STMIB: View SNMP OID List / Download MIB

Parameter Type = Immediate. Enumeration: 'invalidateCRC': 2, 'validateCRC': 1.

Parameter Type = Internal. Enumeration: 'fail': 2, 'succeed': 1.

Parameter Type = Immediate. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Internal. This field will be set to loaded when the node is reset. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Immediate. Validate database will set the database version number to the value used for this revision of ST software. Invalidate database will set the database version number to zero. This will flush the database when the node is reset. Update throughput will load all of the throughput values from the node access table. Update CPI profile will load the CPI system information (control, three passwords, session time-out value, and maximum number of passthru sessions. Enumeration: 'validateDatabase': 1, 'resetNode': 3, 'updateCpiProfile': 5, 'invalidateDatabase': 2, 'updateThroughput': 4.

Parameter Type = Intrusive.

Parameter Type = Immediate. This will update the NCP RTC clock. The format of the string is mm/dd/yyyy.

Parameter Type = Immediate. This will update the NCP RTC clock. The format of the string is hh:mm:ss.

Parameter Type = Intrusive. A dedicated node is dedicated to a user or the CNMS. A root node is a dedicated node that serves as an active gateway to other ST nodes in the same network. A shared node is owned by the CNMS, with resources on the node allocated to multiple user partitions. Enumeration: 'rootNode': 1, 'sharedNode': 3, 'dedicatedNode': 2.

Parameter Type = Intrusive. 1 is reserved for CNMS.

Parameter Type = Immediate. Enumeration: 'master1': 1, 'master3': 3, 'master2': 2, 'master5': 5, 'master4': 4, 'master7': 7, 'master6': 6, 'master9': 9, 'master8': 8, 'master16': 16, 'master11': 11, 'master10': 10, 'master13': 13, 'master12': 12, 'master15': 15, 'master14': 14, 'slave': 17.

Parameter Type = Immediate. Up to 16 master clock nodes, with two bytes used for each node number.

Parameter Type = Internal. Nonvolatile RAM database version number. If this number does not match the internal version number used for the revision of NCP code running at node startup, then the database will be flushed. In this event, the user can reconfigure the node and reset it to put the node back into operation.

Parameter Type = Immediate. Used by the trap generator to send traps if there is no alLogNotificationList specified.

Parameter Type = Internal. Indicates whether the CPI password control, the CPI session timeout time, the CPI maximum number of passthru sessions, or any of the three CPI passwords have been changed since the last update CPI profile command was invoked. Enumeration: 'loaded': 1, 'updateCpiProfileReq': 2.

Parameter Type = Non-intrusive. Indicates whether CPI access is controlled using passwords or not. This field and the three CPI passwords apply to CPI access through the CPI port, through the modem port, and through access devices. The enablePassthru value shall disable password control for the CPI and modem ports, but enable it for access devices. Enumeration: 'enable': 1, 'disable': 2, 'enablePassthr': 3.

Parameter Type = Non-intrusive. This password allows both read and write access to both local and remote nodes if password control is enabled. It applies to users accessing the node from the CPI port, modem port, or an access device.

Parameter Type = Non-intrusive. This password allows both read and write access to the local node and read-only access to remote nodes if password control is enabled. It applies to users accessing the node from the CPI port, modem port, or an access device.

Parameter Type = Non-intrusive. This password allows read-only access to both local and remote nodes if password control is enabled. It applies to users accessing the node from the CPI port, modem port, or an access device.

Parameter Type = Non-intrusive. CPI session will terminate when no request is made for number of minutes given by this value. For the CPI port, this time-out only occurs if password control is enabled. For the modem port, the session can terminate regardless of the password control state, and the port will be switch to an NMS session in SLIP mode.

Parameter Type = Non-intrusive. This value indicates the maximum number of CPI access device passthru sessions that can be active simultaneously.

Parameter Type = Internal. Up to 16 EMS stations can access the node.

Parameter Type = Immediate. Enumeration: 'enable': 1, 'erase': 3, 'disable': 2.

Parameter Type = Immediate.

