VOICE-OPT-MIB: View SNMP OID List / Download MIB

This table contains the port configuration parameters to configure the DSPM/E&M, DSPM/FXS, DSPM/HC, and DSPM/SM.

A Voice Port Configuration Table Entry. Each entry contains the configuration parameters for a single Voice Port.

Port number of the Voice port.

This parameter represents the port type of the port. voice :This is a voice port. Enumeration: 'voice': 43.

Select one of the following physical interfaces being used for this port. The entry must match the hardware. eAndM2 :2 wire E&M (Ear and Mouth) Interface. eAndM4 :4 wire E&M (Ear and Mouth) Interface. fxo :FXO (Foreign Exchange Office ) Interface. fxs :FXS (Foreign Exchange Station) Interface. nc :Skipped during configuration. eAndM2 is only displayed for port numbers 1..54. Enumeration: 'nc': 100, 'fxo': 3, 'eAndM2': 1, 'eAndM4': 2, 'fxs': 4.

Select the E&M signalling type. i : EandMTypeI. ii : EandMTypeII. v : EandMTypeV. iii : EandMTypeIII. nc : Skipped during configuration. This parameter is displayed for DSPM/E&M and skipped for FXS, FXO, and all virtual port types. Enumeration: 'i': 1, 'ii': 2, 'nc': 100, 'iii': 4, 'v': 3.

Selection for E lead filter enable or disable option. disabled : Disables E-lead filter. enabled : Enables E-lead filter. nc : Skipped during configuration. This parameter is displayed for DSPM/E&M and skipped for FXS, FXO, and all virtual port types. Enumeration: 'disabled': 1, 'nc': 100, 'enabled': 2.

Hybrid balance filters and termination type based on country. sixHundred : 600 ohm interface for USA, Japan and Ireland. canada : 600 ohms with 2.16 uF germany : 220 ohms in series with (820 ohms in parallel with 115nF). uk : 300 ohms in series with (1K ohms in parallel with 220nF). belgium : 150 ohms in series with (830 ohms in parallel with 72nF). france : 215 ohms in series with (1K ohms in parallel with 137nF). nc : Skipped during configuration. This parameter is displayed for DSPM/FXS and skipped for DSPM/E&M, DSPM/HC(FXO) and all virtual port types. Enumeration: 'canada': 2, 'nc': 100, 'france': 9, 'germany': 3, 'uk': 5, 'belgium': 8, 'sixHundred': 1.

Hybrid balance filters and termination type based on country. (Only for E&M-2wire interfaces.) sixHundred : 600 ohm interface for USA, Japan and Ireland. germany : 220 ohms in series with (820 ohms in parallel with 115nF). uk : 370 ohms in series with (620 ohms in parallel with 310nF). nc : Skipped during configuration. Enumeration: 'nc': 100, 'germany': 3, 'uk': 10, 'sixHundred': 1.

Select the voice signalling mode. normal : Allows signalling to pass end to end and signalling will be used to control circuit state and packet flow. none : A permanent voice path is established and packet flow is always enabled, but no signalling will be passed through. nc : Skipped during configuration. Enumeration: 'none': 2, 'nc': 100, 'normal': 1.

Select signaling control transmission mode in E&M interface type. immediate : Digits are transmitted immediately. wink : Digits are transmitted after the WINK pulse. transparent : The voice signalling states are transmitted end to end without interpreting the signalling state. delay : Digits are transmitted after the end of the Delay Dial signal. masterColisee : 65xx is simulating Colisee master mode. slaveColisee : 65xx is simulating Colisee slave mode. seizureAcknowledge : Transmit Seizure acknowledge immediately after receiving a Seizure signal from the PBX. nc : Skipped during configuration. The parameter will be skipped for FXO & FXS type interface. Enumeration: 'seizureAcknowledge': 7, 'nc': 100, 'immediate': 1, 'slaveColisee': 6, 'delay': 4, 'wink': 2, 'masterColisee': 5, 'transparent': 3.

Select number of digits to collect before making a call. The parameter will not be supported.

