MICOM-NODE-MIB: View SNMP OID List / Download MIB

Access password to the LCD/Keypad located on front of the integration unit.

Access password to all functions. Password must be alphanumeric characters (A-Z, 0-9) up to 8 characters.

Access password to view, status, and exit Command Facility functions. Password must be alphanumeric characters (A-Z, 0-9) up to 8 characters.

Access password to the Facility. Password must be alphanumeric characters (A-Z, 0-9) upto 8 characters.

Determines whether or not the node is reachable.

This table provides the system diagnostics function to test the voice/fax module(s) if installed.

An entry within the table specifying particular channel on voice module.

Identifies the module/card number for the specified channel to be tested.

Identifies the channel number to which this entry pertains.

Options to initiate different type of tests or to terminate the tests. Option 2 allows monitoring of the level of the input voice signal. Option 3 verifies that the voice channel is working properly. Option 4 causes the voice channel to compress the local speech signal and then to pass this signal through the reconstruction process back to the local receiver.

Table to control the testing and diagnosing of specific sync channel.

Entry into the diagnostic table for a specific channel on specified module.

The specified module/card number of the channel to be tested.

The specified channel number to be tested.

Command option to terminate and initiate the test. The test loops the control signals and data back.

Identifies the unique PROM identifier.

Identifies the software base type running on the Integration unit.

Identifies the type of CCM module present in the Integration unit.

Identifies the operational type of the Integration unit as node or feeder.

Identifies the revision of the operating software running on the node.

Identifies the type of the feature pack installed on the unit.

Identifies whether or not the real time clock is present on the unit. Note that NMS modules are available with RTC.

Table containing MB-Feeder connection information.

Entry within the table identifying the name, type, and number of connected MB-Feeder (if any).

Instances into the table for each (1-6) link entry.

Indicates the name of the connected (if any) feeder to a particular port.

Identifies whether or not the MB-Feeder is connected to a particular port.

Indicates the number of the connected (if any) feeder to a particular port. A value of zero represent that the feeder is not present.

Sets the current date and the time on the unit. Format (byte sequence) is Month, Day, Hour, Minutes, Seconds, Day of Week, Year.

Table to configure a class. Class is defined as a port or grouping of ports dedicated to a specific application or location.

An entry into the table for a specific class number.

The available class to be configured numbered from 1 to 64.

Assigns a class name to a selected class number. Class name can be up to eight characters long and may use characters A-Z, 0-9, and _.

The designated secondary class to the specified class used to automatically route connections to this class if the primary class channels are busy.

Displays (on command facility) when the user connects to a port within the class.

Protects the access to a particular class. The default is no password (NULL Password).

The no activity feature monitors the class channel. After a specified period of time, if there is no activity on the channel, it will be disconnected. Value 0 = disabled; values 1-255 = the timeout interval in minutes.

Object to create conceptual row entry in the table. Internally used to cache all the column objects till the commit is done through active(1). Option 6 (destroy) deletes the entry (class) from the configured classes.

This is the name of the node which has been selected as the access point for the MICOMVision Manager in the Network. Configuring this object for a node results in the MICOM Alarms being forwarded to this specified Access node and the NMS system being informed of pending alarms awaiting retrieval.

Configures the security password for the download facility.

Configures which Flash Bank that will be loaded from when the marathon is reset to re-load from flash.

Configures the Data Activity Timeout to be used while downloading an image to Flash Memory. The range is 30 - 240 seconds.

Configures whether mesh routing is enabled for this Integration unit.

Indicates the boot identifier if boot prom is present.

The date and time to be configured on all the Integration units on the network. Format (byte sequence) is Month, Day, Hour, Minutes, Seconds, Day of Week, Year.

Identifies the type of Code Download that is to be performed.

The name of the node to which software is to be downloaded.

The slot number of the module to which software is to be downloaded.

The Voice Channel number to which software is to be downloaded. Only valid for Voice.

The name of the code image file to be downloaded.

The destination flash bank to be downloaded. Only for CCM download.

Identifies the subsequent flash bank to be started from. Only for CCM download.

Value of 1 identifies that the reset of the module/node is required after successful download.

Option 0 initiates a request for the code download. The status of the process is conveyed via options 1 through n.

This is the Total Number of Bytes in the image file that is being downloaded. Valid only after a download has started.

This is the Total Number of Bytes that have been sent to the Integration unit. Upon completion, this should equal the sysCodeDownloadFileSize paramater. Valid only after a download has been started.

The numeric value (Node ID #) that represents this node in the network.

Displays when the user first successfully connects to the Integration unit.

Prompts the user for the password associated for the sign-on channel. This is the first dialog message that appears when the user attempts to connect to the network from the command line facility.

Prompts (at the command facility line) the async channel user for the destination class or channel.

Displays (on the command facility line) when a connection to any resource (class or matrix switch) has been established across an interconnect link .

Displays (on the command facility line) when a user is waiting far a channel in wait queue.

Displays (on the command facility line) when the connection has been broken. It is only sent to the call originator using switching (This is not for force connections).

Displays (on the command facility line) while the call is in process of being connected.

Displays (on the command facility line) when there is no answer from the destination port.

Displays (on the command facility line) when a node, class or channel is unknown in the network.

Displays (on the command facility line) when a user request a resource which exists, but is not in service (operational).

Displays (on the command facility line) only to the user using matrix switching when the requested resource is in use.

Displays (on the command facility line) for any attempted connection that is not compatible with the configuration.

Prompts (on the command facility line) for the password of the requested class.

Displays the banner string on the LCD keypad.

Table to view the hardware configuration of the Integration unit.

Entry pertaining to the present module(s).

Identifies the location of the module within the unit.

Identifies the part number of the module in the specific location. 0FFFFh if no NMS card installed, 03ffh if no card installed.

Identifies the revision level of the module. 0ffh if no NMS card installed, 03Fh if no card installed.

The total number of cards installed in the Integration unit.

Table containing the functionality on resident eli cards (if any).

Entry within the table to specify a particular slot where an eli card is located.

The slot number of the eli card.

The prom part number of the software that is installed and running on the eli card.

Identifies whether this eli card performs the function of an RTS or not.

Identifies whether this eli card performs the function of a bridge or not.

Identifies whether this eli card performs the function of a router or not.

Identifies whether this eli card contains flash memory or not.

Table describing the software on resident (if any) T1 or E1 card.

Entry within the table to specify a particular T1 or E1 card.

Displays the Card number of the T1 or E1 module.

Displays the access module type; T1 or E1.

Displays which Software release is installed on the T1/E1 card.

Displays which Software part number is installed on the T1/E1 card.

Displays which boot prom part number is installed on the T1/E1 card.

Table to establish the type of port connection to be assigned to the selected port.

Entry into the table for the selected port.

Indicates the card/module of the channel to be configured.

Indicates the channel/port number to be configured.

Assigns the type of connection to the selected port. Note: A node reset is required after setting the port configuration. Also note that if a channel is currently connected, forced or switch connected, the channel must first be disconnected. The procedure to do this would be to place the channel out of service (chControlCommand disable(2)), then disconnect (chControlCommand forceDIsconnect(4)) the channel.

Table to configure the protocol for the specified sync channel.

Entry into the table specifying a particular channel on a particular module/card.

Identifies the card/module of the sync channel to be configured.

Indicates the sync channel number to be configured.

Assigns the sync protocol to the selected port. Note: A node reset is required after the protocol is configured.

Table of configurations for the physical parameters of the fixed command port on an NMS module.

Entry within the table to specify the fixed command port channel number (2) on an NMS module/card (6).

The card number (=6) of the NMS module containing the fixed cmd port.

The channel number (=2) of the fixed cmd port on the NMS module.

Sets the number of stop-bits inserted at the end of a character.

Sets the number of data bits per character. This includes the parity bit.

Sets the data rate in bits per seconds of the fixed command port.

Determines whether the Integration unit should echo input from the terminal or not.

Configures the number of character delays that should be introduced after each CR (carriage return).

Configures the number of character delays that should be introduced after each LF (line feed).

Configures the number of chanacter delays that should be introduced afer each FF (form feed).

Sets the message and data parity.

Table to configure the log port (present on NMS module) parameters.

Entry within the table to specify the log port channel number (1) on an NMS module/card (6).

The card number (=6) of the NMS Module that contains the log port.

The channel number of the log port (=1).

Configures the number of stop bits that the Integration unit should generate and check for on this channel.

Sets the number of data bits per character. This includes the parity bit.

Sets the data rate in bits per seconds of the log port.

Configures the number of Character Delays required to be inserted after each CR (carriage return).

Configures the number of Character Delays required to be inserted after each LF (Line Feed).

Configures the number of Character Delays required to be inserted after each FF (form feed).

Configures which character the Integration unit should check for and respond to for stopping data flow on a channel.

Configures which character the Marathon should check for and respond to for re-starting data flow on a channel.

Configures which type of flow control should be used for the log port.

Configures what type of buffer control to be used in the communications with the log port.

Configures what type of parity to use with the log port.

Modem phone number to call to send ASCII events out.

Configures the command facility port inactivity timeout (minutes).

Table to configure a sync channel protocol prior to configuring a port as a sync channel. By using this table to preset the sync protocol, only 1 node reset is needed following the sync channel assignment to complete the configuration.