Parameter Type = Internal. Maximum of 32 partitions per node. If the node is a dedicated CNMS node, only the entry for CNMS (partition ID 1) exists. The rest of the entries are empty. If the node is a dedicated user node, only the entries for CNMS (partition 1) and the partition ID of the user exist. The rest of the entries are empty. If the node is a shared node, the entry for CNMS (partition 1) always exists. Thirty-one other entries with partitions 2 through 1023 can be created. These entries represent user partitions that have access to the node.

Parameter Type = Immediate. Full access will only check the requester's partition ID. Table access will use the root node list to verify the requester's partition ID and node number. Disable means that the entry is not in effect. The CNMS entry cannot be set to disable. Erase will erase this entry. The CNMS entry cannot be set to erase. Enumeration: 'tableAccess': 60, 'fullAccess': 59, 'erase': 3, 'disable': 2.

Parameter Type = Internal. Indicates whether current throughput value has been loaded. Load all throughput values using scSysNodeControl(updateThroughput). Enumeration: 'updateThroughputReq': 3, 'loaded': 1.

Parameter Type = Immediate. A list of up to 16 root nodes (2 bytes per node number) within the partition that have access to this node. This list is only used if the control mode is set to table access.

Parameter Type = Immediate. A bit map representing which channel profiles (1-255) are assigned to this partition. The rightmost bit of the rightmost octet (lsb of the last byte), represents channel profile 1. A channel profile can be assigned to multiple partitions.

Parameter Type = Intrusive. Access bandwidth for this partition, in units of bps. This field is only used on a shared node.

Parameter Type = Immediate. INTRODUCED 2.0.0 A bit map representing which voice profiles (1-255) are assigned to this partition. The rightmost bit of the rightmost octet (lsb of the last byte), represents voice profile 1. A voice profile can be assigned to multiple partitions.

Parameter Type = Immediate. INTRODUCED 2.0.0 Defines the number of LINK translation table entries, that are reserved for this partition. The sum of the values of this attribute across all the partitions may not exceed the maximum number of entries available (1728). This attribute may be set only by the global user (partition 1).

Parameter Type = Immediate. INTRODUCED 2.0.0 Defines the limit of the number of LINK translation table entries that may be used by this partition. This number of the LINK translation table entries may or may not be available for this partition, depending on the rest of the partitions user's activities. The sum of the values of this attribute across all the partitions may exceed the maximum number of entries available (1728). This attribute may be set only by the global user (partition 1).

Parameter Type = Internal. Format is partition ID (1-1023):entry ID (1-5). Only 32 partitions can be entered, each with 5 entries.

Parameter Type = Immediate. A community entry cannot be erased if it is enabled. Community entry 1.1 cannot be disabled or erased. Enumeration: 'enable': 1, 'erase': 3, 'disable': 2.

Parameter Type = Immediate.

Parameter Type = Immediate. Represents which groups in the security MIB this community has access to. For each octet, 1 means no access, 2 means read-only, and 3 means read-write. OCTET 1: partition header OCTET 2: system profile OCTET 3: root access OCTET 4: node access OCTET 5: community OCTET 6: trap access OCTET 7: channel profile OCTET 8: softload OCTET 9: CPI access OCTET 10: modem port access OCTET 11: IP access.

Parameter Type = Immediate. Represents which groups in the resource configuration MIB this community has access to. For each octet, 1 means no access, 2 means read-only, and 3 means read-write. OCTET 1: partition header OCTET 2: node OCTET 3: nest OCTET 4: slot OCTET 5: module OCTET 6: port OCTET 7: bundle OCTET 8: INL OCTET 9: TDM channel OCTET 10: frame relay OCTET 11: ad10 OCTET 12: ASM X.50, ADPCM, CELP OCTET 13: RTM port, RTM AD port.

Parameter Type = Immediate. Represents which groups in the resource status MIB this community has access to. For each octet, 1 means no access, 2 means read-only, and 3 means read-write. OCTET 1: node OCTET 2: nest OCTET 3: slot OCTET 4: module OCTET 5: port OCTET 6: bundle OCTET 7: INL OCTET 8: INL contents OCTET 9: channel OCTET 10: ad10 OCTET 11: ASM X.50, ADPCM, CELP.

Parameter Type = Immediate. Represents which groups in the resource statistics MIB this community has access to. For each octet, 1 means no access, 2 means read-only, and 3 means read-write. OCTET 1: port OCTET 2: channel OCTET 3: INL OCTET 4: ad10.

