AT Command Manual
The AT Command may be slightly different for different model versions. This AT command document is a basic description of the AT command for our modem Model for your reference.
This document applies to these models: TX900 そして Vcan1681
Download the TX900 AT command documents PDF
目次
1.1 AT^DACS: Access to the State
| The Command | Possible response (s) |
| The AT ^ DACS = < n > | |
| The AT ^ DACS? | ^ DACS: < n >, < 州 > |
| The AT ^ DACS =? | ^DACS: (list of supported <n>s) |
The Description
The execution command is used to set the switch state of ^DACSI: <州> escalation, どれの
is turned off by default at the beginning of startup. When the setting is turned on, the current state will be reported once.When active report is opened, the access node shall report the indication of access status after successful access;After the central node starts successfully, it can be regarded as a successful access. After determining the type of central node, the access status can be reported.
The query command is used to query the current escalation switch state and the current access state.
The test command is used to test whether the command is supported and to query the value range of the <n> パラメータ.
The Final result code
OKSuccessfulERROR or +CME ERROR: <err>Command performing failed
Defined values
<n>: integer type, indicating the active escalation
switch status
0: オフ
1: の上
2: query the current information <州>: integer type, indicating the access status
0: not accessed
1: accessed
例
The AT ^ DACS = 1 < CR > < LF > < CR > < LF > ^ DACSI: 0 < CR > < LF > < CR > < LF > わかりました < CR > < LF > < CR > < LF > ^ DACSI: 1 < CR > < LF > the AT ^ DACS?
< CR > < LF > < CR > < LF > ^ DACS: 1, 1 < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DACS =?
< CR > < LF > < CR > < LF > ^ DACS: (0-1) < CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.2 AT ^ DRPC: Radio Parameter Configure
| The Command | Possible response (s) |
| The AT ^ DRPC = < freq >, < 帯域幅 >, < 力 > | |
| The AT ^ DRPC? | ^ DRPC: < freq >, < 帯域幅 >, < 力 > |
| The AT ^ DRPC =? | ^DRPC: (list of supported <freq>s), (list of supported <帯域幅>s) |
The Description
Execute the command for parameter Settings in the access state and save to NVRAM. The query command is used to query the current parameter Settings.
The test command is used to test whether the command is supported and the value range of the query parameter.
The Final result code
わかりました Successful ERROR or +CME ERROR: <err>Command performing failed
Defined values
<freq>: integer type, indicating frequency point frequency, unit 100KHz, 範囲
(8060-8259,14279-14478,24015-24814) <帯域幅>: integer type, indicating bandwidth
0:1.4メートル
1:3 メートル
2:5 メートル
3:10 メートル
4: 15M (サポートされていません)
5: 20M
<力>: “整数” タイプ, represents the fixed power of the center node, unit dBm, range from “-40” に “40”, and if the maximum value of terminal support is exceeded, the maximum value of terminal support shall prevail.
例
The AT ^ DRPC = 24415, 1, “27” < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DRPC?
< CR > < LF > < CR > < LF > ^ DRPC: 24415, 1, “27” < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DRPC =?
< CR > < LF > < CR > < LF > ^ DRPC: 15-24814178 (8060-8259142, 79-14478240, 50-18050), (0 に 5) < CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.3 AT^DRPS: Radio Parameter Store in NVRAM
| The Command | Possible response (s) |
| The AT ^ DRPS = < freq >, < 帯域幅 >, < 力 > | |
| The AT ^ DRPS? | ^ DRPS: < freq >, < 帯域幅 >, < 力 > |
| The AT ^ DRPS =? | ^DRPS: (list of supported <freq>s), (list of supported <帯域幅>s) |
The Description
The execute command is used to save parameters to NVRAM, after saving power and restart to take effect.
The query command is used to query the current parameter Settings in NVRAM.
The test command is used to test whether the command is supported and the value range of the query parameter.
The Final result code
わかりました Successful ERROR or +CME ERROR: <err>Command performing failed
Defined values
<freq>: integer type, indicating frequency point frequency, unit 100KHz, 範囲
(8060-8259,14279-14478,24015-24814) <帯域幅>: integer type, indicating bandwidth
0:1.4メートル
1:3 メートル
2:5 メートル
3:10 メートル
4: 15M (サポートされていません)
5: 20M
<力>: “整数” タイプ, represents the fixed power of the center node, unit dBm, range from “-40” に “40”, and if the maximum value of terminal support is exceeded, the maximum value of terminal support shall prevail.
例
The AT ^ DRPS = 24415, 1, “27” < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DRPS?
< CR > < LF > < CR > < LF > ^ DRPS: 24415, 1, “27” < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DRPS =?
< CR > < LF > < CR > < LF > ^ DRPS: 15-24814178 (8060-8259142, 79-14478240, 50-18050), (0 に 5) < CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.4 AT^DSSMTP: Set Slave Max Tx Power
| The Command | Possible response (s) |
| The AT ^ DSSMTP = < 力 > | |
| The AT ^ DSSMTP? | ^ DSSMTP: < freq >, < 帯域幅 >, < 力 > |
| The AT ^ DSSMTP =? |
The Description
The execute command is used to save parameters to NVRAM, after saving power and restart to take effect.
The query command is used to query the current parameter Settings in NVRAM.
The test command is used to test whether the command is supported and the value range of the query parameter.
The Final result code
わかりました Successful ERROR or +CME ERROR: <err>Command performing failed
Defined values
<力>: “整数” タイプ, from the maximum transmitted power of the node, unit dBm, range from “-40” に “40”, and if the maximum value of terminal support is exceeded, the maximum value of terminal support shall be taken as the criterion.
例
The AT ^ DSSMTP = “- 10” < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DSSMTP?
< CR > < LF > < CR > < LF > “- 10” < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DSSMTP =?
< CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.5 AT ^ DRPR: Radio Parameter Report
| The Command | Possible response (s) |
| The AT ^ DRPR = < n > | |
| The AT ^ DRPR? | ^ DRPR: < n > |
| The AT ^ DRPR =? | ^DRPR: (list of supported <n>s) |
The Description
Execute the command to set the local wireless parameter report ^DRPRI:ザ・ < 索引 >, <
earfcn >, < cell_id >, < rssi >, < pathloss >, < RSRP >, < RSRQ >, < SNR >, < short >, <
tx_power >, < dl_throughput_total_tbs >, < ul_thrpughput_total_tbs >, < dlsch_tb_error_per >,
< the MCS >, < rb_num >, < wide_cqi >, <Dlsch_tb_error_per_total >,< Max_Snr>,< Min_Snr>,< dl_total_tbs_g_rnti > on and off by default.The switch is only valid if the local machine is used as the access node. There is no active escalation for the center node even if the switch is on. The query command is used to query the current parameter Settings.
The test command is used to test whether the command is supported and the value range of the query parameter.
The Final result code
OK Successful ERROR or +CME ERROR: <err>Command performing failed
Defined values
<n>: integer type, indicating the active escalation switch status 0: オフ 1: の上
2:Query current information <索引>: integer type, indicating port index no. 1: ポート 12: ポート
2<earfcn>: integer type, frequency information of measurement result <cell_id>: integer type, cell information of measurement result <rssi>: string type, rssi measurement value,dBmの, format as “±value”(を除外する “0”)”-141″ に “-44”:RSSI measurements
“+32767”: invalid value <pathloss>: integer type, pathloss,dBm0 to 191: pathloss
32767: invalid value < RSRP >: string type, RSRP measurement value,dBmの, format as
“±value”(を除外する “0”)”-141″ に “-44”: RSRP measurement value
“+32767”: invalid value < RSRQ >: string type, RSRQ measurement value,dBmの, format as “±value”(を除外する “0”), the actual value needs to be divided by 10 processing “-196” に “-30”: RSRQ measurement value
“+32767”: invalid value < SNR >: string type,SNR measurement, format as “±value”(を除外する
“0”)
“-50” に “+50”: SNR measurement value
“+32767”: invalid value < 距離 >: integer type, distance from the opposite end node, メートル単位で, value range [0, 5000]
< tx_power >:string type, transmitted power, dBmの, 形式 “±value”(を除外する “0”) “-50” に “+50”: transmitted power
“+32767”: invalid value < dl_throughput_total_tbs >:integer type, downlink throughput information, sum of TB size in escalation cycle, バイト, 範囲 [0,12000000]
< ul_thrpughput_total_tbs >: integer type, upline throughput information, sum of TB size in escalation cycle, バイト, 範囲 [0,12000000]
< dlsch_tb_error_per >:integer type, report the percentage of error in the cycle, 範囲 [0,100]
< MCS >: MCS, value range [0,29]
<rb_num>: number of RB, value range [6,100]
<wide_cqi>: broadband CQI, value range [1,15]
<dlsch_tb_error_per_total>: report the total error percentage after entering the connection state, 範囲 [0,100]
< Max_Snr>: maximum SNR within 10000ms, value range [-40,40]
< Min_Snr>:10000ms minimum SNR, value range [-40,40]
<dl_total_tbs_g_rnti>: integer type, total_tbsize for multicast packets
例
The AT ^ DRPR = 1 < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DRPR?
< CR > < LF > < CR > < LF > ^ DRPR: 1 < CR > < LF > < CR > < LF > わかりました < CR > < LF > < CR > < LF > ^ DRPRI: 1100 16番目, “- 46”, 20, “60”, “195”, “0”, 4000, “- 36”,
10000000500000,10,15,3,15, 50, “+ 30”, “25”, 15000 < CR > < LF > < CR > < LF > ^ DRPRI:0 dec, 2100-106 “, 115, “100”, “194”, “+ 20, 4000,” – 36 “, 10000000500000,10,15,3,15, 50, “+
35″, “to 30”, 15000 < CR > < LF > the AT ^ DRPR =?
< CR > < LF > < CR > < LF > ^ DRPR: (0-1) < CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.6 AT^DAPR: Access Nodes radio Parameter Report
| The Command | Possible response (s) |
| The AT ^ DAPR = < n > | |
| The AT ^ DAPR? | ^ DAPR: < n > |
| The AT ^ DAPR =? | ^DAPR: (list of supported <n>s) |
The Description
Execute the command to set the wireless parameters of the central node to report the access node ^DAPRI: ザ・ < IPv6Address >, < the index >, < rssi >, < pathloss >, < RSRP >, < RSRQ >, < SNR >, < short >, < tx_power >, < dl_throughput_total_tbs >, < ul_throughput_total_tbs >, < dlsch_tb_error_per >, < dlsch_tb_error_per_total >, < Max_Snr >, < Min_Snr >, < dlThe on-off state of _total_tbs_g_rnti>, turned off by default at startup.
