AT Commands For MIFI W58/W58L
| No | Command | Description |
| L2701 | AT+CWMAP | Open/Close WIFI |
| L2702 | AT+CWSSID | SSID setting |
| L2703 | AT+CWBCAST | Broadcast setting |
| L2704 | AT+CWAUTH | Authentication setting |
| L2705 | AT+CWMOCH | 80211 mode and channel setting |
| L2706 | AT+CWISO | Client isolation setting, W58 Only |
| L2707 | AT+CWDHCP | Get the current DHCP configuration |
| L2708 | AT+CWNAT | NAT type setting, W58 Only |
| L2709 | AT+CWCLICNT | Get client number connected to the WIFI |
| L2710 | AT+CWRSTD | Restore to default setting |
| L2711 | AT+CWMAPCFG | WIFI configuration setting, W58 Only |
| L2712 | AT+CWLANSRV | LAN SERVER setting |
| L2713 | AT+CWLANMSG | Send message |
| L2714 | AT+CWLANMGET | Manual get cached bytes |
| L2715 | AT+CWMACADDR | Get MAC address |
| L2716 | AT+CWNETCNCT | Query the connection to the network |
| L2717 | AT+CWSTAIP | Get STA mode IP address |
| L2718 | AT+CWSTASCAN | Scan WIFI network |
| L2719 | AT+CWSTACFG | STA mode configuration setting |
| L2720 | AT+CWSTAINIT | STA mode setting, W58L Only |
| L2721 | AT+CWUSRINFO | Auth information of wifi data call setting |
L2701 AT+CWMAP Open/Close WIFI
| T) AT+CWMAP=? |
+CWMAP: (0-1) OK |
| R) AT+CWMAP? |
+CWMAP: <flag> OK |
| W) AT+CWMAP=<flag> | OK |
| <flag> |
0 Close 1 Open |
| Example |
AT+CWMAP? +CWMAP: 1 OK AT+CWMAP=0 OK |
L2702 AT+CWSSID SSID Setting
| R) AT+CWSSID? |
+CWSSID: <ssid> OK |
| W) AT+CWSSID=<ssid> | OK |
| <ssid> |
new ssid string 1. The max length of <ssid> is 32 bytes when the <ssid> include only ASCII characters. 2. The max length of <ssid> is 20 bytes when <ssid> include only Chinese (One Chinese characters is 2 bytes, so the max Chinese count is 10). 3. The max length of <ssid> is 22 bytes when <ssid> include ASCII and Chinese characters (One Chinese character is 2 bytes, one ASCII character is 1 byte). The default value is SIM7600MIFI. |
| Example |
AT+CWSSID? +CWSSID: “SIM7600MIFI” OK |
L2703 AT+CWBCAST Broadcast Setting
| T) AT+CWBCAST=? |
+CWBCAST: (0-1) OK |
| R) AT+CWBCAST? |
+CWBCAST: <broadcast> OK |
| W) AT+CWBCAST=<broadcast> | OK |
| <broadcast> |
0 disabled 1 enabled |
| Example |
AT+CWBCAST? +CWBCAST: 1 OK AT+CWBCAST=0 OK |
L2704 AT+CWAUTH Authentication Setting
| R) AT+CWAUTH? |
+CWAUTH:<auth>,<encrypt>[,<password>] OK |
| W) AT+CWAUTH=<auth>,<encrypt> [,password>] | OK |
| <auth> |
0 open/share 1 open 2 share 3 wpa 4 wpa2 5 wpa/wpa2 |
| <encrypt> |
0 null 1 WEP 2 TKIP 3 AES 4 TKIP-AES |
| <password> |
password string, the length is 5 or betwwen 8 to 64. The char in the password is only allow the ASCII ‘s decimal code betwwen 32 to 126. |
NOTE
The parameter need to meet the following conditions:
1. If (auth = 0 or auth = 1) then (encrypt = 0 or encrypt = 1)
2. If (auth =2) then (encrypt = 1)
3. If (auth >=3) then (encrypt >=2)
4. If(encrypt = 0) then (password is null)
5. If(encrypt = 1) then
{
1) password can’t be set null
2) password format: (5 ASCII character) or (10 hexadecimal number) or(13 ASCII character) or(26 hexadecimal number)
}
6. if(encrypt >= 2) then
{
1) password can’t be set null
2) password format: ( 8~63 ASCII character or 64 hexadecimal number)