Parameter Type = Immediate. Represents which groups in the alarm MIB this community has access to. For each octet, 1 means no access, 2 means read-only, and 3 means read-write. OCTET 1: partition header OCTET 2: alarm profile OCTET 3: log OCTET 4: log records.

Parameter Type = Internal. Indicates which of up to 8 EMS stations will receive traps.

Parameter Type = Immediate. Enumeration: 'enable': 1, 'erase': 3, 'disable': 2.

Parameter Type = Immediate.

Parameter Type = Internal.

Parameter Type = Immediate. Enumeration: 'enable': 1, 'erase': 3, 'disable': 2.

Parameter Type = Immediate. Enumeration: 'hops': 1, 'queuingDelay': 3, 'userDesignatedCost': 2, 'delayAndCost': 4.

Parameter Type = Immediate.

Parameter Type = Immediate.

Parameter Type = Immediate. Enumeration: 'required': 2, 'doNotCare': 1.

Parameter Type = Immediate.

Parameter Type = Immediate. Error performance requirement (x) used as 10E-(x). Range 10E-4 to 10E-9.

Parameter Type = Immediate. 0 means do not care.

Parameter Type = Immediate. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Immediate. Each unit represents 5 seconds. Retry range is 5 seconds to 5 minutes.

Parameter Type = Immediate. Indicates whether channel alarms of severity info will be generated or not. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Immediate. is the command to initiate download from EMS, local CPS, or another ST node to online FLASH memory location. is the command to initiate online image copy from offline FLASH memory location (not mapped by the NCP map file) to the online one (mapped by the NCP map file). is the command to initiate download from EMS, local CPS, or another ST node to offline FLASH memory location. Enumeration: 'startDownload': 1, 'onlineCopy': 2, 'startDownloadToRecovery': 3.

Parameter Type = Immediate. Specifies the file on EMS or CPS station to be downloaded into NCP program store. The type of code in the file is indicated by scSoftloadSoftwareType.

Parameter Type = Immediate. Specifies the directory path where the file that is to be downloaded resides on the EMS or CPS station.

Parameter Type = Immediate. Destination module/port for downloading software. If module address, then format is nest:slot:0. If the address is 0:0:0, then the file will be downloaded to the active NCP.

Parameter Type = Immediate. Identifies the module type for downloading software or database image. Enumeration: 'mibSchema': 252, 'rtmAdDatabase': 253, 'lgm': 8, 'ncp': 1, 't1m': 5, 'stDatabase': 255, 'fsm': 11, 'ad10Database': 251, 'rtm': 14, 'dsm': 19, 'e1m': 6, 'tableOC': 254, 'sdm': 12, 'ad10': 128, 'sgm': 7, 'e3m': 20, 'asm': 9.

Parameter Type = Immediate. Root node ID for the source EMS or ST node. Only used if scSoftloadSourceEmsIp is not 1.0.0.0.

Parameter Type = Immediate. Indicates the download server. If the value is 1.0.0.0, then CPS is being used. If value is 2.0.0.0, then another ST node is being used, whose node ID is specified in scSoftloadEmsNodeID. Otherwise, the EMS is being used, with access through the root node specified in scSoftloadEmsNodeID.

Parameter Type = Immediate. In units of seconds.

Parameter Type = Immediate. Log off will terminate a session that was enabled by entering a password. If password control is disabled, then the command will do nothing. Reset will load the new CPI port settings. As a side effect, the current session will be logged off. Enumeration: 'logoff': 40, 'resetCpiPort': 3.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Intrusive. In units of bps. Enumeration: 'a4800': 2, 'a19200': 5, 'a2400': 1, 'a14400': 4, 'a9600': 3.

Parameter Type = Intrusive. Enumeration: 'b7': 1, 'b8': 2.

Parameter Type = Intrusive. Enumeration: 'even': 3, 'odd': 2, 'noParity': 1.

Parameter Type = Intrusive. Enumeration: 'b1': 1, 'b2': 2.

