ZTE MC2718 CDMA2000 1X EV-DO Wireless Module User Manual

Open▲

Technology Document

MC2718 AT Command User Manual

Version:V1.1

SHEN ZHEN ZTE MOBILE TECH CO., LTD.

AT Command User Manual V1.1 Open▲

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Update History

Version

Update section

Type of Revision

author

Release

Date

V1.0

Lihongjun

Zhangxiaowei

03/10/2010

V1.1

Changed/added/replaced

many items

Wanghuan

Zhouxianghui

Zhangxiaowei

05/24/2010

Bak 1:The update history is added after this document is update.

Bak 2:This version only support sprint at command.

Open▲

Table of Contents

1 ZTE AT Commands ...................................................................................... 6

1.1 Proprietary Interface: Voice Call Interface(only support MC2718) ........................................ 6

1.1.1 +ZORIG: Call Originated ................................................................................................ 6

1.1.2 +ZCONN: Call Connected .............................................................................................. 6

1.1.3 +ZCEND: Call Ended ..................................................................................................... 6

1.1.4 +ZDTMF: Redial command ............................................................................................ 7

1.1.5 +ZCVOICE: Switch Audio Mode ................................................................................... 8

1.2 SMS Text Mode Command ..................................................................................................... 8

1.2.1 +CPMS: Preferred Message Storage ............................................................................... 9

1.2.2 +CMGF: Message Format ............................................................................................. 10

1.2.3 +CNMI: New Message Indications to TE ..................................................................... 10

1.2.4 +CMTI: Message Arrival Indication ............................................................................. 11

1.2.5 +CDSI: New Message Status Report ............................................................................. 12

1.2.6 +CMGD: Delete Messages ............................................................................................ 12

1.2.7 +CNMA: Acknowledge New Messages ........................................................................ 12

1.3 Proprietary Interface: SMS Interface ..................................................................................... 13

1.3.1 +ZSMMEMFULL: SMS Storage memory full ............................................................. 13

1.3.2 +ZCMT: Don‟t save newly received messages, and report to TE directly .................... 13

1.3.3 +ZCDS: New SMS Status Direct Report ...................................................................... 14

1.3.4 +ZCMGS: Send Message .............................................................................................. 14

1.3.5 +ZCMGW: Write Message to Memory ......................................................................... 16

1.3.6 +ZCMGL: List Messages .............................................................................................. 18

1.3.7 +ZCMGR: Read Message ............................................................................................. 19

1.3.8 +ZCMGSS: Message Sent Report ................................................................................. 20

1.3.9 +ZCMGSF: Message Unsent Report ............................................................................. 20

2 Basic AT Commands ................................................................................... 21

2.1.1 E: Turn off/on echo commands ..................................................................................... 21

2.1.2 Q: Enable/Disable return result codes ........................................................................... 21

2.1.3 V: Return result codes as numbers/words ...................................................................... 21

2.1.4 Z0: Reset the parameters to the default configuration ................................................... 22

2.1.5 &C: Set circuit 109 (CF) or Received Line Signal Detector (RLSD) ........................... 22

2.1.6 &D: Set DTR(Data Terminal Ready) Signal ................................................................. 22

2.1.7 A: Answer ...................................................................................................................... 23

2.1.8 RING: Incoming Call .................................................................................................... 23

3 Extended AT Configuration Commands ................................................... 23

3.1.1 +CDV: Dial .................................................................................................................... 23

3.1.2 +CHV: Hang up ............................................................................................................. 23

3.1.3 +GCAP: Return the list of all commands supported by the device ............................... 24

3.1.4 +GMI: Return the manufacturer name on a single line ................................................. 24

3.1.5 +GMM: Return the device model name and number .................................................... 24

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3.1.6 +GMR: Return the current firmware version on a single line ....................................... 24

3.1.7 +GSN: Get the ESN of device ....................................................................................... 25

3.1.8 +ICF: Set the character framing .................................................................................... 25

3.1.9 +IFC: Control the local flow control ............................................................................. 26

3.1.10 +IPR: Set the Rm interface rate ..................................................................................... 27

3.1.11 +CAD: Return the type of service available .................................................................. 28

3.1.12 +CRM: Get he current numerical value of CRM .......................................................... 28

3.1.13 +CBC: The battery state and charge(not supported for modem) ................................... 28

3.1.14 +CMIP: IP address of the mobile station ....................................................................... 29

3.1.15 +CBIP: IP address of the base station............................................................................ 29

3.1.16 +CSS: The serving system band and SID ...................................................................... 29

3.1.17 +CSQ: Signal Quality Measure and the Frame Error Rate ............................................ 30

3.1.18 +CTA: The packet data inactivity timer ........................................................................ 30

3.1.19 +CPS: The service option to be used for packet data service(Not implemented) ......... 31

3.1.20 +CPSR: Disable/Enable the packet call state reporting(Not implemented) .................. 31

3.1.21 +CPTC: Request a traffic channel(Not implemented) ................................................... 32

3.1.22 +CPER: Disable/Enable the packet call event reporting(Not implemented) ................. 33

4 Qualcomm Proprietary AT Command Set ............................................... 33

4.1.1 $QCMIP: The current value of the Mobile IP behavior ................................................ 33

4.1.2 $QCMIPP: Return the current active Mobile IP profile ................................................ 34

4.1.3 $QCMIPT:The current value of the “RFC 2002bis authentication” flag ...................... 34

4.1.4 $QCMIPEP: Disable/Enable the active profile ............................................................. 34

4.1.5 $QCMIPGETP: The values of the specified profile ...................................................... 34

4.1.6 $QCMIPNAI: Set ASCII NAI string ............................................................................. 35

4.1.7 $QCMIPRT: Set user reverse tunneling flag ................................................................. 36

4.1.8 $QCMIPMASS: Set ASCII Mobile Node AAA shared secret string ............................ 36

4.1.9 $QCMIPMASSX: Set Hex Mobile Node AAA shared secret ....................................... 37

4.1.10 $QCMIPMHSS: Set ASCII Mobile Node Home Agent shared secret .......................... 38

4.1.11 $QCMIPMASSX: Set hex Mobile Node Home Agent shared secret ............................ 38

4.1.12 $QCMIPMASPI: Set Mobile Node AAA SPI integer value ......................................... 39

4.1.13 $QCMIPMHSPI: Set Mobile Node Home Agent SPI integer value ............................. 40

4.1.14 $QCMIPPHA: Set Primary Home Agent IP Address .................................................... 40

4.1.15 $QCMIPSHA: Set secondary Home Agent IP Address ................................................. 40

4.1.16 $QCMIPHA: Set Home Agent IP Address .................................................................... 41

5 Sprint Specific AT Commands ................................................................... 41

5.1 CDMA AT Commands .......................................................................................................... 41

5.1.1 ATD: Make a packet data call ....................................................................................... 41

5.1.2 $MDN: Return the 10 digit mobile directory number ................................................... 42

5.1.3 $MSID: Return Mobile Station ID ................................................................................ 42

5.1.4 $MIPERR: Return the last MIP error code received by the device ............................... 42

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5.1.5 $ERI: Return the current Enhanced Roaming Indicator value ...................................... 42

5.1.6 $ROAM: Set the device mode ....................................................................................... 43

5.1.7 $RMGUARD: Set roam guard(Not implemented) ........................................................ 43

5.2 OMA-DM commands ............................................................................................................ 43

5.2.1 +OMADM: Disable/Enable OMA-DM capabilities ..................................................... 43

5.2.2 +OMALOG: Disable/Enable OMA-DM client logging ................................................ 44

5.2.3 +FUMO: Disable/Enable FUMO capabilities ............................................................... 44

5.2.4 +PRL: Get CDMA PRL version of the device .............................................................. 45

5.3 Device reset commands ......................................................................................................... 45

5.3.1 $RTN: Set the device to factory defaults ....................................................................... 45

5.3.2 $RESET: Initiate a device power cycle ......................................................................... 46

5.4 LED commands ..................................................................................................................... 46

5.4.1 $LED: Disable/Enable all LEDs on the device(not supported) ..................................... 46

5.5 Debug commands .................................................................................................................. 46

5.5.1 +SERVICE: Return the integer index of data service.................................................... 46

5.5.2 $1XRXPWR: Return CDMA 1X channel, Pilot, and immediate RSSI ......................... 47

5.5.3 $DORXPWR: Return the EVDO channel, Pilot, and immediate RSSI ........................ 47

5.5.4 $1XECIO: Return the CDMA 1X Channel, Pilot, and immediate Ec/Io....................... 47

5.5.5 $DOECIO: Return EVDO channel, Pilot, and immediate RSSI ................................... 48

5.5.6 $DEBUG: Return the debug information ...................................................................... 48

5.6 Location commands(only support MC2718) ......................................................................... 48

5.6.1 $LOCATION: Enable/Disable the location service ....................................................... 48

5.6.2 $PDE: Set PDE Server IP and Port................................................................................ 48

5.6.3 $GETLOCATION: Get the device current location in the specified format ................. 49

5.6.4 $LOCMODE: Set the GPS location mode .................................................................... 50

5.6.5 $NMEA: Enable/Disable the NMEA 183 standard stream ........................................... 51

Open▲

1 ZTE AT Commands

1.1 Proprietary Interface: Voice Call Interface(only support MC2718)

1.1.1 +ZORIG: Call Originated

description

Indicating MT for originating a call

format

<CR><LF>+ZORIG: <call_x>,<call_type>

parameter

<call_x>

Call ID, ranging from 1~6.