Entry within the table to specify a particular sync channel for pre-configuration on a specific module/card.

Identifies the module/card for sync channel pre-configuration.

Identifies the port number for sync channel pre-configuration.

The protocol to be used for pre-configuring a sync channel.

For the configuration of synchronous channels, this table controls and modifies the operating parameters for the port.

Entry into the table pertaining to a specific sync channel on a specific module.

The card/module number of the channel this entry pertains to.

The channel number on a specified module this configuration entry pertains to.

Sets data rate in bits per second for the user sync channel. Default is 2400.

Defines when carrier is held high, either constant or variable. This parameter is configurable for all Sync protocols EXCEPT tdm(10) and fastPacket(9). For Sync protocol, rtsCts(5), the parameter default is Option variable(1). For Sync protocols - dlcChannel(1), asciiBisync(2), ebcdicBisync(3), hpSync(4), syncPad(6), micomDlc(7), and micomVoice(8); the parameter default is Option constant(2).

Sets the user channel for toDTE to interface with data terminal equipment; and toDCE to interface with data communication equipment such as a tail-circuit modem. This parameter is configurable for all Sync protocols EXCEPT fastPacket(9).

Selects what the Integration unit will output when the line is idle. This parameter is configurable ONLY for Sync protocol dlcChannel(1).

Sets the value (high byte) of the leading sync character for the start of the block. This parameter is configurable ONLY for Sync protocol syncPad(6).

Sets the value (low byte) of the leading sync character for the start of the block. This parameter is configurable for all Sync protocols EXCEPT dlcChannel(1), micomDlc(7), and micomVoice(8).

Sets the number of leading sync characters that the Integration unit will generate on the output (0-9). This will allow the device on the selected channel to synchronize. Enter zero to specify all leading syncs as transparent. They will not be stripped out. This parameter is ONLY configurable for Sync protocols asciiBisync(2), ebcdicBisync(3), hpSync(4), rtsCts(5), and syncPad(6),

Sets the block size in bytes of the data to the Integration unit from the attached device. This parameter is configurable for all Sync protocols EXCEPT micomDlc(7), fastPacket(9), and tdm(10). For Sync protocol hpSync(4), the parameter default is 9876. For Sync protocol micomVoice(8), the parameter default is 1024. For Sync protocols dlcChannel(1), asciiBisync(2), ebcdicBisync(3), rtsCts(5), and syncPad(6); the parameter default is 512.

Sets the value of pad character (alpha numeric). It precedes the sync character and follows the end of the block. It is used to pad the block. This parameter is ONLY configurable for the Sync protocols asciiBisync(2), ebcdicBisync(3), hpSync(4), rtsCts(5), and syncPad(6).

Sets the number of leading pad characters to be transmitted at the start of the block for a time delay (1-9). This parameter is ONLY configurable for the Sync protocols asciiBisync(2), ebcdicBisync(3), hpSync(4), rtsCts(5), and syncPad(6). For Sync protocols asciiBisync(2), ebcdicBisync(3), and hpSync(4) the parameter default is 1. For Sync protocol rtsCts(5) the default is 3. For Sync protocol syncPad(6) the default is 2.

Sets the number of trailing pad characters to be transmitted at the end of the block. This parameter is ONLY configurable for the Sync protocols asciiBisync(2), ebcdicBisync(3), hpSync(4), rtsCts(5), and syncPad(6). For Sync protocols asciiBisync(2), ebcdicBisync(3), hpSync(4), and syncPad(6) the parameter default is 2. For Sync protocol rtsCts(5) the default is 3.

Selects whether or not the local sync channel will be flow controlled. This parameter is configurable for all Sync protocols EXCEPT fastPacket(9), and tdm(10).

Selects one of the two types of encoding, NRZ or NRZI, depending on the attached device. This parameter is ONLY configurable for Sync protocol dlcChannel(1).

Sets the channels source for transmit clock. This parameter, combined with the syncChPhyParaChRxClocking parameter, corresponds to the Channel Clocking parameter which is displayed in the Sync channel configuration menu of the units facility. This parameter is configurable for all Sync protocols EXCEPT fastPacket(9).

Sets the channels source for receive clock. This parameter, combined with the syncChPhyParaChTxClocking parameter, corresponds to the Channel Clocking parameter which is displayed in the Sync channel configuration menu of the units facility. This parameter is configurable for all Sync protocols EXCEPT fastPacket(9).

Selects the priority of the port, high or low. This parameter is configurable for all Sync protocols EXCEPT tdm(10).

Selects whether the remote DTR changes appear on the local DSR or are ignored.

Used to regulate data transmission from a device attached to user channel. This parameter is configurable for all Sync protocols EXCEPT fastPacket(9) and tdm(10).

Sets the block size in bytes of the data to attached device from the Integration unit. This parameter is configurable for all Sync protocols EXCEPT micomDlc(7), fastPacket(9), and tdm(10). For Sync protocol hpSync(4), the parameter default is 9876. For Sync protocol micomVoice(8), the parameter default is 1024. For Sync protocols dlcChannel(1), asciiBisync(2), ebcdicBisync(3), rtsCts(5), and syncPad(6); the parameter default is 512.

Sets the sync channel protocol.

Sets the claimed bandwidth of the sync channel. This is the amount of bandwidth that should be reserved on a link for this channel / 10. -ie- If you want to reserve 9600 bps for this channel you should set this to 960. This parameter is configurable for all Sync protocols EXCEPT tdm(10).

Sets the transit rate of the sync channel. This parameter is ONLY configurable for the Sync protocol dlcChannel(1).

For the configuration of asynchronous channels, this table controls and modifies the operating parameters for the port.

Entry into the table pertaining to a specific channel on a specific module.

The module/card number containing the async channel to which the entry pertains to.

The async channel number to which the entry pertains to.

Sets the number of stop-bits inserted at the end of a character.

Sets the number of data bits per character. This includes the parity bit.

Sets the data rate in bits per seconds of the async user channel.

Turns the echo function on or off when the terminal(2) option is selected for the asyncChPhyParaConnectTo object.

Sould be set to ON only when Hewlett Packerd HP-3000 view systems using type 26XX display stations (operating under term type 10) are connected to the port being configured.

Sets the type of equipment which is connected to the port, a host or terminal (also printer).

Determines whether remote CTS signal is strapped or transparent.

Sets the delay in character times to allow for mechanical action to take place when a carriage return control character is transmitted to a channel.

Sets the delay in character times to allow for mechanical action to take place when a line feed control character is transmitted to a channel.

Sets the delay in character times to allow for mechanical action to take place when a form feed control character is transmitted to a channel.

Defines the different XON characters.

Defines the different XOFF characters.

Permits or denies (the port being configured) access to the Command Facility Main Menu to view or change the system operating parameters.

Selects the control character sequence to access to the Command Mode.

Controls the access to the Local Channel Configuration Menu.

Permits or deny (the port being configured) access to the Command Mode.

Should set to ON only when Tandem Computers are connected to the channel being configured.

Should be set to ON only when DEC VT100 smooth scroll terminals are connected to the system.

An attached device uses flow control to start or stop data flow from the Integration unit. The attached device may control data flow by use of XON/XOFF, DTR, XON/XOFF + DTR or a special WANGX character.

Buffer control to start or stop the data flow from the attached device. The attached device may control data flow by use of XON/XOFF, CTS, or a special WANGX character.

Allows the flow control characters to be passed through or stripped from the Integration unit.

When enabled, the local node toggles the controls and purges the data. This occurs when the link has experienced a sync loss condition for more than 20 seconds.

Ability to recognize or ignore the EIA control signals from the attached device.

Decides whether or not this channel is to receive a high or low priority for use. A high priority channel will take precedence over a channel with low priority.

Sets the message and data parity for the Integration unit. Depending on the asyncChPhyParaCodeLevel selection of 5-8 bits, the available parity is space, odd, even, mark, and none. For code level 9 bits, the available choice is odd or even.

When enabled, the unit compresses a block of data when transmitting. Fewer bytes are required for the transfer thus increasing the data transfer rate (making it faster).

Table for configuration of async channel switching parameters.

Entry within the table to specify a particular async channel number on a specific module/card.

Identifies the module/card number for the async channel specific to the channel switching parameters.

Identifies the async channel specific to the channel switching parameters.

Assign the destination class name to the async channel for class switching.

Selects the connect protocol for the port being configured. The protocol must be compatible with the attached device.

Controls the port being configured from receiving a connection request.

Assigns a resource class number (1 - 64) to the async channel. Zero reflects no resource class assignment.

Controls the port being configured from making a connection request.

Controls the connections of ports which have dissimilar baud rates (different speed).

Option to select either an ASCII or non-ASCII character set.

The ability of the port to make a connection request by specifying a node/channel number.

A unique password attached to the port being configured to control access for security.

Table for configuring the voice/Fax channel physical parameters.

Entry within the table to specify a particular voice/Fax channel number on a specific module/card.

Identifies the module/card number for the voice/Fax channel specific to the channels physical parameters.

Identifies the voice/Fax channel specific to the channels physical parameters.

Sets the voice channel for either 2-wire or 4-wire analog operation. Valid only when voiceFaxChPhyParaBergStrapType indicates em(2) or enhancedEm(5).