Parameter Type = Immediate. Log off will terminate a session that was enabled by entering a password. If password control is disabled, then the command will do nothing. Reset will load the new CPI port settings. As a side effect, the current session will be logged off. Enable CPS session will switch the modem port from SLIP mode to CPI mode. The mode will be changed back to SLIP after a nodal power cycle or a reset modem port command. Enumeration: 'logoff': 40, 'enableCpsSession': 1, 'resetModemPort': 3.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Intrusive. Enumeration: 'a4800': 2, 'a19200': 5, 'a2400': 1, 'a14400': 4, 'a9600': 3.

Parameter Type = Intrusive. Enumeration: 'b8': 2.

Parameter Type = Intrusive. Enumeration: 'even': 3, 'odd': 2, 'noParity': 1.

Parameter Type = Intrusive. Enumeration: 'b1': 1, 'b2': 2.

Parameter Type = Intrusive. This field is not currently used. Enumeration: 'eIA': 1, 'noEIA': 2.

Parameter Type = Immediate. Enumeration: 'resetIp': 1.

Parameter Type = Internal. Indicates changes to both the IP profile and the IP offline subnet table. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Internal.

Parameter Type = Intrusive. Network ID mask for ST-50 network.

Parameter Type = Intrusive. Root node Ethernet port IP address.

Parameter Type = Intrusive. Network mask for root node's Ethernet port. This is the mask for the user's IP network.

Parameter Type = Intrusive. Specifies the Ethernet protocol of the user's IP network. Enumeration: 'e802d3': 1, 'ethernetII': 2.

Parameter Type = Intrusive. Default gateway IP address used by the root node.

Parameter Type = Intrusive. IP address of the SLIP interface on the modem port.

Parameter Type = Intrusive. IP mask of the SLIP interface on the modem port.

Parameter Type = Internal.

Parameter Type = Internal.

Parameter Type = Internal.

Parameter Type = Intrusive. Enumeration: 'erase': 3.

Parameter Type = Intrusive.

Parameter Type = Internal. Routing destination node number.

Parameter Type = Internal. Specifies a route entry number in the routing table for given node.

Parameter Type = Immediate. Setting to off will prevent this table entry from being used on routing (invalidates it). Setting to erase will free the entry. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Immediate. Specifies next hop along given route. The hops are presented in terms of Link-2 IAFs. It is, in fact, LGM port number (server type 132 without further specification of a group ID), which is local to this node.

Parameter Type = Immediate. Specifies Link-2 gateway node (node which has a LGM module) to get access into Link-2 subnetwork.

Parameter Type = Immediate. Defines the number of Link-2 nodes (non-ST-50 hops) to this node. No ST-50 INLs are counted.

Voice profile entries in this table will serve as a network wide profile for multiple voice connections across the network. Even though it is not enforced by the node, it is suggested that such enforcement be provided by Network Management. A given index refers to the same voice profile in both this MIB section and scVoicePrfNodeTable. When a new voice profile is created in one section it will also be created with the proper default values in the other. Entry number one in this table shall always exist on the node. It will be initialized with all default values of this section except scVoicePrfNetControlMode shal be enable. This entry cannot be disabled or erased. Changes for all entries will take effect immediately on new connections. However, they will not affect channels that are already connected.

INTRODUCED 2.0.0

Parameter Type = Internal. Index of the voice profile entry.

Parameter Type = Immediate. Disable will prevent this voice profile from being applied to the any new voice connections. Erase will remove this voice profile from the table. Enumeration: 'enable': 1, 'erase': 3, 'disable': 2.

Parameter Type = Immediate. Defines which compression algorithm to use for voice channels connected using this voice profile. Enumeration: 'tCelp': 1, 'adpcm': 3, 'atc': 2, 'pcm': 255.

