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An ASCII string for description and display of the agent chassis version.

This entry indicates the number of physical slots in the chassis.

This entry indicates the total number of physical IO slots in the chassis, (not all slots hardware should be occupied and active) .

This entry indicates the number of physical Power Supply slots in the chassis.

This entry indicates the number of physical Common Logic slots in the chassis.

This entry indicates the date and time format used for the agnSDateAndTimeCmd and for the alarm history report. MP-2100H, MP-2100 r1-r4 and MAXcess products do not support the 'yyyyMMDD' format. Enumeration: 'yyyyMMDD': 4, 'yyyyDDMM': 3, 'mmDDYYYY': 2, 'ddMMYYYY': 1.

This entry indicates the current date as it is known by the agent using its own real-time clock. The format would be as specified by the agnSDateFormat. This parameter can be set for time synchronization between the NMS and the Agent.

This entry indicates the current time as it is known by the agent using its own real-time clock. This parameter can be set for time synchronization between the NMS and the Agent.

This entry specifies the unique identifier of the configuration, that is currently active and running.

This entry indicates the unique identifier of the configuration that is currently loaded into the tmp working space for manipulation and update operations. Value of 255 means no config. is under editing process.

This entry indicates the Date & Time of the last flip to the current configuration at the agent.

This entry describes the flip's cause.

This entry indicates which MMI application is working on the edited config. The editing phase starts at the first modify operation and ends after an update(load) operation. Enumeration: 'none': 1, 'terInbandCon1': 5, 'terInbandCon2': 6, 'snmp': 2, 'lcd': 7, 'terCon2': 4, 'terCon1': 3.

This entry indicates the source of the system clock. Enumeration: 'fallback': 2, 'internal': 3, 'master': 1.

Indicates the alarm state in the agent level, i.e. lower level (card/port) alarms not included. critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state of the entire agent, i.e. including card and port alarms status. critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state in the agent level,[ i.e. lower level (card/port) alarms not included] including Masked alarms. critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state of the entire agent, i.e. including card and port alarms status,including Masked alarms. critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

on(3) - when there is at least one test in progress in one of the agent cards, otherwise the value will be off(2). Enumeration: 'on': 3, 'off': 2.

List of agent related alarms and indications for alarms at system level.

A unique number to identify an entry in the alarm status table of the agent.

This attribute is a full text description of the alarm . The alarm description includes the following information: alarm code, alarm text, alarm severity, Masked or Inverted flag and counter.

A code identifying the alarm of an entry in the alarm status table at system level.

The severity of the alarm. Enumeration: 'major': 5, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

State of the alarm. Enumeration: 'on': 3, 'off': 2.

A counter - how many times the alarm occured since last clear operation. ON and OFF Alarm will be counted separately.

Alarm mask : on/off. Enumeration: 'on': 3, 'off': 2.

Alarm invert : on/off. Enumeration: 'on': 3, 'off': 2.

Setting this attribute to ON, enforce a clear operation on all the agent(general) events. General alarms are alarms which are not specific to a card or port. The clear operation will not be applied for masked/inverted alarms. Enumeration: 'on': 3, 'off': 2.

Setting this attribute to ON, enforce a clear operation on all MUX alarm events at the levels of agent, slots and ports. The clear operation will not be applied for masked/inverted alarms. Enumeration: 'on': 3, 'off': 2.

Upon completion of the Sanity check process on the TmpCnfg this attribute will be set to: FAIL(2) - when there is at least one error encountered and possibly some warnings. WARNING(3) - when there are only warnings. otherwise, the value will be OK(4). The value will be UNKNOWN(1) if changes were made in the TmpCnfg following the last Sanity check. Enumeration: 'fail': 2, 'unknown': 1, 'warning': 3, 'ok': 4.

This entry indicates the number of errors/warnings discovered by the last SanityCheck process.

List of errors and warnings found during Sanity Check process.

Unique number to identify an entry in the error list table. The maximum entry value cannot exceed the value of 'agnSNoOfSanityCheckErr'.

This attribute is a full text description of the sanity check error including error code, slot and port numbers related to the code .

Maximum number of configurations that can be defined and stored in the MUX. If the mux has a large capacity, the maximum will be limited to 254.

This table contains an entry per configuration. It indicates if the configuration is valid.

Unique number to identify an entry in the configuration table.

This attribute indicates whether the specific configuration is valid in the MUX . Value of NO indicates: no such configuration in the MUX. Enumeration: 'yes': 3, 'no': 2.

Setting this attribute to on(3) will initiate the process of Sanity check on the TmpCnfg. Upon completion the value will automatically be changed to off(2). Enumeration: 'on': 3, 'off': 2.

This attribute specifies the Id of the target RealCnfg to which the TmpCnfg should be transferred. Upon set command the MUX will initiate the Sanity-Check process first. If successful, the actual transfer will be performed. If warnings are detected, the user will have to perform the command again to confirm the operation. Setting this object a second time to the same value without performing any change in the database, will cause the result: agnSSanityCheckStatus = unknown

This attribute specifies the Id of the source Cnfg to be loaded into the TmpCnfg. Upon set operation the actual transfer will be initiated. The operation is valid only on Valid configurations (agnSEntryIsValid)

All the entries of this table are identical (have the same value) for all the configurations (1..100) except the TmpCnfg. The write operation into the Table Objects is valid only for the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg(1..100) being accessed and Idx 255 relates to the TmpCnfg.

An index to the table. There are only two entries to this table. Index 1 points to the Master clock parameters and Index 2 points to the Fallback clock parameters

The source of the nodal timing. Enumeration: 'internal': 1, 'rxClk': 2.

This entry is valid only when we are working in rxClk mode. For an invalid entry, the return value will be '7fff'h. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'notApplicable': 1, 'io11': 15, 'io10': 14.

This entry is valid only when we are working in rxClk mode. For an invalid entry, the return value will be '7fff'h. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'exPrt7': 7, 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'exPrt10': 10, 'notApplicable': 100, 'exPrt11': 11, 'exPrt12': 12.

Setting this attribute will delete the requested DB from the NVRAM .

Setting this attribute will define the desired working configuration when no conditions of the Flip DB Table are fulfilled and no Net GO command was issued. This command will be accepted only if the Configuration number exists (agnSEntryIsValid=yes).

This table contains data about the agent configurations. The table will support only data about valid configurations of the agent.

This object indicates the Idx of the agent' Cnfg the following objects refer. 255=Temporary Cnfg (Set is done only to this configuration).

This object is a description of the Configuration, entered by user, to enhance Cnfg recognition.

This object indicates the date when last update of this configuration was performed, as it is known by the agent using its own real-time clock. The format would be as specified by the agnSDateFormat. When update is performed, the agent should save the date.

This object indicates the time when last update of this configuration was performed, as it is known by the agent using its own real-time clock. When update is performed, the agent should save the time.

This object indicates the IP Address of the Manager who performed the last update of this configuration. When update is performed, the agent should save the IP Address of the Manager who commanded the update. That will enable a manager to know if he performed the last update, or another manager did.

Window of time, in minutes. During this Window, the alarms filter is performed. Same Window for all agent alarms that need filtering. Upon end of the Window, the state of the alarm is updated and a new Window starts. If no alarm needs filtering, this object's value will not be used.

This table enables the user to set attributes to each alarm. Setting for a non-existing entry agnCnfgAlrMask, agnCnfgAlrInvert or agnCnfgAlrFilter to 'yes'(or yesAndSave for Mask) will add this new entry to the table. Setting for an existing entry agnCnfgAlrMask/ agnCnfgAlrInvert/agnCnfgAlrFilter (one or more) to 'no' (noAndSave for Mask) so that ALL these objects' values are 'no' , will delete this entry from the table. For agnCnfgAlrMask, only if [(last saved value=noAndSave) AND (new value is 'no' or 'noAndSave')] the object's value is considered 'no' for deleting the entry.

The alarm code. The following attributes refer this code.

The alarm slot. The following attributes apply for the alarm code and slot selected. all = the attributes apply to all slots. notApplicable = the selected alarm is for system level. Enumeration: 'io13': 17, 'all': 200, 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5, 'io15': 19, 'io14': 18, 'notApplicable': 255.

The alarm port. The following attributes apply for the alarm code,slot and port selected. 200 = all = the attributes apply to all ports of the selected slot. When selected Slot is 'all', only 'all' or 'notApplicable' are valid Port selections. notApplicable = the selected alarm is for system or card level. =255 for MP =100 for DXC - For MP, valid cards' ports are: exPrt1(1)..exPrt12(12) inPrt1(101)..inPrt48 (148) - For DXC, the port index will include the Slot, as for all DXC tables: [(IO Slot+10)&n] ; n=odd for external ports n=even for internal ports.

An attribute defining the desired Mask state of an alarm . no - unmask (this command is not saved in agent's common database) noAndSave - unmask ; this command is saved in agent's common database yes - mask (this command is not saved in agent's common database) yesAndSave - mask ; this command is saved in agent's common database. Commands that are not saved, will be lost upon power-up or selected card removal. Enumeration: 'yesAndSave': 4, 'yes': 3, 'noAndSave': 2, 'no': 1.

An attribute defining the desired Invert state of an alarm . no - not inverted. yes - inverted. For MP, it is not applicable for alarms that are currently OFF. Enumeration: 'yes': 3, 'no': 2.

An attribute defining if Filter is desired for the alarm . no - no filter. yes - filter activate. This filter is activated within a window of time defined by agnCnfgAlrFilterWindow. Its purpose is to avoid frequent changes of an alarm between ON/OFF states. Enumeration: 'yes': 3, 'no': 2.

This is a top threshold causing the alarm that passes it, to be declared Set (ON) at the end of the respective window of time. - For alarms defined by default as state alarms (minor,major) this value will be in [%]. - For alarms defined by default as events, this value will be an integer meaning how many times this event should appear at least, during the window in order to be considered ON. The maximum valuewill be 255. This value should be greater than the one of agnCnfgAlrFilterReset. Agents that do not support Alarms Filter, will return 0.

This is a bottom threshold causing the alarm that does not pass it, to be declared Reset (ON) at the end of the respective window of time. - For alarms defined by default as state alarms (minor,major) this value will be in [%]. - For alarms defined by default as events, this value will be an integer meaning how many times this event should appear at most, during the window, in order to be considered OFF. This value should be less than the one of agnCnfgAlrFilterSet. Agents that do not support Alarms Filter, will return 0.

This table enables the user to configure the desired Alarm Reports according to alarms severity.

The alarm report type. trap - traps will be sent only for alarms having the selected On/Off severity or higher. buffer - only alarms having the selected On/Off severity and higher, will be reported to the buffer. relay - relay contact will be activated only for alarms having the selected On severity or higher. For products having 2 relays, this is the Minor Relay. alrLedOn/alrLedBlink - user should select a higher severity (ReportOn) for alrLedBlink than for alrLedOn (Blinking Led means a more severe alarm than steady ON Led). alrLedOn - MTCL-1 Alarm Led will be ON only when agnSAlrStatusAll equals the selected severity or higher, but lower severity than that selected for 'alrLedBlink'. For products having 2 LEDs, this is the Minor LED. alrLedBlink - MTCL-1 Alarm Led will Blink only when agnSAlrStatusAll equals the selected severity or higher. For products having 2 LEDs, this is the Major LED. relay2 - relay 2 contact will be activated only for alarms having the selected On severity or higher. This is the Major Relay. Enumeration: 'relay': 3, 'buffer': 2, 'alrLedBlink': 5, 'alrLedOn': 4, 'trap': 1, 'relay2': 6.

This object specifies the severity from which alarms will be reported. Alarms having this severity or higher, will be reported. This object specifies the report severity only for alarms that turn to ON state. noReport - no Report at all (for any severity). Enumeration: 'major': 5, 'noReport': 2, 'critical': 7, 'warning': 6, 'event': 3, 'minor': 4.

This object specifies the severity from which alarms will be reported. Alarms having this severity or higher, will be reported. This object specifies the report severity only for alarms that turn to OFF state. notApplicable - for 'relay','alrLedOn','alrLedBlink', 'relay2' report types, in MP. noReport - no Report at all (for any severity). Enumeration: 'major': 5, 'notApplicable': 1, 'noReport': 2, 'critical': 7, 'warning': 6, 'event': 3, 'minor': 4.

An object defining special user request. notApplicable - is RO value for products that do not support this object. normal - nothing special u1 - user 1 - for all Voice cards, the DISPLAYED Tx and Rx Levels will have the following Offsets: - 2 Wires port: Tx Level: the base value (for 0dBm) = 0 Rx Level: the base value (for 0dBm) = -2 - 4 Wires port: Tx Level: the base value (for 0dBm) = -16 Rx Level: the base value (for 0dBm) = 7 The MIB and application DB will use the values without Offset. Enumeration: 'notApplicable': 1, 'u1': 3, 'normal': 2.

This attribute indicates the Type of the Compressed being referred.

This attribute indicates the configuration to which the Compressed information is related.

This attribute indicates the version of the internal format of the Compressed data

This attribute is the compressed information itself.

This attribute indicates the configuration to which the Compressed information is related.

This attribute indicates the version of the internal format of the Compressed data

This attribute indicates a unique identifier of the Dlci, the compressed information relates to. The values are between 16 - 991.

This attribute is the compressed information itself.

This attribute indicates the version of the internal format of the Compressed data

A unique number to identify an entry in the alarm status table of the agent.

This attribute is the compressed information itself.

This attribute indicates the version of the internal format of the Compressed data

A unique number to identify an entry in the history alarms buffer of the agent.

This attribute is the compressed information itself.

The version of the compressed data

Unique number to identify an entry in the errors list table. The maximum entry value cannot exceed the value of 'agnSNoOfSanityCheckErr'.

This attribute is a full text description of the error, including: error code, slot and port numbers related to the code .

This object indicates the version of the internal format of the Compressed data.

This object indicates the configuration to which the Compressed information is related. 255=temporary configuration. Set can be performed only to the temporary configuration.

This object indicates the Slot to which the Compressed information is related. For MP-2100: IO-1..IO-12 = (5).. (16) For DXC-30 : IO-1..IO-15 = (5).. (19).

This object indicates the Port within the Slot, to which the Compressed information is related. For Port Index see each product's spec.

This object indicates the PDU index within the same port. That provides for the case when one PDU is not sufficient for all TS Assignment data of the same port.

This object is the compressed information itself. It provides information about all TSs of a port.

This attribute indicates the Type of the Compressed being referred. One of the types is V5.1 Variant data.

This attribute indicates the version of the internal format of the Compressed data.

3rd index - can be used for any purpose according to the agnXCmprTypIdx. Example: for V5.1 Variant, this attribute indicates the configuration to which the Compressed information is related. 255=temporary configuration. Set can be performed only to the temporary configuration.

4th index - can be used for any purpose according to the agnXCmprTypIdx. Example: for V5.1 Variant,this attribute indicates a unique number of the slot position where the card is inserted. Valid values: psA(1),psB(2),clA(3),clB(4),io1(5)..io12(16); notApplicable=255.

5th index - can be used for any purpose according to the agnXCmprTypIdx. Example: for V5.1 Variant,this attribute indicates a unique identifier of the port the compressed information relates to. Valid values: exPrt1 (1) .. exPrt12 (12) , inPrt1 (101) .. inPrt48 (148).

6th index - can be used for any purpose according to the agnXCmprTypIdx. Example: for V5.1 Variant,this attribute indicates the Variant index. Valid values are: 0..127, 255 (= temp cnfg).Set can be performed only to the temporary configuration.

7th index - can be used for any purpose according to the agnXCmprTypIdx. Example: for V5.1 Variant,this attribute is not needed. Therefore, its value will be always 255=notApplicable.

This attribute is the compressed information itself.

This attribute indicates a unique number to identify this entry

This entry is a unique text description of the alarm in the buffer. The alarm description includes the following information: alarm code, slot id, card type, channel id , alarm text, alarm status, masked flag and event counter

This table devides the week days into categories needed for DB flip consideration.

Active or Temporary Agenda Table. Both configurations can be read but only the Temporary can be written to. Enumeration: 'active': 1, 'temporary': 255.

Day of week Enumeration: 'monday': 2, 'tuesday': 3, 'friday': 6, 'wednesday': 4, 'thursday': 5, 'sunday': 1, 'saturday': 7.

The Category of the Day Enumeration: 'weekend': 3, 'partialWorkday': 2, 'fullWorkday': 1.

This table holds the Net Events the MUX should trace

Active or Temporary Net Events Table. Both configurations can be read but only the Temporary can be written to. Enumeration: 'active': 1, 'temporary': 255.

Entry within the table

Indicates if the entry is valid. In order to Add/Modify parameters of an entry, this object should be set to Yes. In order to delete an entry, this object should be Set to No. Enumeration: 'yes': 3, 'no': 2.

The Net Event type Enumeration: 'congestion': 3, 'linkDown': 2, 'time': 1.

The Net Event No. (Bit Index)

The slot to which the net event relates . Not applicable for time event Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'notApplicable': 1, 'io11': 15, 'io10': 14.

The port within the relevant slot Enumeration: 'inPrt3': 103, 'inPrt6': 106, 'inPrt1': 101, 'exPrt9': 9, 'exPrt8': 8, 'exPrt7': 7, 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'exPrt10': 10, 'notApplicable': 100, 'exPrt11': 11, 'inPrt4': 104, 'inPrt7': 107, 'inPrt5': 105, 'inPrt2': 102, 'exPrt12': 12, 'inPrt8': 108.

The time in seconds since the Net Event was reported as ON until it is considered as ON. Not relevant for time events.

The time in seconds since the net event was reported as OFF until it is considered as OFF. Not relevant for time events.

The time event relates to all days defined in this category in the agnCAgendaTable. Applicable only for time event Enumeration: 'notApplicable': 1, 'partialWorkday': 3, 'fullWorkday': 2, 'weekend': 4.

The time event will be activated at this time. The format is hh:mm.

The time event will be deactivated at this time. The format is hh:mm.

The DB Flip Decisions Table

Active or Temporary Flip Decisions Table. Both configurations can be read but only the Temporary can be written to. Enumeration: 'active': 1, 'temporary': 255.

Entry number within the table

Indicates if the entry is valid. In order to Add/Modify parameters of an entry this object should be Set to Yes. In order to delete an entry, this object should be Set to No. Enumeration: 'yes': 3, 'no': 2.

A logical expression composed of events numbers (which were configured in the 'AgnCFlipNetEvantsTable') and logical operators ('|', '&', '!', '(', ')') between them. e.g - (1 & !2) | (121 & 230)

The ID of the required DB

Indicates whether the Mux should start discarding all DE. (MP3000 Only). Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

Setting this attribute to on(3) will initiate the process of Sanity check on the Temp Flip Db and automatically be changed to off(2). Enumeration: 'on': 3, 'off': 2.

Setting this attribute to on(3) will initiate the process of Sanity check on the Temp Flip Db and if it is OK, it will save the Flip Db in the NVRAM, activating the new Flip DB . If check detects errors, the save will not be performed. Afterwards, the object's value will change automatically to off(2). Enumeration: 'on': 3, 'off': 2.

This attribute specifies the Id of the target NVRAM Cnfg to which the TmpCnfg should be transferred. Upon set command the MUX will initiate the Sanity-Check process first. If successful, the actual transfer will be performed. If warnings are detected, the user will have to perform the command again to confirm the operation. Setting this object a second time to the same value without performing any change in the database, will cause the result: agnSSanityCheckStatus = unknown. This attribute doesn't cause actual Flip.

Setting this attribute to on(3) will save the Temp Flip DB Into the NVRAM without actual flip. Enumeration: 'on': 3, 'off': 2.

Setting this attribute to On will broadcast a 'GO' command to the network. When a Mux receives a 'GO' command it issues a delay for 'agnCNetDelay' seconds and then activates the DB which was pre-defined by one of the commands : 'agnCSaveNetCnfgIdxCmd' or 'agnCSaveNetFlipDbCmd'. Enumeration: 'on': 3, 'off': 2.