Indicates the signalling type. This parameter is computed from the strapping and signalling interface configuration.

Indicates the Berg Hardware Strap configuration on the voice/Fax channel.

During idle periods in which suppression is enabled (=0), the sending voice channel DSP generates suppression service frames containing a noise level estimate and no data. This is sent to the receiving voice channel DSP which will either regenerate the noise level or silence the output depending on the configuration of voiceFaxChPhyParaBackground.

Configures where the ring signal is generated (locally or by remote PBX equipment) and the ring cadence (timing of rings and silence periods). This parameter is ONLY configurable for E&M, Enhanced and Standard E&M, 3-Port Fax, and Enhanced and Standard FXS voice modules. The following is a matrix of valid signaling type options for each configurable voice module, given the Channel Version value (voiceFaxChPhyParaChannelVersion) and Integration Unit software release (sysSoftwarePhase). Voice Module Configurable Options Chan Version Release ------------ -------------------- ------------ ------- E&M emDC,em2280,emPulseDc 2 ALL KTS repeated,interruptOR2by4, 2 ALL interrupt1by2 Std/Enh E&M emDC,em2280,emPulseDC 2,3,5 ALL emDC,em2280,emPulseDC, 6,7 Phase 5.1 emWink and Above 3-Port Fax repeated,interruptOR2by4 3,5-7 ALL Std/Enh FXS repeated,interruptOR2by4, 2,3 ALL interrupt1by2 repeated,interruptOR2by4 5-7 Phase 5.0 and Above

From customer equipment, the number of rings generated before hearing the voice/fax module dial tone of the local Integration unit. This parameter is ONLY configurable for the OPX, and Standard and Enhanced FXO voice modules.

Configures the means to disconnect a telephone connection. Either an absence of loop current (powerInterrupt) or presence of a call progress tone (tone). Select configuration to match customer equipment provisions. This parameter is ONLY configurable for the Standard and Enhanced FXO voice modules.

Selects the ringing frequency to be used to indicate an incoming call. This parameter is ONLY configurable for the KTS, 3-Port Fax, and Standard and Enhanced FXS voice modules.

Maintains continuous voice delivery by compensating (in milliseconds) for the transmission delay of packets. Jitter provides compensation for the difference in arrival time and expected arrival time of voice packets. (Range is 1 - 200 ms.) This parameter is configurable by all voice modules with a Channel Version (voiceFaxChPhyParaChannelVersion) equal to 5 or higher and residing in an Integration Unit with a software release (sysSoftwarePhase) of Phase 5.1 and Above (EXCLUDES the E&M, KTS and OPX voice modules).

DTMF Regeneration, when enabled, ensures that the DTMF signals at the remote side are regenerated with a uniform on/off time of 100 milliseconds. This option is only compatible with other Voice/Fax modules that configure this parameter. This parameter is configurable by all voice modules with a Channel Version (voiceFaxChPhyParaChannelVersion) equal to 7 or higher and residing in an Integration Unit with a software release (sysSoftwarePhase) of Phase 5.1C and Above (EXCLUDES the E&M, KTS and OPX voice modules).

Automatic Level Enhancement, when enabled, boosts weak input signals above the noise threshold to a minimum usable level for voice/Fax channels. This parameter is configurable by all voice modules with a Channel Version (voiceFaxChPhyParaChannelVersion) equal to 5 or higher and residing in an Integration Unit with a software release (sysSoftwarePhase) of Phase 5.1 and Above (EXCLUDES the E&M, KTS and OPX voice modules).

The ability of passing background noise or silencing the channel by the receiving voice channel DSP during idle periods. First option allows the background noise to be regenerated during the periods, whereas the second option suppresses background noise during idle periods.

Configures the compression bandwidth for the voice channel. Larger bandwidths produce crisper voice communications. However, larger voice channel bandwidths may result in overbooking of composite bandwidth. The G.729 Digitizing Rate option (rateG729) is ONLY configurable for voice modules with a Channel Version (voiceFaxChPhyParaChannelVersion) equal to 5 or higher (EXCLUDES the E&M, KTS and OPX voice modules).

Controls how the busyout state of the channel is determined.

Selects the channel signal processing type, voice/fax or voice only.

Selects how the channel uses link bandwidth: all the time (continuous); only when voice/fax signals are present (voiceActivated); or dynamically. Option 3 (dynamic) is not valid when the voiceFaxChPhyParaDigitizingRate value is configured for G.729.

Selects one of 29 input level gain values in 1 dB increments. This range of values applies only to the KTS, OPX, and E&M voice modules. The remaining voice modules utilize the following value range: -6 thru 19, inclusive.

Unconfigurable by the User

Reflects the Ear and Mouth circuit configuration type (I - V) on voice/Fax channels that are strapped for E&M.

Selects one out of 29 output level attenuation values in 1 dB increments. 0 = no attenuation, 28 = maximum attenuation. This range of values applies only to the KTS, OPX, and E&M voice modules. The remaining voice modules utilize the following value range: 0 thru 25, inclusive.

Selects the priority of the channel, either high or low.

Sets the compression bandwidth for voice channel Fax operations.

Provides impedance matching choices for the Enhanced FXS, Enhanced FXO, and Enhanced E&M 2-wire interface modules. This parameter is ONLY configurable for these voice modules. The port impedance of the E&M interface module configured for 4-wire operation is fixed at 600 ohms resistive and is not configurable.

Intended to be used for equipment operated outside of U.S.A and Canada. This parameter is ONLY configurable for the Enhanced E&M voice module. Option (1) must be selected within the U.S.A (or Canada) if this module was originally configured for 4-wire operation and you have just reconfigured it to 2-wire operation. Otherwise, the voice/fax module will not operate properly.

The selected delay, ranging from 1 to 15 seconds, compensates for the time it takes for the remote PBX to go off-hook and provide a dial tone to the voice channel for completing the call setup. The default is 1 second. This parameter is configurable for all voice modules with a Channel Version (voiceFaxChPhyParaChannelVersion) greater than or equal to 3 (EXCLUDES the E&M, KTS and OPX voice modules).

The dial digit time limit is the maximum time allowed for accepting dialed digits. When the dial digit time limit is reached, further digits are not accepted, and the accumulated digits are compared to the configured number of digits. If the accumulated number is less than the configured number, a fast busy response is generated. If the accumulated number is equal to or more than the configured number, the digits are forwarded. The default is 10 seconds. This parameter is configurable for all voice modules with a Channel Version (voiceFaxChPhyParaChannelVersion) greater than or equal to 3 (EXCLUDES the E&M, KTS and OPX voice modules).

The selected value specifies the maximum number of dialing digits to be forwarded to the destination voice channel without having to wait until the dial digit time limit is reached. The range is 0-16, with zero disabling the store and forward feature. The default value is 0. This parameter is configurable for all voice modules with a Channel Version (voiceFaxChPhyParaChannelVersion) greater than or equal to 3 (EXCLUDES the E&M, KTS and OPX voice modules).

This option allows you to match the call progress to those of one of eight countries or areas. This parameter is configurable for all voice modules with a Channel Version (voiceFaxChPhyParaChannelVersion) greater than or equal to 3 (EXCLUDES the E&M, KTS and OPX voice modules).

Regeneration format supports the store and forward function. Dial format allows the voice/fax channel to match the outgoing dialing digits format with the format of the interfacing PBX. This parameter is configurable for all voice modules with a Channel Version (voiceFaxChPhyParaChannelVersion) greater than or equal to 3 (EXCLUDES the E&M, KTS and OPX voice modules).

Identifies the voice/Fax compression algorithm used (installed software version) by the voice/Fax channel.

Table for configuring the voice/Fax channel switching parameters.

Entry within the table to specify a particular voice/Fax channel number on a specific module/card for channel switching configuration.

Identifies the module/card number for the voice/Fax channel specific to the channels switching parameters.

Identifies the voice/Fax channel specific to the channels switching parameters.

Defines the voice extension for the voice/fax channel. The voice extension must consist of NUMERIC characters only; and the number of digits in the extension MUST match the value set for the voiceFaxChSwNumberOfDigitsInPhoneNumber parameter.

Defines the fax extension for the voice/fax channel. The fax extension must consist of NUMERIC characters only; and the number of digits in the extension MUST match the value set for the voiceFaxChSwNumberOfDigitsInPhoneNumber parameter. This parameter is ONLY valid for 3-Port Fax modules.

This is the extension number of a voice/fax port that is called immediately if this voice/fax port goes off hook. If no entry is made in this field, this function is disabled. The Auto Call Number must consist of NUMERIC characters only.

Option (1) prevents this voice/fax channel from receiving calls. The default is Option (2).

Option (1) prevents this voice/fax channel from initiating calls. The default is Option (2).

Number of digits in a phone number (1 - 4). Note that all Integration units in a network must have the same value for this parameter.

Table for configuring digital voice module (DVM) physical parameters.

Entry within the table to specify a particular DVM channel number on a specific module/card.

Identifies the module/card number for the DVM channel specific to the channels physical parameters.

Identifies the DVM channel specific to the channels physical parameters.

Indicates the DVM signalling type. Note that Options 3, 5, 6, and 7 are only valid for E1 interfaces.

Indicates the Berg Hardware Strap configuration which is a constant value for DVM channels.