Number of rings to be received before a call can be accepted. This parameter is displayed for FXO and skipped for E&M and FXS interface types. A value of 0 implies that this parameter was skipped during configuration.

Select the PCM encoder/decoder mode. aLaw :PCM encoder/decoder mode = A Law. muLaw :PCM encoder/decoder mode = Mu Law. nc :Skipped during configuration. Enumeration: 'muLaw': 2, 'nc': 100, 'aLaw': 1.

Select the voice compression rate to be used by the DSP. cD8K : 8k CVSELP c16k : 16k CVSELP cBD8K : Bundled 8k CVSELP cB16k : Bundled 16k CVSELP. cE8Kb : Enhanced Bundled 8k CVSELP cE16Kb : Enhanced Bundled 16k CVSELP nc : Skipped during configuration. Enumeration: 'nc': 100, 'cBD16K': 4, 'cBD8K': 3, 'cD16K': 2, 'cD8K': 1, 'cE16Kb': 13, 'cE8Kb': 12.

Select if the Digital Speech Interpolation (Silence Detector) will be used with this channel. enabled : DSI is activated. disabled : DSI is not used. nc : Skipped during configuration. Enumeration: 'disabled': 1, 'nc': 100, 'enabled': 2.

Select maximum inter packet arrival jitter due to network in milliseconds.

Select echo control. disabled : Echo pass through. enabled : This enables echo control logic. nc : Skipped during configuration. Echo not detected and not cancelled. This parameter will be skipped in normal mode and only displayed when DEBUG is turned on. Enumeration: 'disabled': 1, 'nc': 100, 'enabled': 2.

Select echo return loss in dBm. minus3 : -3 dBm. minus6 : -6 dBm. minus9 : -9 dBm. minus12 : -12dBm. nc :Skipped during configuration. Enumeration: 'minus6': 3, 'nc': 100, 'minus3': 2, 'minus12': 5, 'minus9': 4.

Enter the input signal level. To be specified in steps of 0.5 dBm FXO Interface Type : 600 Ohms +6.0 to -2.5dbm 600 Ohms Adaptive +6.0 to -2.5dbm FXS Interface Type : 600 Ohms +6.0 to -6.0dbm Canada +6.0 to -5.5dbm UK +4.5 to -7.5dbm Germany +4.0 to -8.0dbm France -2.0 to -9.0dbm Belgium +4.0 to -8.0dbm E&M Interface Type : 4-Wire/600 +7.0 to -16.0dbm 2-Wire/600 +7.0 to -16.0dbm 2-Wire/UK +5.0 to -16.0dbm 2-Wire/Germany +5.0 to -16.0dbm Virtual Ports(100 and above): +8.0 to -6.0dbm Entering a negative number for the 'Input Signal Level' will result in the DSPM card amplifying the signal by that many dB. Entering a positive number for the 'Input Signal Level' will result in the DSPM card attenuating the signal by that many dB.

Enter the output signal level. To be selected in steps of 0.5 dBm. FXO Interface Type : 600 Ohms +0.0 to -8.0dbm 600 Ohms Adaptive +0.0 to -8.0dbm FXS Interface Type : 600 Ohms +0.0 to -9.0dbm Canada +0.0 to -9.0dbm UK -1.5 to -9.0dbm Germany -2.0 to -9.0dbm France -1.5 to -9.0dbm Belgium -1.5 to -9.0dbm E&M Interface Type : 4-Wire/600 +7.0 to -16.0dbm 2-Wire/600 +3.0 to -16.0dbm 2-Wire/UK +1.0 to -16.0dbm 2-Wire/Germany +0.0 to -16.0dbm Virtual Ports(100 and above): +6.0 to -8.0dbm Entering a negative number for the 'Output Signal Level' will result in the DSPM card attenuating the signal by that many dB. Entering a positive number for the 'Output Signal Level' will result in the DSPM card amplifying the signal by that many dB.

This parameter selects whether the FAX data is to be supported. disabled : FAX data will not be detected. enabled : Detects presence of FAX data. nc : Skipped during configuration. Enumeration: 'disabled': 1, 'nc': 100, 'enabled': 2.