This attribute determines the period of time in seconds that takes for a message to be transferred over all the network. After a 'GO' command the MUX issues a delay of 'agnCNetDelay' before activating the appropriate DB. The delay will be applied only after performing agnCSaveFlipDbCmd.

This object determines if the Net Events will be Broadcasted to other Muxes of the Net or not. disabled - Net Events will NOT be Broadcasted enabled - Net Events will be Broadcasted. Default=disabled. The value will be applied only after performing agnCSaveFlipDbCmd. Enumeration: 'disabled': 2, 'enabled': 3.

When agnCNetEventsBcast is enabled, this object determines the interval of time in seconds, between two consecutive Net Events transferred over the network. Default=40 sec. The interval will be applied only after performing agnCSaveFlipDbCmd.

This object indicates the status of the switches on the stand-alone unit. Each switch is represented by a bit. The status is a sum of 2**n, according to the bits: bit 0 NMS (LSB) bit 1 Terminal '1' = forces the DCE to be terminal with Rate=9600bps, Data bits=8, Stop bits=1 bit 2 Xray bit 3 SW-Load '1' = when SW is loaded bit 4 DBS Default of all bits=0 When the status of these switches is unknown, the value of this object is 255.

A decoding table . For each type of list, a description is given for each existing code.

The type of list the decoding data refers to. alr - Alarms list sanity - Sanity Check Error list. Enumeration: 'sanity': 2, 'alr': 1.

The specific code for which decoding is needed.

The description fitting the specific code and type of list required.

This object is applicable only for agnListDecodingType=alr. It reports the default state/severity of each alarm. User can change the severity of the alarms defined by this default via the agnListDecodingSeverity object. Enumeration: 'notApplicable': 1, 'major': 5, 'event': 3, 'minor': 4.

This object is applicable only for agnListDecodingType=alr. It enables the user to select a severity for each alarm. The severity is set per alarm code (same for all slots/ports using this code). event - can be set only for an alarm that is defined by default as 'event'. User can change the severity of the alarms defined by default as minor or major. The severity of an event may be set to another severity, but the change will actually happen only if the event threshold is active and passed the Set/ON condition. An event alarm that passed the threshold and changed its severity, will return automatically to event severity when meeting its Reset/OFF condition. Enumeration: 'major': 5, 'notApplicable': 1, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

This object indicates the ACM slot, desired for outbound relay (report) for the selected alarm. In the ?004 Unit the entries io6(10)..io12(16) are not valid. none - when agnListDecodingType=alr AND the selected alarm should not be reported by an ACM card. notApplicable - when agnListDecodingType=sanity OR when [agnListDecodingType=alr and there is no ACM card installed in the Mux]. Enumeration: 'none': 1, 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This object indicates the ACM port within the slot, desired for outbound relay (report) for the selected alarm. notApplicable - when agnListDecodingType=sanity OR when agnListDecodingAcmRelaySlt=notApplicable. Enumeration: 'notApplicable': 255, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. vs=Voice Switching In the ?004 Unit the entries io6(10)..io16) are not valid. For ISDN BRI ports of MX300/30 units: io1(5) = isdn1(5) and io2(6) = isdn2(6) LSlotIdx is defined according one of the following possiblities: 1. LSlotIdx is < HSlotIdx. 2. LSlotIdx is = HSlotIdx and LPrtIdx is < HPrtIdx. 3. LSlotIdx is = HSlotIdx and LPrtIdx is = HPrtIdx but LIdx is < HIdx. Enumeration: 'vs': 254, 'io8': 12, 'io9': 13, 'cl': 3, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique external or internal port number, including linkSelector or encapsulator. 100=noConnect (for voice switching) LPrtIdx is defined according one of the following possiblities: 1. LSlotIdx is < HSlotIdx. 2. LSlotIdx is = HSlotIdx and LPrtIdx is < HPrtIdx. 3. LSlotIdx is = HSlotIdx and LPrtIdx is = HPrtIdx but LIdx is < HIdx.

This attribute indicates a unique index for each possible used dlci(16..991). 0=notApplicable (for voice switching) LIdx is defined according one of the following possiblities: 1. LSlotIdx is < HSlotIdx. 2. LSlotIdx is = HSlotIdx and LPrtIdx is < HPrtIdx. 3. LSlotIdx is = HSlotIdx and LPrtIdx is = HPrtIdx but LIdx is < HIdx.

This attribute indicates a unique slot position In the Mux (Agent) where the dlci is routed to. For ISDN BRI ports of MX300/30 units: io1(5) = isdn1(5) and io2(6) = isdn2(6) In the ?004 Unit the entries io6(10)..io16) are not valid Enumeration: 'io8': 12, 'io9': 13, 'cl': 3, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port id which the dlci is routed to.

This attribute indicates a unique internal connection dlci number which the src dlci is routed to.

This attribute indicates a unique Tx committed bandwidth on the user transmit line or at the port receive line. Enumeration: 'txBc1280Kbps': 27, 'txBc1856Kbps': 32, 'txBc512Kbps': 22, 'txBc1472Kbps': 29, 'zero': 2, 'txBc14400bps': 7, 'txBc384Kbps': 20, 'txBc1024Kbps': 25, 'txBc1152Kbps': 26, 'txBc48000bps': 12, 'txBc320Kbps': 19, 'txBc1792Kbps': 43, 'txBc192Kbps': 17, 'txBc1920Kbps': 33, 'txBc6400bps': 4, 'txBc1536Kbps': 42, 'txBc224Kbps': 39, 'txBc896Kbps': 24, 'txBc1600Kbps': 30, 'txBc28800bps': 9, 'txBc256Kbps': 18, 'txBc38400bps': 11, 'full': 1, 'txBc672Kbps': 41, 'txBc1728Kbps': 31, 'txBc336Kbps': 40, 'txBc168Kbps': 38, 'txBc8300bps': 5, 'txBc2048Kbps': 35, 'txBc32000bps': 10, 'txBc19200bps': 8, 'txBc1344Kbps': 28, 'txBc5100bps': 3, 'txBc448Kbps': 21, 'txBc768Kbps': 23, 'txBc16000bps': 36, 'txBc112Kbps': 37, 'txBc9600bps': 6, 'txBc57600bps': 14, 'txBc56000bps': 13, 'txBc1984Kbps': 34, 'txBc64Kbps': 15, 'txBc128Kbps': 16.

This attribute indicates a unique Tx excess bandwidth on the user transmit line or at the port receive line. Enumeration: 'txBe5100bps': 3, 'txBe768Kbps': 23, 'txBe32000bps': 10, 'txBe1344Kbps': 28, 'txBe1472Kbps': 29, 'txBe1984Kbps': 34, 'txBe1856Kbps': 32, 'zero': 2, 'txBe64Kbps': 15, 'txBe1152Kbps': 26, 'txBe512Kbps': 22, 'txBe16000bps': 36, 'txBe56000bps': 13, 'txBe192Kbps': 17, 'txBe38400bps': 11, 'txBe128Kbps': 16, 'txBe19200bps': 8, 'txBe384Kbps': 20, 'txBe224Kbps': 39, 'txBe320Kbps': 19, 'txBe1920Kbps': 33, 'txBe256Kbps': 18, 'full': 1, 'txBe6400bps': 4, 'txBe896Kbps': 24, 'txBe57600bps': 14, 'txBe1600Kbps': 30, 'txBe48000bps': 12, 'txBe336Kbps': 40, 'txBe2048Kbps': 35, 'txBe14400bps': 7, 'txBe1792Kbps': 43, 'txBe9600bps': 6, 'txBe1024Kbps': 25, 'txBe1280Kbps': 27, 'txBe168Kbps': 38, 'txBe28800bps': 9, 'txBe1728Kbps': 31, 'txBe112Kbps': 37, 'txBe672Kbps': 41, 'txBe1536Kbps': 42, 'txBe448Kbps': 21, 'txBe8300bps': 5.

This attribute indicates a unique Rx committed bandwidth on the user receive line or at the port transmit line. Enumeration: 'rxBc8300bps': 5, 'rxBc64Kbps': 15, 'rxBc19200bps': 8, 'rxBc768Kbps': 23, 'rxBc28800bps': 9, 'rxBc112Kbps': 37, 'zero': 2, 'rxBc1920Kbps': 33, 'rxBc1152Kbps': 26, 'rxBc224Kbps': 39, 'rxBc38400bps': 11, 'rxBc57600bps': 14, 'rxBc1344Kbps': 28, 'rxBc1600Kbps': 30, 'rxBc256Kbps': 18, 'rxBc896Kbps': 24, 'rxBc6400bps': 4, 'rxBc448Kbps': 21, 'rxBc1536Kbps': 42, 'rxBc1856Kbps': 32, 'rxBc168Kbps': 38, 'rxBc9600bps': 6, 'rxBc48000bps': 12, 'rxBc192Kbps': 17, 'rxBc672Kbps': 41, 'rxBc128Kbps': 16, 'full': 1, 'rxBc14400bps': 7, 'rxBc56000bps': 13, 'rxBc336Kbps': 40, 'rxBc16000bps': 36, 'rxBc1024Kbps': 25, 'rxBc512Kbps': 22, 'rxBc1984Kbps': 34, 'rxBc1472Kbps': 29, 'rxBc1280Kbps': 27, 'rxBc384Kbps': 20, 'rxBc320Kbps': 19, 'rxBc2048Kbps': 35, 'rxBc1728Kbps': 31, 'rxBc32000bps': 10, 'rxBc5100bps': 3, 'rxBc1792Kbps': 43.

This attribute indicates a unique Rx excess bandwidth on the user receive line or at the port transmit line. Enumeration: 'rxBe8300bps': 5, 'rxBe672Kbps': 41, 'rxBe256Kbps': 18, 'rxBe1856Kbps': 32, 'rxBe16000bps': 36, 'rxBe320Kbps': 19, 'rxBe14400bps': 7, 'zero': 2, 'rxBe32000bps': 10, 'rxBe336Kbps': 40, 'rxBe1344Kbps': 28, 'rxBe168Kbps': 38, 'rxBe64Kbps': 15, 'rxBe57600bps': 14, 'rxBe112Kbps': 37, 'rxBe1024Kbps': 25, 'rxBe128Kbps': 16, 'rxBe224Kbps': 39, 'rxBe5100bps': 3, 'rxBe1152Kbps': 26, 'rxBe512Kbps': 22, 'rxBe1536Kbps': 42, 'full': 1, 'rxBe1792Kbps': 43, 'rxBe38400bps': 11, 'rxBe2048Kbps': 35, 'rxBe1280Kbps': 27, 'rxBe896Kbps': 24, 'rxBe9600bps': 6, 'rxBe1920Kbps': 33, 'rxBe19200bps': 8, 'rxBe28800bps': 9, 'rxBe1984Kbps': 34, 'rxBe192Kbps': 17, 'rxBe768Kbps': 23, 'rxBe1728Kbps': 31, 'rxBe1600Kbps': 30, 'rxBe48000bps': 12, 'rxBe1472Kbps': 29, 'rxBe6400bps': 4, 'rxBe448Kbps': 21, 'rxBe384Kbps': 20, 'rxBe56000bps': 13.

This attribute indicates a unique priority of the pcv. 1 is the lowest priority and 7 is the highest priority.

This attribute indicates the status of the pvc. The status is disconnected(1) when one of the sides is programmed as not connected Enumeration: 'connected': 2, 'disconnected': 1.

This object refers to sending of RIP messages: - yes : RIP messages will be sent ONLY if there is a change in the Net. - no : RIP messages will be always sent. This object is relevant only when one side of the DLCI is a CL-NMS interface. Default=no. Enumeration: 'yes': 3, 'no': 2.

This object selects Funnel activation enable/disable: - disabled: Funnel operation disabled. The agnDlciTxBe and agnDlciTxBc values are not used for funneling. - enabled : Funnel operation enabled. The agnDlciTxBe and agnDlciTxBc values are used for funneling calculations. This object is relevant only for an encapsulating DLCI. In case of a Link Selector DLCI, the agnDlciTxBe and agnDlciTxBc values are used for bandwidth of Link Selector. Default=disabled. Enumeration: 'disabled': 2, 'enabled': 3.

This object is relevant only when one side of the DLCI is a CL-NMS interface. It defines which Routing Protocol will be used for management via CL-NMS port. notApplicable will be used for all slots but CL. rip is a proprietary rip protocol. Default=rip. Enumeration: 'notApplicable': 1, 'none': 4, 'rip': 2, 'rip2': 3.

This attribute allows to create/delete a row in this table. For creating a row, the NMS should set agnRowStatus.255.id2.id3.id4.id5.id6.id7 = active(1). For destroying a row, the NMS should set: agnRowStatus.255.id2.id3.id4.id5.id6.id7 = destroy(6). Only rows with status active(1) are relevant. Enumeration: 'active': 1, 'destroy': 6.

MXcess Configuration for Voice Switching.

Active or Temporary Table. Both configurations can be read but only the Temporary can be written to. Enumeration: 'active': 1, 'temporary': 255.

1 or 2 digits, (0-9)(1-9).

1, 2 or 3 digits, (1-9),(0-9),(0-9).

Number of hops the frame will go through the net before deciding to discard the frame (like time-to-live in IP). 0 = notApplicable Default=20 .

Routing Table for Voice Switching.

Active or Temporary Table. Both configurations can be read but only the Temporary can be written to. Enumeration: 'active': 1, 'temporary': 255.

The Index of the row.

Serie of digits or keyword 'ELSE'..

Action that the system should perform for this digits: agnVoiceSwConfRtDigits. Enumeration: 'node': 3, 'zone': 2, 'rep': 8, 'hgr': 6, 'shortDialing': 4, 'notApplicable': 1, 'del': 7, 'in': 5.

This field is relevant for actions hgr(6), del(7) and rep(8).

Routing Slot- Relevant for actions zone(2) and node(3). Enumeration: 'io8': 12, 'io9': 13, 'cl': 3, 'noConnect': 2, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'notApplicable': 255.

Routing Port- Relevant for actions zone(2) and node(3). 100=noConnect (for non-routing case).

Routing DLCI- Relevant for actions zone(2) and node(3). Valid values: 0=notApplicable (for non-routing case). 1, 16..991

Status of the row for creating/deleting entries in the table. Enumeration: 'createAndWait': 5, 'notInService': 2, 'notReady': 3, 'createAndGo': 4, 'active': 1, 'destroy': 6.

Table of Hunt Groups.

Active or Temporary Table. Both configurations can be read but only the Temporary can be written to. Enumeration: 'active': 1, 'temporary': 255.

There may be up to 10 Hunt Groups per MXcess. That's the index of the hunt group relevant to this row.

This attribute indicates whether the hunt group should be considered in any of the mux algorithms. Enumeration: 'yes': 3, 'no': 2.

This is the extension number of the hunt group. 0 is for not valid. The allowed range is 10 - 99.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg. The write operation is valid only to the TmpCnfg.

This attribute indicates the Signaling Profile (1..5).

This attribute indicates if the following objects refer to: Rx or Tx translation. Rx : ML->IO Tx : IO->ML . Enumeration: 'rx': 1, 'tx': 2.

This object represents 6 parameters, by 3 Octets : Busy Code-MSB nibble, - applicable only for Rx translation Idle Code- nibble, - applicable only for Rx translation D Bit Code- nibble, C Bit Code- nibble, B Bit Code- nibble, A Bit Code-LSB nibble. Each of Busy and Idle Code nibble will have the valid values: 0000 .. FFFF. Each of A,B,C,D Bit Code nibble represents: 0 hex = 0000 = 0 1 hex = 0001 = 1 2 hex = 0010 = A bit 3 hex = 0011 = B bit 4 hex = 0100 = C bit 5 hex = 0101 = D bit 6 hex = 0110 = A bit inverse 7 hex = 0111 = B bit inverse 8 hex = 1000 = C bit inverse 9 hex = 1001 = D bit inverse A-F hex - not used (invalid values)

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io13': 17, 'io12': 16, 'io11': 15, 'io10': 14, 'io15': 19, 'io14': 18, 'notApplicable': 255.

This attribute indicates a unique external or internal port number. For MP: exPrt1 (1) , exPrt2 (2) , exPrt3 (3) , exPrt4 (4) , exPrt5 (5) , exPrt6 (6) , exPrt7 (7) , exPrt8 (8) , exPrt9 (9) , exPrt10 (10) , exPrt11 (11) , exPrt12 (12) , inPrt1 (101) , inPrt2 (102) , inPrt3 (103) , inPrt4 (104) , inPrt5 (105) , inPrt6 (106) , inPrt7 (107) , inPrt8 (108) , inPrt9 (109) , inPrt10 (110) , inPrt11 (111) , inPrt12 (112)

This attribute indicates a unique index for TS (Time-Slot). - for T1 ports - 1..24, Fbit(25) - for E1 ports - 1..31 - for HDSL ports - 1..32 ; 32 will represent TS0.

This attribute indicates a unique index for the Bit of each TS (Time-Slot). 1..8 - Bit 1.. Bit 8 255 - notApplicable This object is applicable only in Split Time-Slot cases.

This attribute indicates a unique slot position In the Mux where the TS is routed to. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io13': 17, 'io12': 16, 'io11': 15, 'io10': 14, 'io15': 19, 'io14': 18, 'notApplicable': 255.

This attribute indicates a unique port id the TS is routed to. notApplicable - when agnTsType=mng or spare For MP: exPrt1 (1) .. exPrt12 (12) , notApplicable(100), inPrt1 (101) .. inPrt48 (148).

This attribute indicates a unique TS number the Src TS is routed to. Valid values: - for T1 ports - 1..24, Fbit(25) - for E1 ports - 1..31 - for HDSL ports - 1..32 ; 32 will represent TS0. - notApplicable - 255 (for ports that don't have TSs).

Time-Slot Type - regarding its connection and media type. voice, data, vcMP - connected and the media is specified. mng - management. This TS is Dedicated to Management (not disconnected, but not connected to another port). spare - applicable for ML-20 only. These TSs should be reserved for future connection, though at the moment are not connected. Enumeration: 'unknown': 1, 'spare': 7, 'voice': 2, 'data': 3, 'vcMP': 4, 'mng': 6.

This attribute allows to create/delete a row in this table. For creating a row, the NMS should set agnTsRowStatus.255.id2.id3.id4.id5.id6.id7.id8 = active(1). For destroying a row, the NMS should set: agnTsRowStatus.255.id2.id3.id4.id5.id6.id7.id8 = destroy(6). Only rows with status active(1) are relevant. Enumeration: 'active': 1, 'destroy': 6.

Direction of the connection. This parameter is especially important when in MP a ML is connected to an IO port that has no TSs, so it doesn't appear in the TS Assignment for the first 5 indexes. notApplicable - for products that do not support this object or for certain TS Types (for example: mng, spare) rx - the ML only Receives from the IO Port (the ML will appear in the first 5 indexes). tx - the ML only Transmits to the IO Port (the ML will appear in the first 5 indexes). Nothing is received back. both - the ML Receives and Transmits to the IO Port (the ML will appear in the first 5 indexes). bcastSrc - the ML is a Broadcast-Bidirectional Source. It Transmits to one or several IO Ports (including the one that appears in the last 3 indexes) and sometimes receives. The Port that responds is dynamic (it can be another each time). The ML will appear in the first 5 indexes. bcastDst - the ML is a Broadcast-Bidirectional Destination. Therefore, it Receives and sometimes Transmits. The ML will appear in the first 5 indexes. Enumeration: 'both': 4, 'bcastSrc': 5, 'tx': 3, 'rx': 2, 'notApplicable': 1, 'bcastDst': 6.

A unique number to identify a slot position in the mux. In the ?004 Unit the entries PsB(2),ClB(4),io6(10)..io(16) are not valid. Enumeration: 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5.

