AudioCodes Mediant 500L MSBR

User's Manual 67. Configuration Parameters Reference
Version 6.8 905 Mediant 500L MSBR
67.10.5 Supplementary Services Parameters
This subsection describes the device's supplementary telephony services parameters.
67.10.5.1 Caller ID Parameters
The caller ID parameters are described in the table below.
Table 67-42: Caller ID Parameters
Parameter Description
Caller ID Permissions Table
Web: Caller ID Permissions Table
EMS: SIP Endpoints > Caller ID
CLI: configure voip > gw analoggw
enable-caller-id
[EnableCallerID]
This table parameter enables (per port) Caller ID generation (for
FXS interfaces) and detection (for FXO interfaces).
The format of the ini file table parameter is as follows:
[EnableCallerID]
FORMAT EnableCallerID_Index = EnableCallerID_IsEnabled,
EnableCallerID_Module, EnableCallerID_Port;
[\EnableCallerID]
Where,
 Module = Module number, where 1 denotes the module in
Slot 1.
 Port = Port number, where 1 denotes Port 1 of a module.
For example:
EnableCallerID 0 = 1,3,1; (caller ID enabled on Port 1 of Module
3)
EnableCallerID 1 = 0,3,2; (caller ID disabled on Port 2 of Module
3)
For a detailed description of this table, see Configuring Caller ID
Permissions on page 495.
Notes:
 The indexing of this parameter starts at 0.
 This parameter is applicable only to FXS and FXO
interfaces.
Caller Display Information Table
Web: Caller Display Information
Table
EMS: SIP Endpoints > Caller ID
CLI: configure voip > gw analoggw
caller-display-info
[CallerDisplayInfo]
This table parameter enables the device to send Caller ID
information to the IP side when a call is made. The called party
can use this information for caller identification. The information
configured in this table is sent in the SIP INVITE message's
From header.
The format of the ini file table parameter is as follows:
[CallerDisplayInfo]
FORMAT CallerDisplayInfo_Index =
CallerDisplayInfo_DisplayString,
CallerDisplayInfo_IsCidRestricted, CallerDisplayInfo_Module,
CallerDisplayInfo_Port;
[\CallerDisplayInfo]
Where,
 Module = Module number, where 1 denotes the module in
Slot 1.
 Port = Port number, where 1 denotes Port 1 of a module.
For example: