Omni TA128 Command reference
referentie Z043B
Met het commando at$ is deze op te roepen.
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Omni TA128 User's Manual
Quick Reference Guide
For Firmware Version 2.07 and higher
BASIC 'AT' COMMANDSET
Command Function & Description Ref.
A/ Re-execute the last command once.
A> Re-execute the last command once or repeat the
last call up to 9 times.
Terminate current connection attempt when enter
in handshaking state.
+++ Escape sequence code, entered in data state, wait
for TA128 to return to command state.
ATA Go on-line in answer mode. (See also S39b2)
ATABn
B1 Excite a leased line connection using B1 channel
on answer mode.
B2 Excite a leased line connection using B2 channel
on answer mode.
B3 Excite leased line connection using B1 and B2
channel on answer mode.
ATBnn Select ISDN Teleservice S102
'B' must be followed by two digits.
B0n X.75 :
B00 X.75 Transparent
B01 X.75 T.70
B04 BTX (Datex-J)
B10 V.110 User rate follows DTE speed (async)
User rate determined by in-band negotiation (sync)
B11 V.110 user rate = 64000 bps (sync mode) S117
B13 V.110 user rate = 2400 bps
B14 V.110 user rate = 4800 bps
B15 V.110 user rate = 9600 bps
B16 V.110 user rate = 14400 bps
B17 V.110 user rate = 19200 bps
B18 V.110 user rate = 38400 bps (async only)
B19 V.110 user rate = 57600 bps (async only)
B20 V.120
B40 PPP async to sync conversion
B41 SLIP to sync HDLC conversion
ATBPn n=0-1 Configuration PPP BACP/BAP negotiation
BP0 Disable PPP BACP/BAP
BP1 * Enable PPP BACP/BAP
ATCBn n=0-1 Configuration of embedded protocol analyzer S84b1
CB0 Disable the capture of B channel protocols
CB1 Enable the capture of B channel protocols
ATCCn n=0-1 Configuration of embedded protocol analyzer S84b0
CC0 Disable the capture of DTE-DCE interface
protocols
CC1 Enable the capture of DTE-DCE interface
protocols
ATCDn n=0-1 Configuration of embedded protocol analyzer S84b2
CD0 Disable the capture of D channel protocols
CD1 Enable the capture of D channel protocols
ATCEn n=0-1 Call bumping control for PPP/MP and CCB S85b0
CE0 Disable the call bumping function
CE1 * Enable the call bumping function
ATCG Diagnostics
ATCH? Display the accumulated charging unit of the
last call.
ATCI Prefix number string to be added to the
Calling-party-number before indicating to the
DTE when the type of number denotes
international.
ATCLn n=0-2048 Maximum size of user data in a packet (number
of bytes)
ATCL? Enquire current setting of ATCLn
ATCN Prefix number string to be added to the
Calling-party-number before indicating to the
DTE when the type of number denotes national.
ATCPn n=0-1 Loopback 4 control S83b0
CP0 Disable Loopback 4
CP1 Enable Loopback 4
ATCRn n=0-3 *0 Resumes a previously suspended call, n is the
call identifier(Europe)
ATCSn n=0-3 *0 Suspend a call, n is the call identifier(Europe)
ATCT Clear buffer and start the embedded protocol
analyzer. Capture data immediately and start
timer.
ATC$ Invoke the interpretation function of the
embedded protocol analyzer and display the
results on DTE
ATDs Dial s (number and options) that follows (see
also S38b0, S35b4). The options of s are listed
as follows :
, Pause for a time specified in S8. Remaining
digits will be dialed as in-band DTMF.
Y0 * Unknown type of number
Y1 International number
Y2 National number
Y3 Network specific number
Y4 Subscriber number
Y6 Abbreviated number
Z0 * Type of subaddress - NSAP with AFI=$50, IA5
characters
Z2 Type of subaddress - user specified, IA5
characters
N0 * Unknown numbering plan
N1 ISDN/Telephony numbering plan (CCITT E.164/
E.163)
N3 Data numbering plan (CCITT X.121)
N8 National standard numbering plan
N9 Private numbering plan
/ Called party subaddress delimiters
The format of s will be :
[[Yn][Nn]called_party_Number][[W][,]]inband_dtmf_number
or [[Yn][Nn]called_party_Number][/[Zn]called_party_subaddress/]
ATDAs Dial s (number and options) that follows
for the POTS port, Phone 1
ATDBs Dial s (number and options) that follows
for the POTS port, Phone 2
ATDBn connection option if the leased line mode is just
selected after power-on
DB1 use B1 channel in originate mode.
DB2 use B2 channel in originate mode.
DB3 use both of B1 and B2 channel in originate mode.