This attribute indicates the type of card installed in the specific slot position. Only PS cards are possible in the PS slots. Only CL cards are possible in the CL slots. Only IO cards are possible in the IO slots. Enumeration: 'mtMlE1Fiber': 91, 'mlfHybE1Hs': 193, 'vcPbxE1': 175, 'mhsS': 220, 'mhs1DDS': 184, 'mtMlT1Fiber': 90, 'vfPbx': 83, 'hss12': 242, 'vc3Fxs': 172, 'vcq': 179, 'mvg1Lan': 253, 'vc6Fxs': 178, 'vc6Fxo': 177, 'vc26EandM': 147, 'mhs1V24': 187, 'mvc4PbxE1': 211, 'hsqN': 125, 'mhs1X21': 186, 'mtMl2T1': 108, 'mvc4PbxT1Cs': 213, 'ls2AATandTSdm': 115, 'vc3Fxo': 171, 'ls6': 160, 'mhsHyE1Hs': 191, 'vfPbxE1': 85, 'vc2Fxo1': 142, 'ps100W': 11, 'vc2Fxo3': 146, 'vc2Fxo2': 144, 'mPh1E1LTU': 36, 'mtMlF2E1': 89, 'tre': 154, 'ml20': 97, 'mPh3': 32, 'mPh1': 31, 'vfPbxT1': 84, 'mtMl2E1': 109, 'cl1': 20, 'cl2': 22, 'cl3': 24, 'mhsHyT1Hs': 192, 'ls2M': 117, 'mtMl1T1DSU': 100, 'hs2': 120, 'mtmlHE1': 94, 'hs6': 126, 'hs4': 132, 'hsQM': 124, 'hs4E1': 131, 'mhsPriE1': 222, 'mvc4PbxT1Slave': 215, 'mhsU': 221, 'vc3EandM': 170, 'mPh1T1DSU': 33, 'ls2ATandTSdm': 112, 'mtMl1E1DSUfb': 106, 'mtMl1T1CSU': 101, 'ls6V1EandM': 161, 'hss6': 243, 'mtMlE1FiberFb': 93, 'mhs4': 188, 'mhs3': 185, 'hsr': 156, 'hss': 157, 'hsq': 122, 'mvg2Lan': 254, 'hs': 150, 'hs703': 123, 'mls3': 201, 'mhsHy2t1': 198, 'vcPbxT1': 174, 'mls6': 200, 'vc6AgFxo': 236, 'mPh1T1CSU': 34, 'ls6V1Fxo': 162, 'acm': 9, 'mtMl1E1LTUfb': 107, 'ls6V1Fxs': 163, 'vf3EandM': 80, 'hs4T1': 130, 'ls6V2EandM': 164, 'vc6AgFxs': 237, 'ls6VfFxs': 169, 'mtvc2': 148, 'mtmlHSE1': 96, 'vc2Fxs3': 145, 'vc2Fxs2': 143, 'mPl6': 60, 'mPl3': 61, 'hsu12': 240, 'mtMl1E1LTU': 103, 'vc2EandM': 140, 'mlfHybT1Hs': 194, 'mhsT1Hs': 190, 'mhsPriT1': 223, 'vc6EandM': 176, 'mtMl1E1DSU': 102, 'mhs1G703': 183, 'cl3Eth': 25, 'unknown': 1, 'vc2R2Fxs': 149, 'hsuI': 155, 'mtmlH1E1': 95, 'ls2A2Ts': 116, 'ls6VfFxo': 168, 'mlfHybT12': 204, 'mhsE1Hs': 189, 'hsu1': 158, 'hsu6': 241, 'mtMl1T1DSUfb': 104, 'clEth': 21, 'vc6aFxs': 235, 'hs3': 121, 'vcPbx': 173, 'empty': 2, 'hs12': 127, 'cl2Eth': 23, 'mvc4PbxT1Ds': 212, 'ps60W': 10, 'vc6aEandM': 233, 'ls6VfEandM': 167, 'ls6V2Fxs': 166, 'mhs1V35': 182, 'mvc4': 210, 'vc12Fxs': 232, 'mhsHy2e1': 197, 'mtMl4E1': 99, 'vf3Fxs': 81, 'vf3Fxo': 82, 'mhs2t1': 196, 'mlfHybE12': 199, 'vc12Fxo': 231, 'ls6V2Fxo': 165, 'mPh1E1DSU': 35, 'mtMl4T1': 98, 'mtMl1T1CSUfb': 105, 'mhs2e1': 195, 'vc6aFxo': 234, 'vc2Fxs1Plar': 141, 'vc12EandM': 230, 'ls12': 159, 'mbeU': 153, 'mtMlF2T1': 88, 'mbeB': 152, 'mbeA': 151, 'ls2ACcittX58': 114, 'mPv4': 72, 'ls2ACcittX50': 113, 'mtMlT1FiberFb': 92, 'mhs1V36': 181, 'ls2CcittX58': 111, 'ls2CcittX50': 110, 'mvc4PbxE1Slave': 214.

This attribute indicates the Hardware version of the installed card in the specific slot position.

This attribute indicates the Software version of the installed card in the specific slot position.

Indicates the alarm state at module level, i.e. lower level (port alarms) status is not included. This attribute will be set to: critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state in the module-all level, i.e. lower level (port alarms) included. This attribute will be set to: critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state at module level, [i.e. lower level (port alarms) status is not included],including Masked alarms. This attribute will be set to: critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state in the module-all level, i.e. lower level (port alarms) included, including Masked alarms. This attribute will be set to: critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

This attribute will be set to on(3) when there is at least one test in progress on a channel of the card, otherwise the value will be off(2). Enumeration: 'on': 3, 'off': 2.

Setting this command to ON, enforces a clear of all the alarms in the given slot, excluding alarms of port level. The clear operation will not be applied for masked/inverted alarms. Enumeration: 'on': 3, 'off': 2.

Setting this command to ON, enforces a clear of all the alarms in the given slot, including all its ports alarms. The clear operation will not be applied for masked/inverted alarms. Enumeration: 'on': 3, 'off': 2.

The list of card agent alarms ; includes also an alarm indicating existence of alarms on its ports if there are any.

A unique number to identify an entry in the alarm status table. Users should use the get next function to read this table because the indexes are not consecutive.

This attribute indicates the desired slot position. In the ?004 Unit the entries PsB(2),ClB(4),io6(10)..io12(16) are not valid. Enumeration: 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5.

This attribute is a full text description of the alarm . The alarm description includes the following information: alarm code, alarm text, alarm severity, Masked or Inverted flag and counter.

A code identifying the alarm of an entry in the alarm status table at card level.

The severity of the alarm. Enumeration: 'major': 5, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

State of the alarm. Enumeration: 'on': 3, 'off': 2.

A counter - how many times the alarm occured since last clear operation. ON and OFF Alarm will be counted separately.

Alarm mask : on/off. Enumeration: 'on': 3, 'off': 2.

Alarm invert : on/off. Enumeration: 'on': 3, 'off': 2.

This attribute indicates the Idx of the Cnfg(1..100) being referred. Value 255 specifies the TmpCnfg

This attribute indicates a unique number of the slot position where the card is inserted. In the ?004 Unit the entries psB(2),clB(4),io6(10)..io(16) are not valid. Enumeration: 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5.

This attribute indicates the type of card assigned to the specific slot in the common configuration. This object is identical in all the configurations (1..100). Only the TmpCnf(255) may have different value. The write operation is valid only to the TmpCnfg entry. Enumeration: 'mtMlE1Fiber': 91, 'mlfHybE1Hs': 193, 'vcPbxE1': 175, 'mhsS': 220, 'mhs1DDS': 184, 'mtMlT1Fiber': 90, 'vfPbx': 83, 'hss12': 242, 'vc3Fxs': 172, 'vcq': 179, 'mvg1Lan': 253, 'vc6Fxs': 178, 'vc6Fxo': 177, 'vc26EandM': 147, 'mhs1V24': 187, 'mvc4PbxE1': 211, 'hsqN': 125, 'mhs1X21': 186, 'mtMl2T1': 108, 'mvc4PbxT1Cs': 213, 'ls2AATandTSdm': 115, 'vc3Fxo': 171, 'ls6': 160, 'mhsHyE1Hs': 191, 'vfPbxE1': 85, 'vc2Fxo1': 142, 'vc2Fxo3': 146, 'vc2Fxo2': 144, 'mPh1E1LTU': 36, 'mtMlF2E1': 89, 'ps220x60W': 14, 'tre': 154, 'ml20': 97, 'mPh3': 32, 'ps180W': 16, 'mPh1': 31, 'vfPbxT1': 84, 'mtMl2E1': 109, 'cl1': 20, 'cl2': 22, 'cl3': 24, 'mhsHyT1Hs': 192, 'ls2M': 117, 'mtMl1T1DSU': 100, 'hs2': 120, 'mtmlHE1': 94, 'hs6': 126, 'hsQM': 124, 'hs4E1': 131, 'mhsPriE1': 222, 'mvc4PbxT1Slave': 215, 'mhsU': 221, 'vc3EandM': 170, 'mPh1T1DSU': 33, 'ls2ATandTSdm': 112, 'ps110x100W': 13, 'mtMl1E1DSUfb': 106, 'mtMl1T1CSU': 101, 'ls6V1EandM': 161, 'ps48x100W': 11, 'mtMlE1FiberFb': 93, 'mhs4': 188, 'mhs3': 185, 'hsr': 156, 'hss': 157, 'hsq': 122, 'mvg2Lan': 254, 'hs': 150, 'hs703': 123, 'mls3': 201, 'mhsHy2t1': 198, 'vcPbxT1': 174, 'mls6': 200, 'vc6AgFxo': 236, 'mPh1T1CSU': 34, 'ls6V1Fxo': 162, 'acm': 9, 'mtMl1E1LTUfb': 107, 'ls6V1Fxs': 163, 'vf3EandM': 80, 'hs4T1': 130, 'ls6V2EandM': 164, 'vc6AgFxs': 237, 'ls6VfFxs': 169, 'mtvc2': 148, 'mtmlHSE1': 96, 'vc2Fxs3': 145, 'vc2Fxs2': 143, 'mPl6': 60, 'mbeA': 151, 'hsu12': 240, 'vc2R2Fxs': 149, 'vc2EandM': 140, 'mlfHybT1Hs': 194, 'mhsT1Hs': 190, 'mhsPriT1': 223, 'vc6EandM': 176, 'mtMl1E1DSU': 102, 'mhs1G703': 183, 'cl3Eth': 25, 'unknown': 1, 'mtMl1E1LTU': 103, 'hsuI': 155, 'mtmlH1E1': 95, 'ls2A2Ts': 116, 'ls6VfFxo': 168, 'mlfHybT12': 204, 'mhsE1Hs': 189, 'hsu1': 158, 'hsu6': 241, 'mtMl1T1DSUfb': 104, 'clEth': 21, 'vc6aFxs': 235, 'hss6': 243, 'ps220x100W': 15, 'hs3': 121, 'vcPbx': 173, 'empty': 2, 'hs12': 127, 'cl2Eth': 23, 'mvc4PbxT1Ds': 212, 'vc6aEandM': 233, 'ls6VfEandM': 167, 'ls6V2Fxs': 166, 'mhs1V35': 182, 'mvc4': 210, 'vc12Fxs': 232, 'mhsHy2e1': 197, 'mtMl4E1': 99, 'vf3Fxs': 81, 'vf3Fxo': 82, 'mhs2t1': 196, 'mlfHybE12': 199, 'vc12Fxo': 231, 'ls6V2Fxo': 165, 'mPh1E1DSU': 35, 'mtMl4T1': 98, 'mtMl1T1CSUfb': 105, 'mhs2e1': 195, 'vc6aFxo': 234, 'vc2Fxs1Plar': 141, 'vc12EandM': 230, 'ls12': 159, 'mbeU': 153, 'mtMlF2T1': 88, 'mbeB': 152, 'ps110x60W': 12, 'ls2ACcittX58': 114, 'ls2ACcittX50': 113, 'mtMlT1FiberFb': 92, 'mhs1V36': 181, 'ps48x60W': 10, 'ls2CcittX58': 111, 'ls2CcittX50': 110, 'mvc4PbxE1Slave': 214.

Number of external ports in the programmed card of the specific slot position

Number of internal ports in the programmed card of the specific slot position.

This attribute indicates the Type of the Compressed being referred.

This attribute indicates the configuration to which the Compressed information is related.

This attribute indicates the version of the internal format of the Compressed data

This attribute indicates a unique number of the slot position where the card is inserted. In the ?004 Unit the entries psB(2),clB(4),io6(10)..io(16) are not valid. Enumeration: 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5.

This attribute is the compressed information itself.

This attribute indicates the version of the internal format of the Compressed data

This attribute indicates the desired slot position. In the ?004 Unit the entries PsB(2),ClB(4),io6(10)..io(16) are not valid.

A unique number to identify an entry in the alarm status table of the agent.

This attribute is the compressed information itself.

This attribute indicates a unique number to identify the slot where the card is inserted. In the ?004 Unit the entries io6(10)..io(16) are not valid. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'clA': 3, 'io1': 5, 'io2': 6, 'io12': 16, 'io11': 15, 'io10': 14, 'clB': 4, 'notApplicable': 255.

This attribute indicates a unique number to identify a port in a specific card. The valid ports depend on the installed card: the valid external ports (interfaces) are (1..mdlCNoOfExternPrt) if any, and the valid internal ports are (101..100+mdlCNoOfInternPrt) if any. Generally: exPrt1 (1) .. exPrt12 (12), inPrt14 (114) .. inPrt48 (148)

This attribute describes the type of the designated port. In MX 3000 only external & internal options are used. All the other options are only for MX 30/300 which need special handling. In order to support interface types in MX 3000, return an ascii string for prtSInterfaceType in this table or support the general RAD value of physicalConnector. External port - is a port with a physical connector. Internal port - might be of two types: a) A composite port which collects a few external ports data into a common bandwidth (usually routed through DS1 link) b) A port which gets only part of the external ports (usually a few DS0's) The following types are used when all ports are external/ internal and the connector/interface type is necessary (for example, stand-alone units): High Speed port types Low Speed port types Voice port types, CL port types. Enumeration: 'highSpeedX21': 7, 'cl': 12, 'highSpeedDDS': 9, 'highSpeedV35': 4, 'highSpeedV36': 6, 'highSpeedV24': 5, 'voiceS0': 16, 'lowSpeed': 10, 'highSpeedG703': 8, 'internal': 3, 'external': 2, 'isdns': 13, 'ethernet': 15, 'voice': 11, 'isdn': 14.

This attribute indicates the unique interface number assigned to the port. The specific interface of this attribute is the same as the interface identified by the value of ifindex in MIB-II.If there is no interface for the specific prtIdx the value will be '7fffffff'h.

This attribute describes the activity status of the port. unknown(1) indicates that the information is not supported. notUsed(2) indicates that the ch is not connected according to the active config. offLine(3) indicates that the ch is down (not working) because of any problem. onLine(4) indicates that the ch is up (working) offLineRedundancy(5) indicates that the ch is down, because it is redundant port. onLineRedundancy(6) indicates that the ch is up, and it is the active link Enumeration: 'onLineRedundancy': 6, 'unknown': 1, 'notUsed': 2, 'offLineRedundancy': 5, 'onLine': 4, 'offLine': 3.

Indicates the alarm state in the port(ch) agent level. This attribute will be set to: critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state in the port(ch) agent level, including Masked alarms. This attribute will be set to: critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Setting this attribute to on(3) enforces a clear operation of the alarm status events in the given port. The clear operation will not be applied for masked/inverted alarms. Enumeration: 'on': 3, 'off': 2.

This is a mask which indicates which tests from the 'prtSTstCmd' list are allowed for the requested port. If a specific test is allowed, its respective bit will be SET in the mask : TEST BIT ----------- --- local-loop 1 remote-loop 2 loc-and-rem-main-loops 3 remote-analog-loop 4 remote-digital-loop 5 rem-loop-on-ext-unit 6 bert 7 tone-injection 8 dlci local-loop 9 all dlci local-loop 10 dlci remote-loop 11 all dlci remote-loop 12 bert-and-rem-loop-on-rem-unit 13 rem-loop-on-rem-unit 14 block 15 backward-tone-inject 16 llb 17 rlb 18 ft1Enable 21 lbbd 22 --for 2B+D lb1 23 --for B1 lb2 24 --for B2 e.g : If the return value is 3 -> 0000000000000011 -> Bits 1 & 2 are set -> the allowed tests are : local-loop remote-loop

Setting this attribute to any of the above values will initiate a test on the specific port if the operation is legal. If the operation is not legal, the mux will ignore the operation. If a test time out is needed, the test will be set with a default timeout of 2 minutes until the user will set the parameter 'prtSTstDuration' to the required time out. If no time out is needed , the test will be set with infinite timeout until the user will set the parameter 'prtSTstDuration' to the required time out. Enumeration: 'lb1': 23, 'bert': 8, 'llb': 19, 'extInitLocalLoop': 14, 'locAndRemMainLoops': 4, 'localLoop': 2, 'ft1Enable': 21, 'remoteAnalogLoop': 5, 'backwardToneInject': 18, 'remoteDigitalLoop': 6, 'toneInjection': 9, 'allDlciLocalLoop': 11, 'remLoopOnExtUnit': 7, 'lb2': 24, 'dlciRemoteLoop': 12, 'allDlciRemoteLoop': 13, 'bertAndRemLoopOnRemUnit': 15, 'rlb': 20, 'lbbd': 22, 'none': 1, 'remLoopOnRemUnit': 16, 'remoteLoop': 3, 'dlciLocalLoop': 10, 'block': 17.

This attribute indicates the maximum duration of executing a test on the specific port. This entry applies to all the test operations. The resolution will be a minute, and the maximum duration is limited to 30 minutes . A zero value specifies no time limitation. When the test isn't active, the agent initiates this object to 2 when the duration is needed and to 0 if its not required. The user should set this parameter after setting the 'prtSTstCmd' parameter.

Setting this attribute initiates bert count clear operation. It is valid only when bert test is active on the specific port. Enumeration: 'on': 3, 'off': 2.

This attribute indicates the number of Bit Error Rate indicated during the BERT operation. It is valid only when bert test is active on the specific port.

This attribute indicates a unique HW interface type of the selected port.

This object indicates Status of parameters specific to the selected port. - For a port that has no special status or is supported by prtSExHsfStatTable - 1 Octet: 00hex - For VC-6, VC-12, VC-12/6 external ports - 1 Octet : Bit 7 (MSB)..Bit 2 = 0 (NA) Bit 1: Tx Signaling '1'=On ; '0'=Off Bit 0 (LSB): Rx Signaling '1'=On ; '0'=Off - For VC-6A and VC-6AG external ports - 1 Octet : Bit 7 (MSB)..Bit 3 = 0 (NA) Bit 2: ADPCM module '1' =Exist ; '0' =Not Exist Bit 1: Tx Signaling '1'=On ; '0'=Off Bit 0 (LSB): Rx Signaling '1'=On ; '0'=Off - For VC-2/R2(FXS) external ports - 1 Octet : Bit - 7 6 5 4 3 2 1 0 |_| |_________| Call Call State Direction Bit 7 (MSB) and Bit 6 : Call Direction 00 - Incoming 01 - Outgoing Bit 5..Bit 0: Call State 000000 - Idle 000001 - Seized 000010 - Both-Way Conflict 000011 - Seizure Ack 000100 - Answered 000101 - Clear Backward 000110 - Clear Forward 000111 - Blocked 001000 - Fault 001001 - Fault 3 001010 - Fault 4 001011 - Fault 5 001100 - Fault 6 001101 - Fault 7 - For ML-20 external port - 3 Octets : - 1 MS Octet will represent the Real Rate used: Bit - 7 6 5 4 3 2 1 0 |___| |_______| spare Rate Valid values: 0..31, meaning 0..31x64Kbps Invalid values: 32..255. - 2 LS Octets will represent the Status of 7 Control Signals: Signal - --- CTS DSR DCD RJ TM DTR RTS Bit - 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 Octet - 2 3 (LS) '---' will always have the value 00 Rest of the Signals (2 bits each) can have the following values: 00=NA ; 01=unused ; 10=Off ; 11=On - For ML-H/E1, ML-H/1/E1, ML-H/S/E1 internal port - 1 Octet Bit - 7 6 5 4 3 2 1 0 |___________| spare Mode of Operation Mode of Operation: '1'=Central ; '0'=Remote - For ACM external port - 1 Octet Bit - 7 6 5 4 3 2 1 0 |_________| spare Alarm State Alarm State: according to bits 1,0: 00=NA ; 01=unused ; 10=Off ; 11=On - For HS-U/1 external port - 1 Octet Bit 7 6 5 4 3 2 1 0 LSB |________| |__| |__| spare modem sync modem: 00 = unknown sync: 00 = not sync 01 = ASMi-31 01 = sync 10 = other 10 = reserved 11 = reserved 11 = reserved

The list of port agent alarms.

A unique number to identify an entry in the alarm status table. Users should use the get next function to read this table because the indexes are not consecutive

This attribute indicates a unique identifier of the slot where the card is inserted. In the ?004 Unit the entries PsB(2),ClB(4),io6(10)..io12(16) are not valid. Enumeration: 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5, 'notApplicable': 255.

This attribute indicates a unique identifier of the port the alarm applies to. All the values are valid. No alarms exist for a port which does not physically exist. Valid values: exPrt1 (1) .. exPrt12 (12) , inPrt1 (101) .. inPrt48 (148).

This attribute is a full text description of the alarm. The alarm description includes the following information: alarm code, alarm text, alarm severity, Masked or Inverted flag and counter.

A code identifying the alarm of an entry in the alarm status table at port level.

The severity of the alarm. Enumeration: 'major': 5, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

State of the alarm. Enumeration: 'on': 3, 'off': 2.

A counter - how many times the alarm occured since last clear operation. ON and OFF Alarm will be counted separately.

Alarm mask : on/off. Enumeration: 'on': 3, 'off': 2.

Alarm invert : on/off. Enumeration: 'on': 3, 'off': 2.

This table is applicable only for an active port running an FR protocol .

This attribute indicates a unique slot position where the module is inserted. In the ?004 Unit the entries io6(10)..io12(16) are not valid. For stand-alone units this index will be notApplicable (255). Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number. Enumeration: 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

The Interval of 15 min. for which the following statistics counters are applicable. Enumeration: 'currentInv': 1, 'last': 2.

The number of seconds that have elapsed since the beginning of the current error-measurement interval. This object is applicable mainly for the current interval. For other interval: - if data is available: value will be 899. - if data is not available: value will be 0.

The total number of frames received by this port during the selected interval.

The total number of frames sent by this port during the selected interval.

The total number of bytes received by this port during the selected interval.

The total number of bytes sent by this port during the selected interval.

The management number of frames received by this port during the selected interval.

The management number of frames sent by this port during the selected interval.

The number of De frames received by this port during the selected interval.

The number of De frames sent by this port during the selected interval.

The number of De frames discarded due to congestion, received by this port during the selected interval.

The number of De frames discarded due to congestion, sent by this port during the selected interval.

All the frames discarded due to congestion, received by this port during the selected interval.

All the frames discarded due to congestion, sent by this port during the selected interval.

Number of frames received by this port during the selected interval, indicating forward congestion.

Number of frames sent by this port during the selected interval, indicating forward congestion.

Number of frames received by this port during the selected interval, indicating backward congestion.

Number of frames sent by this port during the selected interval, indicating backward congestion.

Number of data frames received by this port during the selected interval, exceeding the Burst Excess value.

Number of data frames sent by this port during the selected interval, exceeding the Burst Excess value.

Number of data frames received by this port during the selected interval, exceeding the Burst Committed value.

Number of data frames sent by this port during the selected interval, exceeding the Burst Committed value.

This table is applicable only for an active port running a CR protocol .

This attribute indicates a unique slot position where the module is inserted. In the ?004 Unit the entries io6(10)..io12(16) are not valid. For stand-alone units this index will be notApplicable (255). Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number. Enumeration: 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

The Interval of 15 min. for which the following statistics counters are applicable. Enumeration: 'currentInv': 1, 'last': 2.

The number of seconds that have elapsed since the beginning of the current error-measurement interval. This object is applicable mainly for the current interval. For other interval: - if data is available: value will be 899. - if data is not available: value will be 0.

The total number of cells received by this port during the selected interval.

The total number of cells sent by this port during the selected interval.

The number of Data Cells received by this port during the selected interval.

The number of Data Cells sent by this port during the selected interval.

This table is applicable only for an active port running an FR, FR+ or CR protocol, with valid DLCIs .

This attribute indicates a unique slot position where the module is inserted. In the ?004 Unit the entries io6(10)..io12(16) are not valid. For stand-alone units this index will be notApplicable (255). Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number. Enumeration: 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

This attribute indicates a unique DLCI index for each valid DLCI (16..991).

The number of De frames received by this DLCI.

The number of De frames sent by this DLCI.

The number of De frames discarded due to congestion, received by this DLCI.

The number of De frames discarded due to congestion, sent by this DLCI.

All the frames discarded due to congestion, received by this DLCI.

All the frames discarded due to congestion, sent by this DLCI.

Number of frames sent by this DLCI, indicating forward congestion.

Number of frames sent by this DLCI, indicating backward congestion.

Number of data frames received by this DLCI, exceeding the Burst Excess value.

Number of data frames sent by this DLCI, exceeding the Burst Excess value.

Number of data frames received by this DLCI, exceeding the Burst Committed value.

Number of data frames sent by this DLCI, exceeding the Burst Committed value.

This table is applicable for a T1 interface with 'esf' LineType .

This attribute indicates a unique slot position where the module is inserted. In the ?004 Unit the entries io6(10)..io12(16) are not valid. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

This attribute indicates a unique port number. MTML-1/T1 modules have just one external interface. Enumeration: 'exPrt1': 1.

The Fdl tx/rx reference of the Fdl message. Enumeration: 'rx': 2, 'tx': 1.

FDL message.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries io6(10)..io12(16) are not valid. notApplicable - for stand-alone units. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number. Most ML cards have only one external interface. inPrt1 - for MTML-H/E1 cards. For other products' index see their specification.

This attribute indicates a unique time slot position. The valid time slots are: 1..24 for T1 Card and 1..31 for E1 interface. In G732S-E1 lines, time slot 16 is not valid for data, it is dedicated to multiframe synchronization bits and voice signaling.

This attribute indicates a unique Bit within the time slot. The valid Bits are: 1..8.

This attribute indicates whether the specified time slot is connected/routed internally in the Agent and to which card it is connected. In the ?004 Unit the entries io6(10)..io12(16) are not valid. notApplicable - for stand-alone units. Enumeration: 'io9': 13, 'io8': 12, 'noConnect': 2, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates the internally (In Mux) connected/routed port. For other products' index see their specification.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This parameter should be: - slot number for MX3000 - 255 = N/A for MX300/30.

This parameter should be: - port number for MX300/30 - 100 = N/A for MX3000.

Setting this command to on(3) enables the agenda function at module (3000) or port (300/30) level. Enumeration: 'notApplicable': 1, 'off': 2, 'on': 3.

This table allows the user to schedule the time a session is active per week basis.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute is equal to: -slot number for MX3000 -255 = N/A for MX300/30

This attribute is equal to: -port number for MX300/30 -100 = N/A for MX3000

This attribute for which day of the week this row applies. Enumeration: 'monday': 1, 'tuesday': 2, 'friday': 5, 'wednesday': 3, 'thursday': 4, 'sunday': 7, 'saturday': 6.

The user may define 4 different active intervals per day.

Start from time interval in seconds.

To time interval in seconds.

This table allows the user to configure general port parameters.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg. The write operation is valid only to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique external or internal port number. For MP: exPrt1 (1) .. exPrt12 (12) , notApplicable(100), inPrt1 (101) .. inPrt48 (148)

This attribute indicates the slot of the ML card to which the IO port is mapped. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates the port in the prtGenCnfgLinkToSlot of the ML card to which the IO port is mapped. For MP: exPrt1 (1) , exPrt2 (2) , exPrt3 (3) , exPrt4 (4) , inPrt1 (101) notApplicable (255)

IO Port Id for V5.1 use. This object is applicable only for part of the PSTN and ISDN IO ports. Generally, 0 is a valid value. Nevertheless, for ports that do not support this object, the value will be: notApplicable= 0

This attribute indicates the Type of the Compressed being referred.

This attribute indicates the configuration to which the Compressed information is related.

This attribute indicates the version of the internal format of the Compressed data

This attribute indicates a unique number of the slot position where the card is inserted. In the ?004 Unit the entries psB(2),clB(4),io6(10)..io(16) are not valid. Enumeration: 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5, 'notApplicable': 255.

This attribute indicates a unique identifier of the port the compressed information relates to. Valid values: exPrt1 (1) .. exPrt12 (12) , inPrt1 (101) .. inPrt48 (148).

This attribute is the compressed information itself.

This attribute indicates the configuration to which the Compressed information is related.

This attribute indicates the version of the internal format of the Compressed data

This attribute indicates a unique number of the slot position where the module is inserted. In the ?004 Unit the entries psB(2),clB(4),io6(10)..io(16) are not valid. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique identifier of the port the compressed information relates to. All the values are valid. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'inPrt11': 111, 'inPrt10': 110, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'exPrt10': 10, 'exPrt7': 7, 'exPrt6': 6, 'inPrt12': 112, 'inPrt9': 109, 'inPrt8': 108, 'inPrt5': 105, 'inPrt4': 104, 'inPrt7': 107, 'inPrt6': 106, 'inPrt1': 101, 'inPrt3': 103, 'inPrt2': 102.

This attribute indicates a unique identifier of the Dlci the compressed information relates to. The values are between 16 - 991.

This attribute is the compressed information itself.

This attribute indicates the version of the internal format of the Compressed data

This attribute indicates the desired slot position. In the ?004 Unit the entries PsB(2),ClB(4),io6(10)..io(16) are not valid. For Stand-alone units, notApplicable(255) will appear.

This attribute indicates a unique identifier of the port the alarm applies to. All the values are valid. No alarms exist for a non-physical port

A unique number to identify an entry in the alarm status table of the agent.

This attribute is the compressed information itself.

A unique identifier of the link

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries clA(3), io6(10)..io12(16) are not valid. Enumeration: 'io9': 13, 'io8': 12, 'noConnect': 2, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'clA': 3, 'io1': 5, 'io2': 6, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'exPrt7': 7, 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'noConnect': 100, 'exPrt12': 12, 'exPrt11': 11, 'exPrt10': 10, 'inPrt11': 111, 'inPrt10': 110, 'inPrt12': 112, 'inPrt9': 109, 'inPrt8': 108, 'inPrt5': 105, 'inPrt4': 104, 'inPrt7': 107, 'inPrt6': 106, 'inPrt1': 101, 'inPrt3': 103, 'inPrt2': 102.

This attribute indicates the status of the link between the two muxes Enumeration: 'down': 2, 'unknown': 1, 'up': 3.

A unique index of the ethernet interface/port.

This object indicates the Ethernet mode of operation. Enumeration: 'fullDuplex': 2, 'halfDuplex': 1.

This object indicates the bridging mode of the Ethernet interface. Enumeration: 'filtered': 1, 'transparent': 2.

This table contains parameters relevant to a module belonging to a digital voice system, except mdlPbxFraEnhEcho which is relevant also for analog cards.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

The slot relevant to this module. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

Refers to external ports of an analogue module and to the internal ports of the other mvc4 types of modules. ms16(3) means that the four voice ports have enhanced echo of 16ms. ms32(4) means that the two first ports have enhanced echo of 32 ms while the last two ports have no enhanced echo. Enumeration: 'disabled': 2, 'notApplicable': 1, 'ms32': 4, 'ms16': 3.

In case of T1 modules: group1=(1,2,3,4), ...., group6=(21,22,23,24) while in case of E1 modules: - If prtExPh1MlLineType=g732sE1 or g732sE1CRC: group1=(1,2,3,4),..,group4=(13,14,15,17), group5=(18,19,20,21),...,group7=(26,27,28,29) group8=(30,31). - If prtExPh1MlLineType=g732nE1 or g732nE1CRC: group1=(1,2,3,4),..,group4=(13,14,15,16), group5=(17,18,19,20),...,group7=(25,26,27,28) group8=(29,30,31). Enumeration: 'notApplicable': 255, 'group5': 5, 'group4': 4, 'group7': 7, 'group6': 6, 'group1': 1, 'group3': 3, 'group2': 2, 'group8': 8.

Refers to the signaling mode of the Framer module. tieTrunk(2), tieInvert(3), casTrans(4) are standard coding of the signaling protocol. casTrans(4) is Channel Associated Signaling (the signaling is within the channels time slot). ccsTrans(6) is Common Channel Signaling (the signaling is not within the channels time slot). userDefined(5) allows the user to define the signaling protocol he wants. In this case, the next two MIB fields are relevant. Enumeration: 'tieTrunk': 2, 'ccsTrans': 6, 'userDefined': 5, 'casTrans': 4, 'notApplicable': 1, 'tieInvert': 3.

In the case of mdlPbxFraSignalMode = userDefined(5), this field defines the A,B,C Bits. D bit is supplied for future versions. Bit 1 = Bit A ON Hook - Local Bit 2 = Bit B ON Hook - Local Bit 3 = Bit C ON Hook - Local Bit 4 = Bit D ON Hook - Local Bit 5 = Bit A OFF Hook - Local Bit 6 = Bit B OFF Hook - Local Bit 7 = Bit C OFF Hook - Local Bit 8 = Bit D OFF Hook - Local Bit 9 = Bit A ON Hook - Remote Bit 10 = Bit B ON Hook - Remote Bit 11 = Bit C ON Hook - Remote Bit 12 = Bit D ON Hook - Remote Bit 13 = Bit A OFF Hook - Remote Bit 14 = Bit B OFF Hook - Remote Bit 15 = Bit C OFF Hook - Remote Bit 16 = Bit D OFF Hook - Remote In conjunction with the Mask, mdlPbxFraSignalMask, it is possible to compute the signal mode.

In the case of mdlPbxFraSignalMode = userDefined(5), this field defines the 'don't care' A,B,C Bits. D bit is supplied for future versions. Bit 1 = Bit A ON Hook - Local Bit 2 = Bit B ON Hook - Local Bit 3 = Bit C ON Hook - Local Bit 4 = Bit D ON Hook - Local Bit 5 = Bit A OFF Hook - Local Bit 6 = Bit B OFF Hook - Local Bit 7 = Bit C OFF Hook - Local Bit 8 = Bit D OFF Hook - Local Bit 9 = Bit A ON Hook - Remote Bit 10 = Bit B ON Hook - Remote Bit 11 = Bit C ON Hook - Remote Bit 12 = Bit D ON Hook - Remote Bit 13 = Bit A OFF Hook - Remote Bit 14 = Bit B OFF Hook - Remote Bit 15 = Bit C OFF Hook - Remote Bit 16 = Bit D OFF Hook - Remote.

Slot where is sitting the Framer. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

Signaling - describes the way the signaling ABCD bits pass from the local extension to the remote extension and vice-versa. endToEnd = the signaling ABCD bits pass without change from local to remote extension. localTermination = the signaling ABCD bits received from the local extension are translated to different ON Hook/OFF Hook bit values and then passed to remote extension. This is relevant when the Local and Remote ON Hook/OFF Hook values are different. Enumeration: 'notApplicable': 1, 'endToEnd': 2, 'localTermination': 3.

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries io6(10)..io16) are not valid. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

This attribute indicates a unique port number. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'exPrt7': 7, 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'exPrt10': 10, 'exPrt11': 11, 'exPrt12': 12.

This attribute indicates a unique interface type of a selected port. Enumeration: 'unknown': 1, 'v35': 2, 'rs422': 3.

This attribute indicates a unique RTS control signal state. Enumeration: 'notActive': 2, 'unknown': 1, 'active': 3.

All the entries at this table are identical (have the same value) for all the configurations (1..100) except the TmpCnfg. The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. Because the second Cl is only for redundancy, all the parameters are identical in the two modules, i.e. change of any parameter in one module will change automatically the value of the other module.. In the ?004 Unit the entry clB(4) is not valid. Enumeration: 'notApplicable': 255, 'clA': 3, 'clB': 4.

This attribute indicates a unique port number. Enumeration: 'exPrt2': 2, 'exPrt1': 1.

This attribute indicates what is the usage of the port. Enumeration: 'muxSlip': 5, 'unknown': 1, 'muxPpp': 6, 'terminal': 7, 'nmsPpp': 4, 'noUse': 2, 'nmsSlip': 3.

This attribute indicates the operation rate of the port. Enumeration: 'r115200Bps': 9, 'r57600Bps': 8, 'r4800Bps': 4, 'r300Bps': 1, 'r2400Bps': 3, 'r9600Bps': 5, 'r19200Bps': 6, 'r38400Bps': 7, 'r1200Bps': 2.

This attribute indicates the number of data bits in async frame Enumeration: 'dataBits8Bits': 2, 'dataBits7Bits': 1.

This attribute indicates if the parity operation mode in async frame Enumeration: 'even': 2, 'none': 3, 'odd': 1.

This attribute indicates the minimum number of stop bits in the tx async frame Enumeration: 'stopBits1dot5Bits': 2, 'stopBits1Bit': 1, 'stopBits2Bits': 3.

This attribute indicates the routing protocol of the port. When prtExClUsage is nmsSlip or nmsPpp - all values are applicable . Else - only 'none' is applicable. Enumeration: 'rip2': 2, 'none': 1.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the module is inserted. In the ?004 Unit the entries io6(10)..io16) are not valid. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

This attribute indicates a unique port number. MTML-1/E1 and MTML-1/T1 cards have only one external interface. inPrt1 - for MTML-H/E1 cards. exPrt2..exPrt4 - for MTML-4 cards and others. Enumeration: 'inPrt1': 101, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

This attribute indicates whether the port should be considered in any of the mux algorithms. It also affects all the card considerations because it may indicate that the module has only one physical interface. Enumeration: 'yes': 3, 'no': 2.

This attribute is the line type parameter for T1/E1 interface. The user should select only the parameters which are relevant to the specific card: T1 line code parameters for the MPH.1/T1 E1 line code parameters for the MPH.1/E1. This parameter has the same values as dsx1LineType in T1/E1 MIB (RFC-1406). The parameters in dsx1LineType are: other (1) esfT1 dsx1ESF (2) sfT1 dsx1D4 (3) g732nE1 dsx1E1 (4) g732nE1CRC dsx1E1-CRC (5) g732sE1 dsx1E1-MF (6) g732sE1CRC dsx1E1-MF-CRC (7) Enumeration: 'g732nE1': 4, 'sfT1': 3, 'esfT1': 2, 'g732nE1CRC': 5, 'g732sE1CRC': 7, 'g732sE1': 6.

This attribute is the line code parameter used for T1/E1 interface. The user should select only the parameters which are relevant to the specific card: T1 line code parameters for MPH.1/T1 E1 line code parameters for MPH.1/E1. This parameter has the same values as dsx1LineCoding in T1/E1 MIB (RFC-1406). The parameters in dsx1LineCoding are: dsx1JBZS (1) dsx1B8ZS (2) dsx1HDB3 (3) dsx1ZBTSI (4) dsx1AMI (5) other (6) Enumeration: 'b7T1': 1, 'b8zsT1': 2, 'transT1': 3, 'hdb3E1': 4, 'notApplicable': 255.