The query command is used to query the current parameter Settings.
The test command is used to test whether the command is supported and the value range of the query parameter.
The Final result code
OKSuccessfulERROR or +CME ERROR: <err>Command performing failed
Defined values
<n>: integer type, indicating the active escalation switch status 0: オフ 1: の上
< 2: query the current information IPv6 address >: string type, has the IP address of the access nodes, is made up of 16 Numbers (0-255), in between each group number. ‘ ‘no, format is: a1, a2, a3, a4, a5, a6, a7, a8.. A9 a10. A11. A12. A13. A14. A15. A16
<索引>: integer type, indicating port index no. 1: ポート 12: port 2<rssi>: string type, rssi measurement value,dBmの, format as “±value”(を除外する “0”)”-141″ に “-44”: rssi measurement value
“+32767”: invalid value <pathloss>: integer type, pathloss,dBm0 to 191: pathloss
32767: invalid value < RSRP >: string type, RSRP measurement value,dBmの, format as
“±value”(を除外する “0”)”-141″ に “-44”: RSRP measurement value
“+32767”: invalid value < RSRQ >: string type, RSRQ measurement value,dBmの, format as “±value”(を除外する “0”), the actual value needs to be divided by 10 processing “-196” に “-30”: RSRQ measurement value
“+32767”: invalid value < SNR >: string type,SNR measurement, format as “±value”(を除外する
“0”)
“-50” に “+50”: SNR measurement value
“+32767”: invalid value < 距離 >: integer type, distance from the opposite end node, メートル単位で, value range [0, 5000]
< tx_power >: string type, transmitted power, dBmの, 形式 “±value”(を除外する “0”) “-50” に “+50”: transmitted power
“+32767”: invalid value < dl_throughput_total_tbs >: integer type, downlink throughput information, sum of TB size in escalation cycle, バイト, 範囲 [0,12000000]
< ul_thrpughput_total_tbs >: integer type, upline throughput information, sum of TB size in escalation cycle, バイト, 範囲 [0,12000000]
< dlsch_tb_error_per >: integer type, report the percentage of error in the cycle, 範囲 [0,100]
< MCS >: MCS, value range [0,29]
<rb_num>: number of RB, value range [6,100]
<wide_cqi>: broadband CQI, value range [1,15]
<dlsch_tb_error_per_total>: report the total error percentage after entering the connection state, 範囲 [0,100]
< Max_Snr>: maximum SNR within 10000ms, value range [-40,40]
< Min_Snr>:10000ms minimum SNR, value range [-40,40]
<dl_total_tbs_g_rnti>: integer type, total_tbsize for multicast packets
例
The AT ^ DAPR = 1 < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DAPR?
< CR > < LF > < CR > < LF > ^ DAPR: 1 < CR > < LF > < CR > < LF > わかりました < CR > < LF > < CR > < LF > ^ DAPRI:”1.2.3.4.0.0.0.0.1.2.3.4.200.201.202.203″, 1, “- 46”, 20, “60”, “195”, “0”, 4000, “-
36″, 10000000500000,10,15,3,15, 50, “+ 30”, “25”, 16000 < CR > < LF > < CR > < LF > ^ DAPRI:”1.2.3.4.0.0.0.0.1.2.3.4.200.201.202.203″, 2, “106”, 115, “100”, “194”, “+ 20, 4000,” –
36 “, 10000000500000,10,15,3,15,50, “+ 35”, “to 30”, 16000 < CR > < LF > the AT ^ DAPR =?
< CR > < LF > < CR > < LF > ^ DAPR: (0-1) < CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.7 AT^DAOCNDI: Communication Network configuration
| The Command | Possible response (s) |
| The AT ^ DAOCNDI = < band_bitmap > | |
| The AT ^ DAOCNDI? | ^ DAOCNDI: < band_bitmap > |
| The AT ^ DAOCNDI =? |
The Description
The execution command is used to set the operating frequency information of the ad-hoc network communication equipment, and the setting is followed by power-on and power-on. The query command is used to query the operating frequency information of AD hoc network communication equipment.
The test command is used to test whether the command is supported.
The Final result code
OKSuccessfulERROR or +CME ERROR: <err>Command performing failed
Defined values
<band_bitmap>: string type(without double quotes),in hexadecimal format, the rightmost bit is the least significant bit (LSB/bit0).
Bit0:800 m frequency band
Bit2:1.4 G band
Bit3:2.4 G band
例
AT^DAOCNDI=0D<CR><LF>// Set band as 800M/ 1.4G / 2.4G <CR><LF>わかりました<CR><LF> AT^DAOCNDI=01<CR><LF>// Set band as 800M<CR><LF>わかりました<CR><LF>
The AT ^ DAOCNDI?< CR > < LF > < CR > < LF > ^ DAOCNDI: 0 d < CR > < LF > < CR > < LF >
わかりました < CR > < LF > the AT ^ DAOCNDI =?
< CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.8 AT ^ DDTC: Device Type Configuration
| The Command | Possible response (s) |
| The AT ^ DDTC = < タイプ > | |
| The AT ^ DDTC? | ^ DDTC: < タイプ >, < working type > |
| The AT ^ DDTC =? | ^ DDTC: (the list of supported < タイプ > s) |
The Description
The execute command is used to set the type of AD hoc network communication device, which needs to be set before (+CFUN=1) startup, and takes effect after +CFUN=1 startup.When the type of terminal working equipment is determined, actively report
^DDTCI:<タイプ>,<working type>
The query command is used to query ad-hoc network communication device type information.
The test command is used to test whether the command is supported.
The Final result code
わかりました Successful ERROR or +CME ERROR: <err>Command performing failed
Defined values
<タイプ>: integer type, indicating the device type
0: auto 1: center node
2: アクセスノード <working type>: integer type, indicating the current actual working device type
0: auto
1: center node
2: アクセスノード
例
The AT ^ DDTC = 0 < CR > < LF > < CR > < LF > わかりました < CR > < LF >
The AT ^ DDTC?< CR > < LF > < CR > < LF > ^ DDTC: 0, 0 < CR > < LF > < CR > < LF > わかりました < CR >
< LF >
< CR > < LF > ^ DDTCI: 0, 1 < CR > < LF > the AT ^ DDTC =?
< CR > < LF >
< CR > < LF > ^ DDTC: (2-0) < CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.9 AT^DAPI: Access Password ID of Auto Organized Communication
Network configuration
The Command Possible response (s)
| The AT ^ DAPI = < password_id > | |
| The AT ^ DAPI? | ^ DAPI: < password_id > |
| The AT ^ DAPI =? |
The Description
The Settings command is used to set the PASSWORD ID for the ad-hoc networking device. Power on again.
The query command is used to query the PASSWORD ID of the ad-hoc networking device. The test command is used to test whether the command is supported.
The Final result code
わかりました Successful ERROR or +CME ERROR: <err>Command performing failed
Defined values
<password_id>: string type, in HEX format, data supports up to 32 バイト (HEX string 64 characters)
例
The AT ^ fbfa DAPI = “30313233” < CR > < LF > < CR > < LF > わかりました < CR > < LF >
The AT ^ DAPI?< CR > < LF > < CR > < LF > ^ DAPI: “30313233 fbfa” < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DAPI =?
< CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.10 AT ^ DSTC: Set TDD configuration
| The Command | Possible response (s) |
| The AT ^ DSTC = < conf > | |
| The AT ^ DSTC? | ^ DSTC: < the conf > |
| The AT ^ DSTC =? | ^DSTC: (list of supported <conf>s) |
The Description
The execution command is used to set the parameters. 設定後, the power down restarts to take effect.
The query command is used to query the current parameter Settings.
The test command is used to test whether the command is supported and the value range of the query parameter.
The Final result code
OKSuccessfulERROR or +CME ERROR: <err>Command performing failed
Defined values
<conf>: integer type, indicating TDD config setting
0: 構成0 (2D3U)
1: 構成1 (3D2U) (remote mode not supported)
2: 構成2 (4D1U) (remote mode not supported)
3: Config3 (1D4U)
例
The AT ^ DSTC = 0 < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DSTC?
< CR > < LF > < CR > < LF > ^ DSTC: 0 < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DSTC =?
< CR > < LF > < CR > < LF > ^ DSTC: (0-3) < CR > < LF > < CR > < LF > わかりました < CR >
< LF >
1.11 AT^DPDBC: PS Data command Configuration
| The Command | Possible response (s) |
| The AT ^ DPDBC = < data_pri >, < dev_name > | |
| The AT ^ DPDBC =? | DPDBC: (range of support <data_pri>s), (range of support <dev_name>s) |
The Description
The execute command is used to set the data hosting priority to the transport port. The setting is valid before starting up.
The test command is used to test whether the command is supported and the value range of the query parameter.
The Final result code
OKSuccessfulERROR or +CME ERROR: <err>Command performing failed
Defined values
<data_pri>: integer type, indicating the priority of data-bearing type, からの範囲 1 に 3, the smaller the value, the higher the priority
<dev_name>: string type, which represents the transport port name
LMI40: LMI40 device, to be used by 0
LMI41: LMI41 device, to be used by 0
LMI43: LMI43 device, to be used by 1
LMI44: LMI44 device, to be used by 1
UAV_COMM: com-uart communication interface MEDIA0~ MEDAI15: public MEDIA data interface, in which MEDIA0~ MEDAI7 is for use by 0 and MEDIA7~ MEDAI15 is for use by 1
例
The AT ^ DPDBC = 1, “LMI40 < CR >”
< CR > < LF > わかりました < CR > < LF > The AT ^ DPDBC =?ザ・ < CR >
< CR > < LF > ^ DPDBC: (1-3), (” LMI40 “, “LMI41”, “LMI43”, “LMI44”, “MEDIA0” ～ “MEDIA15”) < CR > < LF >
< CR > < LF > わかりました < CR > < LF >
1.12 AT^DUBR: UART Baud Rate setting
| The Command | Possible response (s) |
| The AT ^ DUBR = < rate > | |
| The AT ^ DUBR? | ^ DUBR: < rate > |
| The AT ^ DUBR =? | DUBR: (list of supported <rate>s) |
The Description
The execution command is used to set the UART port baud rate parameter, after setting the power down reboot takes effect.