Indicates the DVM port emulation. Note that Options 3, 5, 6, and 7 are only valid for E1 interfaces. Options 3, 6, and 7 are only configurable for DVMs with a Channel Version of 6 or greater, and which are running in a CCM software release environment of Phase 5.1 or greater.

During idle periods in which suppression is enabled (=0), the sending DVM channel DSP generates suppression service frames containing a noise level estimate and no data. This is sent to the receiving DVM channel DSP which will either regenerate the noise level or silence the output depending on the configuration of digitalVoiceChPhyParaBackground.

Maintains continuous voice delivery by compensating (in milliseconds) for the transmission delay of packets. Jitter provides compensation for the difference in arrival time and expected arrival time of DVM packets. (Range is 1 - 200 ms.). This parameter is configurable for DVMs with a Channel Version (voiceFaxChPhyParaChannelVersion) equal to 6 or higher, and residing in an Integration Unit with a software release (sysSoftwarePhase) of Phase 5.1 or Above.

DTMF Regeneration, when enabled, ensures that the DTMF signals at the remote side are regenerated with a uniform on/off time of 100 milliseconds. This option is only compatible with other Voice/Fax modules that configure this parameter. This parameter is configurable DVMs with a Channel Version (voiceFaxChPhyParaChannelVersion) of 7 or greater and residing in an Integration Unit with a software release (sysSoftwarePhase) of Phase 5.1C and Above.

Automatic Gain Control, when enabled, boosts weak input signals above the noise threshold to a minimum usable level for DVM channels.

The ability of passing background noise or silencing the channel by the receiving DVM channel DSP during idle periods. First option allows the background noise to be regenerated during the periods, whereas the second option suppresses background noise during idle periods.

Configures the compression bandwidth for the DVM channel. Larger bandwidths produce crisper voice communications. However, larger DVM channel bandwidths may result in overbooking of composite bandwidth. The G.729 Digitizing Rate option (rateG729) is ONLY configurable for DVMs with a Channel Version (voiceFaxChPhyParaChannelVersion) of 5 or greater.

Controls how the busyout state of the DVM channel is determined.

Selects the DVM channel signal processing type, voice/fax or voice only.

Selects how the DVM channel uses link bandwidth: all the time (continuous);only when voice/fax signals are present (voiceActivated); or dynamically. Option 3 not valid for G.729 value of digitalVoiceChPhyParaDigitizingRate.

Selects one of 15 input level gain values in 1 dB increments. The range is from -6 to 8, inclusive.

Unconfigurable by the User

Selects one out of 9 DVM output level attenuation values in 1 dB increments. The range is 0 - 8, where =0 is no attenuation and =8 is maximum attenuation.

Selects the priority of the DVM channel, either high or low.

Sets the compression bandwidth for DVM channel Fax operations.

The selected delay, ranging from 1 to 15 seconds, compensates for the time it takes for the remote PBX to go off-hook and provide a dial tone to the DVM channel for completing the call setup. The default is 1 second.

The DVM dial digit time limit is the maximum time allowed for accepting dialed digits. When the dial digit time limit is reached, further digits are not accepted, and the accumulated digits are compared to the configured number of digits. If the accumulated number is less than the configured number, a fast busy response is generated. If the accumulated number is equal to or more than the configred number, the digits are forwarded. The default is 10 seconds.

The selected value specifies the maximum number of dialing digits to be forwarded by the DVM to the destination voice channel without having to wait until the DVM dial digit time limit is reached. The range is 0-16, with zero disabling the store and forward feature. The default value is 0.

This option allows you to match the DVM channel call progress to those of one of eight countries or areas.

DVM regeneration format supports the store and forward function. Designed for E&M and FXO interfaces, regeneration format allows the DVM channel to match the outgoing dialing digits format with the format of the interfacing PBX.

Option (1), uLaw, should be selected as the standard t1 compander format. Option (2), aLaw, should be selected as the standard e1 compander format. Note that there is a rare mismatch to t1 equipment that uses an aLaw compander format.

Option (2) allows transparent pass-through of uncompressed voice frames between DVM ports. This option is used when two Integration unit voice ports may connect through the same PBX. Option (1) is used for normal operation in which calls always terminate in a telephone set. This parameter is configurable for DVMs with a Channel Version (voiceFaxChPhyParaChannelVersion) equal to 5 or higher.

Identifies whether the DVM interfaces with a t1 vs. an e1 card.

Identifies the compression algorithm used (installed software version) by the DVM channel.

Table for configuring the DVM channel switching parameters.

Entry within the table to specify a particular DVM channel number on a specific module/card for channel switching configuration.

Identifies the module/card number for the DVM channel specific to the channels switching parameters.

Identifies the DVM channel specific to the channels switching parameters.

Defines the voice extension for the DVM channel. The voice extension must consist of NUMERIC characters only.

This is the extension number of a voice/fax port that is called immediately if this DVM channel goes off hook. If no entry is made in this field, this function is disabled. The Auto Call Number must consist of NUMERIC characters only.

Option (1) prevents this DVM channel from receiving calls. The default is Option (2).

Option (1) prevents this DVM channel from initiating calls. The default is Option (2).

Table for configuring the clocking for a Mux Feeder link.

Entry within the table to specify a particular Mux link port number on a specific module/card.

Identifies the module/card number specific to a particular Mux link port.

Identifies the specific Mux Link port number specific to the links clocking configuration.

Sets the type of clocking to be used on the mux link to be configured. Note: When the value of this parameter is changed the link must be reset.

Table to pre-configure the data rate of a Mux or Local ESI (LIL) Link prior to configuring the port as a Mux or LIL link. By using this table to preset the data rate, only 1 node reset is needed following the port link assignment to complete the configuration.

Entry within the table to specify a particular port for Mux or LIL pre-configuration on a specific module/card.

Identifies the module/card for Mux or LIL link pre-configuration.

Identifies the port number for Mux or LIL link pre-configuration.

Sets the data rate in bits per second for Mux and LIL link pre-configurations.

Table for configuring the data rate of an ESI (aka Interconnect) link.

Entry into the table pertaining to a specific ESI link on a specific module/card.

Identifies the module/card number specific to the ESI link for data rate configuration.

Identifies the ESI link port specific to the data rate configuration.

Sets the link clocking method to external, or if internal, the data rate. Note: When the value of this parameter is changed, the link must be reset.

Table to pre-configure the data rate of an ESI (aka Interconnect) Link (or secondary link) prior to configuring the link port. By using this table to preset the data rate, only 1 node reset is needed following the port link assignment to complete the configuration.

Entry within the table to specify a particular port for ESI or secondary link pre-configuration on a specific module/card.

Identifies the module/card for ESI or secondary link pre-configuration.

Identifies the port number for ESI or secondary link pre-configuration.

Sets the data rate in bits per second for ESI and secondary link pre-configurations. Note: The only valid data rate value for Secondary links is external (1). (Secondary links exclusively use external clocking.)

Table for configuring the activation and deactivation of ESI (aka Interconnect) and secondary links.

Entry into the table pertaining to a specific ESI or secondary link for activation/deactivation configuration on a specific module/card.

Identifies the module/card number specific to the ESI or secondary link for activation/deactivation configuration.

Identifies the ESI or secondary link port specific to the activation/deactivation configuration.

Both the primary and secondary links can be configured as Forced On. This overrides the current time of day and utilization restrictions for testing, or to provide bandwidth during a normally off period without changing other configuration. The default is YES for primary links and NO for secondary links.

If the primary or secondary link is configured to be off, according to the time of day configuration, then the secondary link will not be activated upon primary link. The default value, Yes, indicates the secondary link is for backup only.

This option allows utilization thresholds to be set for activation of the secondary link. Utilization thresholds are specified as a percentage of available bandwidth on the primary link. Secondary channels may be configured to become active when the bandwidth utilization on the primary link exceeds a predetermined threshold. The secondary link will also be activated if primary link failure is detected. However, the secondary link will not be activated if either the secondary or primary link is configured to be off according to the time of day configuration. The default value is 75.

This option allow utilization thresholds to be set for deactivation of the secondary link. The secondary link will be de-activated when the total utilization drops below a configured threshold. The de-activation threshold value must be less than the activation threshold value. The default value is 50.

Time (in minutes) that utilization threshold (to activate) must be exceeded to activate a secondary link. The default value is 5.

Time (in minutes) that utilization threshold (to deactivate) must be below to deactivate a secondary link. The default value is 5.

This parameter allows the option of leaving a link up if a switched voice call is in place even if the time of day configuration indicates it is time to deactivate the link. Setting this parameter to NO will bring down the link only when all switched voice calls have hung up. The default is NO.

Table for configuring the Time Of Day (TOD) activation and deactivation schedule of ESI (aka Interconnect) and secondary links.

Entry into the table pertaining to a specific module/card, port location, day schedule, and time schedule for setting ESI or secondary link activation/deactivation configurations.

Identifies the module/card number specific to an ESI or secondary link for the TOD activation/deactivation schedule.

Identifies the port location specific to an ESI or secondary link for the TOD activation/deactivation schedule.

Identifies the particular day(s) schedule specific to an ESI or secondary link for the TOD activation/deactivation schedule.

Identifies the particular time of day (in 10 minute intervals) specific to an ESI or secondary link for the TOD activation/deactivation schedule.