ATDIs Dial s (number and options) that follows
for ISDN data call
ATDL Repeat last ATD command
ATDNn n=0,1 Set the Directory Numbers (USA)
ATDN0=xxxxxx set the DN0 value
ATDN0= clear the DN0
ATDN? query present DNs
ATDSn n=0-39 Dial number stored in NVRAM at location 'n', S44b3
use '+' to dial two consecutive numbers for
bundling or PPP/MP calls
ATEn Command mode local echo of keyboard commands. S23b0
E0 Echo off
E1 * Echo on
ATHn On/off hook control
H0 * Hang up (on-hook) ISDN Data Call, same as 'ATH'
H3 Hang up the POTS port, Phone 1
H4 Hang up the POTS port, Phone 2
ATHWR Hardware reset S38b2
ATIn Display inquired information
I0 Display product code, same as 'ATI'.
Results: 1281 (USA)
1282 (DSS1)
1283 (1TR6)
I1 Display product information and ROM checksum
Results: Omni TA128 : V x.xx
where = USA, DSS1, or 1TR6
I3 Display link status report of ISDN call
I9 Display Microsoft PnP code
I11 Display PPP status.
ATJAn n=0-255 *48 Add-threshold for PPP/MP Bandwidth-On-Demand S126
in Kbps unit,
ATJSn n=0-255 *32 Sub-threshold for PPP/MP Bandwidth-On-Demand S127
in Kbps unit
ATKAxn n=0-63 *0 Add-persist time interval for BOD, S85b1-7
BOD disabled if n=0
x= M(in Minute unit) or S(in Second unit)
ATKSxn n=0-63 *0 Sub-persist time interval for BOD, S125b1-7
x= M(in Minute unit) or S(in Second unit)
ATLn n=0-3 *2 Speaker volume control. The higher the value S24b4-5
,the higher the volume.
ATMn Speaker control. S21b1-2
M0 Speaker always OFF.
M1 * Speaker ON until call is answered.
M2 Speaker always ON.
ATNn n=0-3 *2 Ring volume control.'N0' will disable S24b0-1
the ring function.
ATO Return to on-line state
ATPn n=0-6 D-channel protocol selection(USA)
for American Version
P0 * Northern Telecom proprietary ISDN
P1 National ISDN 1(1 SPID)
P2 National ISDN 1(2 SPID)
P3 reserved
P4 AT&T proprietary point-to-point
P5 AT&T proprietary point-to-multipoint(1 SPID)
P6 AT&T proprietary point-to-multipoint(2 SPID)
ATQn Result code displayed S23b7
Q0 * TA128 returns result code.
Q1 TA128 does not return result code.
Q2 TA128 returns result code but quiet after S40b1
answering on a RING. (will not show in AT&Vn)
ATSr.b=n Set bit 'b' of S-register 'r' to value 'n'.
'n' is a binary digit '0' or '1'.
ATSr.b? Display value of bit 'b' of S-register 'r'.
ATSr=n Set S-register 'r' to value 'n'. 'n' must be a
decimal number between 0 and 255.
ATSr? Display value stored in S-register 'r'.
ATSPIDr=nnn... User enters Service Profile ID nnnn...(USA only)
SPID0 First SPID number
SPID1 Second SPID Number, if any
ATSPID? Display the SPID setting(s) (USA only)
ATSWR Software reset S38b2
ATUNIT=xxxx (0.001 ->65) save the charging fee per unit to NVRAM.
ATUNIT? view the value of charging fee per unit.
ATUPX Upload firmware to the Flash EPROM
ATVn Verbal/Numeric result codes. S23b6
V0 Display result code in numeric form. (See also
S35b7 and the result code table of 'ATXn')
V1 * Display result code in verbose form.
ATXn n=0-7 *5 Result code options, see the Options Table S23b3-5
ATZn n=0-4 Reset TA128 and set power-on profile. S15b5-7
Zn Reset TA128 and load user profile n (0-3).
Z4 Reset TA128 and load factory settings.
AT$ Basic command summary help
EXTENDED 'AT&' COMMAND SET
Command Function & Description Ref.
&Cn Carrier Detect (CD) options S21b4
&C0 CD always ON (See also S42b7)
&C1 * CD tracks presence of carrier.
(See also S38b3)
&Dn Data Terminal Ready (DTR) options. S21b6-7
(See also S25)
&D0 Ignore DTR signal, assume DTR is always ON.
&D1 108.1, DTR OFF-ON transition causes dial of the
default number. (See also 'AT*Dn' and S48b4)
Note: This function is ignored when power on.
&D2 * 108.2, Data Terminal Ready, DTR OFF causes the
TA128 to hang up.
&D3 Same as &D2 but DTR OFF causes the TA128 to
hang up and reset from profile 0.
&En B channel line speed for ISDN data call S118b2
&E0 * 64Kbps
&E1 56Kbps (Default for American ISDN)
&F Load factory settings to RAM as active
configuration.
&Hn DTE port 1 Data flow control, DTE/DCE. S27b3-5
&H0 Flow control disabled.
&H3 * Hardware (CTS/RTS) flow control.
&H4 Software (XON/XOFF) flow control.
&In Dial-up/leased line options S14b2-3
&I0 * dial-up line mode.
&I1 leased line mode in B1 channel, dial-up in B2 channel.
&I2 leased line mode in B2 channel, dial-up in B1 channel.
&I3 leased line mode in both B1 and B2 channel.