The query command is used to query the current parameter Settings.
The test command is used to test whether the command is supported and the value range of the query parameter.
The Final result code
OKSuccessfulERROR or +CME ERROR: <err>Command performing failed
Defined values
<rate>: integer type, represents the UART port baud rate parameter, and the value range is as follows:
1200:1200 バイト/秒
2400:2400 バイト/秒
4800:4800 バイト/秒
9600:9600 バイト/秒
19200:19200 バイト/秒
28800:28800 バイト/秒
38400:38400 バイト/秒
57600:57600 バイト/秒
115200:115200 バイト/秒
例
The AT ^ DUBR = 57600 < CR >
< CR > < LF > わかりました < CR > < LF >
The AT ^ DUBR?< CR > < LF > < CR > < LF > ^ DUBR: 57600 < CR > < LF > < CR > < LF > わかりました < CR > < LF >
The AT ^ DUBR =?ザ・ < CR >
< CR > < LF > ^ DUBR: (1200240 0480 0960 0192 00288 00384 00576 00115 200) < CR > < LF >
< CR > < LF > わかりました < CR > < LF >
1.13 AT^DCIAC: Ciphering and integrityarithmetic Configuration
| The Command | Possible response (s) |
| The AT ^ DCIAC = < arith > | |
| The AT ^ DCIAC? | ^ DCIAC: < arith > |
| The AT ^ DCIAC =? | ^DCIAC: (list of supported <arith>s) |
The Description
The execution command is used to set the encryption and insurance algorithm, after setting the power restart effect.
The query command is used to query the current parameter Settings.
The test command is used to test whether the command is supported and the value range of the query parameter.
The Final result code
わかりました Successful ERROR or +CME ERROR: <err>Command performing failed
Defined values
<arith>: integer type, represents the encryption and completion algorithm, the value range is as follows:
0: none ciphering and integrality
1: SNOW
2: the AES
3: ZUC
例
The AT ^ DCIAC = 2 < CR >
< CR > < LF > わかりました < CR > < LF >
The AT ^ DCIAC?< CR > < LF > < CR > < LF > ^ DCIAC: 2 < CR > < LF > < CR > < LF > わかりました < CR >
< LF >
The AT ^ DCIAC =?ザ・ < CR >
< CR > < LF > ^ DCIAC: (0-3) < CR > < LF >
< CR > < LF > わかりました < CR > < LF >
1.14 AT ^ DFHC: Frequency Hopping Control
| The Command | Possible response (s) |
| The AT ^ DFHC = < n > | |
| The AT ^ DFHC? | ^ DFHC: < n > |
| The AT ^ DFHC =? | ^DFHC: (list of supported <n>s) |
The Description
The execution command is used to set the frequency hopping parameters. 設定後, the power down restarts to take effect.
The query command is used to query the current parameter Settings.
The test command is used to test whether the command is supported and the value range of the query parameter.
The Final result code
わかりました Successful ERROR or +CME ERROR: <err>Command performing failed
Defined values
<n>: integer type, indicating the frequency hopping function setting 0: turn off the frequency hopping function
1: turn on the frequency hopping function
例
The AT ^ DFHC = 0 < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DFHC?
< CR > < LF > < CR > < LF > ^ DFHC: 0 < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DFHC =?
< CR > < LF > < CR > < LF > ^ DFHC: (0-1) < CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.15 AT ^ LCMFUN Set module functionality
| The Set command The AT ^ LCMFUN = < の上 > | Set command is used to Set module power on or off. The Response: OK If the error is related to ME functionality: + CME ERROR: 100 The Parameter: < の上 >: integer of power on or off 0: poweroff 1: poweron 2: poweroff-but not close electric on FLASH/DDR |
| The Read command The AT ^ LCMFUN? | The Response: ザ・ < の上 > OK The Parameter |
| See the set command | |
| The Test command The AT ^ LCMFUN =? | The Response: ^LCMFUN: (list of supported < の上 >s) OK The Parameter See the set command 例 ^ LCMFUN: (0, 2) わかりました |
| The Reference | |
| 注記 |
1.16 AT ^ POWERCTL Power Ctrl
| The Set Command The AT ^ POWERCTL = < 価値 > | Set command is used to reboot OS The Response: OK If the error is related to ME functionality: + CME ERROR: 100 The Parameter: < 価値>: integer of the reboot OS,only one value 1 |
| The Test Command The AT ^ POWERCTL =? | The Response: POWERCTL: (list of supported < vlaue >) OK The Parameter See the set command Example ^ POWERCTL: 1 わかりました |
The Description
The execute command is used to restart the module.
| The Response | The result |
| わかりました | Successful |
| ERROR or +CME ERROR: <err> | The Command performing failed |
例
The AT ^ POWERCTL = 1 < CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.17 AT^DSSMTP: Set Slave Max Tx Power
| The Command | Possible response (s) |
| The AT ^ DSSMTP = < 力 > | |
| The AT ^ DSSMTP? | ^ DSSMTP: < 力 > |
| The AT ^ DSSMTP =? |
The Description
The execute command is used to save parameters to NVRAM, after saving in and out of flight to take effect.
The query command is used to query the current parameter Settings in NVRAM.
The test command is used to test whether the command is supported and the value range of the query parameter.