Sets the TOD link state for an ESI or secondary link. This parameter is used to configure a link to active (on) or not active (off) for a particular 10 minute interval as specified by the previous 4 indexing parameters contained in this table.

Table to configure the X.21 links. It defines the X.21 parameters for the Integration unit and for the MICOM mux side.

Entry in the table for a particular X.21 link. Note that a link reset is required if any value in this table is changed.

The card/module number of the X.21 link channel the entry pertains to.

The particular X.21 link channel on specific module to be configured.

Configures the Integration unit side of the X.21 link. In Integration units, the only connect mode for X.21 links is data activity connect. In this mode, the Integration unit will place a call over the X.21 network whenever data activity is detected on any force connected channel, matrix connection, or port connected to a class defined with ports on a MICOM mux attached to an X.21 link.

Configures the MICOM mux side of the X.21 link. There are two options: DTR and Data Activity Connect. DTR (DTR connect) establishes the X.21 connection whenever DTR is raised on any terminal connected to the MICOM mux. Data Activity Connect establishes the X.21 connection whenever data activity is detected on any terminal connected to the MICOM mux.

The value in this field specifies the amount of time that if no data activity is detected, the X.21 connection will be dropped. The default is 5 seconds.

If data activity connect mode is selected for the remote MICOM mux, this field specifies the amount of time that if no data activity is detected on any of the MICOM muxs channels, the X.21 connection will be dropped. The default is 5 seconds.

Configures the number of attempts the Integration unit will make to place a call over the X.21 network.

Configures the number of attempts the MICOM mux will make to place a call over the X.21 network.

Table to configure an X.21 link prior to configuring a port as an X.21 link. By using this table to preset the X.21 link parameters, only 1 node reset is needed following the X.21 assignment to complete the configuration.

Entry within the table to specify a particular port number for pre-configuration of an X.21 link on a specific module/card.

The card/module number of the X.21 link channel to be pre-configured.

The particular X.21 link channel on specific module to be pre-configured.

Pre-configures the Integration unit side of the X.21 link. In Integration units, the only connect mode for X.21 links is data activity connect. In this mode, the Integration unit will place a call over the X.21 network whenever data activity is detected on any force connected channel, matrix connection, or port connected to a class defined with ports on a MICOM mux attached to an X.21 link.

Pre-configures the MICOM mux side of the X.21 link. There are two options: DTR and Data Activity Connect. DTR (DTR connect) establishes the X.21 connection whenever DTR is raised on any terminal connected to the MICOM mux. Data Activity Connect establishes the X.21 connection whenever data activity is detected on any terminal connected to the MICOM mux.

Pre-configuration of this field specifies the amount of time that if no data activity is detected, the X.21 connection will be dropped.

If data activity connect mode is selected for the remote MICOM mux, pre-configuration of this field specifies the amount of time that if no data activity is detected on any of the MICOM muxs channels, the X.21 connection will be dropped.

Pre-configures the number of attempts the Integration unit will make to place a call over the X.21 network.

Pre-configures the number of attempts the MICOM mux will make to place a call over the X.21 network.

Table to configure the data rate for a local ESI link (aka Local Interconnect Link or LIL).

Entry within the table to specify a particular port number on a specific module/card for an LIL configuration.

Identifies the specific module/card number for an LIL configuration.

Identifies the specific port number for an LIL configuration.

Sets the link clocking method to external, or if internal, the data rate for an LIL. Note: When the value of this parameter is changed, the link must be reset.

Table to configure the data rate for a secondary ESI link.

Entry within the table to specify a particular port number on a specific module/card for a secondary ESI link configuration.

Identifies the specific module/card number for a secondary ESI link configuration.

Identifies the specific port number for a secondary ESI link configuration.

Sets the link clocking method to external, or if internal, the data rate for a secondary ESI link. Note: When the value of this parameter is changed, the link must be reset.

Table to assign a secondary link channel to a primary ESI link.

Entry within the table to specify a particular link/port on a specific module/card for a secondary assignment to a primary link.

Identifies the specific module/card number of the link to be assigned as the secondary link.

Identifies the specific link/port number of the link to be assigned as the secondary link.

This is the command to perform the secondary link assignment. Selecting active following the successful setting of esiSecLinkAssignmentPriCardNumber & esiSecLinkAssignmentPriChannelNumber will complete the assignment.

Indicates the card number where the primary link channel is residing. A GET value of FFh indicates that no secondary link assignment currently exists. A SET with a value of zero (0) with zero (0) as the channel number de-assigns the link.

Indicates the channel number where the primary channel is residing. A read value of FFh indicates that no secondary link assignment currently exists. A SET with a value of zero (0) with zero (0) as the card number de-assigns the link.

Table to configure a Frame Relay link.

Entry within the table to specify a particular port number on a specific module/card for a Frame Relay link configuration.

Identifies the specific module/card number for a Frame Relay link configuration.

Identifies the specific port number for a Frame Relay link configuration.

Sets the data rate for a Frame Relay link. Note: If the frame relay access link is externally clocked, no configuration of this paramter is necessary.

Sets the frame relay access link local management protocol.

Sets the frame relay access link full status poll counter.

Sets the frame relay access link error threshold.

Sets the frame relay access link monitored events count.

Sets the frame relay access link integrity verification timer.

Sets the frame relay access link polling verification timer.

Sets the maximum frame relay access link frame size. The numbers are in octets.

Sets the port clocking configuration for receiving data over the frame relay access link.

Sets the port clocking configuration for transmitting data over the frame relay access link.

Sets the network address for the frame relay access link. This address is assigned by the carrier provider based on a standardized numbering scheme.

Sets the access mode for the frame relay access link.

Table to configure the DLCI bandwidth charactistics for a frame relay link.

Entry within the table to specify a DLCI number, the FR link/port number, and the module/card number for setting DLCI bandwidth characteristics.

Identifies the module/card number for a particular DLCI of a specific FR link for setting DLCI bandwidth characteristics.

Identifies the FR link/port number of a particular DLCI channel for setting the bandwidth characteristics.

Identifies a particular DLCI number for setting the bandwidth characteristics.

Identifies the DLCI type configuration. Note that only Options (3), (5), and (6) are expected.

Sets the value for committed information rate forward. This value is available from your frame relay service provider.

Sets the value for committed information rate backward. This value is available from your frame relay service provider.

Sets the value for committed burst size backward. This value is available from your frame relay service provider.

Sets the value for committed burst size forward. This value is available from your frame relay service provider.

Sets the value for excess burst size backward. This value is available from your frame relay service provider. Note: should be equal to the FR access data rate minus the CIR backward.

Sets the value for excess burst size forward. This value is available from your frame relay service provider. Note: should be equal to the FR access data rate minus the CIR forward.

Table to add or delete DLCI channels for a FR link.

Entry within the table to specify a particular DLCI number for addition/deletion to a particular FR access link on a specific module/card.

Identifies the module/card number of a FR access link for adding/deleting a DLCI channel.

Identifies a FR access link/port number for adding/deleting a DLCI channel.

Sets the DLCI channel number to be added or deleted.

Command to select whether the DLCI number specified in frameRelayLinkControlDLCINumber is to be added or deleted. This command sould be sent ater the DLCI type has been sent.

Sets the type of DLCI channel that is being added. This object should be set before the previous command object is set.

Table to configure force connections from one DLCI channel on a FR access link to another FR access link DLCI channel. Note: This will connect 2 FR access links together on a single Integration unit which acts like a FR switch.

Entry within the table specifying a particular DLCI channel, a FR access link/port number, and module/card number for a force connection configuration.

Identifies the module/card number of the source FR access link for force connection configuration.

Identifies the port/channel number of the source FR access link for force connection configuration.

Identifies the DLCI channel number of the source FR access link for force connection configuration.

Selects the force connection configuration between 2 FR access links on a single Integration unit.

Selects the name of the Integration unit for the FR link force connection configuration.

Selects the module/card number of the destination FR access link for force connection configuration.

Selects the port/channel number of the destination FR access link for force connection configuration.

Selects the DLCI channel number of the destination FR access link for force connection configuration.

Table to view DLCI connections between FR access links.

Entry within the table specific to the FR access link module/card number, the port/channel number, and DLCI channel number for viewing DLCI connections.

Identifies the module/card number of the source FR access link to view connection configurations.

Identifies the port/channel number of the source FR access link to view connection configurations.

Identifies the DLCI channel number of the source FR access link to view connection configurations.

Identifies the module/card number of the destination FR access link to view connection configurations.

Identifies the port/channel number of the destination FR access link to view connection configurations.

Identifies the DLCI channel number of the destination FR access link to view connection configurations.

Table for Network T1 Interface for long-haul connection to the telephone network.

Entry within the table for specified (Network Interface) DSO (1..24) channels.

Indicates an instance into the table for a particular (1..24) DSO channel.

Defines the connection state of the specified DSO channel. This defines the ability for data passed directly between the Local and Network Interfaces, or for being dropped and inserted to/from the Integration unit resources (CCM links, Data Ports, Voice Channels).

Table for Local T1 Interface for connection to local digital pbx.

Entry within the table for specified (local interface) DSO (1..24) channels.

Indicates an instance into the table for a particular (1..24) DSO channel for local t1 interfaces.

