CHAPTER72 Configuration Parameters Reference
Mediant 800 Gateway & E-SBC | User's Manual
Parameter Description
■ [3] SIP RAW Data Provided = (Proprietary method
of Cirpack) Advice-of-Charge service toward the
PSTN. The received AOC-D messages contain a
subtotal. When receiving AOC-D in raw format,
provided in the header of SIP INFO messages, the
device parses AOC-D raw data to obtain the number
of units. This number is sent in the Facility message
with AOC-D. In addition, the device stores the latest
number of units in order to send them in AOC-E IE
when the call is disconnected.
Note: This option is applicable only to digital inter-
faces.
■ [4] SIP RAW Data Incremental Provided =
(Proprietary method of Cirpack) Advice-of-Charge
service toward the PSTN. The AOC-D message in
the payload is an increment. When receiving AOC-D
in raw format, provided in the header of SIP INFO
messages, the device parses AOC-D raw data to
obtain the number of units. This number is sent in the
Facility message with AOC-D. The device generates
the AOC-E. Parsing every AOC-D received and
summing the values is required to obtain the total sum
(that is placed in the AOC-E).
Note: This option is applicable only to digital inter-
faces.
■ [5] SIP-to-Tel Interworking = Enables IP-to-Tel
AOC, using the AudioCodes proprietary SIP header,
AOC.
Note: This option is applicable only to digital inter-
faces.
Note: The parameter is applicable only to FXS and ISDN
Euro trunks for sending AOC Facility messages (see
Advice of Charge Services for Euro ISDN).
'Analog Metering Type'
configure voip >
interface fxs-fxo >
metering-type
[MeteringType]
Defines the metering method for generating pulses
(sinusoidal metering burst frequency) by the FXS port.
■ [0] 12 KHz sinusoidal bursts (default)
■ [1] 16 kHz sinusoidal bursts
■ [2] Polarity Reversal pulses
Note:
■ For the parameter to take effect, a device reset is
required.
■ The parameter is applicable only to FXS interfaces.
'Analog TTX Voltage Level'
[AnalogTTXVoltageLevel ]
Determines the metering signal/pulse voltage level (TTX).
■ [0] 0V = 0 Vrms sinusoidal bursts.
■ [1] 0.5V = (Default) 0.5 Vrms sinusoidal bursts.
■ [2] 1V = 1 Vrms sinusoidal bursts
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