The Final result code
OKSuccessfulERROR or +CME ERROR: <err>Command performing failed
Defined values
<力>: “整数” タイプ, from the maximum transmitted power of the node, unit dBm, range from “-40” に “40”, and if the setting exceeds the maximum supported by the terminal, the maximum supported by the terminal shall be taken as the criterion.
例
The AT ^ DSSMTP = “- 10” < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT
^ DSSMTP?
< CR > < LF > < CR > < LF > “- 10” < CR > < LF > < CR > < LF > わかりました < CR > < LF >
the AT ^ DRPS =?
< CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.18 AT^DSONMCS: Modulation and Coding Scheme Index Set
| The Command | Possible response (s) |
| The AT ^ DSONMCS = < モード >,, < Mcs > [] | |
| The AT ^ DSONMCS? | ^ DSONMCS: < モード >, < the Mcs > |
| The AT ^ DSONMCS =? | DSONMCS: (list of supported <モード>s),(list of supported <Mcs>s) |
The Description
Setting command is used to set MCS index value switch and index value, if not on, is not allowed to change the MCS value; If the MCS switch is turned on, the MCS index value is allowed to be set, effective immediately and saved to NVRAM for permanent effect. The default switch is off.
The query command queries the current set value.
The test command is used to test the Settings that the command supports. 注記: this instruction can only be issued from the primary node
The Final result code
わかりました erry.error or +CME ERROR: <err>Command performing failed.
Defined values
<モード>: integer type, which represents the function setting of MCS index value. デフォルトでは, the setting function is not turned on 0: the setting function is turned off
1: open the setting function
<Mcs>: integer type, indicating the Mcs index value, からの範囲 0 to 27.The default value is 27
例
The AT ^ DSONMCS = 1, 5 < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DSONMCS?
< CR > < LF > < CR > < LF > ^ DSONMCS: 1, 5 < CR > < LF > < CR > < LF > わかりました < CR > < LF > の
AT ^ DSONMCS =?
< CR > < LF >
< CR > < LF > ^ DSONMCS: (0-1), (0-27) < CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.19 AT ^ DLF: Lock Freq
| The Command | Possible response (s) |
| The AT ^ DLF = < lock_type > [, < freq >] | |
| The AT ^ DLF? | ^ DLF: < lock_type > [, < freq >] |
| The AT ^ DLF =? | ^DLF: (list of supported<;Lock_type >s), (list of supported lock <freq>s) |
The Description
The execution command is used to control the user to set the lock frequency information, the setting value is saved to NVRAM, and the in-and-out flight takes effect.
The query command is used to query the current parameter Settings in NVRAM.
The test command is used to test whether the command is supported and the value range of the query parameter.
The Final result code
OKSuccessfulERROR or +CME ERROR: <err>Command performing failed
Defined values
<LockType >: integer type, indicating that the user sets the lock specified frequency switch setting 0: unlocking or unlocking the frequency point
1: lock the specified frequency point
<周波数>: integer type, indicating frequency point frequency, unit 100KHz, 範囲
(8060-8259,14279-14478,24015-248140)
例
The AT ^ DLF = 1143 50 < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DLF?
< CR > < LF > < CR > < LF > ^ DLF: 1, 14350 < CR > < LF > < CR > < LF > わかりました < CR > < LF > の
AT ^ DLF =?
< CR > < LF > < CR > < LF > ^ DLF: (0-1), (8060-8259142
79-14478240-15-24814178-50-18050) < CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.20 AT^DSONSSF: Set Special Function For SON
| The Command | Possible response (s) |
| The AT ^ DSONSSF = < FuncType > [, < 価値 >] | |
| The AT ^ DSONSSF? | ^ DSONSSF: < FuncType > [, < 価値 >] |
| The AT ^ DSONSSF =? | DSONSSF: (list of supported (<FuncType>s),(list of supported (<Values>s) |
The Description
The Settings command is used to select and/or set specific functions.AT^DSONSSF=<FuncType> is used to select a particular function, and the result of the selection can be used in the query command.AT^DSONSSF=<FuncType>, そして <価値> is used to set the Value of a particular function.
The query command returns the current value of the selected function (set by
AT^DSONSSF=<FuncType>).If no function is selected, the default function is returned.
The test command returns the supported value.
The set parameters are stored in NVRAM and take effect on the next power-on.
The Final result code
Okerry.error or +CME ERROR: <err>Command performing failed.
Defined values
<FuncType >: integer type, identifying a specific function
0: send ACK packets in the normal order
1: access to external network
2: the DRX shut down
3. PING and low latency service optimization
4: low power mode
Other value reservation
< 価値 > : an integer type
0: not enabled (コントロール)
1: 有効にする (コントロール)
例
The AT ^ DSONSSF = 0, 1 < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DSONSSF?
< CR > < LF > < CR > < LF > ^ DSONSSF: 0, 1 < CR > < LF > < CR > < LF > わかりました < CR > < LF > の
AT ^ DSONSSF =?
