配置
#BIT1: TXLO采用新方案, 遍历增益档位, 迭代2次校准
#BIT2: 占空比补偿默认关闭
#BIT3: 极限温度场景采用默认UPC调整方案
feature_flags=0x2

#fem 2G
rf_line_rx_gain_db_2g=0x0
lna_gain_db_2g=0x0
rf_line_tx_gain_db_2g=0x0
ext_switch_isexist_2g=1
ext_pa_isexist_2g=0
ext_lna_isexist_2g=0
elna_01_settle_time_2g=0x28
elna_10_settle_time_2g=0x28
elna_chgptdbm_th_2g=0x0
max_min_lna_code_2g=0xf
max_vga_code_2g=0x1a
min_vga_code_2g=0x3b
power0_ref_0ch_2g=0xa1e6e8fe
power0_ref_2g=0xe6e8fe
sat_agc_step_2g=0xa078
check_fem_pa_up_th_2g=60
check_fem_pa_down_th_2g=20
max_lpf_gain_2g=2
min_lpf_gain_2g=1
ipa_gain_dflt_2g=0x1f
fem_log_det_2g=0
fem_pola_sel_2g=0x0000
pin_mux0_fem_phy_ctrl_2g=0x0000
pin_mux1_fem_phy_ctrl_2g=0x0000
pin_mux0_fem_gpio_ctrl_2g=0x0000
pin_mux1_fem_gpio_ctrl_2g=0x00A5
gpio_data_direction_cali_c0_2g=0x00000000
gpio_data_cali_rx_c0_2g=0x00000000
gpio_data_cali_rx_bypass_c0_2g=0x00000000
gpio_data_cali_tx_h_lin_c0_2g=0x00000000
gpio_data_cali_tx_h_eff_c0_2g=0x00000000
gpio_data_cali_fem_off_c0_2g=0x00000000
gpio_data_direction_phy_ctrl_c0_2g=0x00000000
gpio_data_phy_ctrl_fem_on_c0_2g=0x00000000
gpio_data_phy_ctrl_fem_off_c0_2g=0x00000000
gpio_data_direction_cali_c1_2g=0x00000000
gpio_data_cali_rx_c1_2g=0x00000000
gpio_data_cali_rx_bypass_c1_2g=0x00000000
gpio_data_cali_tx_h_lin_c1_2g=0x00000000
gpio_data_cali_tx_h_eff_c1_2g=0x00000000
gpio_data_cali_fem_off_c1_2g=0x00000000
gpio_data_direction_phy_ctrl_c1_2g=0x00000000
gpio_data_phy_ctrl_fem_on_c1_2g=0x00000000
gpio_data_phy_ctrl_fem_off_c1_2g=0x00000000

#fem 5G
rf_line_rx_gain_db_5g=0x03EE03EE
lna_gain_db_5g=0x300030
rf_line_tx_gain_db_5g=0
ext_switch_isexist_5g=0
ext_pa_isexist_5g=1
ext_lna_isexist_5g=1
elna_01_settle_time_5g=0x30
elna_10_settle_time_5g=0x30
elna_chgptdbm_th_5g=0x39C039C
max_min_lna_code_5g=0xf
max_vga_code_5g=0x14
min_vga_code_5g=0x3b
power0_ref_0ch_5g=0xa1d8d8f4
power0_ref_5g=0xd8d8f4
sat_agc_step_5g=0xa084
check_fem_pa_up_th_5g=120
check_fem_pa_down_th_5g=30
max_lpf_gain_5g=1
min_lpf_gain_5g=0
ipa_gain_dflt_5g=0x1f
fem_log_det_5g=0
fem_pola_sel_5g=0x0000
pin_mux0_fem_phy_ctrl_5g=0x0000
pin_mux1_fem_phy_ctrl_5g=0x0000
pin_mux0_fem_gpio_ctrl_5g=0x0000
pin_mux1_fem_gpio_ctrl_5g=0x00A5
gpio_data_direction_cali_c0_5g=0x00005001
gpio_data_cali_rx_c0_5g=0x00004000
gpio_data_cali_rx_bypass_c0_5g=0x00000000
gpio_data_cali_tx_h_lin_c0_5g=0x00001000
gpio_data_cali_tx_h_eff_c0_5g=0x00001000
gpio_data_cali_fem_off_c0_5g=0x00000001
gpio_data_direction_phy_ctrl_c0_5g=0x00000001
gpio_data_phy_ctrl_fem_on_c0_5g=0x00000000
gpio_data_phy_ctrl_fem_off_c0_5g=0x00000001
gpio_data_direction_cali_c1_5g=0x00000A01
gpio_data_cali_rx_c1_5g=0x00000800
gpio_data_cali_rx_bypass_c1_5g=0x00000000
gpio_data_cali_tx_h_lin_c1_5g=0x00000200
gpio_data_cali_tx_h_eff_c1_5g=0x00000200
gpio_data_cali_fem_off_c1_5g=0x00000001
gpio_data_direction_phy_ctrl_c1_5g=0x00000001
gpio_data_phy_ctrl_fem_on_c1_5g=0x00000000
gpio_data_phy_ctrl_fem_off_c1_5g=0x00000001

#超远距离功率增益开关
far_dist_pow_gain_switch=0

used_mem_for_start=45
used_mem_for_stop=25
rx_ack_limit=10
sdio_d2h_assemble_count=64
sdio_h2d_assemble_count=8
dual_antenna_enable=0
far_dist_dsss_scale_promote_switch=1
beacon_country_ie_switch=0


#nvram params:
#rate pwrer & scaling
#dpd(default 1; set 0x01 in the end to close it if necessary)
nvram_params0=0x008000A0
nvram_params1=0x008000A0
nvram_params2=0x00660082
nvram_params3=0x00660082
nvram_params4=0x00660082
nvram_params5=0x00660082
nvram_params6=0x00660082
nvram_params7=0x00660078
nvram_params8=0x00660078
nvram_params9=0x00660078
nvram_params10=0x00660078
nvram_params11=0x00660078
nvram_params12=0x00660078
nvram_params13=0x00660078
nvram_params14=0x00660078
nvram_params15=0x00660078
nvram_params16=0x00660078
nvram_params17=0x00660078
nvram_params18=0x00660078
nvram_params19=0x00660078
nvram_params20=0x00720078
nvram_params21=0x0066008C
nvram_params22=0x0066008C
nvram_params23=0x0066008C
nvram_params24=0x00600087
nvram_params25=0x00600087
nvram_params26=0x00660078
nvram_params27=0x00660078
nvram_params28=0x00660078
nvram_params29=0x00660078
nvram_params30=0x00660078
nvram_params31=0x0066006E
nvram_params32=0x00660078
nvram_params33=0x00660078
nvram_params34=0x00660078
nvram_params35=0x00660078
nvram_params36=0x00660078
nvram_params37=0x00600069
nvram_params38=0x00660078
nvram_params39=0x00600069
nvram_params40=0x00600069
nvram_params41=0x00600069
nvram_params42=0x00600069
nvram_params43=0x00600069
nvram_params44=0x00600069
nvram_params45=0x00000000
nvram_params46=0x00000000
nvram_params47=0x00000000
nvram_params48=0x00000000
nvram_params49=0x00000000
nvram_params50=0x00000000
nvram_params51=0x00000000
#nvram penetrate params（穿墙模式功率规格）:
#params0~20 is 2g, 21~44 is 5g
#bit0~bit15:高频点功率配置, bit16~bit31:低频点功率配置
nvram_penetrate_params0=0x00A000A0
nvram_penetrate_params1=0x00A000A0
nvram_penetrate_params2=0x00820082
nvram_penetrate_params3=0x00820082
nvram_penetrate_params4=0x00820082
nvram_penetrate_params5=0x00820082
nvram_penetrate_params6=0x00820082
nvram_penetrate_params7=0x00780078
nvram_penetrate_params8=0x00780078
nvram_penetrate_params9=0x00780078
nvram_penetrate_params10=0x00780078
nvram_penetrate_params11=0x00780078
nvram_penetrate_params12=0x00780078
nvram_penetrate_params13=0x00780078
nvram_penetrate_params14=0x00780078
nvram_penetrate_params15=0x00780078
nvram_penetrate_params16=0x00780078
nvram_penetrate_params17=0x00780078
nvram_penetrate_params18=0x00780078
nvram_penetrate_params19=0x00780078
nvram_penetrate_params20=0x00780078
nvram_penetrate_params21=0x008C008C
nvram_penetrate_params22=0x008C008C
nvram_penetrate_params23=0x008C008C
nvram_penetrate_params24=0x00870087
nvram_penetrate_params25=0x00870087
nvram_penetrate_params26=0x00780078
nvram_penetrate_params27=0x00780078
nvram_penetrate_params28=0x00780078
nvram_penetrate_params29=0x00780078
nvram_penetrate_params30=0x00780078
nvram_penetrate_params31=0x006E006E
nvram_penetrate_params32=0x00780078
nvram_penetrate_params33=0x00780078
nvram_penetrate_params34=0x00780078
nvram_penetrate_params35=0x00780078
nvram_penetrate_params36=0x00780078
nvram_penetrate_params37=0x00690069
nvram_penetrate_params38=0x00780078
nvram_penetrate_params39=0x00690069
nvram_penetrate_params40=0x00690069
nvram_penetrate_params41=0x00690069
nvram_penetrate_params42=0x00690069
nvram_penetrate_params43=0x00690069
nvram_penetrate_params44=0x00690069
#nvram sleep params（睡眠模式功率规格）:
#params0~20 is 2g, 21~44 is 5g
#bit0~bit15:高频点功率配置, bit16~bit31:低频点功率配置
nvram_sleep_params0=0x00780078
nvram_sleep_params1=0x00780078
nvram_sleep_params2=0x00460046
nvram_sleep_params3=0x00460046
nvram_sleep_params4=0x00460046
nvram_sleep_params5=0x00460046
nvram_sleep_params6=0x00460046
nvram_sleep_params7=0x00410041
nvram_sleep_params8=0x00410041
nvram_sleep_params9=0x00410041
nvram_sleep_params10=0x00410041
nvram_sleep_params11=0x00410041
nvram_sleep_params12=0x00410041
nvram_sleep_params13=0x00280028
nvram_sleep_params14=0x00280028
nvram_sleep_params15=0x00280028
nvram_sleep_params16=0x00280028
nvram_sleep_params17=0x00280028
nvram_sleep_params18=0x00280028
nvram_sleep_params19=0x00280028
nvram_sleep_params20=0x00280028
nvram_sleep_params21=0x008C008C
nvram_sleep_params22=0x008C008C
nvram_sleep_params23=0x008C008C
nvram_sleep_params24=0x00870087
nvram_sleep_params25=0x00870087
nvram_sleep_params26=0x00780078
nvram_sleep_params27=0x00780078
nvram_sleep_params28=0x00780078
nvram_sleep_params29=0x00780078
nvram_sleep_params30=0x00780078
nvram_sleep_params31=0x006E006E
nvram_sleep_params32=0x00780078
nvram_sleep_params33=0x00780078
nvram_sleep_params34=0x00780078
nvram_sleep_params35=0x00780078
nvram_sleep_params36=0x00780078
nvram_sleep_params37=0x00690069
nvram_sleep_params38=0x00780078
nvram_sleep_params39=0x00690069
nvram_sleep_params40=0x00690069
nvram_sleep_params41=0x00690069
nvram_sleep_params42=0x00690069
nvram_sleep_params43=0x00690069
nvram_sleep_params44=0x00690069