&Jn Bundle selection (See also S100) S87b5-6
&J0 * Bundle connection is disabled
&J1 Bundle connection is enabled in answer
mode only
&J2 Bundle connection is enabled in call
mode only
&J3 Bundle connection is enabled in both
directions
&Knn PPP/V.120/X.75 data compression control
&K must be followed by two digits S83b2
&K00 Disable compression
&K44 Enable V.42bis (PPP/V.120/X.75), STAC (PPP)
&Ln POTS port selection during call answering S84b5
&L0 Set priority to POTS port, Phone 1
&L1 Set priority to POTS port, Phone 2
&Mn Synchronous/asynchronous mode options.
&M0 * Asynchronous mode with data buffering.
&M1 Asynchronous command, synchronous data
&M3 Synchronous mode.
&On Set default call type for conventional dialing S83b4-5
commands
&O0 ATDs, ATDPs, and ATDTs default to make
calls for the POTS port, Phone 2
&O2 ATDs, ATDPs, and ATDTs default to make ISDN
data calls
&O3 ATDs, ATDPs, and ATDTs default to make calls
for the POTS port, Phone 1
&Rn RTS (Request To Send) function selection, used S21b5
in synchronous mode only.
&R0 CTS tracks RTS, response delay is set in S26.
&R1 * Ignore RTS, assumes RTS always ON.
&Sn Data Set Ready (DSR) function selection. S21b3
&S0 * DSR overridden, DSR always ON.
&S1 DSR according to CCITT (ITU-TSS).
(See also S41b5, S44b4)
&Tn TA128 testing.
&T9 Initiate ISDN loopback test
&T10 Initiate ISDN loopback with self test
&T11 Initiate ISDN loopback from B1 through switch to B2.
&Vn View profile settings.
&V0 View current active settings.
&Vn View the (n-1)th user profile settings (n=1-4)
&V5 View factory default settings.
&V6 View POTS port, Phone 1 setting
&V7 View POTS port, Phone 2 setting
&Wn n=0-3 Write current settings to user profile n in
NVRAM. (See also S35b6)
&Z? Display all the phone numbers stored in NVRAM.
&Zn=s n=0-39 Write phone number s to NVRAM at location n
(n=0-39) use AT*Dn or ATS29=n to set the
default dial pointer.
&ZIn=s n=0-7 Assign the phone number (including
subaddress, if any) for various B-channel
protocols. In answer mode, these numbers
will be compared with the received called
party number or called party subaddress
information. The call will be accepted using
the specific protocol if the assigned number
of this protocol matches with the called
party number.
&ZI0=s Assign the phone number for X.75
&ZI1=s Assign the phone number for V.110
&ZI2=s Assign the phone number for V.120
&ZI3=s Assign the phone number for PPP, PPP/MP
&ZI4=s Assign the phone number for ISDN data
(Multi-Auto answering, auto detect the protocols)
&ZI5=s Assign the phone number for DTE Port 2
&ZI6=s Assign the phone number for POTS port, Phone 2
&ZI7=s Assign the phone number for POTS port, Phone 1
&ZI? Display the phone number (including subaddress
, if any) for various B-channel protocols
&ZOx=s Write own phone number (including subaddress, if any).
The number specified by &ZOx will be used as the
calling party number while dialing
x = I(ISDN), A(POTS port, Phone 1) or
B(POTS port, Phone 2)
&ZO? Display the own phone numbers assigned via
the AT&ZOx=s command
EXTENDED 'AT*' COMMAND SET
Command Function & Description Ref.
*An DTE port 2 speed (bps). S43b0-2
*A1 * 115200
*A2 76800
*A3 57600
*A4 38400
*A5 19200
*A6 9600
*A7 2400
*Cn Character length, including start, stop S15b3-4
and parity bit.
*C0 * DTE port 1 10-bit character length.
*Dn n=0-39 Set default dial pointer at telephone S29
directory location n.
*D0 * (See also S35b4 and S38b0)
*Gn Security function selection. S36b5-7
*G0 * Disable security function.
*G1 Enable type 1 security, with password check
(Proprietary).
*G2 Enable type 1 security, with password check
and call back (Proprietary).
*G3 Enable type 2 security, with password check.
*G4 Enable type 2 security, with password check
and call back.
*G5 Enable type 2 security, with password check
and call back, remote site enters the call
back number.
*GCn Call-back function selection. S119b0
*GC0 * Disable call-back function.
*GC1 Enable call-back function
*HCn n=0-4 Assign call back phone number.
*Hn n=0-39 Modify user password table at location n.
*HS Modify supervisory password (Default: see user's
manual).
*In Command set selection.
*I0 * AT command set.
*I1 V.25bis command set.
*Mn Leased line auto-handshake mode selection S14b0
*M0 * Leased line auto-handshake on Originate mode
*M1 Leased line auto-handshake on Answer mode
*Nn DTE port 2 parity, character length, stop bit S46b0-1
*N0 * DTE port 2 N/8/1
*On DTE port 2 flow control S45b0-1
*O0 DTE port 2 Flow control disabled
*T Recall the last CND (Caller ID) information.
