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mPack Command List

mPack Command List

Feb 10, 2020

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