<call_type>

Take the value as below:

0: voice call

7: OTA call (standard OTASP numbers)

8: OTA call (none standard OTASP numbers)

9: Emergency call

example

+ZORIG:0,0

1.1.2 +ZCONN: Call Connected

description

When the call is connected, MT will report it to TE, indicating the current status has

already become to call status

format

<CR><LF>+ZCONN: <call_x>,<call_type>

parameter

<call_x>

Call ID, ranging from 1~6

<call_type>

Take the value as below:

0: voice call

7: OTA call (standard OTASP numbers)

8: OTA call (none standard OTASP numbers)

9: Emergency call

example

+ZCONN: 0,0

1.1.3 +ZCEND: Call Ended

description

When the call is ended, MT will report it to TE, inform TE the reason of ending the

call and the talk duration

format

<CR><LF>+ZCEND: <call_x>,<duration>,

<end_status><CR><LF>

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parameter

<call_x>

Call ID，ranging from 0-6

talk duration, unit: s

<end_status>:call ended reason

CM_CALL_END_OFFLINE=0, single board at OFFLINE

CM_CALL_END_NO_SRV=21, single board no service

CM_CALL_END_FADE=22, ended normally

CM_CALL_END_INTERCEPT=23, intercepted by BS during the calling

CM_CALL_END_REORDER=24, receive the recorder from BS during the calling

CM_CALL_END_REL_NORMAL=25, call released by BS

CM_CALL_END_REL_SO_REJ=26, current SO rejected by BS

CM_CALL_END_INCOM_CALL=27, receive the call from BS

CM_CALL_END_ALERT_STOP=28, receive the signal of stopping ringer upon

incoming call

CM_CALL_END_CLIENT_END=29, client end ended normally

CM_CALL_END_ACTIVATION=30, activation ended upon OTASP call

CM_CALL_END_MC_ABORT=31, MC stops originating a call or conversation

CM_CALL_END_RUIM_NOT_PRESENT=34, RUIM does not exist

CM_CALL_END_NDSS_FAIL=99, NDSS error

CM_CALL_END_LL_CAUSE=100, release from bottom layer

CM_CALL_END_CONF_FAILED=101, network response failed after call

originating

CM_CALL_END_INCOM_REJ=102, rejected as called.

CM_CALL_END_SETUP_REJ=103, rejected during the call connecting

CM_CALL_END_NETWORK_END=104, release due to network

CM_CALL_END_NO_FUNDS=105, No funds

CM_CALL_END_NO_GW_SRV=106, Not in service area

example

+ZCEND: 0,10,25,17

note

If call is ended due to network side, the string <cc_cause> will be reported; if the

local call is ended before responded by the network side, the string <cc_cause> will

not be reported

1.1.4 +ZDTMF: Redial command

description

Under talk status, send DTMF value to network side through the signal, and at the

same time play DTMF tone at the single board side. The back-end software notifies

the single board to press down and release the keys through AT command.

format

AT+ZDTMF=<call_x>,<dtmf_digit>

[,<on_length>[,<off_length>] ]

otherwise:

+CMS ERROR: <err>

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parameter

<call_x>

call ID

<dtmf_digit>

DTMF value, ASCII code, the legal characters only include: „0„~„9„, „*„ , „#„

<on_length>

1: key pressed down

0: key released up

95,150,200,250,300,350 is DTMF time length, unit: ms

<off_length>

under burst, DTMF interval, unit: ms, reserved temporarily

example

AT+ZDTMF=0,0,1

OK

note

1.1.5 +ZCVOICE: Switch Audio Mode

description

Switch audio mode

format

AT+ZCVOICE=<mode>

AT+ZCVOICE？

<CR><LF>+ZCVOICE: <mode >

[,<sampling_rate>,<data_bit>,<frame_period>]

AT+ZCVOICE=？

<CR><LF>+ZCVOICE: (list of supported

<mode >s) <CR><LF><CR><LF>OK

parameter

<mode>

audio mode

0: PC audio mode

sampling rate,

<data_bit>

data bit

<frame_period>

frame period, unit: ms

example

AT+ZCVOICE=1

OK

note

READ command is used to read current audio mode. The data frame from PC audio

adopts PCM coding and returns the sampling rate, data bit and frame period of PCM

data frame (default setting must support PCM frame format with 8000Hz sampling

rate, 16-bit data and 20ms frame period）.

TEST command is used to return the value range for audio mode

MC2718 only supports PC audio mode

1.2 SMS Text Mode Command

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1.2.1 +CPMS: Preferred Message Storage

description

SET command is used to set the corresponding SMS storage media and return the

current using information of selected storage media

format

AT+CPMS=<mem1>

[,<mem2>[,<mem3>]]

<CR><LF>+CPMS: <used1>,<total1>,

otherwise:

+CMS ERROR: <err>

AT+CPMS？

+CPMS: <mem1>,<used1>,<total1>,

<mem2>,<used2>,<total2>,<mem3>,

otherwise:

+CMS ERROR: <err>

AT+CPMS=？

+CPMS: (list of supported <mem1>s),

(list of supported <mem2>s),

(list of supported <mem3>s)

parameter

<mem1>

Value of character string, indicating the storage media for reading/deleting SMS; the

optional value can be:

“ME”: indicating NV

<mem2>

Value of character string, indicating the storage media for writing/sending SMS; the

optional value is the same as <mem1>.

<mem3>

Value of character string, indicating the storage media for receiving SMS; the optional

value is the same as <mem1>

Value of integral number, indicating the total number of messages saved in <mem1>

Value of integral number, indicating the total number of messages saved in <mem2>

Value of integral number, indicating the total number of messages saved in <mem3>

<used1>

Value of integral number, indicating the current number of messages in <mem1>

<used2>

Value of integral number, indicating the current number of messages in <mem2>

<used3>

Value of integral number, indicating the current number of messages in <mem3>

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note

READ command is used to return the name and using information of current selected

storage media. TEST command is used to return all types of storage media MT

supports

1.2.2 +CMGF: Message Format

description

SET command is used to set the message format. There are two kinds of modes,

determined by <mode> parameter. It only adopts TEXT mode currently.

format

AT+CMGF[=<mode>]

AT+CMGF？

AT+CMGF=？

<CR><LF>+CMGF: (list of supported

<mode>s)<CR><LF><CR><LF> OK

parameter

<mode>

0: PDU mode (default when implemented)

1: text mode

note

READ command is used to return current the mode selection

TEST command is used to return <mode > value

Now we support text mode only

1.2.3 +CNMI: New Message Indications to TE

description

Set command is used to set the procedure that new messages are reported to TE.

format

AT+CNMI=[<mode>[,<mt>[,<bm>

[,<ds>[,<bfr>]]]]]

otherwise:

+CMS ERROR: <err>

AT+CNMI？

<CR><LF>+CNMI:

AT+CNMI=？

<CR><LF>+CNMI: (list of supported

<mode>s),(list of supported <mt>s),(list of

supported <bm>s),(list of supported

<ds>s),(list of supported <bfr>s)

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parameter

<mode>: set the message notice method (currently support mode=1).

0: cache the message notice in ME. If ME‟s cache memory is full, new notice will

cover the older one

1: directly send the message notice to TE. When it is unable to send (e.g.. under online

data mode), give up the notice.

2: directly send the message notice and message status report to TE. When it is unable

to send (e.g.. under online data mode), cache the message notice into ME, and send to

TE at a time

Note: Message notice will be cached in volatile memory. If MT is powered off before

sending, the message could lose. Therefore, as <mode>=0 or 2, can‟t use the message

to directly forward (<mt>=2 and 3).

<mt>: used to set the message storage and notice rules

<bm>: used to set cell broadcast information, do not temporarily support

<ds>: used to set the message receipt

0: do not send the message receipt to TE

1: do not save the message receipt to MT, but send to TE

+ZCDS:<callerID>,<year>,<month>,<day>,<hour>,<minute>,<second>,<lang>,

2: save the message receipt to MT, and send a notice to TE through +CDSI to show the

storage location

+CDSI: <mem>,<index>

<bfr>: used to set the cache processing from <mode>=0 to <mode>=1, 2

0: after entering <mode>1-2, send unsolicited result code to TE at a time

1: after entering <mode>1-2, clear unsolicited result code

note

<mode> and <bfr> are used to set new message alert（including +CMTI, +ZCMT,

+CDSI, +ZCDS）

<mt> is used to set directly report to TE or save in MT and report the storage location

when receiving new message

<bm> do not use it temporarily

<ds> is used to set whether or not report SMS status report（+CDSI, +ZCDS）

Default:

+CNMI=1,1,0,2,0

1.2.4 +CMTI: Message Arrival Indication

description

Indicates new messages are received (or new message report)

format

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parameter

<mem>

type of memory, currently support "ME" only, other memory optional.

"BM": broadcast message memory.

"ME": ME message memory

"MT": memory relating to ME

"TA": TA message memory

"SR": status report memory

<index>

value of integral type, the location in memory

1.2.5 +CDSI: New Message Status Report

description

Indicates new message status report is received and show the storage location.

format

parameter

<mem>: message memory

"ME":ROM message memory

<index>

value of integral type, location in memory

1.2.6 +CMGD: Delete Messages

description

Execution command is used to delete the messages at <index> in <mem1>

format

AT+CMGD=<index>[,<delflag>]

otherwise:

+CMS ERROR: <err>

AT+CMGD=？

<CR><LF>+CMGD:

(list of supported <index>s)[,(list of

supported <delflag>s)]

parameter

<index>: the messages storage location.

0: (or default) delete the messages designated by <index>.

1: delete all read messages in first prior memory, save unread messages, sent messages

and unsent messages

2: delete all read and sent messages in first prior memory, save unread messages and

unsent messages

3: delete all read, sent and unsent messages in first prior memory, save unread

messages

4: delete all messages including unread messages in first prior memory

1.2.7 +CNMA: Acknowledge New Messages

description

Execution command is used to acknowledge the receipt of new message directly sent

to TE. For the use of this command, please refer to the descriptions of +CNMI

command

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format

AT+CNMA

if there is any error regarding message:

<CR><LF>+CMS ERROR:<err><CR><LF>

AT+CNMA=？

note

Before the acknowledge of previous message, MT would not sent TE another +CMT

or +CDS result code.

If MT doesn‟t obtain the acknowledge in specified period of time (network timeout),

MT would send RP-ERROR to network and automatically set the parameter <mt> and

<ds> of +CNMI command as 0. It would forbid sending message notice to TE. If it

requires MT to report the message notice again, you need set <mt> & <ds> again

If the command is executed, but the message is not acknowledged, return with +CMS

ERROR: <err>

Test command is used to <n> value supported by the command. If it supports 0 only, it

means the command doesn‟t support send by TPDU

Mandatory when <service> value 1 of command Select Message Service +CSMS is

supported

1.3 Proprietary Interface: SMS Interface

1.3.1 +ZSMMEMFULL: SMS Storage memory full

description

When SMS storage memory is full, it will report the message

format

<CR><LF>+ZSMMEMFULL:<mem_type>

parameter

<mem_type>

value of character string, indicating the type of full storage memory

“ME”: indicating NV

example

+ZSMMEMFULL: “ME”

1.3.2 +ZCMT: Don’t save newly received messages, and report to TE directly

description

Don‟t save newly received messages, and report to TE directly

format

<CR><LF>+ZCMT: <call ID>,

<year>, <month>, <day>, <hour>, <minute>,

<second>,<lang>, <format>, <length>, <prt>,

<CTRL+Z><CR><LF>

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parameter

<callerID>: number of message sender

<year, month, day, hour, minute, second>: year, month, day, hour, minute, second

when received SMS

<lang>: language, refer to +ZCMGW to take the value

<format>: indicating the coding format of the message, refer to +ZCMGW to take

the value

<Length>: the length of received message. <prt>: message priority level, refer to

+ZCMGW to take the value

<Prv>: Privacy level, refer to +ZCMGR to take the value

<type>: type of message, refer to +ZCMGR to take the value

<tag>: value of integral number, SMS status, refer to +ZCMGR to take the value

<Msg>: received SMS. Control characters

<ctrl-Z>: indicating the ending of one message, character:'0x1A'(Unicode: '0x001A')

<ESC>: cancel the sending of the message，character: '0x1B'(Unicode: '0x001B')

1.3.3 +ZCDS: New SMS Status Direct Report

description

Don‟t save newly received messages, and directly report to TE

format

<CR><LF>+ZCDS:

<callerID>,<year>,<month>,

<lang>,<format>,<length>,<prt>,<prv>,<type>,

parameter

<callerID>: number of message sender

<year, month, day, hour, minute, second>

year, month, day, hour, minute, second when received SMS

<lang>: language, refer to +ZCMGW to take the value:

indicating the coding format of the message, refer to +ZCMGW to take the value

<Length>: the length of received message

<prt>: message priority level, refer to +ZCMGW to take the value

<Prv>: Privacy level, refer to +ZCMGR to take the value

<type>: type of message, refer to +ZCMGR to take the value

<tag>: value of integral number, SMS status, refer to +ZCMGR to take the value

<Msg>: received SMS. Control characters

<ctrl-Z>: indicating the ending of one message, character: '0x1A'(Unicode: '0x001A')

<ESC>: cancel the sending of the message，character: '0x1B'(Unicode: '0x001B')

1.3.4 +ZCMGS: Send Message

description

Send a message to network side. It takes two steps to save a message

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format

AT+ZCMGS="<da>",<language>,

<encode>,<ack>,<priority>,<tele id>,

<length>,"<cbn>",<total_num>,

<seq_num>,<msg_ref>,<display_mode>,

<validity_period><CR><data>

<ctrl-Z/ESC>

<CR><LF>+ZCMGS:

otherwise:

+CMS ERROR: <err>

AT+ZCMGS=？

parameter

TEXT mode:

When GSM 7 BIT or UNICODE is used, the value of text character is shown. For

example: the UCS2 value for the character “会” is 4E1A, then, the text should be

„0x4E1A„ rather than “4E1A”

<da>: number of message recipient. Take the value from 0~9,*, #, up to 20 digits.

< language >

language, take the value as below:

0: UNSPECIFIED

1: ENGLISH

2: FRENCH

3: SPANISH

4: JAPANESE

5: KOREAN

6: CHINESE

7: HEBREW

<encode>: indicating the coding method of the message, take the value as below:

0: GSM 7 BIT

1: ASCII code (coding range<=7F). Send the original characters in ASCII coding, for

example, the ASCII code for the letter A is 0x41, then the character to be transmitted is

“A”

2: IA5 (optional)

3: OCTET (optional)

4: LATIN (optional)

5: LATIN_HEBREW (optional)

6: UNICODE (coding range>7F). Send the original value in UNICODE coding. For

example, the UNICODE for the Chinese character “一” is 0x4E00, then the character to

be transmitted is „0x4E00„

7: Other coding method

<ack>

0: no ack

1: need ack

value of integral type, indicating the priority level of the message, take the value as below:

0: Normal

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1: Interactive

2: Urgent

3: Emergency

4097:Paging

4098:Short Message, Push Mail

4099:Voice Mail

4100:Java Mail

<length>: the message data length

<cbn>call back number

<total_num>:the split total num of long message

<seq_num>:sequence number of long message

<msg_ref>:long message reference number number

<display_mode>: display directly or not

0: display directly

1,2,3: not display directly

<validity_period>:message validity date

<data>: message date

<mr>: message symbol

<ctrl-Z>: indicating the ending of one message. Under non-UNICOD:'0x1A'; under

UNICOD:'0x001A'

<ESC>: Cancel the sending of the message. Under non-UNICOD: '0x1B', under

UNICOD:'0x001B'

example

AT+ZCMGS=13554890280,1,1,1,0,4098,

,,,,,,<CR>414243<ctrl-Z>

+ZCMGS:4

OK

1.3.5 +ZCMGW: Write Message to Memory

description

Save message into <mem2> through +CPMS command, and you could save it into ME

format

AT+ZCMGW=<oa/da>[,<tooa/toda>],

<stat>,<ptr>,<type>,<format>,

<lang>[,<year>,<month>,<day>,

<hour>,<minute>,<second>]

+ZCMGW: <index>

otherwise:

+CMS ERROR: <err>

AT+ZCMGW=?

parameter

<oa/da>

number of message sender/recipient. Take the value from 0~9,*, #, up to 20 digits

< tooa/toda>

address coding method. The number of one byte, this parameters works as the address

coding is 8bit. Now 4bit coding is used, therefore this parameter doesn‟t work. The

value is fixed to be 0

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The higher four digits is number type:

0: UNKNOWN

1: INTERNATIONAL

The lower four digits is number plan:

0: UNKNOWN

1: TELEPHONY

<stat>

value of integral type, indicating the storage status of SMS, take the value as below:

0: received unread messages

1: received read messages

2: saved unsent messages

3: saved sent messages

4: all messages (the value is only applicable for +CMGL command)

<lang>

language take the value as below:

0: UNSPECIFIED

1: ENGLISH

2: FRENCH

3: SPANISH

4: JAPANESE

5: KOREAN

6: CHINESE

7: HEBREW

<ptr>

value of integral type, indicating the priority level of the message, take the value as

below:

0: Normal

1: Interactive

2: Urgent

3: Emergency

<year>,<month>,<day>,<hour>,<minute>,<second>: year, month, day, hour, minute,

second when received SMS.

<index>: the location number in memory, take a decimal from 0~9, and the value

ranges from 0 to the max. capacity of the memory.

<format>: indicating the coding method of the message, take the value as below:

0: GSM 7 BIT

1: ASCII code (coding range<=7F). Send the original characters in ASCII coding, for

example, the ASCII code for the letter A is 0x41, then the character to be transmitted is

“A”

2: IA5 (optional)

3: OCTET (optional)

4: LATIN (optional)

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5: LATIN_HEBREW (optional)

6: UNICODE (coding range>7F). Send the original value in UNICODE coding. For

example, the UNICODE for the Chinese character “-” is 0x4E00, then the character

to be transmitted is „0x4E00„

7: Other coding method

<type>: type of message

0: Normal

1: CPT (Optional)

2: Voice Mail

3: SMS Report

<text>: message text

<CR>: command ending mark, indicating the ending of one command.

<ctrl-Z>: indicating the ending of one message. Under non-UNICOD:'0x1A', and

under UNICOD:'0x001A'

<ESC>: Cancel the sending of the message. Under non-UNICOD:'0x1B', and under

UNICOD:'0x001B'

1.3.6 +ZCMGL: List Messages

description

Return all SMS index designated by <stat> from <mem1>

format

AT+ZCMGL=<stat>

Under text mode, the command is

successfully executed:

<CR><LF>+ZCMGL: <index1>,

<tag1><CR><LF> <CR><LF>+ZCMGL:

<index2>, <tag2><CR><LF> ……

otherwise:

+CMS ERROR: <err>

AT+ZCMGL=?

<CR><LF>+ZCMGL: (list of supported

<stat>s) <CR><LF><CR><LF>OK

parameter

<stat>

type of message, the default value is 0:

0: received unread message

1: received read message

2: saved unsent message

3: saved messages in Sent Messages

4: all sms

<index>: value of integral type, location in memory

<tag>: value of integral number, SMS status, please refer to +ZCMGR to take the

value

note

The SMS status report will be processed as a common received message.

TEST command is used to return all stat values

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1.3.7 +ZCMGR: Read Message

description

EXECUTION command is used to return the message saved at index from <mem1>

format

AT+ZCMGR=<index>[,<mode>]

Under text mode, the command is

successfully executed: <CR><LF>+ZCMGR:

<callerID>, <year>, <month>, <day>,

<hour>, <minute>, <second>, <lang>,

<format>, <length>, <prt>, <prv>,<type>,

otherwise:

+CMS ERROR: <err>

AT+ZCMGR=?

parameter

<index>: value of integral type, location in memory

<mode>: SMS status modifying mode:

0: change to READ status

1: Do not change the status

<callerID>: number of message sender

<format>: indicating the coding format of the message, refer to +ZCMGW to take the

value;

<year, month, day, hour, minute,second>: year, month, day, hour, minute, second when

received SMS.

<Length>: the length of received message.

<lang>: language, refer to +ZCMGW to take the value:

<prt>: message priority level, refer to +ZCMGW to take the value:

<Prv>: Privacy level

0: Normal

1: Restricted

2: Confidential

3: Secret

<type>: type of message

0: Normal

1: CPT

2: Voice Mail

3: SMS Report

<stat>: type of message, refer to +ZCMGW to take the value:

<Msg>: received messages

<ctrl-Z>: indicating the ending of one message. Under non-UNICOD: '0x1A'; under

UNICOD:'0x001A'

note

The SMS status will be revised by single board or back end according to the value of

<mode>.