#wifi cali params
band_5g_enable=1

#V200校准开关控制
#0:3bit   表示校准维测信息开关，0表示关闭，1表示打开
#4:7bit   表示校准流程开关，0表示关闭，1表示打开
#8:11bit  表示校准RF带宽，0：10M，1:20M，2:40M
#12:15bit 表示校准频段，0表示2g；1表示5g
#16:19bit 表示是否双通道校准，0：单通道校准，1：双通道校准
#20:23bit 表示校准类型，0：rc校准，1:r校准，2:c交准，3:ppf校准，4：rxdc校准，5：功率校准，6：txlo校准，7：txiq校准，8：rxiq校准，9表示校准完毕
1151v2_cali_seq_0=0x002110
1151v2_cali_seq_1=0x102310
1151v2_cali_seq_2=0x202310
1151v2_cali_seq_3=0x302310
1151v2_cali_seq_4=0x400110
1151v2_cali_seq_5=0x500110
1151v2_cali_seq_6=0x600110
1151v2_cali_seq_7=0x700110
1151v2_cali_seq_8=0x800110
1151v2_cali_seq_9=0x401110
1151v2_cali_seq_10=0x401210
1151v2_cali_seq_11=0x501210
1151v2_cali_seq_12=0x601110
1151v2_cali_seq_13=0x601210
1151v2_cali_seq_14=0x701110
1151v2_cali_seq_15=0x701210
1151v2_cali_seq_16=0x801110
1151v2_cali_seq_17=0x801210
1151v2_cali_seq_18=0x902310
1151v2_cali_seq_19=0x902310
1151v2_cali_seq_20=0x902310
1151v2_cali_seq_21=0x902310
1151v2_cali_seq_22=0x902310
1151v2_cali_seq_23=0x902310
1151v2_cali_seq_24=0x902310
1151v2_cali_seq_25=0x902310
1151v2_cali_seq_26=0x902310
1151v2_cali_seq_27=0x902310
1151v2_cali_seq_28=0x902310
1151v2_cali_seq_29=0x902310
1151v2_cali_seq_30=0x902310
1151v2_cali_seq_31=0x902310

#V200校准BAND控制
#每4bit表示一个校准band，校准band顺序从低bit至高bit依次进行
#5G最多7个band，2G最多3个band，其余bit位全部置1
1151v2_cali_band_2g=0xFFFFF210
1151v2_cali_band_5g=0xF6543210

cali_txpwr_pa_dc_ref_2g_val_chan1=0x0032002D
cali_txpwr_pa_dc_ref_2g_val_chan2=0x00320032
cali_txpwr_pa_dc_ref_2g_val_chan3=0x002D0032
cali_txpwr_pa_dc_ref_2g_val_chan4=0x1D711EB8
cali_txpwr_pa_dc_ref_2g_val_chan5=0x1EB82148
cali_txpwr_pa_dc_ref_2g_val_chan6=0x20002000
cali_txpwr_pa_dc_ref_2g_val_chan7=0x1C291EB8
cali_txpwr_pa_dc_ref_2g_val_chan8=0x20001EB8
cali_txpwr_pa_dc_ref_2g_val_chan9=0x1C291C29
cali_txpwr_pa_dc_ref_2g_val_chan10=0x1D711AE1
cali_txpwr_pa_dc_ref_2g_val_chan11=0x1c29199a
cali_txpwr_pa_dc_ref_2g_val_chan12=0x2148228F
cali_txpwr_pa_dc_ref_2g_val_chan13=0x23D71eb8
cali_txpwr_pa_dc_ref_2g_b40_val_chan1=0x228F1D70
cali_txpwr_pa_dc_ref_2g_b40_val_chan2=0x228F228F
cali_txpwr_pa_dc_ref_2g_b40_val_chan3=0x20002148
cali_txpwr_pa_dc_ref_2g_b40_val_chan4=0x1EB81D70
cali_txpwr_pa_dc_ref_2g_b40_val_chan5=0x251F251F
cali_txpwr_pa_dc_ref_2g_b40_val_chan6=0x20001D71
cali_txpwr_pa_dc_ref_2g_b40_val_chan7=0x1EB81D71
cali_txpwr_pa_dc_ref_2g_b40_val_chan8=0x1EB81C29
cali_txpwr_pa_dc_ref_2g_b40_val_chan9=0x1EB81AE1
cali_txpwr_pa_dc_ref_2g_b40_val_chan10=0x20002000
cali_txpwr_pa_dc_ref_2g_b40_val_chan11=0x1eb82000
cali_txpwr_pa_dc_ref_2g_b40_val_chan12=0x20001EB8
cali_txpwr_pa_dc_ref_2g_b40_val_chan13=0x1EB81ae1
cali_txpwr_pa_dc_ref_5g_val_band1=0x0113011d
cali_txpwr_pa_dc_ref_5g_val_band2=0x010e0118
cali_txpwr_pa_dc_ref_5g_val_band3=0x0104010E
cali_txpwr_pa_dc_ref_5g_val_band4=0x01090109
cali_txpwr_pa_dc_ref_5g_val_band5=0x011D011D
cali_txpwr_pa_dc_ref_5g_val_band6=0x013B012C
cali_txpwr_pa_dc_ref_5g_val_band7=0x0145012C
cali_tone_amp_grade=0
#mimo场景下功率回退，单位为dBm，范围为0~3
#bit0~bit7:穿墙模式，bit8~bit15:标准模式，bit16~bit23:睡眠模式
mimo_pow_adjust_2g=0x00000000
mimo_pow_adjust_5g=0x00000200
#txbf使能时功率回退，单位为dBm，范围为0~3
#bit0~bit7:穿墙模式，bit8~bit15:标准模式，bit16~bit23:睡眠模式
txbf_pow_adjust_2g=0x00000000
txbf_pow_adjust_5g=0x00000000
#tpc默认功率模式，0为穿墙模式，1为标准模式，2为睡眠模式
tpc_work_mode_default=1
#tpc默认功率调整模式，0为禁用TPC动态调整功率，1为自适应动态调整功率，2为禁用TPC动态调整但保留超近超远
tpc_dynamic_pow_mode_default=1

