mPack Command List

Owned by Jane
Feb 10, 2020
5 min read

mPack Command List

System

AT#INFO

exec 
AT#INFO
#HW_version: M110Series-01V
#Cellular_Module:u-blox-SARA-G340-08.90
#Bootcode_version: mPack_boot_1.0_rc1_b2017112301
#SW_build: mpack_m110_2.0_rc5_2018013001
#FLASH ID: 0xef,0x4015
OK
state 
AT#INFO?
#HW_version: M110Series-01V
#Cellular_Module:u-blox-SARA-G340-08.90
#Bootcode_version: mPack_boot_1.0_rc1_b2017112301
#SW_build: mpack_m110_2.0_rc5_2018013001
#FLASH ID: 0xef,0x4015
OK
info 
AT#INFO=?
+ERROR: operation not allowed

AT#CONFIGDEL

Erase configuration and reset to factory settings. Device will restart after executing this command. exec 
AT#CONFIGDEL

OK
state 
AT#CONFIGDEL?

+ERROR: operation not allowed
info 
AT#CONFIGDEL=?

+ERROR: operation not allowed

AT#RESET

Reboot the modem. exec 
AT#RESET

Hardware

 AT#SERIAL

exec 
AT#SERIAL=<baudrate>,<char_framing>

OK
Parameters
  • <baudrate> - speed of the serial interface. Allowed values: 1200, 2400, 9600, 19200, 38400, 57600, 115200
  • <char_framing> - Allowed values: "8N1", "8N2", "9O1", "9E1"
state 
AT#SERIAL?

#SERIAL: 115200,"8N1"

OK
info 
AT#SERIAL=?

#SERIAL: (1200,2400,4800,9600,19200,38400,57600,115200),("8N1","8N2","9O1","9E1")

OK

AT#HFLW

Enable hardware flow control. exec 
AT#HFLW=<n>

OK
Parameters
  • <n>
    • 0 - disable hardware flow control
    • 1 - enable hardware flow control

AT#LED

exec 
AT#LED=1,0
OK
AT#LED=<pos>,<state>
  • <pos>
    • 1 - green
    • 2 - amber
  • <state>
    • 0 - off
    • 1 - on
    • 2 - blinking
state 
AT#LED?

#LED: 1,1

OK
info 
AT#LED=?

#LED: (1,2),(0-2)

OK

AT#SETRTC

Command to set RTC parameter. exec 
AT#SETRTC=<oper>,<param1>,<param2>,<param3>

OK
  • if <oper> = 0
    • AT#SETRTC=0<hh>,<mm>,<ss>
      • <hh> - hours
      • <mm> - minutes
      • <ss> - seconds
  • if <oper> =1
    • AT#SETRTC=1,<YY>,<MM>,<DD>
      • <YY> - year
      • <MM> - month
      • <DD> - day
  • if <oper> = 2
    • stop the RTC

AT#GETRTC

Retrieve RTC status. exec 
AT#GETRTC

#GETRTC: 2017/12/05,19:58:01

OK
state 
AT#GETRTC?

+ERROR: operation not allowed
info 
AT#GETRTC=?

+ERROR: operation not allowed

AT#VIO

Command to configure versatile I/O. exec 
AT#VIO=<index>,<mode>

OK
Parameters
  • <index>
    • 1 - first input
    • 2 - second input
  • <mode>
    • DI - Digital Input
    • AN - Analog Input
    • DO - Digital Output
state 
AT#VIO?
+ERROR: operation not allowed
info 
AT#VIO=?
#VIO: (1,2),(\"DI\",\"AN\",\"DO\")

OK

AT#RDIO

Command to read versatile I/O status. exec 
AT#RDIO=<index>
#RDIO: <index>, <mode>, <status>

OK
Parameters
  • <index>
    • 1 - first input
    • 2 - second input
  • <mode>
    • DI - Digital Input
      • <status> - 0 (low) or 1 (high)
    • AN - Analog Input
      • <status> - voltage or current value
    • DO - Digital Output
      • <status> - 0 (open) or 1 (closed)

AT#VAMODE

Command to set current or voltage mode. exec 
AT#VAMODE=<index>,<mode>

OK
Parameters:
  • <index> - number of input pin
  • <mode>
    • 1 - for current mode
    • 0 - for voltage mode
state 
AT#VAMODE?
#VAMODE=1,1
#VAMODE=2,0

OK
info 
AT#VAMODE=?
#VAMODE: (1-2),(0-1)

OK

AT#OPSET

To control versatile I/O in output mode. exec 
AT#OPSET=<index>,<mode>

OK
Parameters
  • <index> - number of input pin
  • <mode>
    • 1 - close output
    • 0 - open output
Note: output state is reset on power up.

I/O triggered messaging commands

AT#DITRIG

Configure DI high low threshold parameter. exec: 
AT#DITRIG=<pin_number>,<min_val>,<max_val>,<debounce>
OK
Parameters:
  • <pin_number> - 1-2
  • <min_val> - 0-32000, in mV
  • <max_val> - 0-32000, in mV (must be >= min_val)
  • <debounce> - 0-10 (in seconds)
state: 
AT#DITRIG?
#DITRIG: 1,3000,11250,10
#DITRIG: 2,0,3200,0

OK
info: 
AT#DITRIG=?
#DITRIG: (1,2)(0-32000),(0-32000),(0-10)

OK

AT#DITRIGENB

Enable DI trigger parameters. exec: 
AT#DITRIGENB=<pin_number>,<enb>,<trigger_type>
OK
Parameters:
  • <pin_number> - 1-2
  • <enb>
    • 0 = disable trigger
    • 1 = specify timeout
  • <trigger_type>
    • 0 = unused
    • 1 = high-to-low transition trigger
    • 2 = low-to-high transition trigger
    • 3 = unused
state: 
AT#DITRIGENB?
#DITRIGENB:1,0,1
#DITRIGENB:2,1,3

OK
info: 
AT#DITRIGENB=?
#DITRIGENB:(1-2),(0-1),(0-3)

OK

AT#MSGPER

Configuring Message generation period and total number of messages to be generated. exec: 
AT#MSGPER=<pin_number>,<interval>,<count>
OK
Parameters:
  • <pin_number> - 1-2
  • <interval> - how often messages are generated, in seconds. Value must be in range 0-60000
  • <count> - number of messages generated. Value must be in range 0-100
state: 
AT#MSGPER?
#MSGPER: 1,0,0
#MSGPER: 2,10,3

OK
info: 
AT#MSGPER=?
#MSGPER: (1-2),(0-60000),(0-100)

OK

AT#MSGSTR

Configure Message ID and message strings associated with the 2 pins. exec: 
AT#MSGSTR=<op>,"<msg_ID>","<msg1>","<msg2>"
OK
Parameters:
  • <op>
    • 0 = disable message string (not yet implemented)
    • 1 = enable message string (not yet implemented)
    • 2 = configure message string
  • <msg_ID> - message ID
  • <msg1> - concatenated with <msg_ID> for DI1
  • <msg2> - concatenated with <msg_ID> for DI2
state: 
AT#MSGSTR?
#MSGSTR: 2,"Maestro","001","234"

OK
info: 
AT#MSGSTR=?
#MSGSTR: (0-2),(120),(5),(5)

OK

Cellular

AT#IPCELLULAR

Configure the GPRS parameters for the SIM card. exec 
AT#IPCELLULAR=<slot>,"<apn>","<username>","<password>"

OK
  • <slot>
    • 1 - current SIM slot
    • 2 - n/a
  • <apn> - Access Point Name of the SIM card
  • <username> - specific GPRS username for the SIM card
  • <password> - specific GPRS password for the SIM card
state 
AT#IPCELLULAR?

#IPCELLULAR: 
SIM1: "internet","a","a"

OK
info 
AT#IPCELLULAR=?

#IPCELLULAR: (1),(64),(25),(25)

OK

AT#IPCONNECT

Command to control the GPRS connection. exec 
AT#IPCONNECT=1,<mode>

OK
Parameters
  • <mode>
    • 0 - disable GPRS connection
    • 1 - enable GPRS connection
state 
AT#IPCONNECT?

#IPCONNECT: 1,1

OK
info 
AT#IPCONNECT=?

#IPCONNECT: (1),(0-1)

OK

AT+IPPING

exec 
AT+IPPING=<mode>,"<address>",<nb>,<delay>,<timeout>
OK

// Example
AT#IPPING=2,"8.8.8.8",4,10,5000
OK
Parameters
  • <mode>
    • 0,1 - reserved
    • 2 -  configure ping address and parameters
      • <address> - IP address of the target to be pinged. Can be set as an IPv4 format or as a domain
      • <nb> - number of ping trials for each ping action. Allowed values: 1..10 (3 = default value)
      • <delay> - time, in seconds, between each ping trial. Allowed values: 1..10 (3 = default value)
      • <timeout> - time, in miliseconds, before the request is considered to have failed. Allowed values: 5000..60000.