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1.3.8 +ZCMGSS: Message Sent Report

description

If the message is sent successfully, report to TE through this command.

format

<CR><LF>+ZCMGSS: <mr><CR><LF>

parameter

<mr>

the message‟s mark, take a decimal from 0~9, and the value ranges from 0～65535.

1.3.9 +ZCMGSF: Message Unsent Report

description

If the message is unsent, report to TE through this command

format

<CR><LF>+ZCMGSF:<err code>

parameter

take the value of the error code as below as the message is unsent:

0 WMS_ADDRESS_VACANT_S

1 WMS_ADDRESS_TRANSLATION_FAILURE_S

2 WMS_NETWORK_RESOURCE_SHORTAGE_S

3 WMS_NETWORK_FAILURE_S

4 WMS_INVALID_TELESERVICE_ID_S

5 WMS_OTHER_NETWORK_PROBLEM_S

6 WMS_OTHER_NETWORK_PROBLEM_MORE_FIRST_S

31 WMS_OTHER_NETWORK_PROBLEM_MORE_LAST_S

32 WMS_NO_PAGE_RESPONSE_S

33 WMS_DESTINATION_BUSY_S

34 WMS_NO_ACK_S

35 WMS_DESTINATION_RESOURCE_SHORTAGE_S

36 WMS_SMS_DELIVERY_POSTPONED_S

37 WMS_DESTINATION_OUT_OF_SERVICE_S

38 WMS_DESTINATION_NO_LONGER_AT_THIS_ADDRESS_S

39 WMS_OTHER_TERMINAL_PROBLEM_S

40 WMS_OTHER_TERMINAL_PROBLEM_MORE_FIRST_S

47 WMS_OTHER_TERMINAL_PROBLEM_MORE_LAST_S

48 WMS_SMS_DELIVERY_POSTPONED_MORE_FIRST_S

49 WMS_SMS_DELIVERY_POSTPONED_MORE_LAST_S

64 WMS_RADIO_IF_RESOURCE_SHORTAGE_S

65 WMS_RADIO_IF_INCOMPATIBLE_S

66 WMS_OTHER_RADIO_IF_PROBLEM_S

67 WMS_OTHER_RADIO_IF_PROBLEM_MORE_FIRST_S

95 WMS_OTHER_RADIO_IF_PROBLEM_MORE_LAST_S

96 WMS_UNEXPECTED_PARM_SIZE_S

97 WMS_SMS_ORIGINATION_DENIED_S

98 WMS_SMS_TERMINATION_DENIED_S

99 WMS_SUPPL_SERVICE_NOT_SUPPORTED

100 WMS_SMS_NOT_SUPPORTED_S

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101 WMS_RESERVED_101_S

102 WMS_MISSING_EXPECTED_PARM_S

103 WMS_MISSING_MANDATORY_PARM_S

104 WMS_UNRECOGNIZED_PARM_VALUE_S

105 WMS_UNEXPECTED_PARM_VALUE_S

106 WMS_USER_DATA_SIZE_ERROR_S

107 WMS_OTHER_GENERAL_PROBLEMS_S

108 WMS_OTHER_GENERAL_PROBLEMS_MORE_FIRST_S

109 WMS_OTHER_GENERAL_PROBLEMS_MORE_LAST_S

2 Basic AT Commands

2.1.1 E: Turn off/on echo commands

description

Turn off/on echo commands

format

ATE<value>

parameter

<value>

0: turn off echo

1: turn on echo

example

ATE0

OK

ATE1

OK

note

CE MUST support the parameter E0 which will turn off echo commands

CE MUST support the parameter E1 which will turn on echo commands

CE MUST set the E parameter to E1 as default

2.1.2 Q: Enable/Disable return result codes

description

Enable /Disable return result codes

format

ATQ<value>

parameter

<value>

0: enable

1: disable

example

ATQ0

OK

ATQ1

OK

note

CE MUST support the parameter Q0 which will cause the device to return result

codes

CE MUST support the parameter Q1 which will cause the device to NOT return

result codes

CE MUST set the Q parameter to Q0 as default

2.1.3 V: Return result codes as numbers/words

description

Return result codes as numbers/words

format

ATV<value>

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parameter

<value>

0: result codes as numbers

1: result codes as words

example

ATV0

0

ATV1

OK

note

CE MUST support the parameter V0 which will cause the device to return result

codes as numbers

CE MUST support the parameter V1 which will cause the device to return result

codes as words

CE MUST set the V parameter to V1 as default

2.1.4 Z0: Reset the parameters to the default configuration

description

Reset the parameters to the default configuration

format

ATZ0

example

ATZ0

OK

note

CE MUST support the parameter Z0 which will cause the device to reset the

parameters to the default configuration

2.1.5 &C: Set circuit 109 (CF) or Received Line Signal Detector (RLSD)

description

Set circuit 109 (CF) or Received Line Signal Detector (RLSD)

format

AT&C<value>

parameter

<value>

0: set circuit 109 (CF) or Received Line Signal Detector (RLSD) always on

1: set circuit 109 (CF) or Received Line Signal Detector (RLSD) on in accordance

with the specified service

example

AT&C0

OK

AT&C1

OK

note

CE MUST support the parameter &C0 (Data Carrier Detect) which will set circuit

109 (CF) or Received Line Signal Detector (RLSD) always on

Note: Circuit 109 is generally used for serial communications. Most Sprint devices

use the USB interface and this is not required for general use of the device. It may be

needed for specific applications or unusual use cases.

CE MUST support the parameter &C1 (Data Carrier Detect) which will set circuit

109 (CF) or Received Line Signal Detector (RLSD) on in accordance with the

specified service

CE MUST set the C parameter (Data Carrier Detect) to C1 as default

2.1.6 &D: Set DTR(Data Terminal Ready) Signal

description

Set DTR(Data Terminal Ready) Signal

format

AT&D<value>

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parameter

<value>

0: ignore circuit 108/2

1: enter online command state following ON-to-OFF transition of circuit 108/2

2: enter command state following On to Off transition of circuit 108/2

example

AT&D0

OK

AT&D1

OK

AT&D2

OK

note

CE MUST support the parameter &D0 (Data Terminal Ready) which will ignore

circuit 108/2 (CD)

Note: Circuit 108 is generally used for serial communications. Most Sprint devices

use the USB interface and this is not required for general use of the device. It may be

needed for specific applications or unusual use cases

CE MUST support the parameter &D1 (Data Terminal Ready) which will enter

online command state following ON-to-OFF transition of circuit 108/2

CE MUST support the parameter &D2 (Data Terminal Ready) which will enter

command state following On to Off transition of circuit 108/2

CE MUST set the D parameter (Data Terminal Ready) to D0 as default

2.1.7 A: Answer

description

When there is an incoming call, TE informs MS to answer the call through this

command; if there is a second incoming call, this command can still be used to

answer the call

format

ATA

example

ATA

OK

2.1.8 RING: Incoming Call

description

As the mobile terminal has an incoming call, MT will report the indication to TE

periodically (period: T=5s)

3 Extended AT Configuration Commands

3.1.1 +CDV: Dial

description

The interface is used for TE to originate a voice call to network side through MT

format

AT+CDV[digits]

otherwise:

+CMS ERROR: <err>

parameter

telephone number called, ASCII character, the legal characters only include: „0„- „9„,

„*„, „# ‟, „+„. „+„ can only appear in front of the number and the length of the number

cannot exceed 24 (not including „+‟)

example

AT+CDV13512345678

OK

3.1.2 +CHV: Hang up

description

The interface is used in CDMA system to hang up voice call

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format

AT+CHV

otherwise:

+CMS ERROR: <err>

example

AT+CHV

OK

note

Only can be used in CDMA system

3.1.3 +GCAP: Return the list of all commands supported by the device

description

Return the list of all commands supported by the device

format

AT+GCAP

<CR><LF>+GCAP: +CIS707-A,CIS-856,

+MS, +ES, +DS, +FCLASS<CR><LF>

example

AT+GCAP

+GCAP: +CIS707-A,+MS,+ES,+DS,

+FCLASS

OK

note

CE MUST support “AT+GCAP” which will return the list of all commands

supported by the device

CE MUST return “ERROR” for any other AT+GCAP string

3.1.4 +GMI: Return the manufacturer name on a single line

description

Return the manufacturer name on a single line

format

AT+GMI

<CR><LF>+GMI: ×××CO,.LTD

example

AT+GMI

+GMI: ZTE CO,.LTD

OK

note

CE MUST support “AT+GMI” which will return the manufacturer name on a single line

CE MUST return “ERROR” for any other AT+GMI string

3.1.5 +GMM: Return the device model name and number

description

Return the device model name and number

format

AT+GMM

example

AT+GMM

+GMM: MC2716

OK

note

CE MUST support “AT+GMM” which will return the device model name and number

as defined by the OEM and approved by Sprint on a single line

CE MUST return “ERROR” for any other AT+GMM string

3.1.6 +GMR: Return the current firmware version on a single line

description

Return the current firmware version on a single line

format

AT+GMR

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example

AT+GMR

+GMR: <firmware version>

OK

note

CE MUST support “AT+GMR” which will return the current firmware version on a

single line

“AT+GMR” MUST return the firmware of each processor on a separate line in the

format of “<firmware version>”

CE MUST return “ERROR” for any other AT+GMR string

3.1.7 +GSN: Get the ESN of device

description

Return the “<ESN>” or the “<MEID>:<pseudo ESN>” of the device

format

AT+GSN

or

example

AT+GSN

+GSN: 0x11111111

OK

note

CE MUST support “AT+GSN” which will return the “<ESN>” or the

“<MEID>:<pseudo ESN>” of the device

CE MUST return the decimal value on the first line and the hexadecimal value on the

second line for “AT+GSN”

CE MUST return “ERROR” for any other AT+GSN string

3.1.8 +ICF: Set the character framing

description

Set the character framing between the device and a connected terminal

format

AT+ICF=<format>,<parity>

AT+ICF?