#信道划分
channel_2g_band0=0x00010503
channel_2g_band1=0x00060A08
channel_2g_band2=0x000B0E0C
channel_5g_band0=0x00242828
channel_5g_band1=0x002C3030
channel_5g_band2=0x00343834
channel_5g_band3=0x003C403C
channel_5g_band4=0x0064706C
channel_5g_band5=0x0074807C
channel_5g_band6=0x00849088

#信道功率回退
target_pow_back_2g_chan1=0x00000000
target_pow_back_2g_chan2=0x00000000
target_pow_back_2g_chan3=0x00000000
target_pow_back_2g_chan4=0x00000000
target_pow_back_2g_chan5=0x00000000
target_pow_back_2g_chan6=0x00000000
target_pow_back_2g_chan7=0x00000000
target_pow_back_2g_chan8=0x00000000
target_pow_back_2g_chan9=0x00000000
target_pow_back_2g_chan10=0x00000000
target_pow_back_2g_chan11=0x00000000
target_pow_back_2g_chan12=0x00000000
target_pow_back_2g_chan13=0x00000000

target_pow_back_5g_band1=0x00000000
target_pow_back_5g_band2=0x00000000
target_pow_back_5g_band3=0x00000000
target_pow_back_5g_band4=0x00000000
target_pow_back_5g_band5=0x00000000
target_pow_back_5g_band6=0x00000000
target_pow_back_5g_band7=0x00000000

#2g(16bit)5g(16bit)动态校准开关(0表示关闭)
dyn_cali_dscr_interval=0x00640064
#fcc auth
band_edge_limit_2g_11g_txpwr=150
band_edge_limit_2g_11n_ht20_txpwr=150
band_edge_limit_2g_11n_ht40_txpwr=150
band_edge_limit_5g_11a_ht20_vht20_txpwr=150
band_edge_limit_5g_ht40_vht40_txpwr=150
band_edge_limit_5g_vht80_txpwr=150
band_edge_limit_2g_11g_dbb_scaling=0xD0
band_edge_limit_2g_11n_ht20_dbb_scaling=0xC4
band_edge_limit_2g_11n_ht40_dbb_scaling=0xC4
band_edge_limit_5g_11a_ht20_vht20_dbb_scaling=0xD0
band_edge_limit_5g_ht40_vht40_dbb_scaling=0xD0
band_edge_limit_5g_vht80_dbb_scaling=0xD0

#wifi dync_cali params
dync_cali_ofdm_single_stone_2g_c0_chan1=0x0CF6F7F6
dync_cali_ofdm_single_stone_2g_c0_chan2=0x0FF8F9F6
dync_cali_ofdm_single_stone_2g_c0_chan3=0x13FBFBF6
dync_cali_ofdm_single_stone_2g_c0_chan4=0x15FEFFF8
dync_cali_ofdm_single_stone_2g_c0_chan5=0x12FEFDF9
dync_cali_ofdm_single_stone_2g_c0_chan6=0x10FCFEFA
dync_cali_ofdm_single_stone_2g_c0_chan7=0x11FDFFFA
dync_cali_ofdm_single_stone_2g_c0_chan8=0x13FF00FA
dync_cali_ofdm_single_stone_2g_c0_chan9=0x190405FA
dync_cali_ofdm_single_stone_2g_c0_chan10=0x190304FA
dync_cali_ofdm_single_stone_2g_c0_chan11=0x1B0406FB
dync_cali_ofdm_single_stone_2g_c0_chan12=0x13FFFFFB
dync_cali_ofdm_single_stone_2g_c0_chan13=0x14FEFDFB
dync_cali_ofdm_single_stone_2g_c1_chan1=0x12FDFBFD
dync_cali_ofdm_single_stone_2g_c1_chan2=0x0FFEFDFD
dync_cali_ofdm_single_stone_2g_c1_chan3=0x1300FEFD
dync_cali_ofdm_single_stone_2g_c1_chan4=0x1A0403FF
dync_cali_ofdm_single_stone_2g_c1_chan5=0x20060300
dync_cali_ofdm_single_stone_2g_c1_chan6=0x150100FC
dync_cali_ofdm_single_stone_2g_c1_chan7=0x160200FC
dync_cali_ofdm_single_stone_2g_c1_chan8=0x1300FEFC
dync_cali_ofdm_single_stone_2g_c1_chan9=0x1501FFFC
dync_cali_ofdm_single_stone_2g_c1_chan10=0x1501FFFC
dync_cali_ofdm_single_stone_2g_c1_chan11=0x1A0604FF
dync_cali_ofdm_single_stone_2g_c1_chan12=0x1300FEFF
dync_cali_ofdm_single_stone_2g_c1_chan13=0x10FEFBFF