IP sockets

AT#IPTCP

Command to set TCP socket parameters. exec 
AT#IPTCP=<port>,'<mode>',"<ip>",<delay>
OK
  • <port> - port number from 0 to 65535
  • <mode>
    • 'C' - modem acts as a client and connects to a remote server
    • 'S' - modem acts as a server and waits from an incoming connection from a client
  • <ip> - IP address
  • <delay> - this parameters is deprecated and has no effect, use 0
state 
AT#IPTCP?

#IPTCP: 1,7111,'C',"1.2.3.4",1
#IPTCP: 2,7121,'C',"1.2.3.4",1

OK
info 
AT#IPTCP=?(CR)(LF)

#IPTCP: (0-65535),("C","S"),(120),(0,1)

OK

AT#IPUDP

Command to set UDP socket parameters. exec 
AT#IPUDP=<port>,'<mode>',"<ip>",<delay>

OK
  • <port> - port number from 0 to 65535
  • <mode>
    • 'C' - modem acts as a client and connects to a remote server
    • 'S' - modem acts as a server and waits from an incoming connection from a client
  • <ip> - IP address
  • <delay> - this parameters is deprecated and has no effect, use 0
state 
AT#IPUDP?

#IPUDP: 1,7111,'C',"1.2.3.4",
#IPUDP: 2,7121,'C',"1.2.3.4",

OK
info 
AT#IPUDP=?(CR)(LF)

#IPUDP: (0-65535),("C","S"),(120),(0,1)

OK

 AT#AUTOTCP

Command to control auto TCP funcionality. exec 
AT#AUTOTCP=0

OK
AT#AUTOTCP=<state>
  • <state>
    • 0 - disable AUTOTCP
    • 1 - enable AUTOTCP
state 
AT#AUTOTCP?

#AUTOTCP: 0

OK
info 
AT#AUTOTCP=?

#AUTOTCP: (0,1)

OK

AT#AUTOUDP

Command to control auto UDP funcionality. exec 
AT#AUTOUDP=0

OK
AT#AUTOUDP=<state>
  • <state>
    • 0 - disable AUTOUDP
    • 1 - enable AUTOUDP
state 
AT#AUTOUDP?

#AUTOUDP: 0

OK
info 
AT#AUTOUDP=?

#AUTOUDP: (0,1)

OK

 AT#IPOPT

Optional IP socket parameters. exec 
// for <option>=1,2
AT#IPOPT=<option>,<value>

// for <option>=5
AT#IPOPT=<option>,<value>,<string>
Parameters:
  • <option>
    • 1 - Keep alive packet
    • 2 - Packet size
    • 5 - Data to be sent on first connection
  • <value>
    • for <option>=1 - Duration, in seconds, to send keep alive packet. Allowed values: 1..43200 (0 = disable feature)
    • for <option>=2 - TCP packet size. Allowed values: 1..1472 (0 = use default size)
    • for <option>=5
      • 0 - do not send any data on first connection
      • 1 - Enable data on first connection
      • 2 - Edit the string to be sent on first connection
        • <string> - maximum of 120 hex characters, length has to be even
state 
AT#IPOPT?
#IPOPT:
#IPOPT: 1,0
#IPOPT: 2,1020
#IPOPT: 3,
#IPOPT: 4,
#IPOPT: 5,0,""

OK
info 
AT#IPOPT=?

OK

AT#AUOPT

Optional parameters for AUTOTCP feature. exec 
// for <option>=1,2,3,5
AT#AUOPT=<option>,<value>

// for <option>=4,6
AT#AUOPT=<option>,<value>,<string>
Parameters:
  • <option>
    • 1 - Connection idle period
    • 2 - Server idle
    • 3 - Connection period
    • 4 - Remote prefix
    • 5 - Heartbeat packet
    • 6 - Serial prefix
  • <value>
    • for <option>=1 - Duration, in minutes, of connection without data transfer. Allowed values: 1..43200 (0 = disable feature)
    • for <option>=2 - Duration, in minutes, of server without a connected remote client. Allowed values: 1..43200 (0 = disable feature)
    • for <option>=3 - Duration of connection. Allowed values: 1..43200 (0 = disable feature)
    • for <option>=4
      • 0 - Disable data on first connection
      • 1 - Enable data on first connection
      • 2 - Edit the string to be sent
    • for <option>=5 - Period after which to send the Heartbeat packet. Allowed values: 1..180 (0 = disable feature)
    • for <option>=6
      • 0 - Disable data on first connection
      • 1 - Enable data on first connection
      • 2 - Edit the string to be sent
  • <string>
    • for <option>=4 - maximum of 120 hex characters, length has to be even
    • for <option>=6 - maximum 2 hex characters
state 
AT#AUOPT?