Specify the speed to switch to, when FAX data is detected. This parameter is ignored if Fax support was disabled. fr9600 : FAX to be transmitted across the network at 9600 bits per second. fr4800 : FAX to be transmitted across the network at 4800 bits per second. nc : Skipped during configuration. Enumeration: 'fr4800': 2, 'fr9600': 1, 'nc': 100.

Modem data detection. yes : Detection of modem data enabled. no : Detection of modem data disabled. nc : Skipped during configuration. This parameter will be skipped in normal mode.Displayed only when DEBUG is turned on. Enumeration: 'yes': 1, 'nc': 100, 'no': 2.

This mnemonic name is used to originate the call. It consists of 0 - 8 alphanumeric characters.

Select calling method. offhook : Call only when Offhook.Disconnect on Onhook. auto : SVC does not depend on On/Offhook condition.It remains established permanently after the power-up. switched : Call only when interface goes offhook and disconnect call when interface goes onhook. Destination is determined by the DTMF digits received. nc : Skipped during configuration. Enumeration: 'offhook': 1, 'switched': 3, 'nc': 100, 'auto': 2.

Time interval between two successive calls in case of failure of previous call.Used only in `Auto' call control mode.This parameter will be skipped if Call Control is Offhook and Switched.

Enter maximum number of call retries when previous call failed.Used only in Auto Call Control mode.'0' means try forever. This parameter will be skipped if Call Control is Offhook and Switched.

Specifies a port subaddress that is shared by several Voice ports. Incoming calls with this subaddress are routed to one of several ports sharing this subaddress. Another name for the group of ports with the same Group Subaddress is Hunt Group.

This controls whether billing (accounting) records will be created for calls on this port. enabled : Billing is enabled. disabled : Billing is disabled. nc : Skipped during configuration. Enumeration: 'disabled': 1, 'nc': 100, 'enabled': 2.

The amount of time to declare a valid supervisory signaling state change. The granularity is 10 milliseconds.

The signalling state that represents the idle state. For E1 ports and T1 ESF ports, these bits represent the ABCD signalling bits on the interface. For T1 SF ports these bits represent ABAB signalling bits. `x' means don't care.The range is from 0000 to 1111.

The signalling state that represents the idle state. For E1 ports and T1 ESF ports, these bits represent the ABCD signalling bits on the interface. For T1 SF ports these bits represent ABAB signalling bits. The range is from 0000 to 1111.

The signalling state that represents the active state. For E1 ports and T1 ESF ports, these bits represent the ABCD signalling bits on the interface. For T1 SF ports these bits represent ABAB signalling bits. ` x' means don't care. The range is from 0000 to 1111.

The signalling state that represents the active state. For E1 ports and T1 ESF ports, these bits represent the ABCD signalling bits on the interface. The range is from 0000 to 1111.

The signalling state that represents the ringing state. For E1 ports and T1 ESF ports, these bits represent the ABCD signalling bits on the interface. For T1 SF ports these bits represent ABAB signalling bits. `x' means don't care. The range is from 0000 to 1111.

The signalling state that represents the no ringing state. For E1 ports and T1 ESF ports, these bits represent the ABCD signalling bits on the interface. For T1 SF ports these bits represent ABAB signalling bits. `x' means don't care. The range is from 0000 to 1111.

This is the maximum time to wait for the beginning of the wink signal from the PBX before declaring a wink start malfunction. Granularity is 50 milliseconds.

The amount of time required to declare a valid wink. Granularity is 10 milliseconds.

The length of time when a wink pulse will be detected as a glare condition. Granularity is 50 milliseconds.

The maximum time (in seconds) to wait for the first DTMF digit before declaring a `busyout' state. Granularity is 1 second.

This is the maximum time (in seconds) to wait for a subsequent receive digit before declaring a misdial. Granularity is 1 second.

The time delay from receiving a valid Offhook state to start transmitting a wink. Granularity is 10 milliseconds.

The width of the transmitted wink pulse. Granularity is 10 milliseconds.

The time delay before transmitting the first DTMF digit after a wink is received.Granularity is 10 milliseconds.