dync_cali_ofdm_single_stone_2g_b40_c0_chan1=0xE2FBFDF9
dync_cali_ofdm_single_stone_2g_b40_c0_chan2=0xDEFD05F9
dync_cali_ofdm_single_stone_2g_b40_c0_chan3=0xE40509F9
dync_cali_ofdm_single_stone_2g_b40_c0_chan4=0xE00000FB
dync_cali_ofdm_single_stone_2g_b40_c0_chan5=0xDBF9F7FB
dync_cali_ofdm_single_stone_2g_b40_c0_chan6=0xDDFCFAF7
dync_cali_ofdm_single_stone_2g_b40_c0_chan7=0xE70606EC
dync_cali_ofdm_single_stone_2g_b40_c0_chan8=0xEB060AF8
dync_cali_ofdm_single_stone_2g_b40_c0_chan9=0xE80609F4
dync_cali_ofdm_single_stone_2g_b40_c0_chan10=0xE90A0CFA
dync_cali_ofdm_single_stone_2g_b40_c0_chan11=0xF4181809
dync_cali_ofdm_single_stone_2g_b40_c0_chan12=0xD9FF0000
dync_cali_ofdm_single_stone_2g_b40_c0_chan13=0xD9F4F500
dync_cali_ofdm_single_stone_2g_b40_c1_chan1=0xE70A09FA
dync_cali_ofdm_single_stone_2g_b40_c1_chan2=0xEA0A00F3
dync_cali_ofdm_single_stone_2g_b40_c1_chan3=0xE20A00F3
dync_cali_ofdm_single_stone_2g_b40_c1_chan4=0xE20A00F2
dync_cali_ofdm_single_stone_2g_b40_c1_chan5=0xE20100F4
dync_cali_ofdm_single_stone_2g_b40_c1_chan6=0xE3FFFBF6
dync_cali_ofdm_single_stone_2g_b40_c1_chan7=0xEE0303F7
dync_cali_ofdm_single_stone_2g_b40_c1_chan8=0xEE0B0CF5
dync_cali_ofdm_single_stone_2g_b40_c1_chan9=0xE90809F1
dync_cali_ofdm_single_stone_2g_b40_c1_chan10=0xEA0707F7
dync_cali_ofdm_single_stone_2g_b40_c1_chan11=0xE403FFF0
dync_cali_ofdm_single_stone_2g_b40_c1_chan12=0xE40502E7
dync_cali_ofdm_single_stone_2g_b40_c1_chan13=0xE6FEFEEC

dync_cali_ofdm_single_stone_5g_c0_band1=0x00000503
dync_cali_ofdm_single_stone_5g_c0_band2=0x00000403
dync_cali_ofdm_single_stone_5g_c0_band3=0x00000503
dync_cali_ofdm_single_stone_5g_c0_band4=0x00000403
dync_cali_ofdm_single_stone_5g_c0_band5=0x00020604
dync_cali_ofdm_single_stone_5g_c0_band6=0x00020802
dync_cali_ofdm_single_stone_5g_c0_band7=0x00020502
dync_cali_ofdm_single_stone_5g_c1_band1=0x00000706
dync_cali_ofdm_single_stone_5g_c1_band2=0x00000406
dync_cali_ofdm_single_stone_5g_c1_band3=0x00000604
dync_cali_ofdm_single_stone_5g_c1_band4=0x00FF0604
dync_cali_ofdm_single_stone_5g_c1_band5=0x00FF0808
dync_cali_ofdm_single_stone_5g_c1_band6=0x00FF0708
dync_cali_ofdm_single_stone_5g_c1_band7=0xFFFF0608
dync_cali_ofdm_single_stone_txpower_spec=0x0000828C
dync_cali_temp_factor=0x6C616464
dync_cali_temp_thr=0x19461946
dync_cali_equip_2g_txpower_lut=0x00A07850
dync_cali_equip_5g_txpower_lut=0x008C643C

#MIXBUFFER增益配置
mixbuffer_gain_5g_c0=0x04444455
mixbuffer_gain_5g_c1=0x04444444

#动态校准温度补偿拟合曲线参数
dync_cali_temp_factor_2g_c0=0x00002710
dync_cali_temp_factor_2g_c1=0x00002710
dync_cali_temp_factor_5g_c0=0x00002710
dync_cali_temp_factor_5g_c1=0x00002710

#动态校准天线与线缆负载差异补偿值
dync_cali_pow_offset_2g_c0=0x00000000
dync_cali_pow_offset_2g_c1=0x00000000
dync_cali_pow_offset_5g_c0_1=0x00000000
dync_cali_pow_offset_5g_c1_1=0x00000000
dync_cali_pow_offset_5g_c0_2=0x00000000
dync_cali_pow_offset_5g_c1_2=0x00000000

#动态校准pow&pdet曲线多项式参数放大因子
cali_poly_para_shift_factor_2g=0x00110b06
cali_poly_para_shift_factor_5g=0x00110b06