This attribute is the line length parameter used only for T1/DSU interfaces. lenXXXpXXXft = len-XXX-XXXft. Enumeration: 'len267p399ft': 4, 'unknown': 1, 'len534p655ft': 6, 'lenFcc68': 7, 'notApplicable': 255, 'len134p266ft': 3, 'len0p133ft': 2, 'len400p533ft': 5.

The time passing from the disappearance of the loss of synchronization condition (red alarm) to the restoration of normal service. The options 1secFast(2) and 10sec62411(3) for E1 interfaces are proprietary implementation of the T1 standard to the E1 interface. Enumeration: 'restoreT10sec62411': 3, 'restoreT1secFast': 2, 'ccittE1': 4.

This attribute is the tx gain parameter used only for T1/CSU interfaces. Enumeration: 'txGain0db': 2, 'notApplicable': 1, 'txGain15db': 4, 'txGain22dot5db': 5, 'txGain7dot5db': 3.

This attribute is the rx line sensitivity parameter. low26dBm, high36dBm - applicable for T1-CSU shortHaul, longHaul - applicable for MTML-4 cards. Enumeration: 'longHaul': 5, 'notApplicable': 1, 'high36dBm': 3, 'low26dBm': 2, 'shortHaul': 4.

Determines the code for transmission in empty time slots. Type value(00-FFH), Excluding 0H,8H,10H,12H,21H,24H,42H,49H, 84H,92H

This attribute indicates whether the port is used to transfer TDM cards data and through which Bus. Enumeration: 'notApplicable': 255, 'none': 3, 'linkA': 1, 'linkB': 2.

Defines the clock operation mode of the T1/E1 interface. Ports that are connected to the TDM Buses must be in nodalTiming(3) clock mode. Enumeration: 'internalLocal': 1, 'loopBackLocal': 2, 'nodalTiming': 3.

This attribute indicates whether the port Tx multiframe is synchronized with Rx multiframe of another port and the slot position of that port. This operation is required in order to bypass signaling of PCM voice channels. Its value is always local(2) when the port isn't connected to any TDM bus. When it's value is local(2) there is no meaning to 'prtExPh1MlMfClkSrcPrt' parameter. In the ?004 Unit the entries io6(10)..io16) are not valid Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'notApplicable': 1, 'io11': 15, 'io10': 14, 'local': 2.

A unique number to identify a port position in the mux. It has no effect when the prtExPh1MlMfClkSrcSlt selected is Local. inPrt1 - for MTML-H/E1 cards. Enumeration: 'notApplicable': 255, 'inPrt1': 101, 'exPrt2': 2, 'exPrt1': 1.

A unique number to identify the side of the FDL operation. Normal: 'response' for the user side and 'command' for the PTT side. Applicable only when working with ESF-T1 link Enumeration: 'notApplicable': 1, 'command': 3, 'response': 2.

A unique number to identify an Inband management over the link. Enumeration: 'off': 2, 'dedicatedTs': 4, 'dedicatedFr': 6, 'notApplicable': 255, 'dedicatedPpp': 5, 'fdlOrTs0': 3.

A unique number to identify the rate of the Inband management. E1 port - it is not applicable when prtExPh1MlInbandMng selected is off. T1 port - it is not applicable when prtExPh1MlInbandMng selected is off OR fdlOrTs0. Enumeration: 'r8k': 3, 'r16k': 5, 'r4k': 2, 'notApplicable': 1, 'r64k': 7, 'r32k': 6, 'r12k': 4, 'r20k': 8.

This object determines the ML redundancy type: none - no ML redundacy dualCableAIS - each ML card is connected by a separate dualCableParallelTx cable to the other MUX (two cables connect two MUXes). There are two types of dual redundancy. yCable - Y cable is connected to both ML cards (one cable connects two MUXes). Default=none When only one ML card exists, the type can be only 'none'. The value should be the same for both ML slots. Enumeration: 'none': 1, 'dualCableParallelTx': 4, 'dualCableAIS': 2, 'yCable': 3.

This object indicates the slot containing the redundacy ML card, coupled with the current ML (prtExPh1MlSltIdx). When prtExPh1MlRedundType=none (no ML redundancy) this object will be 'notApplicable'. In the ?004 Unit the entries io6(10)..io12(16) are not valid When value is not 'none', it should be mutual to the redundant ML slot. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'notApplicable': 1, 'io11': 15, 'io10': 14.

This object indicates the redundacy ML port, coupled with the current ML port (prtExPh1MlPrtIdx). When prtExPh1MlRedundType=none (no ML redundancy) this object will be 'notApplicable'. When value is not 'none', it should be mutual to the redundant ML port. inPrt1 - for MTML-H/E1 cards. exPrt2..exPrt4 - for MTML-4 cards. Enumeration: 'exPrt3': 3, 'exPrt4': 4, 'inPrt1': 101, 'exPrt2': 2, 'exPrt1': 1, 'notApplicable': 255.

Redundancy Recovery Time (sec). After switching the ML card to the current (prtExPh1MlSltIdx), the next ML switch can be performed only after a minimum time, indicated by this object.

This attribute indicates the Inband Mng routing protocol of the port. Enumeration: 'rip2': 2, 'none': 1, 'proprietary': 3.

Interface type of the port. For T1 - csu, dsu are the valid values For E1 - dsu, ltu are the valid values. Enumeration: 'cs': 2, 'notApplicable': 1, 'ds': 3, 'lt': 4.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries io6(10)..io16) are not valid Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

This attribute indicates a unique port number. MPH.1/E1 and MPH.1/T1 cards have only one external interface. exPrt2 - for ME1-2, MT1-2 and mhsPri cards. exPrt3, exPrt4 - for mhsPri cards. inPrt1 - for MTML-H/E1 cards. Enumeration: 'inPrt1': 101, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

This attribute indicates a unique time slot position. The valid time slots are 1..24 for T1 Card and 1..31 for E1 interface. In G732S-E1 lines time slot 16 is not valid for data, it is dedicated for multiframe synchronization bits and voice signaling.

This attribute indicates whether the specified time slot is connected/routed internally in the Agent and to which card it is connected. In the ?004 Unit the entries io6(10)..io16) are not valid. split - will be used when the Src TS is connected to more than one slot OR more than one port (each needing less than a whole TS). Enumeration: 'io9': 13, 'io8': 12, 'noConnect': 2, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'split': 4.

This attribute indicates the internally (In Mux) connected/routed port. For MP, the values will be: { exPrt1 (1) , exPrt2 (2) , exPrt3 (3) , exPrt4 (4) , exPrt5 (5) , exPrt6 (6) , exPrt7 (7) , exPrt8 (8) , exPrt9 (9) , exPrt10 (10) , exPrt11 (11) , exPrt12 (12) , noConnect (100), inPrt1 (101) , inPrt2 (102) , inPrt3 (103) , inPrt4 (104) , inPrt5 (105) , inPrt6 (106) , inPrt7 (107) , inPrt8 (108) , inPrt9 (109) , inPrt10 (110) , inPrt11 (111) , inPrt12 (112) }

This attribute indicates a unique time slot position. The valid time slots are 1..24 for T1 Card and 1..31 for E1 interface. In G732S-E1 lines time slot 16 is not valid for data, it is dedicated to multiframe synchronization and voice signaling.

A pointer to an extension of this table: prtExTsSplitTable. - If prtExPh1MlTsIConSlot='split', its value should be set to the OBJECT IDENTIFIER of the prtExTsSplitTable, with its relevant CnfgIdx, SltIdx, PrtIdx, TsIdx and 1st TsBit. - If prtExPh1MlTsIConSlot is not 'split', its value should be set to the OBJECT IDENTIFIER { 0 0 }.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. For ISDN BRI port of MX300/30: io1(5) = isdn1(5) and io2(6) = isdn2(6) In the ?004 Unit the entries io6(10)..io12(16) are not valid Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number. MPH.1/E1 and MPH.1/T1 cards have three internal interfaces. MX3000 modules may have up to 50 internal ports.

This attribute indicates whether the port should be considered in any of the mux algorithms. Enumeration: 'yes': 3, 'no': 2.

This attribute indicates the port speed. Enumeration: 'r7x56eq392Kbps': 13, 'r2x64eq128Kbps': 4, 'r1x56eq56Kbps': 1, 'r2x56eq112Kbps': 3, 'r10x64eq640Kbps': 20, 'r6x56eq336Kbps': 11, 'r3x64eq192Kbps': 6, 'r19x64eq1216Kbps': 38, 'r11x64eq704Kbps': 22, 'r14x56eq784Kbps': 27, 'r1x64eq64Kbps': 2, 'r28x56eq1568Kbps': 55, 'r18x64eq1152Kbps': 36, 'noRate': 100, 'r7x64eq448Kbps': 14, 'r5x64eq320Kbps': 10, 'r16x56eq896Kbps': 31, 'r31x56eq1736Kbps': 61, 'r12x64eq768Kbps': 24, 'r25x64eq1600Kbps': 50, 'r23x56eq1288Kbps': 45, 'r24x56eq1344Kbps': 47, 'r23x64eq1472Kbps': 46, 'r9x64eq576Kbps': 18, 'r30x56eq1680Kbps': 59, 'r30x64eq1920Kbps': 60, 'r31x64eq1984Kbps': 62, 'r3x56eq168Kbps': 5, 'r15x56eq840Kbps': 29, 'r18x56eq1008Kbps': 35, 'r28x64eq1792Kbps': 56, 'r19x56eq1064Kbps': 37, 'r6x64eq384Kbps': 12, 'r21x64eq1344Kbps': 42, 'r14x64eq896Kbps': 28, 'r13x56eq728Kbps': 25, 'r27x64eq1728Kbps': 54, 'r11x56eq616Kbps': 21, 'r4x64eq256Kbps': 8, 'r8x56eq448Kbps': 15, 'r29x56eq1624Kbps': 57, 'r17x56eq952Kbps': 33, 'r8x64eq512Kbps': 16, 'r16x64eq1024Kbps': 32, 'r4x56eq224Kbps': 7, 'r24x64eq1536Kbps': 48, 'r21x56eq1176Kbps': 41, 'r22x56eq1232Kbps': 43, 'r26x64eq1664Kbps': 52, 'r13x64eq832Kbps': 26, 'r22x64eq1408Kbps': 44, 'r12x56eq672Kbps': 23, 'r5x56eq280Kbps': 9, 'r10x56eq560Kbps': 19, 'r29x64eq1856Kbps': 58, 'r17x64eq1088Kbps': 34, 'r15x64eq960Kbps': 30, 'r27x56eq1512Kbps': 53, 'r20x56eq1120Kbps': 39, 'r26x56eq1456Kbps': 51, 'r20x64eq1280Kbps': 40, 'r25x56eq1400Kbps': 49, 'r9x56eq504Kbps': 17.

This attribute indicates the applied protocol. Enumeration: 'transparentHdlc': 5, 'fr': 1, 'pCellRelay': 3, 'frPlus': 2, 'hdlcSdlc': 4.

This attribute indicates the link connection type. It is required for three reasons: FR/CR Inband management operation (LMI,CLMM...). CIR check. NMS network management. SameNetManaged - indicates network internal line. SameNetNotMana - indicates network internal line, but the remote mux is not managed by the nms. User - User to Network Interface. OtherNet - Network To Network Interfce. PubNet - Access Mux To PubNet Interface. Enumeration: 'pubNet': 5, 'user': 3, 'notApplicable': 255, 'sameNetNotMana': 2, 'sameNetManaged': 1, 'otherNet': 4.

This attribute indicates how to handle the congestion indication to/from the mux internal connection side (for example transmit/receive becn to/from the network). no - do nothing FlowControl - translate the congestion indication between the port and the internal connection port according to the definition of the prtInPh1MlFlowControl parameters. The operation is done in both directions. Enumeration: 'flowControl': 3, 'no': 2.

This attribute indicates the level of delayed data in precents of the total available dynamic memory, for which the port will start to operate . The resolution of the parameter is 5 percent. Valid values: 10..70, 255. 255=notApplicable.

This attribute indicates the Tc parameter which is the time period of the sliding window in which the Bc/Be are tested. The value of this parameter is identical for all the ports in the specific card. 255=notApplicable. Enumeration: 'tc2sec': 2, 'notApplicable': 255, 'tc4sec': 4, 'tc1sec': 1, 'tc3sec': 3.

This attribute indicates the required flow control betweeen the port and the remote equipment. Enumeration: 'none': 2, 'fecnBecn': 3.

This object is the Segmentation in Bytes. In protocol FR+, ISDN internals, MX 30/300 the segmentation is: 50 (2) ,158 (3) ,266 (4) ,376 (5), 484 (6) In MX 3000/4: For protocol FR+ (internal ISDN ports of MHS.S, MHS.U, MHS.E1, MHS.T1 cards) segmentation values are: 236 (7),472 (8), 708 (9), 944 (10) ,1180 (11) Enumeration: 's36Byte': 2, 's472Byte': 8, 's708Byte': 9, 'notApplicable': 1, 's264Byte': 4, 's944Byte': 10, 's236Byte': 7, 's378Byte': 5, 's1180Byte': 11, 's150Byte': 3, 's492Byte': 6.

This object indicates the Frame-Relay management protocol. ansiT1 = ANSI T1.617 Annex D (this is the default value). This parameter is applicable only for FR and FR+ protocols. When prtInPh1MlConnectionTyp = sameNetManaged, this object will be RO (internally determined). Enumeration: 'annexA': 5, 'notApplicable': 1, 'none': 2, 'ansiT1': 4, 'lmi': 3.

This object is the Status Enquiry Period, in seconds. It determines the frequency of the Status Enquiry message as sent by the FR user side. At the FR network side, it determines the timeout for this message reception. Default = 4 seconds. This parameter is applicable only for FR and FR+ protocols AND only when prtInPh1MlFrMngProt is NOT (notApplicable or none). 0=notApplicable.

This object is the Full Report Frequency. It determines the number of the Status Enquiry messages sent by the FR user side, before a Full Report Request is sent. The units are : Status Enquiry messages (periods). Valid values: 1 .. 255. 255 = infinite (never sent). This parameter is applicable only for FR and FR+ protocols AND only when prtInPh1MlFrMngProt is NOT (notApplicable or none). 0=notApplicable.

This object is the FR Window Size. It determines the number of samplings in the sliding window that counts the errors. This parameter is applicable only for FR and FR+ protocols AND only when prtInPh1MlFrMngProt is NOT (notApplicable or none). 0=notApplicable.

This object is the Max Errors. It determines the number of Status Enquiry Errors that occured within the FR sliding window, before this port is considered DOWN (threshold). This parameter is applicable only for FR and FR+ protocols AND only when prtInPh1MlFrMngProt is NOT (notApplicable or none). 0=notApplicable.

Move to higher prioritized connected link after this period of seconds of silence on the current link. 0=Never. Never move to higher prioritized connected link. UNIT is seconds. Valid values are: 0, 1, 2, 3, 4, 5, 10, 20, 30, 40, 50, 60, 120, 180, 240, 300, 360, 420, 480, 540, 600, 900, 1200, 1500, 1800. Attempt to Set an invalid value will result in getting the default value.

Defines which B (bearer) channels are used for transferring ISDN data. Default value is: none (255). anyChannel (2) is skipped because it is not in use here. Enumeration: 'channelB2': 4, 'notApplicable': 1, 'none': 255, 'channelB1': 3, 'chB1andchB2': 5.

This object indicates the external port associated to this internal port. At present, it is used by the Hybrid (mp2100h), MHS-4 cards which can have up to 64 dynamic internal ports associated with External ports. For ISDN cards, the value will be: notApplicable (255). The associated external of an ISDN internal port is represented by the MIB object: prtIsdnDirectoryPrtNu. Enumeration: 'notApplicable': 255, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

This object is the Encoding type of the Line. This parameter is applicable only for FR and FR+ protocols. Enumeration: 'nrz': 2, 'fm0': 4, 'notApplicable': 1, 'manchester': 5, 'diffManchester': 6, 'nrzI': 3.

Minimum number of bytes separating between two adjacent frames (HDLC item). 0 = notApplicable

This object indicates how many Bits are used for CRC (HDLC item). Enumeration: 'crc32': 3, 'notApplicable': 1, 'crc16': 2.

This object indicates what should be transferred on the line when there are no frames to pass (HDLC item). idles: mean that FF will pass on the line flags: mean that 7E will pass on the line. Enumeration: 'notApplicable': 1, 'idles': 2, 'flags': 3.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries io6(10)..io16) are not valid Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

This attribute indicates a unique internal port number. MPH.1/E1 and MPH.1/T1 cards have three internal ports. Enumeration: 'inPrt1': 101, 'inPrt3': 103, 'inPrt2': 102.

This attribute indicates a unique index for each possible used dlci(16..991). When the protocol is not Multiplexing protocol, then its type is 'user' and the only valid index is 1.

This attribute indicates whether the attributes in this entry are valid or not. The user can add/delete pvc (dlci to dlci connection) by modifing this object Enumeration: 'yes': 3, 'no': 2.

This attribute indicates a unique slot position In the Mux (Agent) where the dlci is routed to. In the ?004 Unit the entries io6(10)..io16) are not valid Enumeration: 'io8': 12, 'io9': 13, 'cl': 3, 'noConnect': 2, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14.

This attribute indicates a unique port id which the dlci is routed to. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'exPrt7': 7, 'inPrt10': 110, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'noConnect': 100, 'exPrt10': 10, 'inPrt11': 111, 'exPrt6': 6, 'inPrt12': 112, 'inPrt9': 109, 'inPrt8': 108, 'inPrt5': 105, 'inPrt4': 104, 'inPrt7': 107, 'inPrt6': 106, 'inPrt1': 101, 'inPrt3': 103, 'inPrt2': 102, 'clNMS': 99.

This attribute indicates a unique internal connection dlci number which the src dlci is routed to.

This attribute indicates a unique Tx committed bandwidth on the user transmit line or at the port receive line. Enumeration: 'txBc48000bps': 9, 'txBc38400bps': 8, 'full': 1, 'txBc320Kbps': 16, 'txBc1024Kbps': 21, 'txBc9600bps': 3, 'txBc384Kbps': 17, 'txBc512Kbps': 19, 'txBc57600bps': 11, 'txBc768Kbps': 20, 'txBc192Kbps': 14, 'txBc56000bps': 10, 'zero': 2, 'txBc32000bps': 7, 'txBc19200bps': 5, 'txBc14200bps': 4, 'txBc256Kbps': 15, 'txBc448Kbps': 18, 'txBc64Kbps': 12, 'txBc28800bps': 6, 'txBc128Kbps': 13.

This attribute indicates a unique Tx excess bandwidth on the user transmit line or at the port receive line. Enumeration: 'txBe768Kbps': 20, 'txBe38400bps': 8, 'full': 1, 'txBe9600bps': 3, 'txBe32000bps': 7, 'txBe192Kbps': 14, 'txBe256Kbps': 15, 'txBe28800bps': 6, 'txBe1024Kbps': 21, 'txBe14200bps': 4, 'txBe57600bps': 11, 'txBe19200bps': 5, 'txBe128Kbps': 13, 'zero': 2, 'txBe56000bps': 10, 'txBe384Kbps': 17, 'txBe48000bps': 9, 'txBe64Kbps': 12, 'txBe448Kbps': 18, 'txBe320Kbps': 16, 'txBe512Kbps': 19.

This attribute indicates a unique Rx committed bandwidth on the user receive line or at the port transmit line. Enumeration: 'rxBc1024Kbps': 21, 'rxBc128Kbps': 13, 'full': 1, 'rxBc768Kbps': 20, 'rxBc256Kbps': 15, 'rxBc19200bps': 5, 'rxBc56000bps': 10, 'rxBc448Kbps': 18, 'rxBc38400bps': 8, 'rxBc28800bps': 6, 'rxBc48000bps': 9, 'rxBc320Kbps': 16, 'rxBc9600bps': 3, 'zero': 2, 'rxBc64Kbps': 12, 'rxBc512Kbps': 19, 'rxBc14200bps': 4, 'rxBc57600bps': 11, 'rxBc32000bps': 7, 'rxBc192Kbps': 14, 'rxBc384Kbps': 17.