*V View password table
*VC View call-back number table
BASIC S-REGISTER, 'ATSn=x'
Command Function & Description
S0= Set the number of rings on which the TA128 will
answer. 0 value disable auto-answer +000
S1= Counts andstores number of rings from an
incoming ca11 +000
S2= Define escape codecharacter, default <+> (43 dec.) +043
S3= Define ASCII Carriage Return +013
S4= Define ASCII Line Feed +010
S5= Define ASCII Backspace +008
S7= Set duration, in number of seconds, TA128
waits for a connect +060
S8= Set duration, in seconds, for pause (,) option in
Dial command and pause between command
re-executions for Repeat (>)command +002
EXTENDED S-REGISTERS, 'ATSn=x'
Command Function and description +Def./Ref.
S14= bit dec hex Bit-mapped register: +002
0 0 0 TA auto-handshake mode on originate
mode.
1 1 TA auto-handshake mode on answer
mode
3,2 0 0 dial-up line mode. &I0
4 4 leased line mode in B1 channel. &I1
8 8 leased line mode in B2 channel. &I2
12 C leased line mode in both B1 and B2 &I3
S15= bit dec hex Bit-mapped register +130
0,1 0 0 Even parity
2 2 * No parity
2 0 0 * 1 stop bit
4,3 0 0 * 10 bit character length *C0
7-5 0 0 Profile 0 as active settings after
power on Z0
32 20 Profile 1 as active settings after
power on Z1
64 40 Profile 2 as active settings after
power on Z2
96 60 Profile 3 as active settings after
power on Z3
128 80 * Factory default as active settings
after power on Z4
S16= bit dec hex Test status register +000
0 0 No test in progress
9 9 Loopback test in progress &T9
10 A Loopback with self test in progress &T10
11 B loopback from B1 through switch to B2 &T11
S18= dec Force TA128 to fix DTE port 1 baud +000
rate when idle
0 * Disable fixed baud function
1-14,32 1-E,20 Enable baud rate to be fixed when answering
baud rate value setting same as
S20 except S18=32 for 230400 bps.
S20= dec hex DTE port 1 speed (bps). Auto detected
from AT command +003
0 0 230400
1 1 115200
3 3 57600
4 4 38400
5 5 19200
9 9 9600
11 B 4800
12 C 2400
13 D 1200
14 E 460800
15 F 921600
S21= bit dec hex Bit mapped register +178
1-2 0 0 Speaker always Off M0
2 2 Speaker ON until call is answered. M1
4 4 Speaker always On M2
3 0 0 DSR always On &S0
8 8 According to CCITT (see also S44b4, &S1
S41b5)
4 0 0 CD always On &C0
16 10 CD tracks presence of data connection &C1
(see also S38b3)
5 0 0 CTS follows RTS, in synchronous mode &R0
32 20 Ignore RTS (CTS always On), in &R1
synchronous mode
6-7 0 0 Assume DTR always On &D0
64 40 108.1, DTR Off-On transition causes &D1
dial of the default number
128 80 108.2 Data Terminal Ready, DTR Off &D2
causes the TA128 to hang up and return
to command state
192 C0 108.2, DTR off causes the TA128 &D3
to hang up and reset the TA128 to
profile #0 after DTR dropped
S23= bit dec hex Bit mapped register +105
0 0 0 Command echo disabled E0
1 1 Command echo enabled E1
2 0 0 Insertion is not allowed during a
phone call
4 4 Insertion is allowed during a phone
call
3-5 0 0 ATX0 (See result code table)
8 8 ATX1 dec hex AT
16 10 ATX2 40 28 X5
24 18 ATX3 48 30 X6
32 20 ATX4 56 38 X7
6 0 0 Display result code in numeric format V0
(see S35b7)
64 40 Display result code in verbose format V1
7 0 0 TA returns result code Q0
128 80 TA does not return result code (see Q1
(see also S40b1)
S24= bit dec hex Bit mapped register +34
0-1 0-3 0-3 Ring volume control, increments of 1 N0-3
in decimal
2 0 0 The setting of s21(b1-2) ignored when
phone 1 key pad dial
1 1 The setting of s21(b1-2) will be affected
to phone 1 key pad dial
3 0 0 The setting of s21(b1-2) ignored when
phone 2 key pad dial
1 1 The setting of s21(b1-2) will be affected
to phone 2 key pad dial
4-5 16-48 0x10- 0x30 Speaker volume control, L0-3
increments of 16 in decimal value
6 0 0 POTS port tone Volume low
1 1 POTS port tone Volume Hi
S27= bit dec hex Bit mapped register +156
3-5 0 0 DTE port 1 Flow control disabled &H0
24 18 DTE port 1 Hardware (RTS/CTS)
flow control &H3
32 20 DTE port 2 Software (XON/XOFF)
flow control &H4
40 28 Reserved &H5
S29= 0-39 0-39 Set default dial phone number pointer, +000
use AT&Zn=s to store phone numbers *D
S31= 0-255 0-FF Holds the ASCII decimal value of the +017
XON
S32= 0-255 0-FF Holds the ASCII decimal value of the +019
XOFF
S35= bit dec hex Bit mapped register +000
4 16 10 When Button switch is pushed, *DnS29