#动态校准pow&pdet曲线多项式参数值

dync_cali_polynomial_para_2g_b1_fst=0x09090326
dync_cali_polynomial_para_2g_b1_snd=0x1E2E15E4
dync_cali_polynomial_para_2g_b1_trd=0xFE45FDF3
dync_cali_polynomial_para_2g_b2_fst=0x09B30336
dync_cali_polynomial_para_2g_b2_snd=0x216C157E
dync_cali_polynomial_para_2g_b2_trd=0xFDB1FE62
dync_cali_polynomial_para_2g_b3_fst=0x075802F2
dync_cali_polynomial_para_2g_b3_snd=0x18E70E21
dync_cali_polynomial_para_2g_b3_trd=0xFFB9FFAF

dync_cali_polynomial_para_5g_b1_fst=0x00C200EA
dync_cali_polynomial_para_5g_b1_snd=0x0697061D
dync_cali_polynomial_para_5g_b1_trd=0x009A01D8
dync_cali_polynomial_para_5g_b2_fst=0x00CB00C6
dync_cali_polynomial_para_5g_b2_snd=0x06B10667
dync_cali_polynomial_para_5g_b2_trd=0x027900B6
dync_cali_polynomial_para_5g_b3_fst=0x00C100C4
dync_cali_polynomial_para_5g_b3_snd=0x06900655
dync_cali_polynomial_para_5g_b3_trd=0x00AA005B
dync_cali_polynomial_para_5g_b4_fst=0x00D700CA
dync_cali_polynomial_para_5g_b4_snd=0x06140645
dync_cali_polynomial_para_5g_b4_trd=0x00CC0191
dync_cali_polynomial_para_5g_b5_fst=0x00CA00BA
dync_cali_polynomial_para_5g_b5_snd=0x04F0052F
dync_cali_polynomial_para_5g_b5_trd=0x001700BD
dync_cali_polynomial_para_5g_b6_fst=0x00D200A6
dync_cali_polynomial_para_5g_b6_snd=0x03D3048B
dync_cali_polynomial_para_5g_b6_trd=0x0164003A
dync_cali_polynomial_para_5g_b7_fst=0x00B9008E
dync_cali_polynomial_para_5g_b7_snd=0x039004BD
dync_cali_polynomial_para_5g_b7_trd=0x00DB000F

dync_cali_dbb_2g_para1=0x8BFDAE11
dync_cali_dbb_2g_para2=0xB41479F1
dync_cali_dbb_2g_para3=0x7AF288FC
dync_cali_dbb_2g_para4=0xAD10BE18
dync_cali_dbb_2g_para5=0x7FF58AFD
dync_cali_dbb_5g_para1=0xA6EAD701
dync_cali_dbb_5g_para2=0x73CA94E0
dync_cali_dbb_5g_para3=0xC8FAE506
dync_cali_dbb_5g_para4=0x9FE6B3F0
dync_cali_dbb_5g_para5=0xBFF6D901
dync_cali_dbb_5g_para6=0xD60098E2
dync_cali_dbb_5g_para7=0x95E1BEF6
#fcc auth
band_edge_limit_2g_11g_txpwr=140
band_edge_limit_2g_11n_ht20_txpwr=140
band_edge_limit_2g_11n_ht40_txpwr=140
band_edge_limit_2g_11g_dbb_scaling=0x68
band_edge_limit_2g_11n_ht20_dbb_scaling=0x62
band_edge_limit_2g_11n_ht40_dbb_scaling=0x62
#rf reg
rf_reg117=0x0505
rf_reg123=0xf0c1
rf_reg124=0xf0c1
rf_reg125=0xf0c1
rf_reg126=0xf0c1

#rf pll
rf_pll_ppm_2g=0
rf_pll_ppm_5g=0

#bt cali
cali_txpwr_pa_ref_band1=4500
cali_txpwr_pa_ref_band2=3500
cali_txpwr_pa_ref_band3=3500
cali_txpwr_pa_ref_band4=3700
cali_txpwr_pa_ref_band5=5400
cali_txpwr_pa_ref_band6=6500
cali_txpwr_pa_ref_band7=5500
cali_txpwr_pa_ref_band8=9000
cali_txpwr_pa_ref_num=8
cali_txpwr_pa_fre1=2
cali_txpwr_pa_fre2=10
cali_txpwr_pa_fre3=28
cali_txpwr_pa_fre4=45
cali_txpwr_pa_fre5=53
cali_txpwr_pa_fre6=59
cali_txpwr_pa_fre7=63
cali_txpwr_pa_fre8=76
cali_bt_tone_amp_grade=1

dac_lpf_gain_2g_legacy_1=0x02020202
dac_lpf_gain_2g_legacy_2=0x00000000
dac_lpf_gain_2g_legacy_3=0x01010101
dac_lpf_gain_2g_legacy_4=0x01010101
dac_lpf_gain_5g_legacy_1=0x01010101
dac_lpf_gain_5g_legacy_2=0x01010101
dac_lpf_gain_2g_11ac_ht20_1=0x11111111
dac_lpf_gain_2g_11ac_ht20_2=0x11111111
dac_lpf_gain_2g_11ac_ht40_1=0x11111111
dac_lpf_gain_2g_11ac_ht40_2=0x11111111
dac_lpf_gain_5g_11ac_ht20_1=0x21212121
dac_lpf_gain_5g_11ac_ht20_2=0x21212121
dac_lpf_gain_5g_11ac_ht40_1=0x21212121
dac_lpf_gain_5g_11ac_ht40_2=0x21212121
dac_lpf_gain_5g_11ac_ht40_3=0x00000000
dac_lpf_gain_5g_11ac_ht80_1=0x00000000
dac_lpf_gain_5g_11ac_ht80_2=0x00000000
dac_lpf_gain_5g_11ac_ht80_3=0x00000000