This attribute indicates a unique Rx excess bandwidth on the user receive line or at the port transmit line. Enumeration: 'rxBe320Kbps': 16, 'rxBe64Kbps': 12, 'rxBe57600bps': 11, 'full': 1, 'rxBe48000bps': 9, 'rxBe38400bps': 8, 'rxBe1024Kbps': 21, 'rxBe768Kbps': 20, 'rxBe128Kbps': 13, 'rxBe256Kbps': 15, 'rxBe9600bps': 3, 'rxBe56000bps': 10, 'zero': 2, 'rxBe32000bps': 7, 'rxBe19200bps': 5, 'rxBe512Kbps': 19, 'rxBe448Kbps': 18, 'rxBe28800bps': 6, 'rxBe384Kbps': 17, 'rxBe192Kbps': 14, 'rxBe14200bps': 4.

This attribute indicates a unique priority of the pcv. 1 is the lowest priority and 8 is the highest priority.

This attribute indicates the status of the pvc. The status is disconnected(1) when one of the sides is programmed as not connected Enumeration: 'connected': 2, 'disconnected': 1.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the module is inserted. In the ?004 Unit the entries io6(10)..io12(16) are not valid. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

This attribute indicates a unique port number. ML-20 cards have just one external interface. Enumeration: 'exPrt1': 1.

This attribute indicates whether the port should be considered in any of the mux algorithms. Enumeration: 'yes': 3, 'no': 2.

This attribute indicates the port speed. Enumeration: 'r19x64eq1216Kbps': 38, 'r2x64eq128Kbps': 4, 'r10x64eq640Kbps': 20, 'r24x64eq1536Kbps': 48, 'r3x64eq192Kbps': 6, 'r11x64eq704Kbps': 22, 'r17x64eq1088Kbps': 34, 'r18x64eq1152Kbps': 36, 'r7x64eq448Kbps': 14, 'r5x64eq320Kbps': 10, 'r12x64eq768Kbps': 24, 'r25x64eq1600Kbps': 50, 'r9x64eq576Kbps': 18, 'r30x64eq1920Kbps': 60, 'r31x64eq1984Kbps': 62, 'r28x64eq1792Kbps': 56, 'r6x64eq384Kbps': 12, 'r21x64eq1344Kbps': 42, 'r14x64eq896Kbps': 28, 'r23x64eq1472Kbps': 46, 'r27x64eq1728Kbps': 54, 'r4x64eq256Kbps': 8, 'r8x64eq512Kbps': 16, 'r26x64eq1664Kbps': 52, 'r13x64eq832Kbps': 26, 'r16x64eq1024Kbps': 32, 'r29x64eq1856Kbps': 58, 'r22x64eq1408Kbps': 44, 'r15x64eq960Kbps': 30, 'r20x64eq1280Kbps': 40.

This attribute indicates whether Channel Associated Signaling (CAS) is used. Enumeration: 'yes': 3, 'no': 2.

Clock mode. Enumeration: 'ext-dce': 3, 'dce': 2, 'dte': 4.

Satellite Buffer (+/- 256). Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

Dial Process. Enumeration: 'callOut': 4, 'notApplicable': 1, 'callIn': 3, 'no': 2.

Sync Restoration time, in seconds. notApplicable=0.

The TDM BUS this port is linked to. Enumeration: 'busB': 3, 'none': 1, 'busA': 2.

This attribute indicates whether the sync is synchronized according to a certain card and the slot of this card. This operation is required in order to bypass signaling of PCM voice channels. In the ?004 Unit the entries io6(10)..io12(16) are not valid Enumeration: 'none': 2, 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries io6(10)..io12(16) are not valid Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number. In case of PH.1 card, only exPrt(1) is valid. Enumeration: 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

This attribute indicates whether the port should be considered in any of the mux algorithms. Enumeration: 'yes': 3, 'no': 2.

This attribute indicates the port speed for HIGH speed cards. The card has limitations about the maximum sigma channel speeds and about the possible rates for each clock mode . N - The rate is valid for DCE and EXT-DCE Nodal clock mode. L - The rate is valid for DCE and EXT-DCE Local clock mode. E - The rate is valid for DTE External clock mode. 'r9d6KbpsNLE' means rate of 9.6 Kbps ('d'=dot). Note: Some rate attributes have been changed. As the MIB was already released with the old attributes, the names of the options were not changed. The new names + attributes are in a comment. Example: r2048KbpsE (63), -- r2048KbpsNLE Enumeration: 'r280KbpsE': 12, 'r640KbpsE': 23, 'r1600KbpsE': 53, 'r256KbpsNLE': 11, 'r56KbpsNLE': 4, 'r1152KbpsLE': 39, 'r168KbpsNLE': 8, 'r48KbpsNLE': 3, 'r1400KbpsE': 46, 'r952KbpsE': 32, 'notApplicable': 1, 'r704KbpsE': 25, 'r392KbpsE': 16, 'r1680KbpsE': 56, 'r1456KbpsE': 48, 'r832KbpsE': 29, 'r504KbpsLE': 18, 'r32KbpsNLE': 2, 'r115d2KbpsNLE': 72, 'r1232KbpsE': 42, 'r57d6KbpsNLE': 71, 'r512KbpsE': 19, 'r576KbpsLE': 21, 'r14d4KbpsNLE': 66, 'r9d6KbpsNLE': 65, 'r1536KbpsE': 51, 'r960KbpsE': 33, 'r224KbpsNLE': 10, 'r1008KbpsLE': 34, 'r38d4KbpsNLE': 70, 'r1088KbpsE': 37, 'r1920KbpsE': 61, 'r1728KbpsE': 57, 'r1064KbpsE': 36, 'r384KbpsNLE': 15, 'r64KbpsNLE': 5, 'r1120KbpsE': 38, 'r1736KbpsE': 58, 'r1216KbpsE': 41, 'r336KbpsNLE': 14, 'r1568KbpsE': 52, 'r1792KbpsNLE': 59, 'r728KbpsE': 26, 'r192KbpsNLE': 9, 'r128KbpsNLE': 7, 'r1408KbpsE': 47, 'r1280KbpsE': 43, 'r19d2KbpsNLE': 68, 'r1624KbpsE': 54, 'r448KbpsNLE': 17, 'r616KbpsE': 22, 'r320KbpsE': 13, 'r840KbpsE': 30, 'r768KbpsNLE': 27, 'r28d8KbpsNLE': 69, 'r1344KbpsNLE': 45, 'r1288KbpsE': 44, 'r1472KbpsE': 49, 'r112KbpsNLE': 6, 'r1984KbpsE': 62, 'r1664KbpsE': 55, 'r672KbpsNLE': 24, 'r2048KbpsE': 63, 'r24000bps': 73, 'r560KbpsE': 20, 'r896KbpsNLE': 31, 'r1856KbpsE': 60, 'r16KbpsNLE': 67, 'r1512KbpsE': 50, 'r1024KbpsE': 35, 'r784KbpsE': 28, 'r1176KbpsE': 40.

This attribute indicates the port speed for LOW speed cards. The card has limitations about the possible rates for each clock mode. N - The rate is valid for DCE and EXT-DCE Nodal clock mode. L - The rate is valid for DCE and EXT-DCE Local clock mode. E - The rate is valid for DTE External clock mode. Note: Some rate attributes have been changed. As the MIB was already released with the old attributes, the names of the options were not changed. The new names + attributes are in a comment. Example: r57600bpsLE (16), -- r57600bpsNLE Enumeration: 'r115200bps': 19, 'r56000bpsNLE': 15, 'r112000bps': 18, 'r48000bpsNLE': 14, 'r4800bpsNLE': 7, 'r300bpsNLE': 2, 'notApplicable': 1, 'r800bpsNLE': 4, 'r100bpsNLE': 21, 'r38400bpsNLE': 13, 'r32000bpsNLE': 12, 'r128000bps': 22, 'r57600bpsLE': 16, 'r1200bpsNLE': 5, 'r2400bpsNLE': 6, 'r9600bpsNLE': 8, 'r19200bpsNLE': 10, 'r64000bpsNLE': 17, 'r16000bpsNLE': 20, 'r600bpsNLE': 3, 'r28800bpsLE': 11, 'r14400bpsLE': 9, 'r24000bps': 23.

This object indicates the applied protocol. Enumeration: 'fr': 1, 'asyncReliable': 7, 'pCellRelay': 3, 'slip': 9, 'sna': 13, 'slipAgent': 11, 'transparentHdlc': 5, 'pppAgent': 10, 'activePPP': 8, 'frPlus': 2, 'async': 6, 'transparent': 12, 'hdlcSdlc': 4.

This attribute indicates the link connection type. It is required for three reasons: FR/CR Inband management opration (LMI,CLMM...). CIR check. NMS network management. SameNetManaged - indicates network internal line. SameNetMotMana - indicates network internal line, but the remote mux is not managed by the NMS. User - User to Network Interface. OtherNet - Network To Network Interface. PubNet - Access Mux To PubNet Interface. Enumeration: 'pubNet': 5, 'user': 3, 'notApplicable': 255, 'sameNetNotMana': 2, 'sameNetManaged': 1, 'otherNet': 4.

Clock mode. Enumeration: 'int': 4, 'extDce': 2, 'dce': 1, 'lbt': 5, 'dte': 3.

This attribute indicates the source of the clock when working in dce or ext-dce clock mode. notApplicable(1) - is applied for dte(3) and lbt(5) clock modes. When clock mode is dte, the clock source is always external, therefore this object's value is notApplicable. local(2) and nodalTiming(3) - are valid in dce(1), extDce(2) or int(4) clock modes. The recommended clock source is local(2). Enumeration: 'notApplicable': 1, 'local': 2, 'nodalTiming': 3.

This attribute indicates how to handle the congestion indication to/from the mux internal connection side (for example transmit/received becn to/from the network). no - do nothing flowControl - translates the congestion indication between the port and the internal connection port according to the definition of the prtInPh1MlFlowControl parameters. The operation is done on both directions. toFlowControl- translates the backward congestion indication received from the internal connection port (normally the network side) to flow control and do nothing in the other direction. Enumeration: 'toFlowControl': 4, 'flowControl': 3, 'no': 2.

This attribute indicates the level of delayed data in precents of total available dynamic memory, for which the port will start to operate as congested. The resolution of the parameter is 5 percent.

This attribute indicates the Tc parameter which is the time period of the sliding window in which the Bc/Be are tested. The value of this parameter is identical for all the ports of a specific card . Enumeration: 'tc2sec': 2, 'notApplicable': 255, 'tc4sec': 4, 'tc1sec': 1, 'tc3sec': 3.

This attribute indicates the required flow control betweeen the port and the remote equipment. fecnBecn - is valid only for FR, FR+ and CR protocols. xonXoff,dtrCts - are valid only for Async protocols. speedReduction - is valid only for DLC protocol when the Clock Mode is DCE and the Clock Source is Local. Enumeration: 'dtrCts': 5, 'none': 2, 'fecnBecn': 3, 'speedReduction': 6, 'xonXoff': 4.

Protocol may require end to end connect indication over the network. End to end link connection establishment over the FR network will be indicated to the user by using DCD or RTS control signals, depending on the clock mode: DCE or DTE respectively. The options are : - On : DCD(DCE)/RTS(DTE) will be constantly ON no matter if the End to End connection is established or not. - End to End: The DCD(DCE)/RTS(DTE) will be according to the status of the End to End connection. Enumeration: 'notApplicable': 1, 'endToEnd': 3, 'on': 2.

Protocol may require end to end connect indication over the network. This parameter defines whether to take the user connection status (RTS(DCE)/DCD(DTE)) and forward it to the network side. - on : Transmit active connection to the network regardless the RTS/DCD control lines status. - off: Transmit active connection to the network according to the status of the RTS/DCD pin. Enumeration: 'notApplicable': 1, 'off': 2, 'on': 3.

This attribute indicates the number of data bits in async frame. It is relevant only for Async protocols. Enumeration: 'notApplicable': 1, 'dataBits8Bits': 3, 'dataBits7Bits': 2.

This attribute indicates the parity operation mode in async frame. It is relevant only for Async protocols. Enumeration: 'even': 3, 'notApplicable': 1, 'none': 4, 'odd': 2.

This attribute indicates the minimum number of stop bits in the tx async frame. It is relevant only for Async protocols. Enumeration: 'sb2Bits': 4, 'notApplicable': 1, 'sb1dot5Bits': 3, 'sb1Bit': 2.

This attribute indicates the character used as X-On to notify receive enable. This parameter is valid only for async protocols. Valid values: 0..255. The value 256 indicates that it's not applicable

This attribute indicates the character used as X-Off to notify receive disable. This parameter is valid only for async protocols. Valid values: 0..255. The value 256 indicates that it's not applicable

This object indicates the Frame-Relay management protocol. ansiT1 = ANSI T1.617 Annex D (this is the default value). This parameter is applicable only for FR and FR+ protocols. When prtExPhPlConnectionTyp = sameNetManaged, this object will be RO (internally determined). Enumeration: 'annexA': 5, 'notApplicable': 1, 'none': 2, 'ansiT1': 4, 'lmi': 3.

This object is the Status Enquiry Period, in seconds. It determines the frequency of the Status Enquiry message as sent by the FR user side. At the FR network side, it determines the timeout for this message reception. Default = 4 seconds. This parameter is applicable only for FR and FR+ protocols AND only when prtExPhPlFrMngProt is NOT (notApplicable or none).

This object is the Full Report Frequency. It determines the number of the Status Enquiry messages sent by the FR user side, before a Full Report Request is sent. The units are : Status Enquiry messages (periods). Valid values: 1 .. 255. 255 = infinite. This parameter is applicable only for FR and FR+ protocols AND only when prtExPhPlFrMngProt is NOT (notApplicable or none).

This object is the FR Window Size. It determines the number of samplings in the sliding window that counts the errors. This parameter is applicable only for FR and FR+ protocols AND only when prtExPhPlFrMngProt is NOT (notApplicable or none).

This object is the Max Errors. It determines the number of Status Enquiry Errors that occured within the FR sliding window, before this port is considered DOWN (threshold). This parameter is applicable only for FR and FR+ protocols AND only when prtExPhPlFrMngProt is NOT (notApplicable or none).

This object is Update Message (if required or not). It determines whether a message of a New PVC Creation is requested or not (yes/no). Default = no. This parameter is applicable only for FR and FR+ protocols AND only when prtExPhPlFrMngProt is NOT (notApplicable or none). Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

This object is CLLM Message (if required or not). It determines whether to send (or not) a congestion message when the port is Rx congested. Default = no. This parameter is applicable only for FR and FR+ protocols AND only when prtExPhPlFrMngProt is NOT (notApplicable or none). Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

This object is the Segmentation in Bytes. In some cases, the enumerated values will mean other segmentation values than specified: Product: MX-3000 MX-3000 MX-300/MX-30 Protocol: FR+ Transparent FR+ ----------------------------------------------------- level 1 50 Bytes 44 Bytes 50 Bytes level 2 158 Bytes 155 Bytes 158 Bytes level 3 266 Bytes 266 Bytes 266 Bytes level 4 376 Bytes 377 Bytes 376 Bytes level 5 484 Bytes 488 Bytes 484 Bytes Defval=level 1 value This parameter is applicable only for FR+ and transparent protocols. Enumeration: 's36Byte': 2, 'notApplicable': 1, 's264Byte': 4, 's378Byte': 5, 's150Byte': 3, 's492Byte': 6.

This object is the Encoding type of the Line. This parameter is applicable only for FR and FR+ protocols. Enumeration: 'nrz': 2, 'fm0': 4, 'notApplicable': 1, 'manchester': 5, 'diffManchester': 6, 'nrzI': 3.

Minimum number of bytes separating between two adjacent frames (HDLC item). 0 = notApplicable

This object indicates how many Bits are used for CRC (HDLC item). Enumeration: 'crc32': 3, 'notApplicable': 1, 'crc16': 2.

This object indicates what should be transferred on the line when there are no frames to pass (HDLC item). idles: mean that FF will pass on the line flags: mean that 7E will pass on the line. Enumeration: 'notApplicable': 1, 'idles': 2, 'flags': 3.

The write operation into the Table Objects is valid only at the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries io6(10)..io16) are not valid Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique internal port number. PH.1/E1 and PH.1/T1 cards have three internal ports. Stand-alone units may have six such ports. Enumeration: 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

This attribute indicates a unique index for each possible used dlci(16..991). When the protocol is not Multiplexing protocol, its type is 'user' and the only valid index is 1.

This attribute indicates whether the attributes in this entry are valid or not. The user can add/delete pvc (dlci to dlci connection) by modifing this object Enumeration: 'yes': 3, 'no': 2.

This attribute indicates a unique slot position In the Mux (Agent) where the dlci is routed to. cl - will represent any of the CL slots. This value can be selected for multiple DLCIs of the product. In the ?004 Unit the entries io6(10)..io16) are not valid Enumeration: 'io8': 12, 'io9': 13, 'cl': 3, 'noConnect': 2, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port id which the dlci is routed to. clNMS - will be used for NMS SNMP messages. It can be any port of the CL card. This value will be selectable only if prtExPhPlDlciIConSlt='cl' or 'notApplicable'. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'exPrt7': 7, 'inPrt10': 110, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'noConnect': 100, 'exPrt10': 10, 'exPrt6': 6, 'inPrt9': 109, 'inPrt8': 108, 'inPrt5': 105, 'inPrt4': 104, 'inPrt7': 107, 'inPrt6': 106, 'inPrt1': 101, 'inPrt3': 103, 'inPrt2': 102, 'clNMS': 99.

This attribute indicates a unique internal connection dlci number, the dlci is routed to.

This attribute indicates a unique Tx committed bandwidth on the user transmit line (or at the port receive line). Enumeration: 'txBc512Kbps': 19, 'zero': 2, 'txBc14400bps': 4, 'txBc384Kbps': 17, 'txBc1024Kbps': 21, 'txBc48000bps': 9, 'txBc320Kbps': 16, 'txBc192Kbps': 14, 'txBc28800bps': 6, 'txBc256Kbps': 15, 'txBc38400bps': 8, 'full': 1, 'txBc32000bps': 7, 'txBc19200bps': 5, 'txBc448Kbps': 18, 'txBc768Kbps': 20, 'txBc16000bps': 25, 'txBc112Kbps': 26, 'txBc9600bps': 3, 'txBc57600bps': 11, 'txBc56000bps': 10, 'txBc64Kbps': 12, 'txBc128Kbps': 13.

This attribute indicates a unique Tx excess bandwidth on the user transmit line (or at the port receive line). Enumeration: 'txBe768Kbps': 20, 'txBe32000bps': 7, 'zero': 2, 'txBe64Kbps': 12, 'txBe512Kbps': 19, 'txBe56000bps': 10, 'txBe192Kbps': 14, 'txBe38400bps': 8, 'txBe128Kbps': 13, 'txBe19200bps': 5, 'txBe384Kbps': 17, 'txBe320Kbps': 16, 'txBe256Kbps': 15, 'full': 1, 'txBe57600bps': 11, 'txBe48000bps': 9, 'txBc16000bps': 25, 'txBe14400bps': 4, 'txBe9600bps': 3, 'txBe1024Kbps': 21, 'txBe28800bps': 6, 'txBc112Kbps': 26, 'txBe448Kbps': 18.