AT+ICF=?

<CR><LF>+ICF: (),()

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parameter

0: Auto Detect

1: 8 Data 2 Stop

2: 8 Data 1 Parity 1 Stop

3: 8 Data 1 Stop

4: 7 Data 2 Stop

5: 7 Data 1 Parity 1 Stop

6: 7 Data

0: Odd

1: Even

2: Mark

3: Space

example

AT+ICF=0,0

OK

AT+ICF?

+ICF: 2,2

OK

AT+ICF=?

+ICF: (0-6),(0-3)

OK

note

CE MUST support “AT+ICF=<format>,<parity>” which will set the character

framing between the device and a connected terminal

CE MUST set the default value of ICF to auto detect

CE MUST support “AT+ICF?” which will return the current setting in the format

“<format>,<parity>

CE MUST support “AT+ICF=?” which will return the list of supported format and

parity values in the format “<format>:<comment>” with each setting on a separate

line followed by “<parity>:<comment>” with each setting on a separate line

CE MUST return “ERROR” for any other AT+ICF string

3.1.9 +IFC: Control the local flow control

description

Control the local flow control

format

AT+IFC=<DCE_by_DTE>,

<DTE_by_DCE>

AT+IFC?

<CR><LF>+IFC: <DCE_by_DTE>,

<DTE_by_DCE><CR><LF><CR><LF>

OK<CR><LF>

AT+IFC=?

<CR><LF>+IFC: (),()

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parameter

<DCE_by_DTE>

0: None

1: DC1/DC3 (in band- X-On/X-Off) on circuit 103 (TD); do not pass DC1/DC3

characters to the remote modem

2: Circuit 133 (Ready for Receiving)

<DTE_by_DCE>

0: None

1: DC1/DC3 (in band- X-On/X-Off) on circuit 104 (RD

2: Circuit 106 (Clear to Send/Ready for Sending)

example

AT+IFC=0,0

OK

AT+IFC?

+IFC: 2,2

OK

AT+IFC=?

+IFC: (0-2),(0-2)

OK

note

CE MUST set the default value of IFC to none for DCE_by_DTE and

DTE_by_DCE

CE MUST return “ERROR” for any other AT+IFC string

3.1.10 +IPR: Set the Rm interface rate

description

Set the Rm interface rate to the specified rate

format

AT+IPR=<rate>

AT+IPR?

AT+IPR=?

parameter

<rate>

(300,1200,2400,4800,9600,19200,38400,57600,115200,230400)

example

AT+IPR=115200

OK

AT+IPR?

+IPR: 115200

OK

AT+IPR=?

+IPR: (),(300,600,1200,2400,4800,9600,

19200,38400,57600,115200,230400)

OK

note

CE MUST return “ERROR” for any rate that is not supported by the device

CE MUST set the IPR value to 0 by default which will enable auto detect of the Rm

Interface rate

CE MUST return “ERROR” for any other AT+IPR string

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3.1.11 +CAD: Return the type of service available

description

The type of service available

format

AT+CAD?

parameter

<num>

0: no service is available

1: CDMA Digital service available

2: TDMA Digital service available

3: Analog service is available

example

AT+CAD?

+CAD: 0

OK

note

CE MUST return “ERROR” for any other AT+CAD string.

3.1.12 +CRM: Get he current numerical value of CRM

description

Get the current numerical value of CRM

format

AT+CRM=<value>

AT+CRM?

parameter

<value>

1: Relay Layer Packet Data Service

2: PPP Network Layer Packet Data Service

AT+CRM?

+CRM: 0

OK

note

CE MUST return “ERROR” for any other AT+CRM string

3.1.13 +CBC: The battery state and charge(not supported for modem)

description

The battery state and charge

format

AT+CBC?

parameter

<BCS>

0: Powered by battery only

1: Connected to an external source

2: Battery status not available

3: Power fault

<BCL>

the number if battery bars the UI is currently displaying

example

AT+CBC?

0,0

OK

note

CE MUST return “ERROR” for any other AT+CBC string

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3.1.14 +CMIP: IP address of the mobile station

description

IP address of the mobile station

format

AT+CMIP?

parameter

the IP address will be the IP address assigned by the network in PPP IPCP for SIP or

in the MIP Registration Reply for Mobile IP

example

AT+CMIP?

0.0.0.0

OK

note

CE MUST return “0.0.0.0” for “AT+CMIP?” if there is currently no IP session

established

CE MUST return “ERROR” for any other AT+CMIP string

3.1.15 +CBIP: IP address of the base station

description

IP address of the base station

format

AT+CBIP?

parameter

the IP address will be the source IP address in the Router Advertisement message

that the device receives from the network

example

AT+CBIP?

0.0.0.0

OK

note

CE MUST return “0.0.0.0” for “AT+CBIP?” if there is currently no IP session

established

CE MUST return “ERROR” for any other AT+CBIP string

3.1.16 +CSS: The serving system band and SID

description

The serving system band and SID

format

AT+CSS?

<CR><LF>+CSS: <Channel>,<Band>,

<SID><CR><LF><CR><LF>OK

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parameter

Channel will be the channel that the device is currently talking or listening to

<Band>

A: Device is operating in the A block

B: Device is operating in the B block

C: Device is operating in the C block

D: Device is operating in the D block

E: Device is operating in the E block

F: Device is operating in the F block

G: Device is operating in the G block

Z: Device is not registered

<SID>

SID will be the numerical value of the SID or 999999 if the mobile is not registered

example

AT+CSS?

+CSS: 0,0,0

OK

note

CE MUST return “ERROR” for any other AT+CSS string

3.1.17 +CSQ: Signal Quality Measure and the Frame Error Rate

description

Signal Quality Measure and the Frame Error Rate

format

AT+CSQ?

parameter

<SEQ>

the measured RSSI value

<FER>

0: less than 0.01%

1: 0.01% to less than 0.1%

2: 0.1% to less than 1.0%

3: 0.5% to less than 1.0%

4: 1.0% to less than 2.0%

5: 2.0% to less than 4.0%

6: 4.0% to less than 8.0%

7: greater than 8.0%

99: FER is unknown

example

AT+CSQ?

+CSQ: 31,99

OK

note

CE MUST return “ERROR” for any other AT+CSQ string

3.1.18 +CTA: The packet data inactivity timer

description

The packet data inactivity timer

format

AT+CTA?

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AT+CTA=<value>

example

AT+CTA?

+CTA: 30

OK

AT+CTA=1

OK

note

CE MUST NOT support “AT+CTA=<value>”

CE MUST return “ERROR” for any other AT+CTA string

3.1.19 +CPS: The service option to be used for packet data service(Not implemented)

description

The service option to be used for packet data service

format

AT+CPS?

example

AT+CPS?

+CPS: 1

OK

note

CE MUST NOT support “AT+CPS =<value>”

CE MUST return “ERROR” for any other AT+CPS string

3.1.20 +CPSR: Disable/Enable the packet call state reporting(Not implemented)

description

Disable/Enable the packet call state reporting

format

AT+CPSR?

AT+ CPSR=<value>

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parameter

<value>

0: disable

1: enable

Note: enabling packet call state reporting will cause the device to autonomously

send the following information

0: Packet data service is in the Inactive State

1: Packet data service is in the Active State, and the call control function is in the

Initialization/Idle State

2: Packet data service is in the Active State, and the call control function is in the

Initialization/Traffic State

3: Packet data service is in the Active State, the

call control function is in the Connected State, and the packet data service option is

using primary traffic

4: Packet data service is in the Active State, the

call control function is in the Connected State, and the packet data service option is

using secondary traffic

5: Packet data service is in the Active State, and the call control function is in the

Dormant/Idle State

6: Packet data service is in the Active State, and the call control function is in the

Dormant/Traffic State

7: Packet data service is in the Active State, and the call control function is in the

Reconnect/Idle State

8: Packet data service is in the Active State, and the call control function is in the

Reconnect/Traffic State

example

AT+CPSR?

+CPSR: 1

OK

AT+CPSR=1

OK

note

CE MUST set the packet call state reporting to disable as they default

CE MUST set the packet call state reporting to disable when the Rm Interface is torn

down

Note: this could be due to the data cable being removed or the device power cycling.

CE MUST return “ERROR” for any other AT+CPSR string

3.1.21 +CPTC: Request a traffic channel(Not implemented)

description

Request a traffic channel

format

AT+CPTC=<value>

parameter

<value>

0: release the traffic channel

1: originate a traffic channel

example

AT+CPTC=0

OK

note

CE MUST return “ERROR” for any other AT+CPTC string

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3.1.22 +CPER: Disable/Enable the packet call event reporting(Not implemented)

description

Disable/Enable the packet call event reporting

format

AT+CPER?

AT+CPER=<value>

parameter

<value>

0: disable

1: enable

Note: enabling packet call event reporting will cause the device to autonomously

send the following information

0: Enter Idle State

1: Idle handoff, same system

2: Idle handoff, new system

3: Page received

4: Origination sent

5: Traffic Channel assigned

6: Hard handoff

example

AT+CPER?

+CPER: 1

OK

AT+CPER=1

OK

note

CE MUST set the packet call event reporting to disable as they default.

CE MUST set the packet call event reporting to disable when the Rm Interface is

torn down.

Note: this could be due to the data cable being removed or the device power cycling.

ATCMD-089 CE MUST return “ERROR” for any other AT+CPER string

4 Qualcomm Proprietary AT Command Set

4.1.1 $QCMIP: The current value of the Mobile IP behavior

description

The current value of the Mobile IP behavior

format

AT$QCMIP?

<CR><LF>$QCMIP: <value><CR><LF>

AT$QCMIP=<value>

parameter

<value>

0: the Mobile IP behavior to Simple IP only

1: the Mobile IP behavior to MIP preferred with SIP fallback

2: the Mobile IP behavior to MIP only

example

AT$QCMIP?

