Multitech ISIHI-2S User Manual page 106

X4 Disables printing Calling Line Identification (CLI) at the end of the CONNECT
message line. This command does not affect X0, X1, nor X2.
X5 Enables printing Calling Line Identification (CLI) at the end of the CONNECT
message line. This command does not affect X0, X1, nor X2.
Z Reset to Stored Profile
Values: none
Default: none
Resets TA to its current power-up profile and clears the command buffer. The result is the
same as turning the TA off and on. When you type ATZ, the state of the &W command
determines where default values originate. &W0 defaults come from the customized
configuration in NVRAM, and &W1 defaults come from the factory default configuration in
ROM. Because Z clears the command buffer, it must be the last command in a command
string; normally it is issued by itself: ATZ. Note that whereas the &F0 reset command always
restores the factory default profile, the Z reset command restores either the factory default or
the stored profile, depending on how the &W command is set.
&Zn=x Store Telephone Number
Values: n = 0–9; x = dial string
Default: n/a
Allows you to store a telephone number in a memory register for faster dialing. To store a
number, type &Z, the register number (0–9) where you want to store the number, the =
character, and the dialing string you want stored. Then press ENTER. The dialing string can
have up to 25 characters. To read a stored number, type AT&Zn? (e.g., AT&Z4?) where n is
the number of the register you want to read. To display a list of all numbers stored in memory,
type ATL and press ENTER:
0
1
2
3
4
5
6
7
8
9
!Z=n Rate Adaptation Protocol
Values: n = 5, 7, 9, or 12
Default: !Z=9 (PPP)
Selects the rate adaptation protocol used to communicate with another terminal adapter. The
local and remote terminal adapters must be set to the same protocol for communication to take
place, unless the remote terminal adapter supports automatic protocol detection. See S52 for a
description of automatic protocol detection supported by this TA. Some protocols support
error correction, such as V.120 and X.75. Other protocols, such as PPP, rely on the upper
14082345678
16125551212
14089876543
6313551
4258513
16126313550
12138880123
Chapter 5 - AT Commands
106