TA128 will dial the default number
6 64 30 Enable password protection to profile &Wn
saving, when is issued, and
the n profile in the memory has this
bit on, supervisory password will be
requested
7 128 60 Enable extended numerical result codes V0
from 50-71 when an error correction S23b6
connection is made, use with ATV0, see
result code table
S36= bit dec hex Bit mapped register +000
5-7 Security function control register
*0 0 Disable security function *G0
32 20 Enable type 1 security, with password *G1
check (Proprietary)
64 40 Enable type 1 security, with password *G2
check and call-back (Proprietary)
96 60 Enable type 2 security, with password *G3
check
128 80 Enable type 2 security, with password *G4
check and call-back
160 A0 Enable type 2 security, with password *G5
check and call-back, remote site enter
the call-back number
S38= bit dec hex Bit mapped register +000
0 1 1 Repeatedly dialing default number *DnS29
1-2 Reserved
2 4 4 Key for ATSWR ,ATHWR
3 8 8 DCD on/off sequence follows UNIX &C1,S21b4
standard, DCD high before connect
message is sent, DCD off after last
DCE response is sent
S40= bit dec hex Bit mapped register +000
1 2 2 No result code displayed in answer Q2
mode
S41= bit dec hex Bit mapped register +000
3 8 8 Enable CCITT signals 140 and 141 on
EIA-232D interface
5 32 20 DSR follows DCD and pulses (see also &Sn
S44b4)
6 64 40 Force S0>=2 S0
S42= bit dec hex Bit mapped register +000
3 8 8 Disable escape sequence code in answer
mode
5 32 20 Disable Data/Voice button
6 64 40 Disable result code Xn
7 128 80 DCD forced on but pulse off for 0.5 &C0
seconds at carrier loss
S43= dec hex DTE port 2 speed (bps). configured by
AT command +001
1 1 * 115200 *A1
2 2 76800 *A2
3 3 57600 *A3
4 4 38400 *A4
5 5 19200 *A5
6 6 9600 *A6
7 7 2400 *A7
S44= bit dec hex Bit mapped register +000
3 8 8 ATDSn initiates auto-dial of the &Zn
stored numbers consecutively until a S38b0
connection is made
4 16 10 DSR follows DTR (see also S41b5) &Sn
S46= bit dec hex Bit-mapped register +130
0,1 0 0 * DTE port 2 N/8/1 *N0
S47= dec Force TA128 to fix DTE port 2 baud +000
rate when idle
0 * Disable fixed baud function
1-7 Enable baud rate fixing at idle, n=1-7
baud rate value settings (n) the
same as S43 value
S50= 0-255 Inactivity timer for RS 232 port +000
this timer counts when there is no data
flow in or out of the RS 232 serial port;
TA will hang up , when timed out.
units is 10 seconds! 000 disables timer
note: timer is forced disabled in leased line
S56= dec hex Hook flash detected time for POTS port +050
0-255 0-FF adapter, in units of 10ms
default setting 50 = 0.5 seconds
S61 bit dec hex
3 *0 0 MP data sent in rotate mode
1 1 MP data sent in split mode
S64 dec hex Security callback timer in unit +005
0-255 0-FF of 1 second
S78= bit dec hex Bit-mapped register:
0 *0 0 can get busy tone from phone 1.
1 1 can not get busy tone from phone 1.
1 0 0 can get busy tone from phone 2.
2 2 can not get busy tone from phone 2.
S79= bit dec hex Bit-mapped register: +000
0 *0 0 Ignore POTS port 1 global incoming call
when port 1 busy
1 1 Discard POTS port 1 global incoming call
when port 1 busy (Sending RELEASE COMPLETE)
1 *0 0 Ignore POTS port 2 global incoming call
when port 1 busy
2 2 Discard POTS port 2 global incoming call
when port 1 busy (Sending RELEASE COMPLETE)
2 0 0 POTS 1 call-waiting/multiple-answer disabled
*4 4 POTS 1 call-waiting/multiple-answer enabled
3 0 0 POTS 2 call-waiting/multiple-answer disabled
*8 8 POTS 2 call-waiting/multiple-answer enabled
4 *0 0 POTS port 1 is connected to telephone
16 10 POTS port 1 is connected to Fax/Modem
5 *0 0 POTS port 2 is connected to telephone
32 20 POTS port 2 is connected to Fax/Modem
7 *0 0 Sending RELEASE COMPLETE with cause
'call reject' for ATH1
128 80 Sending RELEASE COMPLETE with cause
'user busy' for ATH1
S80= bit dec hex Bit-mapped register: +000
4 *0 0 Not sending Low Layer Compatibility
information for POTS port 2
16 10 Sending Low Layer Compatibility
for POTS port 2
6 *0 0 Not sending Low Layer Compatibility
information for ISDN data call
64 40 Sending Low Layer Compatibility
for ISDN data call
7 *0 0 Not sending Low Layer Compatibility
information for POTS port 1
128 80 Sending Low Layer Compatibility
for POTS port 1
S82= ISDN B channel protocol Bn
60 V.120 64000
61 V.120 56000