}
| Example |
AT+CWAUTH? +CWAUTH: 0,1, “11111” OK AT+CWAUTH? +CWAUTH: 5,4, “12345678” OK AT+CWAUTH=0,0 OK //Auth:open/share encrypt:null AT+CWAUTH=0,1,”11111” OK //Auth:open/share encrypt:WEP AT+CWAUTH=2,1,”12345” OK //Auth:share encrypt:WEP, (ASCII character password:12345)
AT+CWAUTH=2,1,”3132333435” OK //Auth:share encrypt :WEP, (sixteen hexadecimal number:password 12345) AT+CWAUTH=5,4,”abcd1234” OK //Auth:WPA/WPA2 encrypt:TIKP-AES |
L2705 AT+CWMOCH 80211 Mode And Channel Setting
| R) AT+CWMOCH? |
+CWMOCH: <mode>,<channel> OK |
| W) AT+CWMOCH=<mode>,<channel> | OK |
| <mode> |
2 b 2.4G mode 3 b/g 2.4G mode 4 b/g/n 2.4G mode |
| <channel> |
0 auto select 1~11 2.4Gmode channel number |
| Example |
AT+CWMOCH? + CWMOCH: 4,0 OK AT+CWMOCH=3,1 OK |
L2706 AT+CWISO Client Isolation Setting
| T) AT+CWISO=? |
+CWISO: (0-1) OK |
| R) AT+CWISO? |
+CWISO: <isolation> OK |
| W) AT+CWISO=<isolation> |
OK or ERROR |
| <isolation> |
0 close 1 open |
| Example |
AT+CWISO? +CWISO: 1 OK AT+CWISO=0 OK |
L2707 AT+CWDHCP Get The Current DHCP Configuration
| R) AT+CWDHCP? |
+CWDHCP:<host_ip>,<range_start_ip>,<range_end_ip>,<leasetime> OK |
| <host_ip> | the AP IP |
| <range_start_ip> | the start IP of the IP range that assigned to the client |
| <range_end_ip> | the end IP of the IP range that assigned to the client |
| <leasetime> | the lease time |
| Example |
AT+CWDHCP? +CWDHCP: “192.168.1.250”,”192.168.1.128″,”192.168.1.249″,240h OK |
L2708 AT+CWNAT NAT Type Setting
| T) AT+CWNAT=? |
+CWNAT: (0-1) OK |
| R) AT+CWNAT? |
+CWNAT: <type> OK |
| W) AT+CWNAT=<type> | OK |
| <type> |
0 Symmetric 1 Cone |
| Example |
AT+CWNAT? +CWNAT: 1 OK AT+CWNAT=0 OK |
L2709 AT+CWCLICNT Get The Client Number Connected To The WIFI
| R) AT+CWCLICNT? |
+CWCLICNT: <cnt> OK |
| <cnt> | the connected client count, range is from 0 to 31. |
| Example |
AT+CWCLICNT? +CWCLICNT: 1 OK |
L2710 AT+CWRSTD Restore All MIFI Setting To Default
| E) AT+CWRSTD |
OK or ERROR |
| Example |
AT+CWRSTD OK |
L2711 AT+CWMAPCFG WIFI Configuration Setting
| T) AT+CWMAPCFG=? |
+CWMAPCFG: (“enablessid2″,”configselect”),(0-2) OK |
| R) AT+CWMAPCFG? |
+CWMAPCFG: <enablessid2_value>,<configselect_value> OK |
| W) AT+CWMAPCFG=<option>,<value> | OK |
| <enablessid2_value> |
0 AP mode 1 AP-AP mode 2 STA-AP mode |
| <configselect_value> | Current AP ID (0 or 1 or 2) |
| <option> |
”enablessid2” set WIFI mode ”configselect” set the current AP ID |
| <value> | the value of the options. |
NOTE
If (option=”enablessid2”)
0 AP mode
1 AP-AP mode
2 STA-AP mode
If (option=”configselect”)
Current AP ID (0 or 1 or 2) to be set.
When current AP ID is 0, the AT+CWSSID/AT+CWBCAST/AT+CWAUTH/AT+CWMOCH/AT+CWISO/AT+CWDHCP/AT+CWCLICNT/AT+CWMACADDR will modify the first AP’s settings;
When current AP ID is 1, the AT+CWSSID/AT+CWBCAST/AT+CWAUTH/AT+CWMOCH/AT+CWISO/AT+CWDHCP/AT+CWCLICNT/AT+CWMACADDR will modify the second AP’s settings;
When current AP ID is 2, the AT+CWSSID/AT+CWBCAST/AT+CWAUTH/AT+CWMOCH/AT+CWISO/AT+CWDHCP/AT+CWCLICNT/AT+CWMACADDR will modify the third AP’s settings,
the AT+CWSTAIP/AT+CWSTASCAN/AT+CWSTACFG will modify the STA’s settings.