For local t1 interfaces, this parameter defines the connection state of the specified DSO channel. This defines the ability for data passed directly between the Local and Network Interfaces, or for being dropped and inserted to/from the Integration unit resources (CCM links, Data Ports, Voice Channels).

Configures the local T1 interface frame formats to either (SF) super frame or (ESF) extended super frame.

Configures the line coding method (at the Local interface) either to Alternate Mark Inversion (AMI) coding or Bipolar Eight Zero Suppression (B8ZS). In AMI 0s are indicated by the absence of a pulse, and 1s are indicated by either a positive or negative polarity pulse. In B8ZS an all 0 byte is replaced by a special code of 00011011 which indicate two fixed bipolar code violations. On remote end these violations are ignored and the data is retrieved.

Configures the idle code character at the local T1 interface.

Configures a transmitter attenuation parameter based on various cable lengths, reflecting the distance from the T1 Access Module to the T1 service provider.

Enables/Disables the DSX1 Network-invoked loopback on the T1 module.

Configures the network T1 interface frame formats to either (SF) super frame or (ESF) extended super frame.

Configures the line coding method (at the Network interface) either to Alternate Mark Inversion (AMI) coding or Bipolar Eight Zero Suppression (B8ZS). In AMI 0s are indicated by the absence of a pulse, and 1s are indicated by either a positive or negative polarity pulse. In B8ZS an all 0 byte is replaced by a special code of 00011011 which indicate two fixed bipolar code violations. On remote end these violations are ignored and the data is retrieved.

Configures the idle code character at the network T1 interface.

Enables/Disables the DS1 Network-invoked loopback on the T1 module.

Sets the base rate of Data Port channel 1 on the T1 module. The actual rate will be determined by the following formula: rate of the data port = (base rate)*(number of DS0 channels).

Sets how the clocking will be supplied for Data Port 1 on the T1 module.

Sets the DTR control for Data Port 1 on the T1 module. Option (1), dtrNormal, will configure DTR control from the DTE equipment. Option (2), dtrForced, will force DTR to a 1.

Sets the RTS control for Data Port 1 on the T1 module. Option (1), rtsNormal, will configure RTS control from the DTE equipment. Option (2), rtsForced, will force RTS to a 1.

Sets the base rate of Data Port channel 2 on the T1 module. The actual rate will be determined by the following formula: rate of the data port = (base rate)*(number of DS0 channels).

Sets how the clocking will be supplied for Data Port 2 on the T1 module.

Sets the DTR control for Data Port 2 on the T1 module. Option (1), dtr, will configure DTR control from the DTE equipment. Option (2), dtrForcedOn, will force DTR to a 1.

Sets the RTS control for Data Port 2 on the T1 module. Option (1), rts, will configure RTS control from the DTE equipment. Option (2), rtsForcedOn, will force RTS to a 1.

Sets the base rate of the CCM A1 channel for a T1 interface. The actual rate will be determined by the following formula: rate of the CCM port = (base rate)*(number of DS0 channels).

Sets the base rate of the CCM A2 channel for a T1 interface. The actual rate will be determined by the following formula: rate of the CCM port = (base rate)*(number of DS0 channels).

Sets the base rate of the CCM A3 channel for a T1 interface. The actual rate will be determined by the following formula: rate of the CCM port = (base rate)*(number of DS0 channels).

Sets the base rate of the CCM A4 channel for a T1 interface. The actual rate will be determined by the following formula: rate of the CCM port = (base rate)*(number of DS0 channels).

Sets the base rate of the CCM A5 channel for a T1 interface. The actual rate will be determined by the following formula: rate of the CCM port = (base rate)*(number of DS0 channels).

Sets the base rate of the CCM A6 channel for a T1 interface. The actual rate will be determined by the following formula: rate of the CCM port = (base rate)*(number of DS0 channels).

Configures the source of the clock used in the T1 Access Module. Options include: - DSX-1. The clock source is from the DSX-1 interface. - DS-1. The clock source is from the DS-1 interface. - Internal. The clock is derived from a clock source internal to the T1 Access Module.

This object is a write only object that will signal the proxy to start caching changes to the DS1 ds0 connection tables. This is done to solve an anomaly in the marathon/t1 design. The manager must set this object to init before updating any of the t1DS1InterfaceTable objects. When all the changes have been set then this object will have to be set to commit (2). The init will cause the proxy to upload the table from the marathon and the commit will cause the proxy to send all the changes to the marathon.

This object is a write only object that will signal the proxy to start caching changes to the DSX1 ds0 connection tables. This is done to solve an anomaly in the marathon/t1 design. The manager must set this object to init before updating any of the t1DSX1InterfaceTable objects. When all the changes have been set then this object will have to be set to commit (2). The init will cause the proxy to upload the table from the marathon and the commit will cause the proxy to send all the changes to the marathon.

Table to control (erase) T1 flash memory in preparation for a code download.

Entry within the table specific to a particular T1 module/card number for flash memory control.

Identifies the T1 module/card number for flash memory control.

Controls the T1 module flash memory in preparation of a code download. Perform a SET with the value eraseCardFlash to erase the flash memory prior to downloading new T1 flash software.

Identifies the status of the T1 module/card flash memory.

Table to configure the DS0 connections for the L1 interface of an E1 module/card.

Entry within the table specific to a particular DS0 channel for the L1 interface of an E1 module/card.

Identifies the DS0 channel of the E1 module for configuration of the L1 interface.

Select the DS0 connection for DS0 configuration of the L1 interface. Available DS0 connections include Idle, Bypass, CCM A1-A6, Data Port 1-2, Voice B1-B6 (on e1 card), Voice C1-C12, and Voice D1-D12.

Table to configure the DS0 connections for the L2 interface of an E1 module/card.

Entry within the table specific to a particular DS0 channel for the L2 interface of an E1 module/card.

Identifies the DS0 channel of the E1 module for configuration of the L2 interface.

Select the DS0 connection for DS0 configuration of the L2 interface. Available DS0 connections include Idle, Bypass, CCM A1-A6, Data Port 1-2, Voice B1-B6 (on e1 card), Voice C1-C12, and Voice D1-D12.

Configures the L1 interface line coding method of the E1 module/card either to Alternate Mark Inversion (AMI) coding or High Density Bipolar 3 (HDB3). AMI indicates that HDB3 zeros suppression is not enabled. To obtain zeros suppression (bit stuffing method) with AMI, you must also set the base rate of the CCM and Data ports to 56Kbps. Otherwise, zeros suppression will be the responsibility of the Data Terminal Equipment. HDB3 does not allow more than three consecutive zeros. HDB3 format can be enabled only when supported by the connecting equipment or the E1 service provider.

Configures the idle code character of the L1 interface for E1 module/card.

Configures the signalling mode of the L1 interface for E1 module/card.

Configures the L2 interface line coding method of the E1 module/card either to Alternate Mark Inversion (AMI) coding or High Density Bipolar 3 (HDB3). AMI indicates that HDB3 zeros suppression is not enabled. To obtain zeros suppression (bit stuffing method) with AMI, you must also set the base rate of the CCM and Data ports to 56Kbps. Otherwise, zeros suppression will be the responsibility of the Data Terminal Equipment. HDB3 does not allow more than three consecutive zeros. HDB3 format can be enabled only when supported by the connecting equipment or the E1 service provider.

Configures the idle code character of the L2 interface for E1 module/card.

Configures the signalling mode of the L2 interface for E1 module/card.

Sets the base rate of Data Port channel 1 on the E1 module. The actual rate will be determined by the following formula: rate of the data port = (base rate)*(number of DS0 channels).

Sets how the clocking will be supplied for Data Port 1 on the E1 module.

Sets the DTR control for Data Port 1 on the E1 module. Option (1), dtrNormal, will configure DTR control from the DTE equipment. Option (2), dtrForced, will force DTR to a 1.

Sets the RTS control for Data Port 1 on the E1 module. Option (1), rtsNormal, will configure RTS control from the DTE equipment. Option (2), rtsForced, will force RTS to a 1.

Sets the base rate of Data Port channel 2 on the E1 module. The actual rate will be determined by the following formula: rate of the data port = (base rate)*(number of DS0 channels).

Sets how the clocking will be supplied for Data Port 2 on the E1 module.

Sets the DTR control for Data Port 2 on the E1 module. Option (1), dtrNormal, will configure DTR control from the DTE equipment. Option (2), dtrForced, will force DTR to a 1.

Sets the RTS control for Data Port 2 on the E1 module. Option (1), rtsNormal, will configure RTS control from the DTE equipment. Option (2), rtsForced, will force RTS to a 1.

Sets the base rate of the CCM A1 channel for an E1 interface. The actual rate will be determined by the following formula: rate of the CCM port = (base rate)*(number of DS0 channels).

Sets the base rate of the CCM A2 channel for an E1 interface. The actual rate will be determined by the following formula: rate of the CCM port = (base rate)*(number of DS0 channels.

Sets the base rate of the CCM A3 channel for an E1 interface. The actual rate will be determined by the following formula: rate of the CCM port = (base rate)*(number of DS0 channels.

Sets the base rate of the CCM A4 channel for an E1 interface. The actual rate will be determined by the following formula: rate of the CCM port = (base rate)*(number of DS0 channels.

Sets the base rate of the CCM A5 channel for an E1 interface. The actual rate will be determined by the following formula: rate of the CCM port = (base rate)*(number of DS0 channels.