62 X.75 64000 Transparent
63 X.75 56000 Transparent
64 X.75 64000 T.70
65 X.75 56000 T.70
70 X.75 64000 BTX
71 X.75 56000 BTX
72 V.110 64000
73 V.110 56000
74 PPP async to sync 64K
75 PPP async to sync 56K
76 SLIP to sync HDLC conversion 64K
77 SLIP to sync HDLC conversion 56K
S83= bit dec hex Bit-mapped register: +000
0 0 0 Disable loopback 4 test CP0
1 1 Enable loopback 4 test CP1
2 0 0 ISDN without V.42bis &K00
4 4 ISDN with V.42bis if applicable &K44
4-5 0 0 * ATDs, ATDPs, and ATDTs is mapped &O0
to ATDBs
32 20 ATDs, ATDPs, and ATDTs is mapped &O2
to ATDIs
48 30 ATDs, ATDPs, and ATDTs is mapped &O3
to ATDAs
6 0 0 * DOVBS answer using 56Kbps (for USA only)
64 40 DOVBS answer using 64Kbps
7 0 0 * ISDN data call using normal Bearer Service
(for USA only)
128 80 ISDN data call using voice Bearer Service
S84= bit dec hex
0-2 Embedded protocol analyzer control CCn
0 1 1 Capture DTE-DCE interface protocol
information
1 2 2 Capture the B-channel (X.75 or V.120)
frames
2 4 4 Capture the D-channel protocol
information
3 0 *0 Display S register value in decimal
format
8 8 Display S register value in hex format
4 *0 0 Indicate Caller ID after the 1st RING
message
16 10 Disable Caller ID indication
5 0 0 POTS port 1 has higher priority for &L0
answering the analog call.
32 20 POTS port 2 has higher priority for &L1
answering the analog call.
S85= bit dec hex
0 0 0 Call Bumping function disabled CE0
1 *1 Call Bumping function enabled CE1
1-6 *0 Add-persist time interval KAxn
7 0 *0 S85b1-6 is in Second unit KASn
128 80 S85b1-6 is in Minute unit KAMn
S87= bit dec hex
0 *0 0 Enable POTS port 1 receive global call
1 1 Disable POTS port 1 receive global call
1 *0 0 Enable POTS port 2 receive global call
2 2 Disable POTS port 2 receive global call
2 *0 0 CHAP/PAP for authentication conversion
4 4 PAP only for authentication conversion
5-6 *0 0 Bundle connection is disabled &Jn
32 20 Bundle connection is enabled in answer
mode only
64 40 Bundle connection is enabled in call
mode only
96 60 Bundle connection is enabled in both
directions
7 *0 0 DTE port 2 will only answers the the
Matched MSN incoming data call
128 80 DTE port 2 answers incoming call when
DTE port 1 busy
S89= bit dec hex Bundle and data encryption control
5 0 0 disable the metering pulse of POTS port 2
32 20 enable the metering pulse of POTS port 2
6 0 0 disable the metering pulse of POTS port 1
64 40 enable the metering pulse of POTS port 1
S100= dec hex B channel bundling protocol selection
0 0 * Multiple Link Protocol (MLP)
1 1 cFossil channel bundling (CCB)
(not supported for American version)
S102= bit dec hex Outgoing ISDN data type Bnn
Value has the same definition as S82
S104+n= dec hex Outgoing Service Indicator (for 1TR6 only)
n = 0(POTS port, Phone 2), 2(ISDN data),
or 3(POTS port, Phone 1)
1 1 Fernsprechen
2 2 a/b - Dienste
7 7 Datenbertragung 64 kbps. The defaults
are :
* s104=1 - for POTS port 2
* s105= - reserved
* s106=7 - for ISDN data
* s107=1 - for POTS port 1
S108+n= dec hex Outgoing Service Additional (for 1TR6 only)
Information
n = 1(POTS port, Phone 2), 2(ISDN data),
or 3(POTS port, Phone 1)
SI=1 1 1 * ISDN-Fernsprechen 3.1 kHz
2 2 Fernsprechen analog
SI=2 2 2 Fax Gruppe 3
3 3 * Daten ber Modem
4 4 Btx ber Modem
SI=7 0 0 Datenbertragung 64 kbps (X.75 SLP)
11------ Async V.110
01------ Extensions of async
--0----- * Number of data bits : 8
--1----- Number of data bits : 7
---0---- * Number of stop bits : 1
---1---- Number of stop bits : 2
----0--- * No parity
----1--- Even parity
11---000 1200 bps
11---011 2400 bps
11---100 4800 bps
11---101 9600 bps
11---110 14400 bps
11---111 * 19200 bps
01---000 38400 bps
1010---- Sync V.110
10100000 1200 bps
10100011 2400 bps
10100100 4800 bps
10100101 9600 bps
10100110 14400 bps
10100111 19200 bps
10101000 48000 bps
10101001 56000 bps
10101010 56000 bps for 56kbit-network
10101111 In band negotiation
S108+n= dec hex High Layer Compatibility (Non-1TR6)
n = 1(POTS port, Phone 2), 2(ISDN data),
or 3(POTS port, Phone 1)
*0 0 No High-Layer-Compatibility
information element will be sent
1 1 Telephone
4 4 Facsimile Group 2/3
40 28 Teletex service(Rec.F.220)
49 31 Teletex service(Rec.F.200)
50 32 Information interworking for
video services(Rec.F.300 T.110)
53 35 Telex service(Rec.F.60)
56 38 Message Handling Syxtems(MHS)