#各国家或地区的信道功率限制, 默认值为300, 表示限制功率为30dB, 步进为0.1dB
#目前支持的国家包括ISO指定的国家码, 以及fcc,etsi,japan,common四个注册域
#2G对应的协议模式依次为: 11b,11g,11n20,11n40
#5G对应的协议模式依次为: 11a,11n/ac20,11n/ac40,11ac80
fcc_2g_ch001_power_limits=300,300,300,300
fcc_2g_ch002_power_limits=300,300,300,300
fcc_2g_ch003_power_limits=300,300,300,300
fcc_2g_ch004_power_limits=300,300,300,300
fcc_2g_ch005_power_limits=300,300,300,300
fcc_2g_ch006_power_limits=300,300,300,300
fcc_2g_ch007_power_limits=300,300,300,300
fcc_2g_ch008_power_limits=300,300,300,300
fcc_2g_ch009_power_limits=300,300,300,300
fcc_2g_ch010_power_limits=300,300,300,300
fcc_2g_ch011_power_limits=300,300,300,300
fcc_2g_ch012_power_limits=300,300,300,300
fcc_2g_ch013_power_limits=300,300,300,300
fcc_2g_ch014_power_limits=300,300,300,300
fcc_5g_ch036_power_limits=300,300,300,300
fcc_5g_ch040_power_limits=300,300,300,300
fcc_5g_ch044_power_limits=300,300,300,300
fcc_5g_ch048_power_limits=300,300,300,300
fcc_5g_ch052_power_limits=300,300,300,300
fcc_5g_ch056_power_limits=300,300,300,300
fcc_5g_ch060_power_limits=300,300,300,300
fcc_5g_ch064_power_limits=300,300,300,300
fcc_5g_ch100_power_limits=300,300,300,300
fcc_5g_ch104_power_limits=300,300,300,300
fcc_5g_ch108_power_limits=300,300,300,300
fcc_5g_ch112_power_limits=300,300,300,300
fcc_5g_ch116_power_limits=300,300,300,300
fcc_5g_ch120_power_limits=300,300,300,300
fcc_5g_ch124_power_limits=300,300,300,300
fcc_5g_ch128_power_limits=300,300,300,300
fcc_5g_ch132_power_limits=300,300,300,300
fcc_5g_ch136_power_limits=300,300,300,300
fcc_5g_ch140_power_limits=300,300,300,300
fcc_5g_ch144_power_limits=300,300,300,300
fcc_5g_ch149_power_limits=300,300,300,300
fcc_5g_ch153_power_limits=300,300,300,300
fcc_5g_ch157_power_limits=300,300,300,300
fcc_5g_ch161_power_limits=300,300,300,300
fcc_5g_ch165_power_limits=300,300,300,300
fcc_5g_ch184_power_limits=300,300,300,300
fcc_5g_ch188_power_limits=300,300,300,300
fcc_5g_ch192_power_limits=300,300,300,300
fcc_5g_ch196_power_limits=300,300,300,300

[HOST_WIFI_POWER_FCC]
#nvram params:
#rate pwrer & scaling
#dpd(default 1; set 0x01 in the end to close it if necessary)
nvram_params0=0x008000A0
nvram_params1=0x008000A0
nvram_params2=0x00660082
nvram_params3=0x00660082
nvram_params4=0x00660082
nvram_params5=0x00660082
nvram_params6=0x00660082
nvram_params7=0x00660078
nvram_params8=0x00660078
nvram_params9=0x00660078
nvram_params10=0x00660078
nvram_params11=0x00660078
nvram_params12=0x00660078
nvram_params13=0x00660078
nvram_params14=0x00660078
nvram_params15=0x00660078
nvram_params16=0x00660078
nvram_params17=0x00660078
nvram_params18=0x00660078
nvram_params19=0x00660078
nvram_params20=0x00720078
nvram_params21=0x0066008C
nvram_params22=0x0066008C
nvram_params23=0x0066008C
nvram_params24=0x00600087
nvram_params25=0x00600087
nvram_params26=0x00660078
nvram_params27=0x00660078
nvram_params28=0x00660078
nvram_params29=0x00660078
nvram_params30=0x00660078
nvram_params31=0x0066006E
nvram_params32=0x00660078
nvram_params33=0x00660078
nvram_params34=0x00660078
nvram_params35=0x00660078
nvram_params36=0x00660078
nvram_params37=0x00600069
nvram_params38=0x00660078
nvram_params39=0x00600069
nvram_params40=0x00600069
nvram_params41=0x00600069
nvram_params42=0x00600069
nvram_params43=0x00600069
nvram_params44=0x00600069
nvram_params45=0x00000000
nvram_params46=0x00000000
nvram_params47=0x00000000
nvram_params48=0x00000000
nvram_params49=0x00000000
nvram_params50=0x00000000
nvram_params51=0x00000000
#nvram penetrate params（穿墙模式功率规格）:
#params0~20 is 2g, 21~44 is 5g
#bit0~bit15:高频点功率配置, bit16~bit31:低频点功率配置
nvram_penetrate_params0=0x00A000A0
nvram_penetrate_params1=0x00A000A0
nvram_penetrate_params2=0x00820082
nvram_penetrate_params3=0x00820082
nvram_penetrate_params4=0x00820082
nvram_penetrate_params5=0x00820082
nvram_penetrate_params6=0x00820082
nvram_penetrate_params7=0x00780078
nvram_penetrate_params8=0x00780078
nvram_penetrate_params9=0x00780078
nvram_penetrate_params10=0x00780078
nvram_penetrate_params11=0x00780078
nvram_penetrate_params12=0x00780078
nvram_penetrate_params13=0x00780078
nvram_penetrate_params14=0x00780078
nvram_penetrate_params15=0x00780078
nvram_penetrate_params16=0x00780078
nvram_penetrate_params17=0x00780078
nvram_penetrate_params18=0x00780078
nvram_penetrate_params19=0x00780078
nvram_penetrate_params20=0x00780078
nvram_penetrate_params21=0x008C008C
nvram_penetrate_params22=0x008C008C
nvram_penetrate_params23=0x008C008C
nvram_penetrate_params24=0x00870087
nvram_penetrate_params25=0x00870087
nvram_penetrate_params26=0x00780078
nvram_penetrate_params27=0x00780078
nvram_penetrate_params28=0x00780078
nvram_penetrate_params29=0x00780078
nvram_penetrate_params30=0x00780078
nvram_penetrate_params31=0x006E006E
nvram_penetrate_params32=0x00780078
nvram_penetrate_params33=0x00780078
nvram_penetrate_params34=0x00780078
nvram_penetrate_params35=0x00780078
nvram_penetrate_params36=0x00780078
nvram_penetrate_params37=0x00690069
nvram_penetrate_params38=0x00780078
nvram_penetrate_params39=0x00690069
nvram_penetrate_params40=0x00690069
nvram_penetrate_params41=0x00690069
nvram_penetrate_params42=0x00690069
nvram_penetrate_params43=0x00690069
nvram_penetrate_params44=0x00690069
#nvram sleep params（睡眠模式功率规格）:
#params0~20 is 2g, 21~44 is 5g
#bit0~bit15:高频点功率配置, bit16~bit31:低频点功率配置
nvram_sleep_params0=0x00780078
nvram_sleep_params1=0x00780078
nvram_sleep_params2=0x00460046
nvram_sleep_params3=0x00460046
nvram_sleep_params4=0x00460046
nvram_sleep_params5=0x00460046
nvram_sleep_params6=0x00460046
nvram_sleep_params7=0x00410041
nvram_sleep_params8=0x00410041
nvram_sleep_params9=0x00410041
nvram_sleep_params10=0x00410041
nvram_sleep_params11=0x00410041
nvram_sleep_params12=0x00410041
nvram_sleep_params13=0x00280028
nvram_sleep_params14=0x00280028
nvram_sleep_params15=0x00280028
nvram_sleep_params16=0x00280028
nvram_sleep_params17=0x00280028
nvram_sleep_params18=0x00280028
nvram_sleep_params19=0x00280028
nvram_sleep_params20=0x00280028
nvram_sleep_params21=0x008C008C
nvram_sleep_params22=0x008C008C
nvram_sleep_params23=0x008C008C
nvram_sleep_params24=0x00870087
nvram_sleep_params25=0x00870087
nvram_sleep_params26=0x00780078
nvram_sleep_params27=0x00780078
nvram_sleep_params28=0x00780078
nvram_sleep_params29=0x00780078
nvram_sleep_params30=0x00780078
nvram_sleep_params31=0x006E006E
nvram_sleep_params32=0x00780078
nvram_sleep_params33=0x00780078
nvram_sleep_params34=0x00780078
nvram_sleep_params35=0x00780078
nvram_sleep_params36=0x00780078
nvram_sleep_params37=0x00690069
nvram_sleep_params38=0x00780078
nvram_sleep_params39=0x00690069
nvram_sleep_params40=0x00690069
nvram_sleep_params41=0x00690069
nvram_sleep_params42=0x00690069
nvram_sleep_params43=0x00690069
nvram_sleep_params44=0x00690069