NOTE
1. It can’t set the configselect value to 1 when enablessid2 is 0.
2. The configselect value will be changed due to enablessid2.
0 0
1 0 or 1
2 2
| Example |
AT+CWMAPCFG=? +CWMAPCFG: (“enablessid2″,”configselect”),(0-2) OK AT+CWMAPCFG? +CWMAPCFG: 0,0 OK AT+CWMAPCFG=”enablessid2”,1 // Set enablessid2 OK AT+CWMAPCFG=”configselect”,0 // Set configselec OK |
L2712 AT+CWLANSRV LAN Server Setting
| R) AT+CWLANSRV? |
+CWLANSRV: <server_ip>,<server_port>,<recv_mode> OK |
| W) AT+CWLANSRV=<value> | OK |
| W) AT+CWLANSRV=0,<server_ port>[,<recv_mode>] |
OK or ERROR |
| <server_ip> | Default 192.168.225.1 |
| <server_port> |
Default 5555, The range of permitted values is 1024 to 65535. |
| <recv_mode> |
0 Report messages directly with URC(+CWLANMSG) 1 Report cached bytes when new messages are received (+CWLANMSG: <cached_len>). And use AT+CWLANMGET to get cached bytes. |
| <value> |
0 close the server 1 open the server |
| Example |
AT+CWLANSRV? +CWLANSRV: 192.168.225.1,5555,0 OK AT+CWLANSRV=1 OK +CWLANMSG: 123456789 AT+CWLANSRV=0,44444,1 OK AT+CWLANSRV? +CWLANSRV: 192.168.225.1,44444,1 OK AT+CWLANSRV=1 OK +CWLANMSG: 10 +CWLANMSG: 20 +CWLANMSG: 30 +CWLANMSG: 40 +CWLANMSG: 50 AT+CWLANMGET=30 +CWLANMGET: 030,123456789012345678901234567890 OK AT+CWLANMGET=30 +CWLANMGET: 020,12345678901234567890 OK |
L2713 AT+CWLANMSG Send Message
Must open the lan server first (AT+CWLANSRV=1).
| W) AT+CWLANMSG=<tx_msg> |
OK or ERROR |
|
Received urc message +CWLANMSG: <rx_msg>,<tail> |
|
|
Received urc message +CWLANMSG: <cached_len> |
|
| <tx_msg> |
Hexadecimal string. The max length of message is 512. |
| <rx_msg> |
ASCII string. (1) The message must end with 0x0A from the client. (2) The max length of <message> is 1024,and ignore others. |
| <tail> |
0x0D0A0D0D0A Normal tail. 0x0D0D0A The message has 0x00. |
| <cached_len> |
Cached bytes. The max length is 10*1024. |
| Example |
AT+CWLANSRV=1 OK AT+CWLANMSG=”31323434” OK +CWLANMSG: 1234\r\n\r\r\n |
L2714 AT+CWLANMGET Manual Get Cached Bytes
Must open the lan server first (AT+CWLANSRV=1).
| R) AT+CWLANMGET? |
+CWLANMGET: <cached_len> OK |
| W) AT+CWLANMGET=<len> |
+CWLANMGET: <len> <msg> OK |
| <len> |
The length customer want to get. Max length is 100. |
| <msg> | Received message. |
| <cached_len> |
Cached bytes. The max length is 10*1024. |
| Example |
AT+CWLANSRV=1 OK +CWLANMSG: 110 AT+CWLANMGET=100 +CWLANMGET: 100 123456789012345678901234567890123456789012345678901234567890123456789012345678901 2345678901234567890 OK AT+CWLANMGET? +CWLANMGET: 10 OK |
L2715 AT+CWMACADDR Get MAC Address
| R) AT+CWMACADDR? |
[<number>,<mac_addr> [… …]] OK |
| <number> |
0 host mac addr 1 client mac addr … client mac addr |
| <mac_addr> | Device mac address |
| Example |
AT+CWMACADDR? 0,00:0A:F5:88:88:8F 1,74:23:44:8f:64:fd OK |
L2716 AT+CWNETCNCT Query The Connection To The Network
| R) AT+CWNETCNCT? |
+CWNETCNCT: <flag> OK |
| <flag> |
0 disconnect 1 connect |
| Example |
AT+CWNETCNCT? +CWNETCNCT: 1 OK |
L2717 AT+CWSTAIP Get STA Mode IP Address
| R) AT+CWSTAIP? |
[+CWSTAIP: <ip address>] OK |
| <ip address> | the station IP address |
| Example |
AT+CWSTAIP? +CWSTAIP: 192.168.11.27 OK |
L2718 AT+CWSTASCAN Scan WIFI Network
| R) AT+CWSTASCAN? |
+CWSTASCAN: <flag_show_signal> OK or ERROR |
| W) AT+CWSTASCAN=<flag_show_signal> |
OK or ERROR |
| R) AT+CWSTASCAN |
[+CWSTASCAN: <bssid>,<ssid>[,signal][… …]] OK or ERROR |
| <flag_show_signal> |
0 Don’t show the signal level. It’s the default value. 1 Show the signal level. |
| <bssid> | The MAC address of external wireless network. |
| <ssid> | The SSID name of external wireless network. |
| <signal> | The signal level of external wireless network. |
| Example |
AT+CWSTASCAN +CWSTASCAN: 4c:e6:76:49:2a:48, simtest OK AT+CWSTASCAN=1 OK AT+CWSTASCAN? +CWSTASCAN: 1 OK AT+CWSTASCAN +CWSTASCAN: f4:83:cd:d8:24:c8,TP-LINK_24C8,-52 80:89:17:10:e6:23,TP-LINK_SW2, -58 14:2d:27:24:98:61,Public,-58 bc:46:99:38:e2:ca,TP-LINK_E2CA,-64 0c:72:d9:49:25:8b,nubia-WD670-258B, -92 50:2b:73:c0:aa:d9,Tenda_C0AAD9,-68 OK |
L2719 AT+CWSTACFG STA Mode Configuration Setting
| R) AT+CWSTACFG? |
+CWSTACFG: <ssid>[,<security>,<proto>,<psk>] OK |
| W) AT+CWSTACFG=<ssid>[,<security>,<proto>,<psk>] |
OK or ERROR |
| <ssid> | The SSID name of external wireless network. |
| <security> | Reserved value. |
| <proto> | Reserved value. |
| <psk> | The password of external wireless network. |
NOTE
1. The configselect value must set to 2;
2. The <security> and <proto> are reserved value which is in ort to compatible with previous versions.
These 2 parameters can be entered NULL or any combination.
| Example |
AT+CWSTACFG= “simtest”,2,1,”1234567890″ OK AT+CWSTACFG? +CWSTACFG: “simtest”,,,”1234567890″ OK AT+CWSTACFG= “simtest”,,,”1234567890″ OK AT+CWSTACFG? +CWSTACFG: “simtest”,,,”1234567890″ OK AT+CWSTACFG= “simtest”,,,”” OK AT+CWSTACFG? +CWSTACFG: “simtest” OK AT+CWSTACFG= “simtest” OK AT+CWSTACFG? +CWSTACFG: “simtest” OK |
L2720 AT+CWSTAINIT STA Mode Setting
| T) AT+CWSTAINIT=? |
+CWSTAINIT: (0-1) OK |
| R) AT+CWSTAINIT? |
+CWSTAINIT: <type> OK |
| W) AT+CWSTAINIT=<type> | OK |
| <type> |
0 close station mode 1 open station mode |
| Example |
AT+CWSTAINIT=? +CWSTAINIT: (0-1) OK AT+CWSTAINIT=0 OK AT+CWSTAINIT? +CWSTAINIT: 0 OK |
L2721 AT+CWUSRINFO Auth Information Of Wifi Data Call Setting
The username and password are only for CDMA/EVDO network mode.
| T) AT+CWUSRINFO=? |
+CWUSRINFO: (1-127),(1-127) OK |
| R) AT+CWUSRINFO? |
+CWUSRINFO: <usrname>,<password> OK |
| W) AT+CWUSRINFO=<usrname>,<password> |
OK or ERROR |
| <usrname> |
username string. The length is from 1 to 127. |
| <password> |
password string. The length is from 1 to 127. |
NOTE
1. It need to reset when set the username and password.
2. If not set the username and password, the default value is “ctnet@mycdma.cn” and “vnet.mobi”.
| Example |
AT+CWUSRINFO=? +CWUSRINFO: (1-127),(1-127) OK AT+CWUSRINFO? +CWUSRINFO: “ctnet@mycdma.cn“,”vnet.mobi” OK AT+CWUSRINFO=”username”,”pwd” OK |
WiFi IoT Module
Bluetooth Module
5G/LTE/CAT-M1/NB-IoT