$QCMIP: 1

OK

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AT$QCMIP=1

OK

note

CE MUST return “ERROR” for any other AT$QCMIP string

4.1.2 $QCMIPP: Return the current active Mobile IP profile

description

Return the current active Mobile IP profile

format

AT$QCMIPP?

<CR><LF>$QCMIPP: <X><CR><LF>

AT$QCMIPP=<X>

parameter

<X>

0 ~ 5

example

AT$QCMIPP?

$QCMIPP: 1

OK

note

CE MUST support “AT$QCMIPP=X” where X is an integer between 0 and 5

CE MUST return “ERROR” for any other AT$QCMIPP string

4.1.3 $QCMIPT:The current value of the “RFC 2002bis authentication” flag

description

The current value of the “RFC 2002bis authentication” flag

format

AT$QCMIPT?

<CR><LF>$QCMIPT: <value><CR><LF>

parameter

<value>

the valid return values for this command are 0, 1

example

AT$QCMIPT?

$QCMIPT: 1

OK

note

CE MUST return “ERROR” for any other AT$QCMIPT string

4.1.4 $QCMIPEP: Disable/Enable the active profile

description

Disable/Enable the active profile

format

AT$QCMIPEP?

<CR><LF>$QCMIPEP: <value><CR><LF>

AT$QCMIPEP=<value>

parameter

<value>

0: disable the active profile

1: enable the active profile

example

AT$QCMIPEP?

$QCMIPEP: 1

OK

AT$QCMIPEP=1

OK

note

CE MUST return “ERROR” for any other AT$QCMIPEP string

4.1.5 $QCMIPGETP: The values of the specified profile

description

The values of the specified profile

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format

AT$QCMIPGETP?

<CR><LF>$QCMIPGETP: <X>

AT$QCMIPGETP=<X>

Profile <X> (Enabled | Disabled)

NAI:

Home Address:

Primary HA:

Secondary HA:

MN-AAA SPI:

MN-HA SPI:

Reverse Tunneling: (0 for off | 1 for on)

RFC 2002bis: (0 for off | 1 for on)

MN-AAA SS: (set | unset)

NA-HA SS: (set | unset)

example

AT$QCMIPGETP?

$QCMIPGETP: 0

OK

AT$QCMIPGETP=0

Profile:0 Enabled

NAI:Unset

Home Addr:0.0.0.0

Primary HA:255.255.255.255

Secondary HA:0.0.0.0

MN-AAA SPI:2

MN-HA SPI:3

Rev Tun:0

MN-AAA SS:Unset

MN-HA SS:Unset

OK

note

CE MUST separate each line of the profile with exactly one carriage return and line

feed

CE MUST NOT display the SS (Shared Secret)

CE MUST return “ERROR” for any other AT$QCMIPGETP string

4.1.6 $QCMIPNAI: Set ASCII NAI string

description

Set ASCII NAI string

format

AT$QCMIPNAI?

or

<CR><LF>$QCMIPNAI: Unset<CR><LF>

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AT$QCMIPNAI=”< NAI >”,<Y>

parameter

<NAI>

the user entered ASCII NAI string

<Y>

0: not save the NAI to NV memory

1: save the NAI to NV memory

example

AT$QCMIPNAI?

user@domain,0

OK

AT$QCMIPNAI=”user@domain”,0

OK

note

CE MUST NOT save the NAI to NV memory if Y is set to 0

CE MUST use the user entered NAI only for the next MIP session if Y is set to 0.

Note: the device must use the user entered NAI for MIP reregistrations as well as the

initial MIP registration

CE MUST use the NAI stored in NV memory after the MIP session has deregistered

or expired if Y is set to 0

CE MUST save the NAI to NV memory if Y is set to 1

4.1.7 $QCMIPRT: Set user reverse tunneling flag

description

Set user reverse tunneling flag

format

AT$QCMIPRT?

<CR><LF>$QCMIPRT: <X>,<Y>

AT$QCMIPRT=<X>,<Y>

parameter

<X>

set the user reverse tunneling flag (0|1)

<Y>

0: not save the reverse tunneling flag to NV memory

1: save the reverse tunneling flag to NV memory

example

AT$QCMIPRT?

$QCMIPRT: 0,1

OK

AT$QCMIPRT=0,0

OK

note

CE MUST NOT save the reverse tunneling flag to NV memory if Y is set to 0

CE MUST use the user entered reverse tunneling flag only for the next MIP session

if Y is set to 0

CE MUST use the reverse tunneling flag stored in NV memory after the MIP session

has deregistered or expired if Y is set to 0

CE MUST save the reverse tunneling flag to NV memory if Y is set to 1

CE MUST return “ERROR” for any other AT$QCMIPRT string

4.1.8 $QCMIPMASS: Set ASCII Mobile Node AAA shared secret string

description

Set ACSII Mobile Node AAA shared secret string

AT Command User Manual V1.1 Open▲

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format

AT$QCMIPMASS=”<X>”,<Y>

AT$QCMIPMASS?

<CR><LF>$QCMIPMASS: (Set|Unset)

parameter

<X>

ASCII Mobile Node AAA shared secret string

<Y>

0: not save the change to NV memory

1: save the change to NV memory

example

AT$QCMIPMASS =”sprint”,0

OK

AT$QCMIPMASS?

$QCMIPMASS: Set

OK

note

the Mobile Node AAA shared secret string MUST be enclosed between double

quotes

4.1.9 $QCMIPMASSX: Set Hex Mobile Node AAA shared secret

description

Set Hex Mobile Node AAA shared secret

format

AT$QCMIPMASSX=”<X>”,<Y>

AT$QCMIPMASSX?

<CR><LF>$QCMIPMASSX: (Set|Unset)

parameter

<X>

the user entered hex Mobile Node AAA shared secret of up to 16 bytes

<Y>

0: not save the change to NV memory

1: save the change to NV memory

example

AT$QCMIPMASSX=”aaa”,0

OK

AT$QCMIPMASSX?

$QCMIPMASSX: Set

OK

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note

CE MUST return “ERROR” if the user entered Mobile Node AAA shared secret

begins with “0x” for AT$QCMIPMASSX.

CE MUST return “ERROR” and not save a Mobile Node AAA shared secret that is

longer than 16 bytes for AT$QCMIPMASSX.

CE MUST return “ERROR” and not save a Mobile Node AAA shared secret that is

longer than the maximum allowed length when using AT$QCMIPMASS.

CE MUST return “ERROR” and not save a Mobile Node AAA shared secret that

contains any characters other than (0-9,A-F,a-f) for AT$QCMIPMASSX.

CE MUST NOT save the Mobile Node AAA shared secret to NV memory if Y is set

to 0.

CE MUST use the user entered Mobile Node AAA shared secret only for the next

MIP session if Y is set to 0.

CE MUST use the Mobile Node AAA shared secret stored in NV memory after the

MIP session has deregistered or expired if Y is set to 0.

CE MUST save the Mobile Node AAA shared secret to NV memory if Y is set to 1

4.1.10 $QCMIPMHSS: Set ASCII Mobile Node Home Agent shared secret

description

Set ASCII Mobile Node Home Agent shared secret string

format

AT$QCMIPMHSS=”<X>”,<Y>

AT$QCMIPMHSS?

<CR><LF>$QCMIPMHSS: (Set|Unset)

parameter

<X>

the user entered ASCII Mobile Node Home Agent shared secret string

<Y>

0: NOT save the reverse tunneling flag to NV memory

1: save the reverse tunneling flag to NV memory

example

AT$QCMIPMHSS=“1234”,0

OK

AT$QCMIPMHSS?

$QCMIPMHSS: Unset

OK

note

The Mobile Node Home Agent shared secret string MUST be enclosed between

double quotes

4.1.11 $QCMIPMASSX: Set hex Mobile Node Home Agent shared secret

description

Set hex Mobile Node Home Agent shared secret

format

AT$QCMIPMHSSX=”<X>”,<Y>

AT$QCMIPMHSSX?

<CR><LF>$QCMIPMHSSX: (Set|Unset)

AT Command User Manual V1.1 Open▲

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parameter

<X>

the user entered hex Mobile Node Home Agent shared secret of up to 16 bytes

<Y>

0: not save the change to NV memory

1: save the change to NV memory

example

AT$QCMIPMHSSX = “aaaaaa”,0

OK

AT$QCMIPMHSSX?

$QCMIPMHSSX: Set

OK

note

CE MUST return “ERROR” if the user entered Mobile Node Home Agent shared

secret begins with “0x” for AT$QCMIPMHSSX

CE MUST return “ERROR” and not save a Mobile Node Home Agent shared secret

that is longer than 16 bytes for AT$QCMIPMHSSX

CE MUST return “ERROR” and not save a Mobile Node Home Agent shared secret

that is longer than the maximum allowed length when using AT$QCMIPMHSSX.

CE MUST return “ERROR” and not save a Mobile Node Home Agent shared secret

that contains any characters other than (0-9,A-F,a-f) for AT$QCMIPMHSSX

CE MUST NOT save the Mobile Node Home Agent shared secret to NV memory if

Y is set to 0

CE MUST use the user entered Mobile Node Home Agent shared secret only for the

next MIP session if Y is set to 0

CE MUST use the Mobile Node Home Agent shared secret stored in NV memory

after the MIP session has deregistered or expired if Y is set to 0.

CE MUST save the Mobile Node Home Agent shared secret to NV memory if Y is

set to 1

4.1.12 $QCMIPMASPI: Set Mobile Node AAA SPI integer value

description

Set Mobile Node AAA SPI integer value the change to NV memory

format

AT$QCMIPMASPI?

<CR><LF>$QCMIPMASPI: <X>,<Y>

AT$QCMIPMASPI=<X>,<Y>

parameter

<X>

the user entered Mobile Node AAA SPI integer value between (0-4294967295)

<Y>

0: not save the change to NV memory

1: save the change to NV memory

example

AT$QCMIPMASPI?

$QCMIPMASPI: 2,1

OK

AT$QCMIPMASPI=1234,0

OK

note

CE MUST return “ERROR” for any other AT$QCMIPMASPI string.