Sets the base rate of the CCM A6 channel for an E1 interface. The actual rate will be determined by the following formula: rate of the CCM port = (base rate)*(number of DS0 channels.

Configures the source of the clock used in the E1 Access Module. Options include: - clockDerivedL1. The clock source is from the L1 interface. - clockDerivedL2. The clock source is from the L2 interface. - internalClocking. The clock is derived from a clock source internal to the E1 Access Module.

Enables/Disables the CRC-4 mode for the L1 interface on the E1 module.

Enables/Disables the CRC-4 mode for the L2 interface on the E1 module.

This object is a write only object that will signal the proxy to start caching changes to the L1 ds0 connection tables. This is done to solve an anomaly in the marathon/e1 design. The manager must set this object to init before updating any of the e1L1InterfaceTable objects. When all the changes have been set then this object will have to be set to commit (2). The init will cause the proxy to upload the table from the marathon and the commit will cause the proxy to send all the changes to the marathon.

This object is a write only object that will signal the proxy to start caching changes to the L2 ds0 connection tables. This is done to solve an anomaly in the marathon/e1 design. The manager must set this object to init before updating any of the e1L2InterfaceTable objects. When all the changes have been set then this object will have to be set to commit (2). The init will cause the proxy to upload the table from the marathon and the commit will cause the proxy to send all the changes to the marathon.

Table to control (erase) E1 flash memory in preparation for a code download.

Entry within the table specific to a particular E1 module/card number for flash memory control.

Identifies the E1 module/card number for flash memory control.

Controls the E1 module flash memory in preparation of a code download. Perform a SET with the value eraseCardFlash to erase the flash memory prior to downloading new E1 flash software.

Identifies the status of the E1 module/card flash memory.

When enabled, displays the received alarms on command facility.

When enabled, displays the received events on command facility.

Periodic interval time between event collection poll cycles (in minutes).

Table to configure the recipients of the traps.

Entry within the table specifying each recipient.

Configures the IP address of the recipient station (manager).

Configures the expected community string for the trap PDU to be forwarded to the configured recipient.

Adds a new recipient or deletes an already configured recipient from the subscription list.

Configures the destination for the output of alarms and events.

Configures the priority for alarms and events sent to an external modem.

Controls the external alarm relay on an NMS module.

Identifies the name of the node that generated the trap.

Identifies the module/card number responsible for generating the trap.

Identifies the port/channel number responsible for generating the trap.

Identifies the source node name of the trap.

This identifies the card number that has generated the trap. A value of 0FFh siginifies a special condition which identifies that the trapChannelNumberOrInternalFacility object in the varBind contains the type of internal facility.

This identifies the channel number that has generated the trap. If the trapCardNumberOrInternalFacilityIndication object has a value of 0FFh then this objects identifies the internal facilities as if value is 0, if the value is 1, and if the value is 2.

Identifies the destination node name of the trap.

This identifies the second card number that has generated the trap. A value of 0FFh siginifies a special condition which identifies that the trapChannelNumberOrInternalFacility object in the varBind contains the type of internal facility.

This identifies the second channel number that has generated the trap. If the trapCardNumberOrInternalFacilityIndication object has a value of 0ffh then this objects identifies the internal facilities as if value is 0, if the value is 1, and if the value is 2.

This identifies either the requested class number if the values are between the allowable class number range (i.e. 1 to 64) or the matrix request if the object value is 0.

Identifies the Link type associated with the trap.

Identifies the DLCI number associated with the trap corresponding to a Frame Relay link.

Identifies the module/card number associated with the trap corresponding to a DLCI channel of the source Frame Relay link.

Identifies the port/channel number associated with the trap corresponding to a DLCI channel of the source Frame Relay link.

Identifies the DLCI channel number associated with the trap corresponding to the source Frame Relay link.

Identifies the port/channel number associated with the trap corresponding to a DLCI channel of the destination Frame Relay link.

Identifies the port/channel number associated with the trap corresponding to a DLCI channel of the destination Frame Relay link.

Identifies the DLCI channel number associated with the trap corresponding to the destination Frame Relay link.

Identifies the version number of the proxy agent installed.

To enable or disable the proxy agent operation on the router module.

The number of entries in the address map table. This will give the highest numbered entry allocated.

A table of all the MICOM Nodes this proxy is responsible for.

An entry that describes the network node which this proxy agent manages.

The node number used to communicate with the device associated with this entry.

A code representing the current state of the table entry. This is provided to define relationship within the table entry and to delete and/or add devics to the Address Table. Default is notReady

The node name used to communicate with the device associated with this entry. This unique name is also used to de-multiplex the proxy managed nodes.

In order to change a node number of an existing node you must use this entry with the NodeNumber entry being the existing node number.

A table of sotware revision numbers this proxy agent support.

An entry that describes the version number of the software this proxy agent supports.

Identifies the instance and hence the row of the entry in this table.

Identifies the Node Software Version number this proxy agent understands and supports.

Represent the last successul transaction between this proxy agent and the foreign node.

Represent the last un-successful transaction of this proxy agent and the foreign node.

The SNMP error from the last transaction of this proxy agent with the node referenced by pxyStatisticsLastErrorNode.

The specific error code from the last transaction of this proxy agent with the node referenced by pxyStatisticsLastErrorNode.

A count of requests received since the last reboot of the system.

A count of internal Traps transmitted since the last reboot of the system.

A count of translated PPP requests transmitted to the managed nodes since last reboot of the system.

A count of rejected PPP requests transmitted to the managed nodes since last reboot of the system.

Configures to force update the cached information maintained in proxy agent.

This is the name of the Integration unit that the proxy is physically attached to. This node must already be in the proxys Address Map in order to set it here. This NodeName is stored in the FileControlFile.Data file on the host that the proxy is installed on.

Resets the local node and configures to restart with the factory default values or retain the current configuration; all channels connected locally are also reset.

Configures to retstart with the current operational code or restart and load the image from the flash.

Table to reset an async channel.

Entry within the table specifying particular channel on specific module/card.

Indicates the card/module number of the channel to be reset.

Identifies the channel number to be reset.

Triggers the reset operation.

Table to reset a sync channel.

Entry within the table specifying particular channel on specific module/card.

Indicates the card/module number of the channel to be reset.

Identifies the channel number to be reset.

Triggers the reset operation.

Table to reset a voice channel.

Entry within the table specifying particular channel on specific module/card.

Indicates the card/module number of the channel to be reset.

Identifies the channel number to be reset.

Triggers the reset operation.

Table to reset the links. Resetting a link clears all information on the selected link.

Entry within the table for a specifying a particular link.

Indicates the card/module number of the link to be reset.

Identifies the link/channel number to be reset.

Triggers the reset operation.

Clears the latched alarm messages on the local node.

Command to resume normal operation of the link. (Used for link debugging purposes.)

Command to disable the link timeout feature of the link. (Used for link debugging purposes.)

Command to route rejected NMS commands to the log port for output. (Used for link debugging purposes.)

Command to erase flash memory on the CCM.

Table to erase flash memory of voice modules.

Entry within the table specific to a particular voice channel on a particular module/card for erasing flash memory.

Identifies the card number of the voice module for erasing the flash memory.

Identifies the channel number of the voice module for erasing the flash memory.

Command to erase the flash memory of a particular voice channel module.

Table to reset the integral LAN module.

Entry within the table to specify a particular card/module to be reset.

Identifies the module number to be reset.

Commands a specific type of reset for the integral Lan module.

Table controls the operating condition (status) of the channels in the system.

Entry within the table specific to a particular channel on specific module/card.

Identifies the card/module number of channel to be configured.

Identifies the channel number to be configured.

Object triggers the specified status action valid on the channels. Option 1 returns a out-of-service async or voice/fax port to the idle state. The option 2 permits to take an async or voice/fax channel from idle state to out-of-service. Option 3 causes two selected (idle or out-of-service) ports to be connected. The ports must be of like kind. An attempt to SET this Option without first SETing the other required information (chControlForceConnToNodeName, chControlForceConnToCard, and chControlForceConnToChannel) will return an error.

The node number of the other end of the channel to be connected.

The module/card number of the other end of the channel to be connected.

The channel number of the other end of the channel to be connected.

Table to reset the frame relay DLCI.

Entry within the table to specifying a particular DLCI on a specific module and specific channel.

Identifies the card/module for the channel and associated DLCI.

Identifies the channel number for the DLCI to be reset.

This write-only object signfies the DLCI which is intended to be reset. The card number and the channel number objects identifies the proper instance of the particular link

Table to reset all the configured DLCI on a particular frame relay link.

Entry within the table specifying a particular channel/link.

Identifies the card/module for all the DLCIs to be reset.

Identifies the channel/link for all the DLCIs to be reset.

Resets all the configured DLCI on a specific link/channel.

Table to reset the T1/E1 module.

Entry within the table specifying particular T1/E1 modle.

Identifies the card/module number to be reset.

Resets the module to either the current configuration (option 1) or factory default values (option 2) .

This object is for platforms which use flash instead of CMOS for configuration storage. These platforms update the configuration in flash on a periodic basis rather than after each change. This object will force an immediate configuration storage update.

Identifies the type of all the channels/ports/links on a node.