(Rec.X.400 series)
65 41 OSI application(Rec.X.200 series)
S114= I-field data length (MSB byte)
S115= I-field data length (LSB byte)
S117= V.110 user rate B1n
S118= bit dec hex
0 *0 0 Enable dial-in call
1 1 Disable dial-in call(dial out only)
2 *0 0 Default B channel line speed is 64Kbps
for ISDN data call &E0
4 4 Default B channel line speed is 56Kbps
for ISDN data call &E1
3 *0 0 Disable CHAP option for PPP/MLPPP
8 8 Enable CHAP option for PPP/MLPPP
4 *0 0 Use 3.1KHz Bearer service whenever
possible for POTS port, Phone 2
16 10 Use Speech Bearer service whenever
possible for POTS port, Phone 2
5 *0 0 Use 3.1KHz Bearer service whenever
possible for POTS port, Phone 1
32 20 Use Speech Bearer service whenever
possible for POTS port, Phone 1
6 *0 0 Enable the a/b adapter to accept globalcalls
64 40 Forbid the POTS port to accept global calls
7 *0 0 Enable analog incoming calls
128 80 Reject analog incoming calls (pure ISDNdata)
S119= bit dec hex
0 *0 0 Disable call-back function(see AT*GC)
1 1 Enable call-back function
1 *0 0 D-channel layer-2(LAPD) 'point-to-multipoint'
operation mode (dynamic TEI,64 <= n <= 126).
2 2 D-channel layer-2(LAPD) 'point-to-point'
operation mode (static TEI=0).
2 *0 0 Disable 'overlap receiving ' signaling function
(for ISDN supplementary service 'MSN').
4 4 Enable 'overlap receiving ' signaling (for ISDN
supplementary service DDI).
3 *0 0 when no MSN(EAZ) is matched, the inbound
call will be ignored
8 8 when no MSN(EAZ) is matched,
use default protocol to accept
4 0 0 V.110 user rate = 19200 bps if DTE speed
greater 19200 bps
*16 10 V.110 user rate = 38400 bps if DTE speed
greater 38400 bps
5 *0 0 enable normal MSN function &Zin=
32 20 treat the number assigned by &ZIn=xx..
as subaddress and matches with the called
party subaddress for inbound call routing
S120= bit dec hex
0 *0 0 Enable POTS port 1 call out
1 1 Disable POTS port 1 call out
1 *0 0 Enable POTS port 2 call out
2 2 Disable POTS port 2 call out
2 *0 0 Enable multi-answering while TA MSN is not
assigned ,global call or MSN matched both
POTS then both POTS will ring.
4 4 Handle incoming call according to AT&Ln
setting.
3 *0 0 While S120.2=1 is set and the POTS port is
busy, this call will be routed to another POTS
port.
8 8 While S120.2=1 is set and the POTS port is
busy ,this call will be rejected.
4 *0 0 Enable TA128 to accept global calls
for a/b adapter and ISDN data.
16 10 Forbid TA128 to accept incoming calls with
MSN unmatched for a/b adapter and ISDN data.
(including global calls, see AT&ZI=s)
5 *0 0 Reserved
6 *0 0 Disable supplementary service 'CLIR'(Calling
Line Identification Restriction).
64 40 Enable supplementary service 'CLIR'(Calling
Line Identification Restriction).
S121= bit dec hex Programmable ring frequency, using follow value
0-1 0-3 0-3 to choose ring frequency:
*0 0 50Hz
1 1 40Hz
2 2 25Hz
3 3 20Hz
4 *0 0 D channel L2 send DISC actively
16 16 D channel L2 doesn't sent DISC
2-3, 5-7 Reserved
S124= dec hex Empty IP packet interval for PPP +000
0-255 0-FF in units of 1s
S125= bit dec hex
0 *0 0 Two POTS ports and one DTE port
1 1 One POTS port and two DTE ports
1-6 *0 Sub-persist time interval KSxn
7 0 *0 S125b1-6 is in Second unit KSSn
128 80 S125b1-6 is in Minute unit KSMn
S126= dec hex Add-threshold for BOD Jan,+48
0-255 0-FF in Kbps unit
S127= dec hex Sub-threshold for BOD JSn,+32
0-255 0-FF in Kbps unit
S128= bit dec hex For DTE Port 2 only
0 *0 0 Two POTS ports and one DTE port
1 1 One POTS port and two DTE ports
1 0 0 Command echo disabled E0
*2 2 Command echo enabled E1
2 *0 0 Default B channel line speed is 64Kbps
for ISDN data call &E0
4 4 Default B channel line speed is 56Kbps
for ISDN data call &E1
5 *0 0 TA returns result code for DTE port2 Q0
32 20 TA does not return result code for DTE Q1
port2
6 0 0 Display result code in numeric format V0
64 40 Display result code in verbose format V1
7 *0 0 Ignore unrecognized AT commands
128 80 Unrecognized AT commands will be responded
with 'ERROR'
S131 bit dec hex For DTE Port 2 only
0 0 0 Disable second DTE port compression
1 1 Enable second DTE port compression
3-5 0 0 ATX0 (See result code table)
8 8 ATX1 dec hex AT
16 10 ATX2 40 28 X5
24 18 ATX3 48 30 X6
32 20 ATX4 56 38 X7
In 'Reference' column, 'AT' is omitted when AT command is referred to.