Parameter Type = Immediate. The compressed channel data rate for any voice subrate connections using this voice profile. For channels using a CELP compression algorithm, only speeds of 5.333 Kbps, 7.2 Kbps, 8 Kbps, and 9.6 Kbps will be supported. For channels using the ATC compression algorithm, only the speeds between 7.466 Kbps and 32 Kbps (in increments of 533 bps) is supported. For channels using the ADPCM compression algorithm, only the speeds 31.733 and 32.000 Kbps is supported. For channels using PCM (uncompressed mode), only the speed of 64 Kbps is supported. Enumeration: 'b23466': 176, 'b22400': 168, 'b20266': 152, 'b10666': 80, 'b8533': 64, 'b16533': 124, 'b21333': 160, 'b28266': 212, 'b16000': 120, 'b11200': 84, 'b31733': 238, 'b7466': 56, 'b20800': 156, 'b10133': 76, 'b8000': 60, 'b9066': 68, 'b36000': 270, 'b9600': 72, 'b21866': 164, 'b12266': 92, 'b5333': 40, 'b28800': 216, 'b31466': 236, 'b14400': 108, 'b64000': 480, 'b30933': 232, 'b15466': 116, 'b29333': 220, 'b12800': 96, 'b17600': 132, 'b30400': 228, 'b29866': 224, 'b26133': 196, 'b19200': 144, 'b14933': 112, 'b25600': 192, 'b25066': 188, 'b18133': 136, 'b13866': 104, 'b26666': 200, 'b19733': 148, 'b11733': 88, 'b27733': 208, 'b24533': 184, 'b22933': 172, 'b7200': 54, 'b27200': 204, 'b24000': 180, 'b18666': 140, 'b13333': 100, 'b32000': 240, 'b17066': 128.

Parameter Type = Immediate. Controls the DTMF relay on any voice connections that use this voice profile. When enabled, DTMF signals are transferred through the connection. Not applicable in PCM and ADPCM mode. Enumeration: 'enable': 2, 'disable': 1.

Parameter Type = Immediate. Controls the fax relay on any voice connections that use this voice profile. When enabled, fax operation will be supported over the connection. Not applicable in PCM and ADPCM mode. Enumeration: 'enable': 2, 'disable': 1.

Parameter Type = Immediate. Controls the non-standard fax mode on any voice connections that use this voice profile. Not applicable in PCM and ADPCM mode. Enumeration: 'enable': 2, 'disable': 1.

Parameter Type = Immediate. Controls the vocoder mode on any voice connections that use this voice profile. Not applicable in PCM and ADPCM mode. Enumeration: 'disable': 2, 'normal': 1.

Parameter Type = Immediate. Controls the 2100 Hz detection logic and data mode operation with the ATC vocoder on any voice connections that use this voice profile. Applies only for ATC mode. Enumeration: 'enable': 2, 'disable': 1.

Parameter Type = Immediate. The type of signaling used by the T1M/E1M bundles that connect to voice ports using this voice profile. Enumeration: 'a': 2, 'abcd': 4, 'none': 1, 'ab': 3, 'ac15-dp': 9, 'ac15-dtmf': 8.

Parameter Type = Immediate. Defines the idle signaling pattern on any ASM voice ports that use this voice profile. This pattern is delivered to receive signal channel connections at times prior to the availability of a verified reliable signal channel source. Enumeration: 'a1-b0-c1-d0': 5, 'a1-b0-c1-d1': 13, 'a0-b0-c1-d1': 12, 'a0-b0-c1-d0': 4, 'a1-b1-c1-d1': 15, 'a1-b1-c1-d0': 7, 'a0-b1-c1-d0': 6, 'a0-b1-c1-d1': 14, 'a1-b0-c0-d1': 9, 'a1-b0-c0-d0': 1, 'a1-b1-c0-d0': 3, 'a0-b0-c0-d0': 16, 'a0-b0-c0-d1': 8, 'a1-b1-c0-d1': 11, 'a0-b1-c0-d1': 10, 'a0-b1-c0-d0': 2.

Voice profile entries in this table will serve as a nodal part of profile for voice connections. It is intended for individual fine adjustment of the voice parameters on each end of the connection. A given index refers to the same voice profile in both this MIB section and scVoicePrfNetTable. When a new voice profile is created in one section it will also be created with the proper default values in the other. Changes for all entries will take effect immediately on new connections. However, they will not affect channels that are already connected.

INTRODUCED 2.0.0

Parameter Type = Internal. Index of the voice profile entry.

Parameter Type = Immediate. Specifies the redundancy group value of the server module that the voice port will be allocated on.

Parameter Type = Immediate. Controls the transmit audio source on any voice connections that use this voice profile. Not applicable in PCM mode. Enumeration: 'toneDMW': 3, 'silence': 2, 'normal': 1.