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4.1.13 $QCMIPMHSPI: Set Mobile Node Home Agent SPI integer value

description

Set Mobile Node Home Agent SPI integer value the change to NV memory

format

AT$QCMIPMHSPI?

<CR><LF>$QCMIPMHSPI: <X>,<Y>

AT$QCMIPMHSPI=<X>,<Y>

parameter

<X>

the user entered Mobile Node Home Agent SPI integer value between

(0-4294967295)

<Y>

0: not save the change to NV memory

1: save the change to NV memory

example

AT$QCMIPMHSPI?

$QCMIPMHSPI: 3,1

OK

AT$QCMIPMHSPI=1234,0

OK

note

CE MUST return “ERROR” for any other AT$QCMIPMHSPI string.

4.1.14 $QCMIPPHA: Set Primary Home Agent IP Address

description

Set Primary Home Agent IP Address

format

AT$QCMIPPHA?

<CR><LF>$QCMIPPHA: <X>,<Y>

AT$QCMIPPHA =”<X>”,<Y>

parameter

<X>

the Primary Home Agent IP Address string MUST be enclosed between double

quotes. Valid values for X are ( (0-255).(0-255).(0-255).(0-255))

<Y>

0: not save the change to NV memory

1: save the change to NV memory

example

AT$QCMIPPHA?

$QCMIPPHA:192.168.1.10,0

OK

AT$QCMIPPHA=”192.168.1.10”,0

OK

note

CE MUST return “ERROR” for any other AT$QCMIPPHA string.

4.1.15 $QCMIPSHA: Set secondary Home Agent IP Address

description

Set secondary Home Agent IP Address

format

AT$QCMIPSHA?

<CR><LF>$QCMIPSHA: <X>,<Y>

AT$QCMIPSHA =”<X>”,<Y>

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parameter

<X>

the Secondary Home Agent IP Address string MUST be enclosed between double

quotes. Valid values for X are ( (0-255).(0-255).(0-255).(0-255)).

<Y>

0: NOT save the change to NV memory

1: save the change to NV memory

example

AT$QCMIPSHA?

$QCMIPSHA: 192.168.1.10,0

OK

AT$QCMIPSHA=“192.168.1.10”,0

OK

note

CE MUST return “ERROR” for any other AT$QCMIPSHA string.

4.1.16 $QCMIPHA: Set Home Agent IP Address

description

Set Home Agent IP Address the change to NV memory

format

AT$QCMIPHA?

<CR><LF>$QCMIPHA: <X>,<Y>

AT$QCMIPHA =”<X>”,<Y>

parameter

<X>

the Home Agent IP Address string MUST be enclosed between double quotes. Valid

values for X are ((0-255).(0-255).(0-255).(0-255)).

<Y>

0: NOT save the change to NV memory

1: save the change to NV memory

example

AT$QCMIPHA?

$QCMIPHA: 192.168.1.1,0

OK

AT$ QCMIPHA=”192.168.1.10”,0

OK

note

CE MUST return “ERROR” for any other AT$QCMIPHA string.

CE MUST use the IP Address in NV memory after the MIP session has deregistered

or expired if Y is set to 0

5 Sprint Specific AT Commands

5.1 CDMA AT Commands

5.1.1 ATD: Make a packet data call

description

Make a packet data call

format

ATD<number>

example

ATD#777

OK

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note

CE MUST ignore any <number> and establish a packet data call.

Note: in the past only #777, which is configured in a NV item, would cause the

device to establish a packet data connection. As Sprint no longer allows any other

type of data connection with our devices, this requirement will in effect disable the

ability to use the device as a modem or fax

5.1.2 $MDN: Return the 10 digit mobile directory number

description

Return the 10 digit mobile directory number

format

AT$MDN?

parameter

<value>

The 10 digit mobile directory number

example

AT$MDN?

$MDN: 1111111111

OK

note

CE MUST return “ERROR” for any other AT$MDN string

5.1.3 $MSID: Return Mobile Station ID

description

Return Mobile Station ID

format

AT$MSID?

parameter

<value>

the 10 digit mobile directory number

example

AT$MSID?

$MSID: 0966661668

OK

note

CE MUST return “ERROR” for any other AT$MSID string.

5.1.4 $MIPERR: Return the last MIP error code received by the device

description

Return the last MIP error code received by the device

format

AT$MIPERR?

<CR><LF>$MIPEER: <value><CR><LF>

parameter

<value>

the last MIP error code

example

AT$MIPERR?

$MIPERR: 0

OK

note

CE MUST return “ERROR” for any other AT$MIPERR string.

5.1.5 $ERI: Return the current Enhanced Roaming Indicator value

description

Return the current Enhanced Roaming Indicator value

format

AT$ERI?

parameter

<value>

decimal as defined in the Sprint Enhanced Roaming Indicators document [9]

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example

AT$ERI?

$ERI: 0

OK

note

CE MUST return “ERROR” for any other AT$ ERI string

5.1.6 $ROAM: Set the device mode

description

Set the device mode

format

AT$ROAM=<N>

AT$ROAM=?

parameter

<N>

0:set the device to Sprint only mode

1:set the device to automatic mode

example

AT$ROAM=1

OK

AT$ROAM?

$ROAM: 1

OK

note

CE MUST return "ERROR" for any other AT$ROAM string

CE MUST set the default value of AT$ROAM to the value defined in the Sprint

PRI Template Program Release Instructions and factory default template [6]

5.1.7 $RMGUARD: Set roam guard(Not implemented)

description

Set roam guard

format

AT$RMGUARD=<N>

AT$RMGUARD=?

<CR><LF>$RMGUARD: <N><CR><LF>

parameter

<N>

1:set roam guard to never ask

2:set roam guard to always ask

example

AT$RMGUARD=1

OK

AT$RMGUARD=?

$RMGUARD: 1

OK

note

CE MUST return "ERROR" for any other AT$RMGUARD string

CE MUST set the default value of AT$RMGUARD to the value defined in the

Sprint PRI Template Program Release Instructions and factory default template [6]

5.2 OMA-DM commands

5.2.1 +OMADM: Disable/Enable OMA-DM capabilities

description

Disable/Enable OMA-DM capabilities, save the OMA-DM setting through power

cycles

format

AT+OMADM=<N>

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AT+OMADM=?

<CR><LF>+OMADM: <N><CR><LF>

parameter

<N>

0:disable OMA-DM capabilities, ignore network initiated OMA-DM WAP Push

messages. If the user attempts a client initiated OMA-DM session when

OMA-DM is disabled, the CE MUST perform a client initiated OMA-DM session

but will not enable OMA-DM capabilities

1:enable OMA-DM capabilities

2:launch a client initiated OMA-DM session

Note: if OMA-DM is currently disabled this AT command will launch a client

initiated OMA-DM session but will not enable OMA-DM capabilities

example

AT+OMADM=1

OK

AT+OMADM=?

+OMADM: 1

OK

note

CE MUST ignore network initiated OMA-DM WAP Push messages when

OMA-DM is disabled

CE MUST set the default value of AT+OMADM to 1

5.2.2 +OMALOG: Disable/Enable OMA-DM client logging

description

Disable/Enable OMA-DM client logging

format

AT+OMALOG=<N>

AT+OMALOG=?

<CR><LF>+OMALOG: <N><CR><LF>

parameter

<N>

0:disable OMA-DM client logging

1:enable OMA-DM client logging. CE MUST write the complete OMA-DM XML

transactions to a single file in the EFS for later retrieval when OMA-DM client

logging is turned on

example

AT+OMALOG=1

OK

AT+OMALOG=?

+OMALOG: 1

OK

note

CE MUST return "ERROR" for any other AT+OMALOG string

CE MUST set the default value of AT+OMADM to 0

5.2.3 +FUMO: Disable/Enable FUMO capabilities

description

Disable/Enable FUMO capabilities

format

AT+FUMO=<N>

AT+FUMO=?

parameter

<N>

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0:disable FUMO capabilities

1:enable FUMO capabilities

2:perform a client initiated FUMO session, but will not enable FUMO capabilities

example

AT+FUMO=1

OK

AT+FUMO=?

+FUMO: 1

OK

note

CE MUST set the default value of AT+FUMO to 1

CE MUST return "ERROR" for any other AT+FUMO string

5.2.4 +PRL: Get CDMA PRL version of the device

description

Get CDMA PRL version of the device

format

AT+PRL?

AT+PRL=<N>

AT+PRL=?

parameter

<N>

0: disable PRL update capabilities

1: enable PRL update capabilities.

2: perform a client initiated PRL update

3: set the device to check for PRL updates every 45 days

4: set the device to check for PRL updates every 90 days.

example

AT+PRL=1

OK

AT+PRL=?

+PRL: 1

OK

note

CE MUST set the default value of AT+PRL to 1

CE MUST return "ERROR" for any other AT+PRL string

5.3 Device reset commands

5.3.1 $RTN: Set the device to factory defaults

description

Set the device to factory defaults

format

AT$RTN=<N>

parameter

<N>

the device MSL

example

AT$RTN=000000

OK

note

CE MUST set the device to factory defaults and power cycle the device if the correct

MSL is entered

CE MUST return "ERROR" if the MSL is not correct and not power cycle the device

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CE MUST return "ERROR" for any other AT$RTN string

5.3.2 $RESET: Initiate a device power cycle

description

Initiate a device power cycle

format

AT$RESET

example

AT$RESET

OK

note

CE MUST support "AT$RESET" which will immediately initiate a device power

cycle

5.4 LED commands

5.4.1 +LED: Disable/Enable all LEDs on the device(not supported)

description

Disable/Enable all LEDs on the device

format

AT+LED=<N>

AT+LED?

parameter

<N>

1:disable all LEDs on the device

2:enable all LEDs on the device

example

AT+LED=1

OK

AT+LED=?

+LED: 1

OK

note

for data only devices

5.5 Debug commands

5.5.1 +SERVICE: Return the integer index of data service

description

Return the integer index of data service

format

AT+SERVICE?

<CR><LF>+SERVICE: <value><CR><LF>

parameter

<value>

0: No Service

1: 1xRTT

2: EVDO Rev 0

3: EVDO Rev A

4: GPRS

5: UMTS

6: EDGE

7: WiMax

8: WiFi

9: LTE

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example

AT+SERVICE?