[HW_LET_CO_CONFIG]
#管脚复用

[HOST_COEXIST]
#LTE/WiFi共存
wifi_lte_coex_feature=0

[HOST_WIFI_MAC]
#弱信号

[HOST_PLAT]
#异常处理
allow_reset_device_switch=1
#全局DFR设置
plat_dfr_enable=1
#全局心跳超时异常处理使能
plat_dfr_beatTimer_timeOut_reset_enable=1
#firmware是否buildin到boot image：0表示不编译进boot,1表示编译进boot
firmware_buildin=1
#日志优化
log_cfg_status=1
log_cfg_file=/data/hwlogdir/log_ctl/log_cfg
#日志开关（wifi）
log_switch_device_wifi=1
#日志大小（wifi）
log_size_device_wifi=5000
#日志数量（wifi）
log_num_device_wifi=15
#日志路径（wifi）
log_path_device_wifi=/data/hwlogdir/wifi_log/
#日志级别（wifi）
log_level_device_wifi=3
#日志开关（bfgnx）
log_switch_device_bfg=1
#日志大小（bfgnx）
log_size_device_bfg=10000
#日志数量（bfgnx）
log_num_device_bfg=10
#日志路径（bfgnx）
log_path_device_bfg=/data/hwlogdir/bfg_log/
#日志级别（bfgnx）
log_level_device_bfg=3
#日志级别（bt）
log_level_device_bt=3
#BT Snoop
#日志开关（snoop）
log_switch_bt_snoop=1
#日志大小（snoop）
log_size_bt_snoop=8
#日志数量（snoop）
log_num_bt_snoop=5
#日志路径（snoop）
log_path_bt_snoop=/sdcard/
#日志级别（snoop）
log_level_bt_snoop=5
#BT Trace
TRC_BTM=5
TRC_HCI=5
TRC_L2CAP=5
TRC_RFCOMM=5
TRC_OBEX=5
TRC_AVCT=5
TRC_AVDT=5
TRC_AVRC=5
TRC_AVDT_SCB=5
TRC_AVDT_CCB=5
TRC_A2D=5
TRC_SDP=5
TRC_GATT=5
TRC_SMP=5
TRC_BTAPP=5
TRC_BTIF=5

[DEVICE_WIFI]

[DEVICE_GNSS]
#管脚复用
cdma_assist=0

[DEVICE_BT]
#BT地址
#PA最大输出功率
#32K 时钟
#Log等级开关

[DEVICE_FM]

[DEVICE_BFG_PLT]
#时钟信息
#时钟校准
#电源方案
#总线配置
#GPIO配置
#GPIO配置