Parameter Type = Immediate. Controls the receive audio output on any voice connections that use this voice profile. Not applicable in PCM mode. Enumeration: 'toneDMW': 3, 'silence': 2, 'normal': 1.

Parameter Type = Immediate. Controls the echo cancellation on any voice connections that use this voice profile. Not applicable in PCM and ADPCM mode. Enumeration: 'enable': 2, 'disable': 1.

Parameter Type = Immediate. Controls the non-linear processing inside the echo canceller on any voice connections that use this voice profile. Not applicable in PCM and ADPCM mode. Enumeration: 'enable': 2, 'disable': 1.

Parameter Type = Immediate. Controls the transmit PCM gain on any voice connections that use this voice profile. Range is defined from -33.0 dB to +18.0 dB with .2 dB increments. Default is 0 dB. Not applicable in PCM mode.

Parameter Type = Immediate. Controls the receive PCM gain on any voice connections that use this voice profile. Range is defined from -33.0 dB to +18.0 dB with .2 dB increments. Default is 0 dB. Not applicable in PCM mode.

Parameter Type = Immediate. Size of the phasor (in bytes) on the PCM (64K) side of any voice connections using this voice profile. Not applicable in PCM mode.

Parameter Type = Immediate. Size of the phasor (in bytes) on the subrate side of any voice connections using this voice profile. Not applicable in PCM mode.

Parameter Type = Immediate. Enable autodetection of CELP/ATC channel connected equipment so as to automatically change format to become compatible with either LINK (5 byte) or ST (8 byte) channel modes. Alternately, this parameter hard sets CELP/ATC channels to be compatible only with either LINK or ST mode compatible equipment. Enumeration: 'auto': 1, 'link': 3, 'st': 2.

Represents the common attributes of multiple community tables.

INTRODUCED 2.0.0

Parameter Type = Internal. Format is: partition ID (1-1023):entry ID (1-5). Only 32 partitions can be entered, each with 5 entries.

Parameter Type = Immediate. A community entry cannot be erased if it is enabled. Community entry 1.1 cannot be disabled or erased. Enumeration: 'enable': 1, 'erase': 3, 'disable': 2.

Parameter Type = Immediate.

Community profile table for MIB-II sections that are supported by ST. A community profile entry will define which sections of MIB-II a user has access to based upon the community name that the user has specified.

INTRODUCED 2.0.1

Parameter Type = Internal. The first two bytes of this index are a partition ID with a range of 1 to 1023. There can be at most 32 partitions for a single node, and each partition must already have a corresponding node access table entry defined. The last two bytes are an entry ID with a range of 1 to 5. For each partition, up to 5 entries may be defined.

Parameter Type = Immediate. Defines access rights for a community entry to the MIB-II system group. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Defines access rights for a community entry to the MIB-II interfaces group. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Defines access rights for a community entry to the MIB-II at group. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Defines access rights for a community entry to the MIB-II ip group. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Defines access rights for a community entry to the MIB-II icmp group. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Defines access rights for a community entry to the MIB-II udp group. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Defines access rights for a community entry to the MIB-II snmp group. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Represents which groups in the security MIB this community has access to.

INTRODUCED 2.0.0

Parameter Type = Internal. Format is: partition ID (1-1023):entry ID (1-5). Only 32 partitions can be entered, each with 5 entries.

Parameter Type = Immediate. Specifies access to scPartitionHeader - the security MIB partition header. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to scSystemProfile - the security MIB system prof. section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to scRootAccessTable - the security MIB root access section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to scNodeAccessTable - the security MIB node access section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to scTrapAccessTable - the security MIB trap access section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to scChProfileTable - the security MIB channel prof. section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to scSoftloadEntry - the security MIB softload section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to scCpiAccess - the security MIB CPI access section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to scModemAccess - the security MIB modem access section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to scIpAccess - the security MIB IP access section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to scLgmStaticRouteTable - the security MIB LGM static routing table section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to scVoicePrf - the security MIB voice profile section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to scCmntyAccess - the security MIB community section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Represents which groups in the resource configuration MIB this community has access to.