< CR > < LF > < CR > < LF > ^ DSONSSF: (0 に 4), (0-1) < CR > < LF > < CR > < LF > わかりました < CR > < LF >
1.21 AT ^ DSONSBR: Sub Band Range
| The Command | Possible response (s) |
| The AT ^ DSONSBR = < バンド >, < earfcn_start >, < earfcn_end > [, < バンド >, < earfcn_start >, < earfcn_end > [, < バンド >, < earfcn_start >, < earfcn_end >]…]. | |
| The AT ^ DSONSBR? | ^ DSONSBR: < バンド >, < earfcn_start >, < earfcn_end > [, < バンド >, < earfcn_start >, < earfcn_end > [, < バンド >, < earfcn_start >, < earfcn_end >]…]. |
| The AT ^ DSONSBR =? | DSONSBR: <バンド>,(list of supported <earfcn>s), |
<バンド>,(list of supported <earfcn>s),…
The Description
The execute command is used to configure the frequency range of each subband, save to
NVRAM, and take effect in and out of flight.
The query command is used to query the current subband range configuration.
The test command is used to test whether the command is supported and the range of frequencies allowed to be configured for each subband.
The Final result code
OKSuccessfulERROR or +CME ERROR: <err>Command performing failed
Defined values
<バンド>: integer type, subband number
64: BAND64
65: BAND65
66: BAND66
<earfcn_start>: integer type, starting frequency, the value range is related to the subband, the value must not be greater than <earfcn_end>
BAND64:24015-24814
BAND65:8060-8259
BAND66:14279-14478
<earfcn_end>: integer type, end frequency point number, the value range is related to the subband, its value cannot be less than <earfcn_start>
BAND64:24015-24814
BAND65:8060-8259
BAND66:14279-14478
例
The AT ^ DSONSBR = 64240, 20248, 00,66,14280,14470 < CR > < LF > < CR > < LF > わかりました < CR >
< LF > the AT ^ DSONSBR?
< CR > < LF > < CR > < LF > ^ DSONSBR: 64240, 20248, 00,66,14280,14470 < CR > < LF > < CR > < LF > わかりました < CR > < LF > the AT ^ DSONSBR =?
< CR > < LF > < CR > < LF > ^ DSONSBR: 64, (24015-24814), 65, (8060-8259), 66,
(14279-14478), 67, (17850-18049), 68, (7580-8029), 69, (14470-14669) < CR > < LF > < CR >
< LF > わかりました < CR > < LF >
1.22 AT ^ APSLEEP: AP SLEEP ENABLE
| The Command | Possible response (s) |
| The AT ^ APSLEEP = < n > | わかりました |
| The AT ^ APSLEEP? | The Error |
| The AT ^ DACS =? | ^ APSLEEP: (list of supported <n>s) |
The Description
Execute the command to enable AP sleep. Turn on AP sleep by default.N value only supports
1, only supports AP sleep enable function.
Once the command is valid, the AP needs to issue the command again after being awakened to trigger the next sleep.
<n>=1, enabling ap to sleep
<n>= other value, invalid, error returned
The query command is not supported and an error is returned.
The test command is used to test whether the command is supported and to query the value range of the <n> パラメータ.
The Final result code
OKSuccessfulERROR or +CME ERROR: <err>Command performing failed
Defined values
<n>: integer type to enable ap sleep 1: の上
例
AT^ APSLEEP =1<CR><LF><CR><LF> わかりました <CR><LF>AT^ APSLEEP?
< CR > < LF > < CR > < LF > + CME ERROR: 100 < CR > < LF > the AT ^ APSLEEP =?
< CR > < LF > < CR > < LF > ^ APSLEEP: (1) < CR > < LF >
1.23. AT^DSONCTX: Continuous wireless signal transmitting
| 指示 | Possible response(s) |
| AT^DSONCTX =<モード>[,<freq >,<帯域幅>,<力>,<tx_mode>,< single_tone >[,<modu_type>]] | |
| AT^DSONCTX? | ^DSONCTX: <モード>[,<freq >,<帯域幅>,<力>,<tx_mode>,<single_tone>[,<modu_type>]] |
| AT^DSONCTX=? | ^DSONCTX: (list of supported <モード>s), (list of supported <freq>s),(list of supported <帯域幅>s), (list of supported < 力 >s) ,(list of supported < tx_mode >s), (list of supported < single_tone>s), (list of supported < modu_type>s) |
説明
This instruction is used to indicate whether the node is enabled with the function of long hair. After the function is enabled, the node will continuously send and be full in the time domain and frequency domain of each sub-frame.The command takes effect after being reset.
Final result code
わかりました
Successful
ERROR or +CME ERROR: <err>
Command performing failed
Defined values
<モード> : integer type, the type of operation to be performed:
0: Turn off long hair function;
1: Enable the function of long hair;
<freq>: integer type, representing the point frequency in 100KHz. Refer to the instruction AT^DSONSBR for the range
<帯域幅>: INTEGER type: indicates the bandwidth. For the modulation mode, only 10M\20M is supported. For the single tone mode, 1.4m \3M\5M\10M\20M is supported
Zero: 1.4 M
1: 3M
2: 5M
3: 10M
4: 15M(サポートされていません)
5: 20M
<力>: integer Type: indicates the power, expressed in dBm. The value ranges from -40 に 40. If the power exceeds the maximum value supported by the terminal, the value is the maximum value supported by the terminal.