+SERVICE: 3

OK

note

This command will return either the service of the active data session or the service

that will be attempted when a data session will be established.

5.5.2 $1XRXPWR: Return CDMA 1X channel, Pilot, and immediate RSSI

description

Return the CDMA 1X channel, Pilot, and immediate RSSI measurements in dBm for

each antenna on separate lines in the format

format

AT$1XRXPWR?

<CR><LF>$1XRXPWR: <antenna>,<Channel>,

<LF>

example

AT$1XRXPWR?

0,100,247,-85.5

OK

note

If the device does not support multiple antennas, only one value is returned. If the

device supports multiple antennas, the primary antenna is listed first followed by

additional antennas

5.5.3 $DORXPWR: Return the EVDO channel, Pilot, and immediate RSSI

description

Return the EVDO channel, Pilot, and immediate RSSI measurements in dBm for

each antenna on separate lines in the format

format

AT$DORXPWR?

<CR><LF>$DORXPWR: <antenna>,<Channel>,

<LF>

example

AT$DORXPWR?

0,100,247,-85.5

OK

note

If the device does not support multiple antennas, only one value is returned. If the

device supports multiple antennas, the primary antenna is listed first followed by

additional antennas

5.5.4 $1XECIO: Return the CDMA 1X Channel, Pilot, and immediate Ec/Io

description

Return the CDMA 1X Channel, Pilot, and immediate Ec/Io measurements in dB for

each antenna on separate lines in the format

format

AT$1XECIO?

<CR><LF>$1XECIO: <antenna>,<Channel>,

<LF>

example

AT$1XECIO?

0,50,247,-85.5

OK

note

If the device does not support multiple antennas, only one value is returned. If the

device supports multiple antennas, the primary antenna is listed first followed by

additional antennas

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5.5.5 $DOECIO: Return EVDO channel, Pilot, and immediate RSSI

description

return the EVDO channel, Pilot, and immediate RSSI measurements in dBm for each

antenna on separate lines in the format

format

AT$DOECIO?

<CR><LF>$DOECIO: <antenna>,<Channel>,

<LF>

example

AT$DOECIO?

0,100,247,-2.4

OK

note

If the device does not support multiple antennas, only one value is returned. If the

device supports multiple antennas, the primary antenna is listed first followed by

additional antennas

5.5.6 $DEBUG: Return the debug information

description

Return the debug information

format

AT$DEBUG?

parameter

example

AT$DEBUG?

1x Engineering

State : Idle

SO : 3

….

OK

5.6 Location commands(only support MC2718)

5.6.1 $LOCATION: Enable/Disable the location service

description

Enable/Disable the location service

format

AT$LOCATION=<flag>

AT$LOCATION=?

OK<CR><LF>

example

AT$LOCATION=1

OK

AT$LOCATION=?

1

OK

note

CE MUST support "AT$LOCATION=0" which will disable location services

CE MUST support "AT$LOCATION=1" which will enable location services

CE MUST support "AT$LOCATION=?" which will return the status of location

services

The command will return 0 if locations services are disabled and return 1 if location

services are enabled

5.6.2 $PDE: Set PDE Server IP and Port

description

Set PDE Server IP and Port

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format

AT$PDE=<IP>,<port>

example

AT$ PDE=192.168.1.1,6000

OK

note

IP is the IPv4 address in dotted decimal format

(<0-255>.<0-255>.<0-255>.<0-255>)

Port is the numeric port (0-65535) for the PDE server

5.6.3 $GETLOCATION: Get the device current location in the specified format

description

Get the device current location in the specified format

format

AT$GETLOCATION

<CR><LF>MM/DD/YYYY, HH:MM:SS,

±DD.dddddd, ±DDD.dddddd, ±nnnn,nnnnnn, nnn,

±DDD.dd, nn<CR><LF>

example

AT$GETLOCATION

09/24/2009, 21:43:57, 39.012345, -104.012345, +312,

1234567, 1234567, 40, 359.93, 13

parameter

See table 3-1

note

CE MUST support "AT$GETLOCATION" which will return the device current location in

the specified format

CE MUST return the text "UNK" for any parameter which isn‟t known in the

AT+GETLOCATION return string

CE MUST return "ERROR" if the location position is not able to be retrieved.

CE will include the case where location services are turned off and the user issues the

AT+GETLOCATION command

Table 3-1 Location Field Description

Field

Format

Example

Comment

Date samp-GMT

MM/DD/YYYY

09/24/2009

24 hour time

stamp-GMT

HH:MM:SS

21:43:57

Latitude in decimal

degrees

+/-DD.dddddd

39.012345

Latitude North =+

Latitude South =-;

Max of 90.000000 degrees;

Latitude *180/2^25;

Longitude in

decimal degrees

+/-DDD.dddddd

-104.0125345

Longitude East is +,

Longitude West is -;

Max of 180.000000 degrees

Longitude*360/10^26

Elevation in meters

+/-nnnn

+321

In meters above [+]or below [-] sea

level with reference to the WGS-84

reference Ellipsoid

HEPE in meters

nnnnnn

123654

Inter valued,negative not allowed

HEPE=SQRT((LOC_UNCRTNTY_A*

LOC_UNCRTNTY_A))+

(LOC_UNCRTNTY_P*

AT Command User Manual V1.1 Open▲

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LOC_UNCRTNTY_P))

Speed in meters per

second

nnn

40

Inter valued,negative not allowed

Bearing in decimal

degrees

=/-DDD.dd

359.93

In positive decimal degrees;negatives

not allowed

Bearing = Heading*360/2^10

#satellites used in

location fix

nn

13

Inter valued,negative not allowed

5.6.4 $LOCMODE: Set the GPS location mode

description

Set the GPS location mode

format

AT$LOCMODE=<mode>

AT$LOCMODE=?

example

AT$LOCATION=4

OK

AT$LOCMODE=?

4

OK

note

Once the next AT$ LOCMODE has been executed the device needs to

return to the default location mode

CE MUST reset the location acquisition mode after a location acquisition

request has been executed, regardless of the execution was successful or

not

CE MUST return "ERROR" for any other AT$LOCMODE string

<mode> Parameter:

“AT$LOCMODE=1” to set the GPS location fix to MS-Assisted using the following values.

Sessin Type

Single Shot Fix

Operational mode

MS-Assisted

PDE IP Address and Port

Current device stored values

Quality of Service

16

Number of Fixes

1

Time Between Fixes

1

“AT$LOCMODE=2” to set the GPS location fix to MS-Based using the following values.

Sessin Type

Tracking

Operational mode

MS-Based

PDE IP Address and Port

Current device stored values

Quality of Service

16

Number of Fixes

9999

Time Between Fixes

1

AT Command User Manual V1.1 Open▲

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“AT$LOCMODE=3” to set the GPS location fix to AFLT using the following values.

Sessin Type

Single Shot Fix

Operational mode

MS-Assisted

PDE IP Address and Port

Current device stored values

Quality of Service

0

Number of Fixes

1

Time Between Fixes

1

“AT$LOCMODE=4” to set the GPS location fix to Autonomous using the following values.

Sessin Type

Tracking

Operational mode

Autonomous GPS

Quality of Service

255

Number of Fixes

9999

Time Between Fixes

1

“AT$LOCMODE=?” Return the current value of the location mode

Return value

Meaning

1

MS-Assisted

2

MS-Based

3

AFLT

4

Autonomous

5.6.5 $NMEA: Enable/Disable the NMEA 183 standard stream

description

Enable /Disable the NMEA 183 standard stream

format

AT$NMEA=<flag>

AT$NMEA=?

example

AT$NMEA=1

OK

AT$NMEA＝?

1

OK

note

CE MUST support "AT$NMEA=0" which will enable the NMEA 183 standard

stream

CE MUST support "AT$NMEA=1" which will disable the NMEA 183 standard

stream

CE MUST support "AT$NMEA=?" which will return the NMEA 183 standard

stream setting

CE will return 0 if the stream is off and 1 if the stream is on.

CE MUST only return the following NEMA 183 sentences: $GPGGA, $GPGSA,

$GPGSV, $GPRMC, $GPVTG

AT Command User Manual V1.1 Open▲

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FCC Regulations:

This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions:

(1) This device may not cause harmful interference, and (2) this device must accept any interference

received, including interference that may cause undesired operation.

This device has been tested and found to comply with the limits for a Class B digital device, pursuant to

Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful

interference in a residential installation. This equipment generates, uses and can radiated radio frequency

energy and, if not installed and used in accordance with the instructions, may cause harmful interference to

radio communications. However, there is no guarantee that interference will not occur in a particular

installation If this equipment does cause harmful interference to radio or television reception, which can be

determined by turning the equipment off and on, the user is encouraged to try to correct the interference by

one or more of the following measures:

-Reorient or relocate the receiving antenna.

-Increase the separation between the equipment and receiver.

-Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

-Consult the dealer or an experienced radio/TV technician for help.

Changes or modifications not expressly approved by the party responsible for compliance could void the

user„s authority to operate the equipment.

The antenna(s) used for this transmitter must not be co-located or operating in conjunction with any other

antenna or transmitter.

RF Exposure Information

This device meets the government‟s requirements for exposure to radio waves.

This device is designed and manufactured not to exceed the emission limits for exposure to radio frequency

(RF) energy set by the Federal Communications Commission of the U.S. Government.

This device complies with FCC radiation exposure limits set forth for an uncontrolled environment. In

order to avoid the possibility of exceeding the FCC radio frequency exposure limits, human proximity to

the antenna shall not be less than 20cm (8 inches) during normal operation.

When the module is installed in the host device, the FCC ID label must be visible through a window on the

final device or it must be visible when an access panel, door or cover is easily re-moved. If not, a second

label must be placed on the outside of the final device that contains the following text: “Contains FCC ID:

Q78-MC2718”

ZTE MC2718 CDMA2000 1X EV-DO Wireless Module User Manual

ZTE Corporation CDMA2000 1X EV-DO Wireless Module

User Manual

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