INTRODUCED 2.0.0

Parameter Type = Internal. Format is: partition ID (1-1023):entry ID (1-5). Only 32 partitions can be entered, each with 5 entries.

Parameter Type = Immediate. Specifies access to recfPartitionHeader - the resource MIB partition header section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfNode - the resource configuration MIB node section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfNest - the resource configuration MIB nest section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfSlot - the resource configuration MIB slot section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfModule - the resource configuration MIB generic module section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfPort - the resource configuration MIB generic port section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfBundle - the resource configuration MIB bundle section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfINL - the resource configuration MIB INL section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfTDMChannel - the resource configuration MIB TDM channel section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfFrame - the resource configuration MIB frame relay section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfAd10Port - the resource configuration MIB AD10 port section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfAsmPort - the resource configuration MIB ASM port section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfRtmPort - the resource configuration MIB RTM port section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfLgmPort - the resource configuration MIB LGM port section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfDsmPort - the resource configuration MIB DSM port section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to recfTranslation - the resource configuration MIB translation section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. INTRODUCED 2.0.1 Defines access rights for a community entry to the resource configuration hardware resource section (recfHwRsc). Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Represents which groups in the resource status MIB this community has access to.

INTRODUCED 2.0.0

Parameter Type = Internal. Format is: partition ID (1-1023):entry ID (1-5). Only 32 partitions can be entered, each with 5 entries.

Parameter Type = Immediate. Specifies access to restNode - the resource status MIB node section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restNest - the resource status MIB nest section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restSlot - the resource status MIB slot section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restModule - the resource status MIB module section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restPort - the resource status MIB port section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restBundle - the resource status MIB bundle section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restINL - the resource status MIB INL section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restINLContentsTable - the resource status MIB INL contents section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restChannel - the resource status MIB channel section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restAd10Port - the resource status MIB AD10 port section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restAsmPort - the resource status MIB ASM port section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restTrunkGroup - the resource status MIB trunk group section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restRtmPort - the resource status MIB RTM port section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restLgmPort - the resource status MIB LGM port section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restSaf - the resource status MIB SAF section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restDsmPort - the resource status MIB DSM port section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. INTRODUCED 2.0.1 Defines access rights for a community entry to the resource status hardware resource section (restHwRsc). Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Represents which groups in the resource statistics MIB this community has access to.

INTRODUCED 2.0.0

Parameter Type = Internal. Format is: partition ID (1-1023):entry ID (1-5). Only 32 partitions can be entered, each with 5 entries.

Parameter Type = Immediate. Specifies access to restStatModule - the resource statistics MIB module section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restStatPort - the resource statistics MIB port section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restStatInl - the resource statistics MIB INL section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restStatCh - the resource statistics MIB channel section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to restStatAd10 - the resource statistics MIB AD-10 section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Represents which groups in the alarm MIB this community has access to.

INTRODUCED 2.0.0

Parameter Type = Internal. Format is: partition ID (1-1023):entry ID (1-5). Only 32 partitions can be entered, each with 5 entries.

Parameter Type = Immediate. Specifies access to alPartitionHeader - the alarm MIB partition header section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to alSystemProfile - the alarm MIB alarm profile section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to alLog - the alarm MIB alarm log section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to alLogRecord - the alarm MIB alarm record section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Specifies access to alTrapContents - the alarm MIB trap section. Enumeration: 'readWrite': 3, 'readOnly': 2, 'noAccess': 1.

Parameter Type = Immediate. Enumeration: 'invalidateCRC': 2, 'validateCRC': 1.

Parameter Type = Internal. Enumeration: 'fail': 2, 'succeed': 1.

Parameter Type = Immediate. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Internal. If set to updateNestReq, need to execute restNodeDiagnostics(updateNest) to load. Enumeration: 'loaded': 1, 'updateNestReq': 3.

Parameter Type = Immediate.

Parameter Type = Immediate.

Parameter Type = Immediate.

Parameter Type = Immediate.

Parameter Type = Intrusive. New number of nests will not operate until restNodeDiagnostics(updateNest).

Parameter Type = Immediate. Enumeration: 'fast': 2, 'normal': 1.

Parameter Type = Immediate. Enumeration: 'disableAlarmRelay': 20, 'enableAlarmRelay': 19.