This attribute indicates a unique Rx committed bandwidth on the user receive line (or at the port transmit line). Enumeration: 'rxBc112Kbps': 26, 'rxBc64Kbps': 12, 'rxBc19200bps': 5, 'rxBc38400bps': 8, 'rxBc28800bps': 6, 'zero': 2, 'rxBc768Kbps': 20, 'rxBc57600bps': 11, 'rxBc256Kbps': 15, 'rxBc448Kbps': 18, 'rxBc9600bps': 3, 'rxBc48000bps': 9, 'rxBc192Kbps': 14, 'rxBc128Kbps': 13, 'full': 1, 'rxBc14400bps': 4, 'rxBc56000bps': 10, 'rxBc16000bps': 25, 'rxBc1024Kbps': 21, 'rxBc512Kbps': 19, 'rxBc384Kbps': 17, 'rxBc320Kbps': 16, 'rxBc32000bps': 7.

This attribute indicates a unique Rx excess bandwidth on the user receive line (or at the port transmit line). Enumeration: 'rxBc112Kbps': 26, 'rxBe256Kbps': 15, 'rxBe320Kbps': 16, 'rxBe14400bps': 4, 'zero': 2, 'rxBe32000bps': 7, 'rxBe64Kbps': 12, 'rxBe57600bps': 11, 'rxBe192Kbps': 14, 'rxBe128Kbps': 13, 'rxBe512Kbps': 19, 'full': 1, 'rxBe38400bps': 8, 'rxBc16000bps': 25, 'rxBe9600bps': 3, 'rxBe19200bps': 5, 'rxBe28800bps': 6, 'rxBe1024Kbps': 21, 'rxBe768Kbps': 20, 'rxBe48000bps': 9, 'rxBe448Kbps': 18, 'rxBe384Kbps': 17, 'rxBe56000bps': 10.

This attribute indicates a unique priority of the pcv. 1 is the lowest priority and 8 is the highest priority.

This attribute indicates the status of the pvc. The status is disconnected(1) when one of the sides is programmed as not connected Enumeration: 'connected': 2, 'disconnected': 1.

External Modem Parameters. The write operation into the Table Objects is valid only for the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries io6(10)..io12(16) are not valid Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number. In case of PH.1 card, only exPrt(1) is valid. Enumeration: 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

This object indicates whether a Dial Up Modem is enabled on this port. Default: disable Enumeration: 'enable': 3, 'disable': 2.

This object indicates whether the Dial Up Modem is activated when the first frame is received or it is always activated. Default: onFirstFrame Enumeration: 'always': 3, 'onFirstFrame': 2, 'notApplicable': 255.

Max Time allowed in Seconds without any traffic before the line is disconnected. Legal Values are: 1 sec, 2 sec .. 5 sec, 10 sec, 20 sec.. 1 min, 2 min .. 10 min, 15 min, 20 min, 25 min, 30 min. 65535 sec. means that this parameter is not applicable. Default: 1 sec.

Minimum Time in Seconds which is required after a call was disconnected. In this time no other call will be initiated from this Modem port even if there were frames transmitted to this port. This time is required for some Modems which have initializations that take a few seconds. Legal Values are: 0 sec. - 30 sec., 1-5 min. 65535 sec. means that this parameter is not applicable. Default: 0 sec

Time in Seconds that the device will wait before dialing to the remote device. This feature is mostly used when there is a backup modem to the main link and the main link is down. In this case it is important to prevent the 2 devices from dialing through the backup modems to each other at the same time. It is advised to configure one side with a small call delay and the other side with a large call delay. Legal Values are: 0 - 30, 60, 120, 180, 240, 300, 600, 900, 1200, 1500, 1800 . 65535 sec. means that this parameter is not applicable. Default: 0 sec

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries io6(10)..io16) are not valid. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

This attribute indicates a unique port index. For the Ls2/X.58 exPrt(7)..exPrt(10) are not valid. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'exPrt7': 7, 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'exPrt10': 10.

This attribute indicates whether the port should be considered in any of the mux algorithms. Enumeration: 'yes': 3, 'no': 2.

Port rates. Enumeration: 'r9600bps': 4, 'r2400bps': 2, 'r19200bps': 5, 'r4800bps': 3.

This attribute indicates a unique port operation clock mode. Enumeration: 'ext-dce': 2, 'dce': 1, 'dte': 3.

CTS. Enumeration: 'on': 2, 'rts-max': 4, 'rts-min': 3.

DCD. Enumeration: 'on': 2, 'card-sync': 3.

Envelope Index. When prtInLs2EnvAssign=auto, the value is 0 (not applicable).

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries io6(10)..io16) are not valid. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

This attribute indicates a unique internal port index. Enumeration: 'inPrt1': 101, 'inPrt2': 102.

This attribute indicates whether the port should be considered in any of the mux algorithms. It also affects all the module considerations because the module has only one Internal interface which is the composite channel. Enumeration: 'yes': 3, 'no': 2.

This attribute indicates the group number of the port. LS-2 internal ports with the same group number share the same Time slot of the main link

This attribute indicates the group member id of the port. This parameter is for the automatic envelope assignment algorithm.

It indicates the slot of the main link card to which the LS2 card is mapped. STATUS deprecated - this object is replaced by prtGenCnfgLinkToSlot and prtGenCnfgLinkToPort. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

Envelope assignment type. Enumeration: 'auto': 2, 'manual': 3.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg

This attribute indicates a unique slot position where the card is inserted. For Stand Alone products like WR: notApplicable (255) Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

A unique identifier of the port, within the card. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'exPrt7': 7, 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'exPrt10': 10, 'exPrt11': 11, 'exPrt12': 12.

This attribute indicates whether the port should be considered in any of the mux algorithms. Enumeration: 'yes': 3, 'no': 2.

Transmit gain in dBm. For ports of VC-6A and VC-6AG cards, the units will be 0.1dBm because valid values can be in 0.5dBm steps.

Receive gain in dBm. For ports of VC-6A and VC-6AG cards, the units will be 0.1dBm because valid values can be in 0.5dBm steps.

This object is equal for all the ports in the specific card because of HW limitations. For FXO & FXS this parameter is not applicable. Enumeration: 'notApplicable': 255, 'w4wire': 2, 'w2wire': 1.

This attribute indicates the Method/Law for decoding/encoding the voice information. aLaw(1) is the standard Law for E1 links. uLaw(2) is the standard Law for T1 links. This object is equal for all the ports in the specific module because of HW limitations Enumeration: 'uLAW': 2, 'aLAW': 1.

This attribute indicates the method for decoding/encoding the signaling information(on/off hook). noSignaling (1) - not using signaling (only voice). robbedBitMultiFrame(2) - is the standard method for T1 links and proprietary method for E1 links. chAssociatedE1 (3) - is valid only for E1 G.732S links. robbedBitFrame (4) - is proprietary method implimenting 7 bit for the voice and 1 bit dedicated for signaling. This object is equal for all the ports in the specific module because of HW limitations. Enumeration: 'noSignaling': 1, 'robbedBitMultiFrame': 2, 'chAssociatedE1': 3, 'robbedBitFrame': 4.

This object is equal for all the ports in the specific card because of HW limitations Enumeration: 'busyIdle': 3, 'forcedBusy': 2, 'forcedIdle': 1, 'idleBusy': 4, 'notApplicable': 5.

This attribute indicates the slot of the ML card to which the VC card is mapped. STATUS deprecated - this object is replaced by prtGenCnfgLinkToSlot and prtGenCnfgLinkToPort. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This object indicates the operation mode of the port. normal = bi-directional (Tx/Rx) unidirectRx = unidirectional Rx. broadcast = Tx upon request. Enumeration: 'broadcast': 4, 'unidirectRx': 3, 'normal': 2.

This object indicates the Signaling Profile of the port. notApplicable - for VC-2 family and when prtExVc2Sig=noSignaling(1) p1 = profile 1 p2 = profile 2 p3 = profile 3 p4 = profile 4 Enumeration: 'p2': 4, 'p1': 3, 'meteringPulse': 7, 'p4': 8, 'manual': 2, 'reversePolarity': 6, 'notApplicable': 1, 'p3Fxo3S3': 5.

This object indicates the Enabled Call direction. notApplicable - for all cards except VC-2/R2. both - incoming + outgoing. Enumeration: 'notApplicable': 1, 'outgoing': 3, 'incoming': 2, 'both': 4.

This object indicates the R2 Delay. notApplicable - for all cards except VC-2/R2. Enumeration: 'terrestrial': 2, 'notApplicable': 1, 'satellite': 3.

This object indicates the CAS (Channel Associated Signaling) Standard. notApplicable - for all cards except VC-2/R2. Enumeration: 'specialC': 5, 'specialB': 4, 'specialA': 3, 'specialG': 9, 'r2Q422': 2, 'specialE': 7, 'specialD': 6, 'notApplicable': 1, 'specialF': 8.

Echo canceler activation. notApplicable - for VC-2 and VC-6 cards. Enumeration: 'notApplicable': 1, 'off': 2, 'on': 3.

Interface Type. Enumeration: 'notApplicable': 1, 'fxo': 4, 'w4Em': 3, 'fxs': 5, 'w2Em': 2.

Voice Encoding Mode. Enumeration: 'notApplicable': 1, 'adpcm': 3, 'pcm': 2.

- - - For MP & FCD - - - This object represents 4 parameters, by 2 Octets : Tx D Bit Code-MSB nibble, Tx C Bit Code- nibble, Tx B Bit Code- nibble, Tx A Bit Code-LSB nibble. Each nibble: 0 hex = 0000 = Not Applicable 1 hex = 0001 = M lead 2 hex = 0010 = M lead inverse 3 hex = 0011 = Reverse Polarity 4 hex = 0100 = Metering Pulse 5 hex = 0101 = Forced 1 6 hex = 0110 = Forced 0 7-F hex - not used (invalid values) This object will be RO if prtExVc2SigProfile is NOT manual. - - - For WR II - - - This object represents the following 4 parameters by 2 Octets: 1. On/Off hook signaling transmission mode from the FXS towards the T1/E1 (MSB nibble 1). 2. Default signaling bits that are not in use (nibble 2). 3. Ring Detection signaling transmission mode from the FXO towards the T1/E1(nibble 3). 4. M (Mouth) Signaling transmission mode from the E&M towards the T1/E1(LSB nibble 4). Each nibble: --------------------------------------------------------------------------------------- Value On/Off Hook Default sig. Ring Detect. M (Mouth) --------------------------------------------------------------------------------------- 0 hex = 0000 Not Applicable Not Applicable. Not Applicable Not Applicable 1 hex = 0001 Tx A bit Values 1-3 are Tx A bit Tx A bit 2 hex = 0010 Tx A bit inverse for On/Off Hook Tx A bit inv. Tx A bit inv. 3 hex = 0011 Tx B bit A,B,A Inv,B Inv. Tx B bit Tx B bit 4 hex = 0100 Tx B bit inverse Values 4-7 are Tx B bit inv. Tx B bit inv. 5 hex = 0101 not Used-invalid for On/Off Hook not Used-invalid not Used-invalid 6 hex = 0110 not Used-invalid A, A Inverse. not Used-invalid not Used-invalid 7 hex = 0111 not Used-invalid not Used-invalid not Used-invalid 8 hex = 1000 not Used-invalid Values 8-11 are not Used-invalid not Used-invalid 9 hex = 1001 not Used-invalid for On/Off Hook not Used-invalid not Used-invalid A hex = 1010 not used-invalid B, B Inverse. not Used-invalid not Used-invalid B hex = 1011 not used-invalid The Bits order: not Used-invalid not Used-invalid C-F hex not used-invalid ABCD not Used-invalid not Used-invalid Default value: 11 11

- - - For MP & FCD - - - This object represents 3 parameters by 2 Octets: Spare -MSB nibble, always=0 hex E Lead Output - nibble, Reverse Polarity Output- nibble, Metering Pulse Output -LSB nibble. Each nibble: 0 hex = 0000 = Not Applicable 1 hex = 0001 = Rx A bit 2 hex = 0010 = Rx A bit inverse 3 hex = 0011 = Rx B bit 4 hex = 0100 = Rx B bit inverse 5 hex = 0101 = Rx C bit 6 hex = 0110 = Rx C bit inverse 7 hex = 0111 = Rx D bit 8 hex = 1000 = Rx D bit inverse 9 hex = 1001 = none A-F hex - not used (invalid values) This object will be RO if prtExVc2SigProfile is NOT manual. - - - For WR II - - - This object represents the following 2 parameters in 1 Octet: 1. On/Off hook signaling receive mode from the T1/E1 into the FXS/FXO (MSB nibble 1). 2. E (Ear) Signaling receive mode from the T1/E1 into the E&M (LSB nibble 2). Each nibble: --------------------------------------------------------------------------------------- Value On/Off Hook E (Ear) --------------------------------------------------------------------------------------- 0 hex = 0000 Not Applicable Not Applicable 1 hex = 0001 Rx A bit Rx A bit 2 hex = 0010 Rx A bit inverse Rx A bit inverse 3 hex = 0011 Rx B bit Rx B bit 4 hex = 0100 Rx B bit inverse Rx B bit inverse 5-F hex not used-invalid not Used-invalid Default value: 11

This entry is applicable only for VC-6A/FXO and VC-6A/FXS. Meter Rate means rate of Call Meter in Public Phones, in KHz units. Must be the same for all card's ports. Enumeration: 'notApplicable': 1, 'r12Khz': 3, 'r16Khz': 2.

This entry is applicable only for VC-6A and VC-6AG cards. Interface Analog Signaling. Must be the same for all card's ports. loopStart - for the usual trunk/phone types. groundStart - for trunks that need Ground signaling (applicable for VC-6AG cards. Enumeration: 'groundStart': 3, 'notApplicable': 1, 'loopStart': 2.

This parameter shows whether the device will acknowledge a seize signal (On/Off Hook). When the value is set to yes(3) & the device receives an on/off hook signal it will transmit back an on/off hook signal. When the value is set to no(2) & the device receives an on/off hook signal it will NOT transmit back an on/off hook signal. Default value for WR FXO: no(2). Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

This is the signaling type on the E&M analog side. The analog signaling includes voltage, no. of pins and other parameters. Enumeration: 'type5': 5, 'notApplicable': 1, 'type1': 2, 'type3': 4, 'type2': 3.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relate to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries io6(10)..io16) are not valid. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

This attribute indicates a unique external port index. Hs2 has only two ports (exPrt1,exPrt2). Hs3 has three ports (exPrt1,exPrt2,exPrt3). Hsq and hsqN has four ports. Hs6 has six external ports. Hs12 has twelve external ports. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'exPrt7': 7, 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'exPrt10': 10, 'exPrt11': 11, 'exPrt12': 12.

This attribute indicates whether the port should be considered in any of the mux algorithms. Enumeration: 'yes': 3, 'no': 2.

This attribute indicates the port speed. Enumeration: 'r7x56eq392Kbps': 13, 'r2x64eq128Kbps': 4, 'r1x56eq56Kbps': 1, 'r2x56eq112Kbps': 3, 'r10x64eq640Kbps': 20, 'r6x56eq336Kbps': 11, 'r3x64eq192Kbps': 6, 'r32Kbps': 63, 'r19x64eq1216Kbps': 38, 'r11x64eq704Kbps': 22, 'r14x56eq784Kbps': 27, 'r1x64eq64Kbps': 2, 'r28x56eq1568Kbps': 55, 'r18x64eq1152Kbps': 36, 'r7x64eq448Kbps': 14, 'r5x64eq320Kbps': 10, 'r16x56eq896Kbps': 31, 'r31x56eq1736Kbps': 61, 'r12x64eq768Kbps': 24, 'r25x64eq1600Kbps': 50, 'r23x56eq1288Kbps': 45, 'r24x56eq1344Kbps': 47, 'r23x64eq1472Kbps': 46, 'r9x64eq576Kbps': 18, 'r30x56eq1680Kbps': 59, 'r30x64eq1920Kbps': 60, 'r31x64eq1984Kbps': 62, 'r3x56eq168Kbps': 5, 'r15x56eq840Kbps': 29, 'r18x56eq1008Kbps': 35, 'r28x64eq1792Kbps': 56, 'r19x56eq1064Kbps': 37, 'r6x64eq384Kbps': 12, 'r21x64eq1344Kbps': 42, 'r14x64eq896Kbps': 28, 'r13x56eq728Kbps': 25, 'r27x64eq1728Kbps': 54, 'r11x56eq616Kbps': 21, 'r4x64eq256Kbps': 8, 'r8x56eq448Kbps': 15, 'r29x56eq1624Kbps': 57, 'r17x56eq952Kbps': 33, 'r8x64eq512Kbps': 16, 'r16x64eq1024Kbps': 32, 'r4x56eq224Kbps': 7, 'r24x64eq1536Kbps': 48, 'r21x56eq1176Kbps': 41, 'r22x56eq1232Kbps': 43, 'r26x64eq1664Kbps': 52, 'r13x64eq832Kbps': 26, 'r22x64eq1408Kbps': 44, 'r12x56eq672Kbps': 23, 'r5x56eq280Kbps': 9, 'r10x56eq560Kbps': 19, 'r29x64eq1856Kbps': 58, 'r17x64eq1088Kbps': 34, 'r15x64eq960Kbps': 30, 'r27x56eq1512Kbps': 53, 'r20x56eq1120Kbps': 39, 'r26x56eq1456Kbps': 51, 'r20x64eq1280Kbps': 40, 'r25x56eq1400Kbps': 49, 'r9x56eq504Kbps': 17.

This attribute indicates a unique port operation clock mode. Enumeration: 'ext-dce': 2, 'none': 4, 'dce': 1, 'dte': 3.

This attribute indicates a unique CTS control line operation mode. Enumeration: 'notApplicable': 1, 'rts': 3, 'on': 2.

Size in bits. Enumeration: 'auto': 2, 's52bits': 5, 's72bits': 6, 's30bits': 4, 's16bits': 3.

This attribute indicates a slot of Main Link module, that the port is linked to. This object is the same for all the ports in the specific card because of HW limitations. STATUS deprecated - this object is replaced by prtGenCnfgLinkToSlot and prtGenCnfgLinkToPort. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

This object indicates the operation mode of the port. normal = bi-directional (Tx/Rx) unidirectRx = unidirectional Rx. broadcast = Tx upon request. Enumeration: 'broadcast': 4, 'unidirectRx': 3, 'normal': 2.

This object indicates if Inband Loopback from the Network should be enabled or disabled. Enumeration: 'disabled': 2, 'notApplicable': 1, 'ft1Enabled': 3.

This object indicates the clock polarity. For FCD-M this object will be applicable only for the fixed HS port (the fixed port on the device). Enumeration: 'notApplicable': 1, 'invert': 3, 'normal': 2.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg

This attribute indicates a unique slot position where the card is inserted. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

A unique identifier of the port, within the card. Enumeration: 'exPrt1': 1.

This attribute indicates whether the port should be considered in any of the mux algorithm. It also affects all the module considerations because the card has only one external (physical) interface. Enumeration: 'yes': 3, 'no': 2.

This attribute is the line type parameter for T1/E1 interface. The user should select only the parameters relevant to the specific card: T1 line code parameters for the HS-4/1 and E1 line code parameters for the HS-4/2. This parameter has the same values as dsx1LineType in T1/E1 MIB (RFC-1406). The parameters in dsx1LineType are: other (1) dsx1ESF (2) dsx1D4 (3) dsx1E1 (4) dsx1E1-CRC (5) dsx1E1-MF (6) dsx1E1-MF-CRC (7) Enumeration: 'g732nE1': 4, 'sfT1': 3, 'esfT1': 2, 'g732nE1CRC': 5, 'g732sE1CRC': 7, 'g732sE1': 6.

This attribute is the line code parameter used for T1/E1 interface. The user should select only the parameters relevant to the specific card: T1 line code parameters for the MPH.1/T1 and E1 line code parameters for the MPH.1/E1. This parameter has the same values as dsx1LineCoding in T1/E1 MIB (RFC-1406). The parameters in dsx1LineCoding are: dsx1JBZS (1) dsx1B8ZS (2) dsx1HDB3 (3) dsx1ZBTSI (4) dsx1AMI (5) other (6) Enumeration: 'b7T1': 1, 'b8zsT1': 2, 'hdb3E1': 4.