The time DTMF digits are transmitted. Granularity is 10 milliseconds.

The time between transmitting DTMF digits. Granularity is 10 milliseconds.

This is the maximum time to wait for subsequent receive rings before declaring a call abandoned condition. Granularity is 1 second.

The amount of time to declare the change in the ring state. Granularity is 50 milliseconds.

This timer is the long off period for ringer cadences that have a short and long off period.For the cases where the ring cadence defines one off period, the Tx Ringer Off Long must be equal to Tx Ringer Off Short. Granularity is 50 milliseconds.

This timer is the short off period for ringer cadences that have a short and long off period.For the cases where the ring cadence defines one off period, the Tx Ringer Off Long must be equal to Tx Ringer Off Short. Granularity is 50 milliseconds.

The time of the ringer on pulse. Granularity is 50 milliseconds.

The amount of time required to receive idle signaling to disconnect a call. For an analog FXO port, RX idle signaling is the loss of loop current. For a FXS port, RX idle signaling is when the interface goes onhook. For an analog E&M port, RX idle signaling is when the 'M' lead goes idle. For digital interfaces, the RX idle state is defined by the 'T1/E1 Rx Idle (on-hook) State' parameter.

The additional amount of time beyond the Rx Disconnect filter the calling end must be Onhook to disconnect a call. Granularity is 1 second.

The length of time voice will be suppressed after LOS or OF condition clears.Granularity is 10 milliseconds. This parameter will be displayed for virtual ports only.

The time between sampling received signalling states and line states.Granularity is 1 millisecond. This parameter will be displayed only when the DEBUG flag is set.

The amount of time to wait for a message to set the parameters after receiving a disconnect message (messages occur in the form of an event) before busying out the port. Granularity is 1 second. This parameter will be displayed only when the DEBUG flag is set.

Spare timer number 1.Granularity is 1 millisecond.This parameter will be displayed only when the DEBUG flag is set.

Spare timer number 2.Granularity is 1 millisecond. This parameter will be displayed only when the DEBUG flag is set.

The time between transmitting DTMF digits. Enter in steps of 10 msec.

The shortest length of time required to be onhook to be recognized as a flash-hook. This value must be less than Rx Maximum Flash-Hook Time for flash-hook to be recognized.

The longest length of time to be onhook to be recognized as a flash-hook. This value must be less than Rx Disconnect Timer for flash-hook to be recognized. Note: the average of the minimum and maximum flash-hook values will be the pulse width for a transmitted flash-hook.

The received signalling state that represents the idle state. For E1 ports and T1 ESF ports, these bits represent the ABCD signalling bits on the interface.`x' means don't care. For E&M analog ports, Onhook is assumed for the idle state. The range is 0000 to 1111.

The time the received signaling state must be equal to the idle state to disconnect the voice call. Zero value disables idle state disconnect and maintains the voice call in the answered state.Time is entered in minutes.

The received signalling state that represents the Busyout state. For E1 ports and T1 ESF ports, these bits represent the ABCD signalling bits on the interface.For E&M analog ports, Offhook is assumed for the busyout/alarm state. The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

Translate the signalling information received from the remote end to a value to be transmitted out the local port.If the local port is a T1/ESF or E1 port enter the ABCD values, for a T1/SF port, enter the AB(AB) value. If the local port is an analog E&M port, enter 0000 for idle (Onhook) and 1111 for active (Offhook). The range is 0000 to 1111.

The lower of the two frequencies needed to generate the dial tone.

The amplitude of the lower frequency to generate the dial tone. To be specified in steps of 0.5dB, -30dB turn off output. The range is from -30dBm to -3dBm.

The higher of the two frequencies needed to generate the dial tone.

The amplitude of the upper frequency to generate the dial tone. To be specified in steps of 0.5dB, -30dB turn off output. The range is from -30dBm to -3dBm.

The lower of the two frequencies needed to generate the Ringback tone.

The amplitude of the lower frequency to generate the Ringback tone. To be specified in steps of 0.5dB, -30dB turn off output.The range is from -30dBm to -3dBm.