+nnn is manufacturer default when listed in 'Reference' column.
bit S-register bit number, 'b', used in 'ATSr.b=n', 'ATSr.b=?'
dec Decimal value, 'x', used in 'ATSn=x'
hex Hex value, used in LCD model for setting 'STATUS REGISTER'
manually from front panel
RESULT CODE OPTIONS TABLE
ATV0 ATV1 ATX0 X1 X2 X3 X4 X5 X6 X7
0 OK V V V V V V V V
1 CONNECT V V V V V @ $ #
2 RING V V V V V V V V
3 NO CARRIER V V V V V V V V
4 ERROR V V V V V V V V
5 CONNECT 1200 % % % % @ $ #
6 NO DIAL TONE V V V V V
7 BUSY V V V V V
8 NO ANSWER V V V V V
9 RINGING* V V V V V
10 CONNECT 2400 % % % % @ $ #
11 CONNECT 4800 % % % % @ $ #
12 CONNECT 9600 % % % % @ $ #
14 CONNECT 19200 % % % % @ $ #
15 CONNECT 7200 % % % % @ $ #
16 CONNECT 12000 % % % % @ $ #
17 CONNECT 14400 % % % % @ $ #
18 CONNECT 16800 % % % % @ $ #
19 CONNECT 38400 % % % % @
20 CONNECT 57600 % % % % @
21 CONNECT 76800 % % % % @
22 CONNECT 115200 % % % % @
23 CONNECT 230400 % % % % @
24 CONNECT 460800 % % % % @
25 CONNECT 921600 % % % % @
26 CONNECT 307200 % % % % @
27 CONNECT 153600 % % % % @
28 CONNECT 102400 % % % % @
29 CONNECT 61440 % % % % @
30 CONNECT 51200 % % % % @
31 CONNECT 624000 % % % % @
32 CONNECT 124800 % % % % @
33 CONNECT 62400 % % % % @
34 CONNECT 41600 % % % % @
35 CONNECT 31200 % % % % @ $ #
36 CONNECT 24960 % % % % @
37 CONNECT 20800 % % % % @
38 CONNECT 33600 % % % % @ $ #
39 CONNECT 28800 % % % % @ $ #
40 CONNECT 26400 % % % % @ $ #
41 CONNECT 24000 % % % % @ $ #
42 CONNECT 21600 % % % % @ $ #
43 CONNECT 48000 % % % % @ $ #
44 CONNECT 56000 % % % % @ $ #
45 CONNECT 64000 % % % % @ $ #
46 CONNECT 112000 % % % % @ $ #
47 CONNECT 128000 % % % % @ $ #
Note:
V Supported
% Reporting DTE rate:
CONNECT DTE_Speed
@ CONNECT DTE_Speed/Protocol DCE_Speed/Error_Control
[/Data_Compression]
$ CONNECT DCE_Speed[/Error_Code]
# CONNECT DCE_Speed/Error_Code/Protocol
[/Error_Control[/Data_Compression]]
* Use S42b6 to disable 'RINGING' result code
Error_Code:
NONE
Error_Control: (This field will not show if no error control is negotiated)
LAPB
LAPD
Data_Compression:
V42b
DTE_Speed:
all possible DTE speed supported
Protocol: (only ISDN protocols are listed here)
X.75
X.75M ;X.75 with MLP Bundle
X.75C ;X.75 with cFos Bundle
V110
V120
V120M ;V.120 with MLP Bundle
V120C ;V.120 with cFos Bundle
SLIP
PPP
BTX
Use ATS35 bit 7 (ATS35.7=1) to enable the following numerical result
codes when an error control connection is made.
ATV0 Code ATV1 String ATV0 Code ATV1 String
50 CONNECT 61 CONNECT 24000
51 CONNECT 1200 62 CONNECT 26400
52 CONNECT 2400 63 CONNECT 28800
53 CONNECT 4800 64 CONNECT 31200
54 CONNECT 7200 65 CONNECT 33600
55 CONNECT 9600 66 CONNECT 38400
56 CONNECT 12000 67 CONNECT 48000
57 CONNECT 14400 68 CONNECT 56000
58 CONNECT 16800 69 CONNECT 64000
59 CONNECT 19200 70 CONNECT 112000
60 CONNECT 21600 71 CONNECT 128000