Entry within the table specifying a particular channel.

Identifies the card/module number of the intended channel.

Identifies the channel number.

Identifies the channel/port/link type of the specified channel.

Table of EIA status for async channels.

Entry within the table specific to a particular async channel on a module/card for EIA status.

Identifies the module/card number for EIA status of the async channel.

Identifies the async channel for EIA status.

Indicates the async channel EIA input status of the RTS signal.

Indicates the async channel EIA input status of the DTR signal.

Indicates the async channel EIA input status of the UA signal.

Indicates the async channel EIA input status of the Busy signal.

Indicates the async channel EIA output status of the RI signal.

Indicates the async channel EIA output status of the RLSD signal.

Indicates the async channel EIA output status of the CTS signal.

Indicates the async channel EIA output status of the DSR signal.

Table of EIA status for sync channels.

Entry within the table specific to a particular sync channel on a module/card for EIA status.

Identifies the module/card number for EIA status of the sync channel.

Identifies the sync channel for EIA status.

Indicates the sync channel EIA input status of the RTS signal.

Indicates the sync channel EIA input status of the DTR signal.

Indicates the sync channel EIA input status of the UA signal.

Indicates the sync channel EIA input status of the Busy signal.

Indicates the sync channel EIA output status of the RI signal.

Indicates the sync channel EIA output status of the RLSD signal.

Indicates the sync channel EIA output status of the CTS signal.

Indicates the sync channel EIA output status of the DSR signal.

Table of voice channel status indicators.

Entry within the table specific to a particular voice channel on a module/card for status indicators.

Identifies the module/card number of the voice channel for status indications.

Identifies the voice channel number for status indications.

Indicates the level of the input signal monitored, in dBm.

Indicates the mode of the current voice channel operation.

Indicates the Prom ID of the voice channel.

Indicates the software revision of the voice channel.

Indicates the type of test that is currently running, if testing.

Indicates the DSP test results of the voice channel following initiation of a voice channel self test.

Indicates the data RAM test results of the voice channel following initiation of a voice channel self test.

Indicates the code RAM test results of the voice channel following initiation of a voice channel self test.

Indicates the Analog Hardware test results of the voice channel following initiation of a voice channel self test.

Indicates the device configuration test results of the voice channel following initiation of a voice channel self test.

Indicates the state of the flash memory residing on the voice channel.

Indicates the status of the EPROM memory residing on the voice channel.

Table of link channel status of the Integration unit.

Entry within the table specific to a particular channel number on a module/card for status of the links.

Identifies the module/card number for link status.

Identifies the port/channel number for link status.

Indicates the type of link configured on the Integration unit.

Indicates the presence of an integral device on the Integration unit.

Indicates the location slot of the integral device, if present.

Indicates the channel location of the integral device, if present.

Indicates the status of the link.

Indicates the ID number of the remote linked Integration unit.

Indicates the channel number of the remote linked Integration unit.

Indicates the module/card number of the remote linked Integration unit.

Indicates the link channel EIA output status of the RTS signal.

Indicates the link channel EIA output status of the DTR signal.

Indicates the link channel EIA output status of the Busy signal.

Indicates the link channel EIA output status of the UA signal.

Indicates the link channel EIA output status of the RLSD signal.

Indicates the link channel EIA input status of the DSR signal.

Indicates the link channel EIA input status of the RI signal.

Indicates the link channel EIA input status of the CTS signal.

Table of Frame Relay link status of DLCI channels.

Entry within the table specific to a particular DLCI channel, FR access port/channel, and module/card number for FR link status.

Identifies the module/card number for FR link status of DLCI channels.

Identifies the port/channel number of the FR access link for DLCI channel status.

Identifies the DLCI channel number for FR link status.

Indicates the number of DLCIs for a particular FR access link.

Indicates whether or not the DLCI channel is configured by the Integration unit.

Indicates whether or not the DLCI channel is reported by a PBX system.

Indicates the status of the DLCI channel; active or not.

Indicates the status of the FR link for the specific DLCI channel. Note: Transparent and Fragmented DLCI channel types will indicate down.

Indicates the node ID # of the remote linked Integration unit.

Indicates the port/channel number of the FR access link of the remote linked Integration unit.

Indicates the module/card number of the FR access link of the remote linked Integration unit.

Indicates the DLCI number of the remote linked Integration unit.

Table of channel connection status indications.

Entry within the table specific to a particular channel number on a module/card for connection status indications.

Identifies the module/card number of the channel for connection status indication.

Identifies the channel number for connection status indication.

Indicates the connection status of the channel.

Indicates the node ID # of the destination channel connection, if any.

Indicates the destination channel number of the connection, if any.

Indicates the destination module/card number of the connection, if any.

Indicates a channel connection to an internal facility ( or ), if any.

Table of remote nodes in the MICOM Integration unit network.

Entry within the table specific to each indexed node in the MICOM Integration unit network.

Identifies the index for the table of remote nodes in the MICOM Integration unit network.

Indicates the remote node name in the MICOM Integration unit network.

Indicates the type of remote node in the MICOM Integration unit network.

Indicates the node ID # of the remote node in the MICOM Integration unit network.

Table of switching classes defined for the Integration unit.

Entry within the table specific to each indexed class defined for the Integration unit.

Identifies the index for the table of defined switching classes for the Integration unit.

Indicates the switching class numbers defined for the Integration unit.

Table of connection class queue channels defined for the Integration unit.

Entry within the table specific to a particular class number defined for the Integration unit.

Identifies the class number to index connection queue channels for the Integration unit.

Indicates the number of queue channels defined for a particular class connection for the Integration unit.

Table to indicate current queue status of the configured classes. Should all the class channels be busy when the channel request a class, that channel is put in waiting queue on first-come, first-serve basis.

An entry for a specified class number that indicates the current location in the queue.

Identifies the class number for which the channels are in queue.

Identifies all the channels in the queue for a particular class.

The node number of the channel waiting in the queue.

The port number of the channel waiting in the queue.

The module/card number of the channel waiting in the queue.

Table of CCM flash memory status.

Entry within the table specific to a particular flash bank (1 or 2) for flash memory status.

Identifies the flash memory bank for status; 1 or 2.

Indicates the size of the file header in flash memory.

Indicates the type of data stored in the flash memory bank.

Indicates the size of the Integration unit file image (following the header).

Indicates the Hours portion of the creation date/time of the Integration unit binary image file.

Indicates the Minutes portion of the creation date/time of the Integration unit binary image file.

Indicates the Seconds portion of the creation date/time of the Integration unit binary image file.

Indicates the Year portion of the creation date/time of the Integration unit binary image file.

Indicates the Month portion of the creation date/time of the Integration unit binary image file.

Indicates the Day portion of the creation date/time of the Integration unit binary image file.

Indicates the image checksum of the Integration unit image file.

Indicates the Prom ID file identifier of the Integration unit image file.

Table of channel force connects status. Note that the table will be incomplete for Digital Voice modules (DVM) if the modules are not contiguous on the T1, E1, or Digital Voice Expansion modules. (Ex. - B1, B2, B5; table will only show B1 and B2, not B5.)

Entry within the table specific to a particular channel number and module/card number for channel force connection status.

Identifies the module/card number of the source channel for channel force connection status.

Identifies the source channel number for channel force connection status.

Indicates the Node ID # of the source channel for channel force connection status.

Indicates the Node ID # of the destination channel for channel force connection status.

Identifies the module/card number of the destination channel for channel force connection status.

Identifies the destination channel number for channel force connection status.

Time interval (in minutes) to collect data for a periodic statistics report.

Destination for statistics reports to be routed.

Remote Marathon Node name for log output and periodic statistics reports to be routed.

Month portion of time stamp of last periodic report stored by the Marathon Node.

Day portion of time stamp of last periodic report stored by the Marathon Node.

Hours portion of time stamp of last periodic report stored by the Marathon Node.

Minutes portion of time stamp of last periodic report stored by the Marathon Node.

Seconds portion of time stamp of last periodic report stored by the Marathon Node.

Enable/disable Switch statistics as part of the system statistics periodic report. Switch statistics are class number, name, number of connects, connect failures, and max number in queue.

Table of channel statistics for periodic statistics reports. (Sync & Async channels)

Entry within the table to specify a particular channel on specific module/card.

Identifies the module/card number for the channel specific to the periodic statistics report data.

Identifies the channel number specific to the periodic statistics report data.

Month portion of the time stamp for the channel periodic statistics report.

Day portion of the time stamp for the channel periodic statistics report.

Hours portion of the time stamp for the channel periodic statistics report.

Minutes portion of the time stamp for the channel periodic statistics report.

Seconds portion of the time stamp for the channel periodic statistics report.

The buffer utilization (percentage) of the specified channel in the periodic statistics report. Valid only for Async channels, always 0 for Sync channels

The busied-out condition (yes/no) of the specified channel in the periodic statistics report.

The flow control condition (yes/no = fcn of buffer utilizaton) of the specified channel in the periodic statistics report.

Table of voice channel statistics for periodic statistics reports.

Entry within the table to specify a particular voice channel on specific voice module/card.

Identifies the voice module/card number for the voice channel specific to the periodic statistics report data.

Identifies the voice channel number specific to the periodic statistics report data.

Month portion of the time stamp for the voice channel periodic statistics report.