The higher of the two frequencies needed to generate the Ring-back tone.

The amplitude of the upper frequency to generate the Ringback tone. To be specified in steps of 0.5dB, -30dB turn off output. The range is from -30dBm to -3dBm.

The lower of the two frequencies needed to generate the Busy tone.

The amplitude of the lower frequency to generate the Busy tone. To be specified in steps of 0.5dB, -30dB turn off output. The range is from -30dBm to -3dBm.

The higher of the two frequencies needed to generate the Busy tone.

The amplitude of the upper frequency to generate the Busy tone. To be specified in steps of 0.5dB, -30dB turn off output. The range is from -30dBm to -3dBm.

Timer for the Busy tone off state. Granularity is 50 milliseconds.

Timer for the busy tone on state. Granularity is 50 milliseconds.

The lower of the two frequencies needed to generate the Fast Busy tone.

The amplitude of the lower frequency to generate the Fast Busy tone. To be specified in steps of 0.5dB, -30dB turn off output. The range is from -30dBm to -3dBm.

The higher of the two frequencies needed to generate the Fast Busy tone.

The amplitude of the upper frequency to generate the Fast Busy tone. To be specified in steps of 0.5dB, -30dB turn off output. The range is from -30dBm to -3dBm.

Timer for the Fast Busy tone off state. Granularity is 50 milliseconds.

Timer for the Fast Busy tone on state. Granularity is 50 milliseconds.

Hybrid balance filters. sixHundred : 600 ohm interface. adaptive : 600 ohm with adaptive filter. nc : Skipped during configuration. This parameter is displayed for DSPM/HC (FXO) and skipped for DSPM/E&M, DSPM/FXS and all virtual port types. Enumeration: 'adaptive': 11, 'nc': 100, 'sixHundred': 1.

The width of the transmitted Seizure, PTS, or Answer pulse in msec.

The minimum pulse width to declare a valid received Seizure, PTS, or Answer pulse.

The maximum pulse width to declare a valid received Seizure, PTS, or Answer.

The width of the transmitted Master Clear-Forward, Clear-Back, or Release Guard pulse in msec.

The minimum pulse width to declare a valid received Master Clear-Forward, Clear-Back, or Release Guard.

The maximum pulse width to declare a valid received Master Clear-Forward, Clear-Back, or Release Guard.

The width of the transmitted Slave Clear-Forward or Clear-Back pulse in msec.

The minimum pulse width to declare a valid received Slave Clear-Forward or Clear-Back.

The maximum pulse width to declare a valid received Slave Clear-Forward or Clear-Back.

The width of the transmitted Slave Release Guard pulse in msec.

The minimum pulse width to declare a valid received Slave Release Guard.

The maximum pulse width to declare a valid received Slave Release Guard.

The time delay from receiving a valid Seizure from the PBX to start transmitting a PTS pulse.

The maximum time to wait for a PTS pulse from the PBX after sending a Seizure before giving up and clearing the trunk.

The time the master side waits in the guard state after transmitting a clear pulse.

The time the slave side waits in the guard state after transmitting a clear pulse.

The lenght of time a flash signal will be transmitted as a result of a flash-hook from the remote interface.

The amplitude of the DTMF digits. To be specified in steps of 0.5dB, -30.0 turn off output. The range is from -30dBm to -3dBm.

This is the amoung of time a valid OFFHOOK conidtion must be present before an analog FXS will declare OFFHOOK.

This table contains the Voice Switch Table configuration.

Each entry contains a list of parameters that makeup the Voice Switch Table.

Select the voice number plans for the 6520/6560 network. The received DTMF digits received by the voice interface is compared to this parameter. - Enter a trailing asterisk(*) as a wild-card. - Use the space bar to blank the parameter. Range: 1 to 20 characters (valid characters are 0 through 9, '-', ',', '/', and '*'). The characters '-', ',', and '/' are allowed only for ease of reading. They are not sent to the remote port. Note: The maximum number of digits that can be sent to the remote end is 16.

Select the number of DTMF digits to be received before making the call request.