#AUOPT: 1,(Connection idle period)

#AUOPT: 2,(Server idle)

#AUOPT: 3,(Connection period)

#AUOPT: 4,(Remote prefix status),"(Remote prefix)"

#AUOPT: 5,(Heartbeat packet)

OK
info 
AT#AUOPT=?

OK

AT#OTCP

On-demand TCP socket connection. exec 
AT#OTCP=<mode>

OK
Parameters:
  • <mode>
    • 0 - Disable manual TCP connection
    • 1 - Enable manual TCP connection
state 
AT#OTCP?

#OTCP: 0

OK
info 
AT#OTCP=?

#OTCP: (0-1)

OK

AT#OUDP

On-demand UDP socket connection. exec 
AT#OUDP=<mode>

OK
Parameters:
  • <mode>
    • 0 - Disable manual UDP connection
    • 1 - Enable manual UDP connection
state 
AT#OUDP?

#OUDP: 0

OK
info 
AT#OUDP=?

#OUDP: (0-1)

OK

D2Sphere

AT#IPD2S AT#D2S AT#DVNAME

Remote

AT#SMSAT

Remote AT command by SMS. exec 
AT#SMSAT=<mode>(,<param>) 

OK

// Disable remote AT command by SMS
AT#SMSAT=0
OK

// Enable remote AT command by SMS
AT#SMSAT=1
OK

// Set the password to be 123456
AT#SMSAT=2,123456
OK

// Disable the SMS response
AT#SMSAT=3,0
OK
Parameters
  • <mode> - configuration mode
    • 0 - disable remote AT command by SMS
    • 1 - enable remote AT command by SMS
    • 2 - change the value of the password <param>
      • <param> is a 6 ASCII character key. Only incoming SMS with the first 6 characters matching with this key will be treated as a valid source of remote AT command.
    • 3 - change the SMS response trigger
      • <param>=0 - disable SMS response
      • <param>=1 - enable SMS response (default value)

AT#TCPTERM

Parameter configuration for enabling configuration over TCP. exec 
AT#TCPTERM=<mode>[,"<password>",<port>,<timeout>]

OK

// Enable TCP terminal
AT#TCPTERM=1
OK

// Disable TCP terminal
AT#TCPTERM=0
OK

// Configure TCP terminal - password: 123456, port: 23, timeout: 30s
AT#TCPTERM=2,"123456",23,30
OK
Parameters
  • <mode>
    • 0 - Disable TCP terminal
    • 1 - Enable TCP terminal
    • 2 - Configure TCP terminal parameters
      • <password> - login password for TCP Terminal. When user opens the modem TCP Terminal port it will prompt for a password. User need to enter the password set with this parameter. User has 3 retries to enter correct password. If password is correct user can enter AT command otherwise TCP connection will be closed. Password consists of 1 to 16 alphanumeric characters. Default is "000000" (6 zeros).
      • <port> - port number for TCP terminal. Do not use the same port of #IPTCP and #IPUDP commands. Allowed values: 1..65535 (23 = default value)
      • <timeout> - maximum time, in seconds, TCP terminal will wait for an entry after TCP terminal is enabled. If no data is received in this period, the connection will be closed. Allowed values: 1..65535 (30 = default value).
state 
AT#TCPTERM?

#TCPTERM: 0

OK
info 
AT#TCPTERM=?

#TCPTERM: (0-2),(16),(1-65535),(1-43200)

OK

DOTA

AT#WEBUPDATE

Command to configure parameters for the firmware update OTA (Over The Air). exec 
AT#WEBUPDA TE=<filename>,<por>,"<ip>"

OK
  • <filename>: path in the server where the firmware file is located, e.g. /mpack/mpack_m110_2.0_rc5_2018013001-ZA1B13D0A.bin
    • <port>: server port
    • <ip>: IP address of the server
If only the filename is given, default IP and port are updates.d2sphere.com:80 If filename is correct, the download starts immediately state 
AT#WEBUPDATE?

#WEBUPDATE: (filename),(port),(ip)

OK
info 
AT#WEBUPDATE=?

#WEBUPDATE: (120),(0-65535),(120)

OK

AT#UPD ATE

Control the web update process. exec 
AT#UPDATE=<value>
OK
  • <value>
    • 0 - Stop update process
    • 1 - Start update process
state 
AT#UPDATE?

#UPDATE STATUS: (value)

OK


[Originally Published On: 09/23/2019 11:22 AM]

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