This attribute is the line length parameter used only for T1 interfaces. len399p533ft=len-399-533ft Enumeration: 'len267p399ft': 4, 'unknown': 1, 'len534p655ft': 6, 'fcc68': 7, 'len134p266ft': 3, 'len0p133ft': 2, 'len400p533ft': 5.

Time passing from the disappearance of the loss of synchronization condition (red alarm), to the restoration of normal service. Enumeration: 'restoreT10sec62411': 3, 'restoreT1secFast': 2, 'ccittE1': 4.

Out of Service signal type. Enumeration: 'busyIdle': 5, 'forcedBusy': 4, 'notsupported': 2, 'idleBusy': 6, 'forcedIdle': 3.

OOS Code Enumeration: 'oosCode9eH': 9, 'oosCoded5H': 10, 'oosCode7fH': 7, 'oosCode7eH': 6, 'oosCode54H': 5, 'oosCode98H': 8, 'oosCode1aH': 4, 'oosCodeffH': 12, 'notsupported': 2, 'oosCode00H': 3, 'oosCodee4H': 11.

Type value(00 - FF HEX), excluding 0H,8H,10H,12H,21H,24H, 42H,49H,84H,92H

This attribute indicates whether the port Tx is multiframe synchronized with Rx multiframe of another port and the slot position of that port. This opration is required in order to bypass signaling of PCM voice channels. When its value is Local(2) there is no meaning to 'prtExHs4MfClkSrcPrt' parameter. In the ?004 Unit the entries io6(10)..io16) are not valid Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'local': 2.

A unique number to identify a port position in the mux if the MultiFrame clock source is valid (YES). inPrt1 - for MTML-H/E1 cards. Enumeration: 'inPrt1': 101, 'exPrt2': 2, 'exPrt1': 1.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries io6(10)..io16) are not valid Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

This attribute indicates a unique port number. Hs4/T1 and Hs4/T1 cards have only one external interface. Enumeration: 'exPrt1': 1.

This attribute indicates a unique time slot position. The valid time slots are: 1..24 for T1 Card and 1..31 for E1 interface. In G732S-E1 lines, time slot 16 is not valid for data, it is dedicated to multiframe synchronization bits and voice signaling.

This attribute indicates whether the specified time slot is connected/routed internally in the Agent and to which card it is connected. In the ?004 Unit the entries io6(10)..io16) are not valid. split - will be used when the Src TS is connected to more than one slot OR more than one port (each needing less than a whole TS). Enumeration: 'io9': 13, 'io8': 12, 'noConnect': 2, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'split': 100.

This attribute indicates the internally (In Mux) connected/routed port. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'exPrt7': 7, 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'exPrt10': 10, 'noConnect': 100, 'exPrt11': 11, 'exPrt12': 12.

This attribute indicates a unique time slot position. The valid time slots are: 1..24 for T1 Module and 1..31 for E1 interface. In G732S-E1 lines time slot 16 is not valid for data, it is dedicated for multiframe synchronization bits and voice signaling.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg

This attribute indicates a unique slot position where the card is inserted. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

A unique prt identifier within the card. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'exPrt7': 7, 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'exPrt10': 10, 'exPrt11': 11, 'exPrt12': 12.

This attribute indicates whether the port should be considered in any of the mux algorithms. v51 - this port is connected to a V5.1 interface. All rest of the values will be 'notApplicable' in this case. V5.1 MIB will be used instead. Enumeration: 'yes': 3, 'v51': 4, 'no': 2.

This attribute indicates the port speed. Enumeration: 'r4800bps': 5, 'r56kbps': 10, 'notApplicable': 255, 'r128kbps': 12, 'r2400bps': 4, 'r64kbps': 11, 'r600bps': 2, 'r9600bps': 6, 'r19200bps': 7, 'r38400bps': 8, 'r1200bps': 3, 'r48kbps': 9.

It indicates the slot of the main link card to which the HS-? card is mapped. STATUS deprecated - this object is replaced by prtGenCnfgLinkToSlot and prtGenCnfgLinkToPort. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

It indicates the interface type: lt = line termination nt = network termination te = terminal equipment. lt1 - for ASMi-31 connection (not ISDN) For HS-U/I and HS-U/1 only 'lt' and 'nt' are applicable. For HS-S , only 'te' and 'nt' are applicable. For HS-U, this object is not applicable. For HS-U6, HS-U12, are applicable: 'lt'=lt-i,'nt'=nt-i, lt1. Enumeration: 'notApplicable': 255, 'lt': 1, 'te': 3, 'nt': 2, 'lt1': 4.

It indicates the Activation Type. Activation Type is the Synchronization type towards the PBX. It is applicable only when prtExHsiInterface=nt. notApplicable - for cards that do not support this object, or when prtExHsiInterface is NOT nt. Enumeration: 'notApplicable': 1, 'type1': 2, 'type3': 4, 'type2': 3.

The write operation into the Table Objects is valid only to the TmpCnfg entry. This table is not applicable for HS-U card type.

This object indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg

This object indicates a unique slot position where the card is inserted. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

A unique port identifier within the card. Valid values: inPrt1 (101) .. inPrt48 (148).

This attribute indicates whether the port should be considered in any of the mux algorithms. Enumeration: 'yes': 3, 'no': 2.

This object indicates the port speed. For HS-U/I and HS-S ports: 2 bit - up to 9600bps 4 bit - 19200bps 8 bit - 38400bps .. 64kbps. concentrated - this D channel goes to a Concentration channel, that represents many channels that this value was selected for them. The Concentrated channel is an Internal D Channel of the same card. This value is applicable only for D channels, except Concentration channel itself. --for HS-S and HS-U/I cards the Concentration channel will always be: internal-13 --for HS-S12, HS-S6, HS-U12, HS-U6, the Concentration channel is selected via the prtInHsiConcentratedTo object. Enumeration: 'concentrated': 13, 'r4800bps': 5, 'r56kbps': 10, 'notApplicable': 255, 'r128kbps': 12, 'r2400bps': 4, 'r64kbps': 11, 'r600bps': 2, 'r9600bps': 6, 'r19200bps': 7, 'r38400bps': 8, 'r1200bps': 3, 'r48kbps': 9.

The Concentration D Channel of the prtInHsiPrtIdx port. The port always belongs to the same card as prtInHsiPrtIdx port. This object is applicable only when prtInHsiRate=concentrated. Valid values: - notApplicable: 255 - for HS-S12, HS-U12 cards: inPrt37 (137) .. inPrt48 (148).

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg

This attribute indicates a unique slot position where the card is inserted. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This object indicates the port number in the selected card (slot). Enumeration: 'exPrt3': 3, 'exPrt4': 4, 'inPrt1': 101, 'exPrt2': 2, 'exPrt1': 1, 'inPrt2': 102, 'inPrt3': 103, 'inPrt4': 104.

This object indicates the type of the selected port. In Mx 30/300: s0 is for Voice over ISDN. Enumeration: 'eAndM': 1, 'fxo': 2, 'internal': 4, 's0': 5, 'fxs': 3.

This attribute indicates whether the port should be considered in any of the mux algorithms. Enumeration: 'yes': 3, 'no': 2.

This attribute indicates the interface type of the port. eAndM4wires and eAndM2wires - are valid only for E&M port type eAndM4wires - means 2/4 wires fxoGnd and fxoLoop - are valid only for FXO port type fxsGnd and fxsLoop - are valid only for FXS port type e1Framer, e1Slave, t1Framer, t1Slave - are applicable for the mvc4Pbx cards only. Enumeration: 'e1Slave': 9, 't1Framer': 10, 'fxsGnd': 6, 'unknown': 1, 'eAndM4wires': 2, 't1Slave': 11, 'e1Framer': 8, 'eAndM2wires': 3, 'fxoGnd': 4, 'fxsLoop': 7, 'fxoLoop': 5.

Transmission gain in dBm.

Reception gain in dBm.

Voice rate. Enumeration: 'notConnected': 1, 'r9600bps': 4, 'r7200bps': 3, 'r4800bps': 2.

Time interval for CIR control, in seconds. The value will be the same for all cards' ports. Enumeration: 't4sec': 4, 't3sec': 3, 't2sec': 2, 't1sec': 1.

Handling type, when connection is lost. Enumeration: 'busyIdle': 5, 'forcedBusy': 4, 'notSupported': 2, 'idleBusy': 6, 'forcedIdle': 3.

Echo canceler activation. Enumeration: 'on': 3, 'off': 2.

Maximum variant delay of the FR network, in msec.

This object indicates the level of delayed data in precents of total available dynamic memory, for which the port will start to operate as congested. The resolution of the parameter is 5%.

This object indicates the wiring of the E&M port. It is applicable only for E&M card type. Enumeration: 'notApplicable': 255, 'w4wire': 2, 'w2wire': 1.

This object indicates the type of extension relevant to this port. Enumeration: 'notApplicable': 1, 'voiceSwitching': 3, 'forceConnect': 2.

This is the extension number of this port. This field is relevant only when the extension type is voice switching and is read only if the port is member of a hunt group.

This field indicates whether to outpulse the received digits. It is notApplicable(1) when the extension type is forceConnect(2). Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

This object indicates if this port belongs to an hunt group. Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

If it belongs to an hunt group, this fields indicates the index of the relevant hunt group. 0 = notApplicable

This object indicates if the system will switch automatically to FAX mode when detecting FAX activity. Default=Yes. Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

FAX initial rate. Default=9600 bps. Enumeration: 'notConnected': 1, 'r9600bps': 4, 'r7200bps': 3, 'r4800bps': 2.

This parameter shows whether the device will acknowledge a seize signal (On/Off Hook). When the value is set to yes(3) & the device receives an on/off hook signal it will transmit back an on/off hook signal. When the value is set to no(2) & the device receives an on/off hook signal it will NOT transmit back an on/off hook signal. Example: If Seize Ack Parameter = YES, when the MVC.4 receives a seize signal (Off Hook) from the PBX it will send an Off Hook to the PBX. The Seize Parameter is relevant for all the following cards: MVC-4 MVC-4/E1-Framer MVC-4/T1-DSU-Framer MVC-4/T1-CSU-Framer MVC-4/E1-SLAVE MVC-4/T1-SLAVE Default values: Analog FXS - No (value can't be changed). Analog FXO - Yes (value can't be changed). Analog E&M - No (values NO/YES). Digital E1/T1 Framer & Slave - No. Enumeration: 'yes': 3, 'no': 2.

The signaling protocol that will be used between the PABX & the voice port. Delay Start Protocol: the line is seized by sending an Off hook signal and after a delay, if the called party is available (On hook) DTMF (Dual Tone Multi Frequency) digits are sent towards the called party. Immediate Start Protocol: the line is seized by sending an Off Hook signal and immediately DTMF digits are sent towards the called party. Wink start protocol: the line is seized by sending an Off Hook signal and then the called party sends a short Off Hook wink signal. Now the calling party starts sending DTMF digits. Enumeration: 'immediateStart': 3, 'delayStart': 2, 'winkStart': 4.

This parameter is used only for Delay Protocol. This is the time that the calling party will wait after sending an Off hook signal and before sending DTMF digits to the called party. The delay values are 100..4000 msec in intervals of 100 msec.

This parameter is used only for Wink Protocol. Min Duration of the Wink Signal (off hook duration from the called party). Legal values: 40..400 msec in intervals of 10 msec.

This parameter is used only for Wink Protocol. Max Duration of the Wink Signal (off hook duration from the called party). Legal values: 40..400 msec in intervals of 10 msec.

The write operation into the Table Objects is valid only at the TmpCnfg entry.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries io6(10)..io16) are not valid Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique internal port number. VC4 cards have four external ports. Enumeration: 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

This attribute indicates whether the attributes in this entry are valid or not. The user can add/delete pvc (dlci to dlci connection) by modifing this object Enumeration: 'yes': 3, 'no': 2.

This attribute indicates a unique slot position In the Mux (Agent) where the dlci is routed to. In the ?004 Unit the entries io6(10)..io16) are not valid Enumeration: 'io9': 13, 'io8': 12, 'noConnect': 2, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port id which the dlci is routed to. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'inPrt11': 111, 'inPrt10': 110, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'noConnect': 100, 'exPrt10': 10, 'exPrt7': 7, 'exPrt6': 6, 'inPrt12': 112, 'inPrt9': 109, 'inPrt8': 108, 'inPrt5': 105, 'inPrt4': 104, 'inPrt7': 107, 'inPrt6': 106, 'inPrt1': 101, 'inPrt3': 103, 'inPrt2': 102.

This attribute indicates a unique internal connection dlci number, the dlci is routed to.

This attribute indicates a unique Tx committed bandwidth on the user transmit line (or at the port receive line). Enumeration: 'txBc512Kbps': 19, 'zero': 2, 'txBc14400bps': 4, 'txBc384Kbps': 17, 'txBc1024Kbps': 21, 'txBc48000bps': 9, 'txBc320Kbps': 16, 'txBc192Kbps': 14, 'txBc28800bps': 6, 'txBc256Kbps': 15, 'txBc38400bps': 8, 'full': 1, 'txBc32000bps': 7, 'txBc19200bps': 5, 'txBc448Kbps': 18, 'txBc768Kbps': 20, 'txBc16000bps': 25, 'txBc112Kbps': 26, 'txBc9600bps': 3, 'txBc57600bps': 11, 'txBc56000bps': 10, 'txBc64Kbps': 12, 'txBc128Kbps': 13.

This attribute indicates a unique Tx excess bandwidth on the user transmit line (or at the port receive line). Enumeration: 'txBe768Kbps': 20, 'txBe32000bps': 7, 'zero': 2, 'txBe64Kbps': 12, 'txBe512Kbps': 19, 'txBe56000bps': 10, 'txBe192Kbps': 14, 'txBe38400bps': 8, 'txBe128Kbps': 13, 'txBe19200bps': 5, 'txBe384Kbps': 17, 'txBe320Kbps': 16, 'txBe256Kbps': 15, 'full': 1, 'txBe57600bps': 11, 'txBe48000bps': 9, 'txBc16000bps': 25, 'txBe14400bps': 4, 'txBe9600bps': 3, 'txBe1024Kbps': 21, 'txBe28800bps': 6, 'txBc112Kbps': 26, 'txBe448Kbps': 18.

This attribute indicates a unique Rx committed bandwidth on the user receive line (or at the port transmit line). Enumeration: 'rxBc112Kbps': 26, 'rxBc64Kbps': 12, 'rxBc19200bps': 5, 'rxBc38400bps': 8, 'rxBc28800bps': 6, 'zero': 2, 'rxBc768Kbps': 20, 'rxBc57600bps': 11, 'rxBc256Kbps': 15, 'rxBc448Kbps': 18, 'rxBc9600bps': 3, 'rxBc48000bps': 9, 'rxBc192Kbps': 14, 'rxBc128Kbps': 13, 'full': 1, 'rxBc14400bps': 4, 'rxBc56000bps': 10, 'rxBc16000bps': 25, 'rxBc1024Kbps': 21, 'rxBc512Kbps': 19, 'rxBc384Kbps': 17, 'rxBc320Kbps': 16, 'rxBc32000bps': 7.

This attribute indicates a unique Rx excess bandwidth on the user receive line (or at the port transmit line). Enumeration: 'rxBc112Kbps': 26, 'rxBe256Kbps': 15, 'rxBe320Kbps': 16, 'rxBe14400bps': 4, 'zero': 2, 'rxBe32000bps': 7, 'rxBe64Kbps': 12, 'rxBe57600bps': 11, 'rxBe192Kbps': 14, 'rxBe128Kbps': 13, 'rxBe512Kbps': 19, 'full': 1, 'rxBe38400bps': 8, 'rxBc16000bps': 25, 'rxBe9600bps': 3, 'rxBe19200bps': 5, 'rxBe28800bps': 6, 'rxBe1024Kbps': 21, 'rxBe768Kbps': 20, 'rxBe48000bps': 9, 'rxBe448Kbps': 18, 'rxBe384Kbps': 17, 'rxBe56000bps': 10.

This attribute indicates a unique priority of the pvc. 6 is the lowest priority and 8 is the highest priority.

This attribute indicates the status of the pvc. The status is disconnected(1) when one of the sides is programmed as not connected Enumeration: 'connected': 2, 'disconnected': 1.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

This object indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg

This object indicates a unique slot position where the card is inserted. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

A unique prt identifier within the card. Valid values: - For HS-R cards: exPrt1 (1) .. exPrt4 (4) - For HS-U/1 cards: inPrt1 (101) .. inPrt4 (104) - For HS-S12, HS-S6, HS-U12, HS-U6 cards: exPrt1 (1) .. exPrt12 (12). This MIB table is used only for LT-1 interface.

This object indicates whether the port should be considered in any of the mux algorithms. Enumeration: 'yes': 3, 'no': 2.

This object indicates the protocol. Enumeration: 'async': 3, 'sync': 2.

This object indicates the port speed. The 16,32,48,56,64 and 128 kbps rates are applicable only for Sync protocol. The 57.6 and 115.2 kbps rates are applicable only for Async protocol. Enumeration: 'r115200bps': 15, 'r4800bps': 5, 'r56kbps': 10, 'r57600bps': 14, 'r128000bps': 16, 'r32000bps': 13, 'r2400bps': 4, 'r64kbps': 11, 'r600bps': 2, 'r9600bps': 6, 'r16000bps': 12, 'r19200bps': 7, 'r38400bps': 8, 'r1200bps': 3, 'r48kbps': 9.

Data Bits. This object is applicable for Async protocol only. Enumeration: 'd7bits': 3, 'd8bits': 4, 'd5bits': 1, 'd6bits': 2, 'notApplicable': 255.

- For HS-R card, this object indicates if the parity bit is needed or not. Therefore, the 'no' and 'yes; values are applicable. - For HS-S12, HS-U12, the parity type is selected: no, odd, even. This object is applicable for Async protocol only. Enumeration: 'even': 5, 'notApplicable': 255, 'yes': 3, 'odd': 4, 'no': 2.

This object indicates the minimum number of stop bits in the tx async frame. This object is applicable for Async protocol only. Enumeration: 'notApplicable': 255, 'stopBits1Bit': 1, 'stopBits2Bits': 2.

CTS. This object is applicable for Async protocol only. Enumeration: 'on': 2, 'rts': 3, 'notApplicable': 255.

Clock mode. This object is applicable for Sync protocol only. Enumeration: 'extDce': 2, 'dce': 1, 'notApplicable': 255.

It indicates the slot of the main link card to which the HS-R card is mapped. notApplicable - for HS-U/1 internal ports. STATUS deprecated - this object is replaced by prtGenCnfgLinkToSlot and prtGenCnfgLinkToPort. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'notApplicable': 1, 'io11': 15, 'io10': 14.

DCD & DSR. Enumeration: 'notApplicable': 1, 'endToEnd': 3, 'local': 2.

This object indicates the operation mode of the port. normal = bi-directional (Tx/Rx) unidirectRx = unidirectional Rx. broadcast = Tx upon request. Enumeration: 'broadcast': 4, 'unidirectRx': 3, 'normal': 2.

RTS & DTR. Enumeration: 'notApplicable': 1, 'endToEnd': 3, 'local': 2.

Enable/Disable LLB. Enumeration: 'disabled': 2, 'notApplicable': 1, 'enabled': 3.

Enable/Disable RLB. Enumeration: 'disabled': 2, 'notApplicable': 1, 'enabled': 3.

Rate Adaptation - takes a low rate and adapts it to 64Kbps. This object specifies the means this adaptation is done by. Enumeration: 'notApplicable': 1, 'proprietary': 2, 'v110': 3.

The write operation into the Table Objects is valid only to the TmpCnfg entry.