Define the network address of the called node and the port or Hunt Group number of the desired destination port.

This object is no longer supported. Enumeration: 'deprecatedObj': 1.

Select the voice compression override algorithm. none - No override, use port configured value. c8k - 8k CVSELP c16k - 16k CVSELP cB8k - Bundled 8k CVSELP cB16k - Bundled 16k CVSELP cE8Kb - Enhanced Bundled 8k CVSELP cE8Kb - Enhanced Bundled 16k CVSELP nc - Skipped during configuration. Enumeration: 'none': 6, 'nc': 100, 'cBD16K': 11, 'cBD8K': 10, 'cD16K': 8, 'cD8K': 7, 'cE16Kb': 15, 'cE8Kb': 14.

Select the number of leading digits to be stripped off the received digits stream before sending the digits stream to the remote port.

Select digits to be added in front of or at the end of the received stream (after the stripped digits are removed) before sending the digit stream to the remote port. Range: 1 to 20 characters (valid characters are 0 through 9, '*', '#', 'R', 'P', and '-'). The character '-' is allowed only for ease of reading. It is not sent to the remote port. The 'P' character is used to indicate a pause is required in the playout of the digits at the remote end. The length of the pause is equal to 'Tx Interdigit Pause Time' as defined at the called port (destination port). Leading 'P' characters are not supported. The character 'R' is used to separate the prefix digit string from the postfix digit string Note: The maximum number of digits that can be sent to the remote end is 16.

Select DTMF digits to be added at the end of the received DTMF stream before sending the digit stream to the remote port. Range: 1 to 20 characters (valid characters are 0 through 9, '-', ',', '/', '*', '#', and 'P'). The characters '-', ',', and '/' are allowed only for ease of reading. They are not sent to the remote port. The 'P' character is used to indicate a pause is required in the playout of the digits at the remote end. The length of the pause is equal to 'Tx Interdigit Pause Time' as defined at the called port (destination port). Note: The maximum number of digits that can be sent to the remote end is 16. This object is no longer supported.

This is the entry number in the Voice Switch Table.

This table contains the port statistics for Voice ports.

A Voice Port Statistics Table Entry. Each entry contains the statistics for a single Voice Port.

Port number of the Voice Port.

This parameter indicates the type of DPSM card used. eAndM2 : DPSM/E&M. eAndM4 : DPSM/E&M. fxo : DPSM/HC(FXO). fxs : DPSM/FXS. Enumeration: 'fxo': 3, 'eAndM2': 1, 'eAndM4': 2, 'fxs': 4.

Hardware revision and part number of the main card. The revision number has format n.n and the part number is an 8 digit number of the form nnnnnnnn.

This parameter indicates whether the 48 volt power supply is installed in the node. none : power supply not installed. present : power supply installed. na : Value not available. This parameter will not be displayed for DSPM/HC. Enumeration: 'na': 100, 'none': 1, 'present': 2.

This parameter indicates ths status of the port. disabled : The port is disabled. enabled : The port is enabled. Enumeration: 'disabled': 1, 'enabled': 2.

This parameter indicates the state of the SVC associated with this port. connected : SVC established. disconnected : SVC not established. Enumeration: 'connected': 1, 'disconnected': 2.

This parameter indicates the current operating mode of the DSP. voice : DSP is currently operating in voice mode. pcm : PCM mode is not supported. fax : DSP is currently operating in fax mode. Enumeration: 'fax': 3, 'voice': 1, 'pcm': 2.

This parameter indicates the time since the last statistic reset using the format month:day:year:hours:minutes:seconds (mm:dd:yyyy:hh:mm:ss).

This parameter indicates the duration of the current (last) call using the format hours:minutes:seconds (hh:mm:ss).

This parameter indicates the total time of all calls since last reset.It is measured from Offhook to Onhook and uses the format hours:minutes:seconds (hh:mm:ss).

This parameter is calculated as the ratio of `Total Call Duration' to `Time Of Last Reset'. It is a percentage value of the form nnn%.

This parameter indicates the total number of calls since the last reset.

This parameter indicates the last DTMF digits transmitted to the voice interface. Not supported at this time.