< tx_mode >:integer type, indicating the sending mode:
0: single antenna;
1: double antenna transmission;
< single_TONE >:integer type, indicating whether it is a single tone. If it is a single tone, modu_type is not set:
0: not monophonic;
1: monophonic;
<modu_type >:integer type, indicating the modulation mode:
QPSK; 0:
16 QAM.
“4 qam;
例
The AT ^ DSONCTX = 0, 5, 1145 “23”, 0, 0, < CR >
<CR><LF>わかりました<CR><LF>
AT^DSONCTX?<CR>
^ DSONCTX: 1, 14500, 5, “23”, 0, 0
<CR><LF>わかりました<CR><LF>
AT^DSONCTX=0<CR>
<CR><LF>わかりました<CR><LF>
AT^DSONCTX =?<CR>
^ DSONCTX: (0 そして 1), (14200-15300566-6780), (0 に 5),
(” – “~ 40” 40 “), (0-1), (0-1), (0, 2)
<CR><LF>わかりました<CR><LF>
1.24 Typical examples on parameters setting via AT command
例 1: アップリンクとダウンリンクのストリーム比率を設定する
For star wireless network node, it should set the uplink and downlink stream ratio on central node:
AT+CFUN=0 //stop the modem
AT^DSTC=3 //set as Config3 (1D4U)
AT+CFUN=1 //Startup the modem
知らせ: the wireless node version more than 20km distance level only support config0 (2D3U) と構成3 (1D4U); The wireless node version less than 20km distance level support config0 (2D3U), 構成1 (3D2U), 構成2 (4D1U) と構成3 (1D4U).
例 2: set paired password
同じワイヤレスネットワーク内のすべてのノードは同じパスワードを持つ必要があります.
AT+CFUN=0
そして^どこ=”AEF608AEF608AEF65432″ //set the password as “AEF608AEF608AEF65432”
AT+CFUN=1
例 3: two pairs of wireless node work in a same area
最初のペアの無線ノードの中央ノード:
AT+CFUN=0
AT^DAOCNDI=04 //04 1.4GHz帯を意味します
そして^どこ=”11223344″ //パスワードを「11223344」に設定します
AT^DRPS=,2,”25″ //2 5MHzの帯域幅を意味します, 「25」は送信RF電力を意味します
AT^ddtc=1 //セントラルノードとして設定
AT^DFHC=0 //周波数ホッピングを無効にする
AT^DLF=1,14304 //中心動作周波数を1430.4MHzにロック
AT^DSONSSF=2,1 //スリープを無効にする
AT^DSTC=3 //アップリンクとダウンリンクのストリーム比率を設定します
It need to reboot the node after setting successfully.
最初のペアの無線ノードのアクセス ノード:
AT+CFUN=0
AT^DAOCNDI=04
そして^どこ=”11223344″
AT^DSSMTP=”25″ //アクセス ノードの最大 RF 電力を設定します
AT^ddtc=2 //set as access node
It need to reboot the node after setting successfully.
Central node of the second pair wireless node:
AT+CFUN=0
AT^DAOCNDI=04 //04 1.4GHz帯を意味します
そして^どこ=”678123″ //パスワードを「678123」に設定します
AT^DRPS=,2,”25″ //2 5MHzの帯域幅を意味します, 「25」は送信RF電力を意味します
AT^ddtc=1 //セントラルノードとして設定
AT^DFHC=0 //周波数ホッピングを無効にする
AT^DLF=1, 14453 //中心動作周波数を 1445.3MHz にロックします
AT^DSONSSF=2,1 //スリープを無効にする
AT^DSTC=3 //アップリンクとダウンリンクのストリーム比率を設定します
It need to reboot the node after setting successfully.
Access node of the second pair wireless node:
AT+CFUN=0
AT^DAOCNDI=04
そして^どこ=”678123″
AT^DSSMTP=”25″ //アクセス ノードの最大 RF 電力を設定します
AT^ddtc=2 //set as access node
It need to reboot the node after setting successfully.
例 4: 中心動作周波数のロックを解除します
AT+CFUN=0
AT^DLF=0 // cancel the central working frequency lock
AT^DRPS=,5, //5 20MHzの帯域幅を意味します
It need to reboot the node after setting successfully.
例 5: 周波数帯域を設定する
AT+CFUN=0
AT^DSONSBR=65,8060,8259,66,14279,14478,64,24015,24814 //enable three band(800MHz/1400MHz/2400MHz)
AT^DAOCNDI=01 //set to work in 806~825.9MHz
It need to reboot the node after setting successfully.
AT+CFUN=0
AT^DSONSBR=65,8060,8259,66,14279,14478,64,24015,24814 //enable three band(800MHz/1400MHz/2400MHz)
AT^DAOCNDI=04 //set to work in 1427.9~1447.8MHz
It need to reboot the node after setting successfully.
AT+CFUN=0
AT^DSONSBR=65,8060,8259,66,14279,14478,64,24015,24814 //enable three band(800MHz/1400MHz/2400MHz)
AT^DAOCNDI=08 //set to work in 2401.5~2481.4MHz
It need to reboot the node after setting successfully.
AT+CFUN=0
AT^DSONSBR=65,8060,8259,66,14279,14478,64,24015,24814 //enable three band(800MHz/1400MHz/2400MHz)
AT^DAOCNDI=0D //set to work in 806~825.9MHz, 1427.9～1447.8MHzおよび2401.5～2481.4MHz
It need to reboot the node after setting successfully.
質問する
ご回答をありがとうございました。 ✨