This parameter indicates the last DTMF digits received from the voice interface. Not supported at this time.

This parameter indicates the number of times transmit packets were dropped due to DSPM congestion.

This parameter indicates the number of times receive packets were dropped due to network overload or processor loading.

This parameter indicates the estimate of packets dropped end to end in the network.

This parameter indicates the number of recoverable software faults.It is displayed only when the DEBUG flag is set.

This parameter indicates the number of packets received from the network port since the last reset.

This parameter indicates the number of packets sent to the network port since the last reset.

This parameter indicates the average number of packets transmitted per second.It is calculated as the ratio of `Tx Packets' to `Total Call Duration'.

This parameter indicates the average number of packets received per second.It is calculated as the ratio of `Rx Packets' to `Total Call Duration'.

This parameter is calculated by dividing `Rx Packets/sec' by the packet rate. It is a percentage value.

This parameter indicates the current compression rate being used. cD8K : Compression rate is 8K. cBD8K : Compression rate is bundled 8K. cE8Kb : Compression rate is Enhanced bundled D8K. cD16K : Compression rate is 16K. cBD16K : Compression rate is bundled 16K. cE16Kb : Compression rate is Enhanced bundled D16K. cPcm : Compression rate is PCM. cFax : Compression rate is FAX. na : Value not available. Enumeration: 'cBD16K': 5, 'cBD8K': 2, 'cD16K': 4, 'cPcm': 7, 'cD8K': 1, 'cE16Kb': 6, 'na': 100, 'cFax': 8, 'cE8Kb': 3.

This parameter indicates the input power level in dBm. (Measured power).

This parameter indicates the output power level in dBm. (Measured power).

This parameter indicates the number of FAX transmissions spoofed.

This parameter indicates the number of FAX transmissions requesting unsupported formats but transmitted using ISG formats.

The transmitting voice signalling state is displayed as ABCD (i.e. 1010). This object is no longer supported. Refer to cdx6500SignalingSequenceTrapTxState.

The receiving voice signalling state is displayed as ABCD (i.e. 1010). This object is no longer supported. Refer to cdx6500SignalingSequenceTrapRxState.

The voice signalling state machine state is a 11 character field representing the state of the signalling software. This object is no longer supported. Refer to cdx6500SignalingSequenceTrapMachineState.

This parameter indicates the time from the previous state to this state, measured in milliseconds. This object is no longer supported. Refer to cdx6500SignalingSequenceTrapTimeSinceLastChange.

The comment field is an ASCII string upto 16 characters long. This object is no longer supported. Refer to cdx6500SignalingSequenceTrapComment.

This is the call processing state machine status. inhibited : Current Status = Disconnected. disconnected : Current Status = Disconnected. calling : Current Status = Calling. called : Current Status = Called. connected : Current Status = Connected (data transfer). null : Current Status = Undefined. Enumeration: 'disconnected': 2, 'calling': 3, 'inhibited': 1, 'connected': 5, 'null': 6, 'called': 4.

This parameter indicates the last clear cause code received Every code corresponds to an integer value followed by its text description in paranthesis. eg.Consider the clear cause code for `number busy' which is CAUSE-CLR-NUM-BSY. This corresponds to : 001 (number busy).

This parameter indicates the last clear diagnostic received.Every code corresponds to an integer value followed by its text description in paranthesis. eg.Consider the diagnostic code for `invalid bits in packet' which is DIAG-INV-PKT-BITS.This corresponds to :041 (invalid bits in packet).

This parameter contains the called address present in the last inbound call packet.

This parameter contains the calling address present in the last inbound call packet.

This parameter contains the facilities present in the last inbound call packet.

This parameter contains the call user data present in the last inbound call packet.

This parameter contains the called address present in the last outbound call packet.

This parameter contains the calling address present in the last outbound call packet.

This parameter contains the facilities present in the last outbound call packet.

This parameter contains the call user data present in the last outbound call packet.

This parameter indicates the Ringer status on the board. It is displayed only for DSPM/FXS interfaces. rs25Hz : 25Hz Ringer status on board. rs50Hz : 50Hz Ringer status on board. na : Value not available. Enumeration: 'na': 100, 'rs50Hz': 2, 'rs25Hz': 1.

This parameter indicates the slot of the DSPM/SM. It is displayed only for DSPM/SM interfaces. A value of 0 indicates that this parameter is not available.

This parameter indicates the DSP used for the virtual port.It is displayed only for DSPM/SM interfaces. A value of 0 indicates that this parameter is not available.

This is the port number of the T1 or E1 port this voice channel is on.It is displayed only for DSPM/SM interfaces. A value of 0 indicates that this parameter is not available.

This parameter indicates the time slot number. It is displayed only for DSPM/SM interfaces. For multiple time slots it will be displayed as 1,2-5,..

Hardware revision and part number of the daughter card.The revision number has format n.n and the part number is an 8 digit number of the form nnnnnnnn.It is displayed only for DSPM/HC interfaces.

VAD (Voice Activity Detection) Efficiency shows you the percentage of VAD efficiency. It is displayed only for DSPM/FX interfaces. A value of 0 indicates that this parameter is not available.

This parameter shows you Mean Delay Deviation. It is displayed only for DSPM/FX interfaces. A value of 0 indicates that this parameter is not available.

This parameter shows you Max Delay Deviation in the way of Max Delay Deviation/Max Delay Dev Highwater. It is displayed only for DSPM/FX interfaces. A value of 0 indicates that this parameter is not available.

This parameter shows you Receiver Resets. It is displayed only for DSPM/FX interfaces. A value of 0 indicates that this parameter is not available.

It is the number of dropped packet occurred during the last 24 hours.

It is the number of dropped calls occurred during the last 24 hours.

It is the number of dropped cause code 0, [originated by DTE; no info], upto the last 24 hours.

It is the number of dropped cause code 1, [number busy], upto the last 24 hours.

It is the number of dropped cause code 3, [invalid facility request], upto the last 24 hours.

It is the number of dropped cause code 5, [network congestion], upto the last 24 hours.

It is the number of dropped cause code 9, [out of order], upto the last 24 hours.

It is the number of dropped cause code 11, [access barred], upto the last 24 hours.

It is the number of dropped cause code 13, [not obtainable], upto the last 24 hours.

It is the number of dropped cause code 17, [remote procedure error], upto the last 24 hours.

It is the number of dropped cause code 19, [local procedure error], upto the last 24 hours.

It is the number of dropped cause code 21, [RPOA out of order], upto the last 24 hours.

It is the number of dropped cause code 33, [incompatible destination], upto the last 24 hours.

It is the number of the rest of dropped cause codes upto the last 24 hours.

A table containing the Signaling Sequence Trap entries.

An entry in the Signaling Sequence Trap table.

Port number of the Voice Port.

Event number in the Signaling Sequence Trap Entry.

The transmitting voice signalling state is displayed as ABCD (i.e. 1010).

The receiving voice signalling state is displayed as ABCD (i.e. 1010).

The voice signalling state machine state is a 11 character field representing the state of the signalling software.

This parameter indicates the time from the previous state to this state, measured in milliseconds.

The comment field is an ASCII string upto 16 characters long.

This table is showing the Voice Call Statistics in a node that would allow a user to determine current and past perfrmance.

A list of objects describing a single VCS.

It is time position in the list of VCS's.

It is displaying the corresponding time to index in the list of VCS's.

It is the number of dropped packet occurred during the time.

It is the number of dropped calls occurred during the time.

It is the number of 12 possible reasons from x25-causes. (Rsn0/Rsn1/Rsn3/Rsn5/Rsn9/Rsn11/Rsn13/Rsn17/Rsn19/Rsn21/Rsn33/Rsn-Rest)

It is the number of all voice calls processed.

It is the value of Peak, Average and Currentof CPU load in percent. (Peak/Avg/Cur)

It is the value of Peak, Average and Current of Data Buffer in percent. (Peak/Avg/Cur)

It is the value of Peak, Average and Current of IORB Buffer in percent. (Peak/Avg/Cur)