Parameter Type = Internal.

Parameter Type = Non-intrusive. Enumeration: 'active': 44, 'erase': 3.

Parameter Type = Internal. If set to updateReq, need to execute restNodeDiagnostics(updateClockTable) to load. Enumeration: 'loaded': 1, 'updateReq': 2.

Parameter Type = Non-intrusive. Enumeration: 'portTx': 6, 'station1': 2, 'station2': 3, 'portRxDep': 5, 'internal': 1, 'portRxInd': 4.

Parameter Type = Non-intrusive. Enumeration: 's832000': 75, 's16000': 15, 's768000': 46, 's1536000': 51, 's672000': 45, 's6400': 8, 's616000': 80, 's4000': 4, 's640000': 79, 's1232000': 65, 's1152000': 49, 's4800': 5, 's560000': 81, 's336000': 84, 's144000': 33, 's1120000': 68, 's256000': 39, 's7200': 9, 's112000': 31, 's1024000': 48, 's1920000': 53, 's392000': 83, 's1856000': 56, 's64000': 26, 's784000': 76, 's728000': 77, 's28800': 18, 's1792000': 57, 's96000': 30, 's5600': 6, 's32000': 19, 's1008000': 71, 's1216000': 66, 's1544000': 52, 's704000': 78, 's8400': 11, 's56000': 24, 's960000': 72, 's48000': 22, 's1408000': 62, 's512000': 43, 's76800': 28, 's1280000': 64, 's504000': 82, 's168000': 35, 's384000': 40, 's896000': 47, 's38400': 20, 's576000': 44, 's9600': 12, 's2048000': 55, 's448000': 41, 's1088000': 69, 's153600': 34, 's460800': 42, 's840000': 74, 's224000': 37, 's3200': 2, 's320000': 85, 's280000': 86, 's72000': 27, 's14400': 14, 's2400': 1, 's1728000': 58, 's24000': 17, 's40800': 21, 's3600': 3, 's128000': 32, 's1288000': 63, 's1984000': 54, 's952000': 73, 's50000': 23, 's8000': 10, 's1600000': 60, 's57600': 25, 's1334400': 50, 's230400': 38, 's12000': 13, 's19200': 16, 's6000': 7, 's1472000': 61, 's1064000': 70, 's80000': 29, 's1664000': 59, 's192000': 36, 's1176000': 67.

Parameter Type = Non-intrusive.

Parameter Type = Non-intrusive. Enumeration: 'high': 1, 'low': 2.

Parameter Type = Non-intrusive.

This MIB section serves the purpose of finding an available resource of the type specified by the instance identifier. The values of the instance identifier are enumerated in the recfAvailResourceIndex attribute. This MIB section returns the address of the resource of the specified type, that is available at the request time. If multiple resources of that type are available, the order of their return is not defined.

INTRODUCED 2.0.0

Parameter Type = Internal. Specifies the ST resource type to search. The possible values are: - link2TranslationIndex - find an available entry in recfLink2TraTable MIB section. Enumeration: 'link2TranslationIndex': 1.

Parameter Type = Internal. The return value specifies an available ST resource address in the format used to access the MIB section of the specified type. If there are no available resources, then all bytes of the returned identifier will be equal to zero.

Parameter Type = Internal.

Parameter Type = Immediate.

Parameter Type = Internal.

Parameter Type = Intrusive. Setting to erase will fail if any of the following conditions are true: (1) The module's redundant mode is set to one-to-one redundancy. (2) The module has any unremoved INLs. (3) The module has any channels that are not disconnected. (4) There is hardware present in the slot, and the module is in an active or standby state, or is going into an active or standby state (i.e., is initializing or loading). Otherwise, the erase command will erase the module configuration and all of the ports, bundles, INLs, and channels on the module. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'updateReq': 2, 'resetReq': 3.

Parameter Type = Immediate.

Parameter Type = Intrusive. Enumeration: 'rxm': 4, 'lgm': 8, 'ncp': 1, 't1m': 5, 'fsm': 11, 'rtm': 14, 'dsm': 19, 'e1m': 6, 'sdm': 12, 'sgm': 7, 'lxm': 3, 'e3m': 20, 'asm': 9.

Parameter Type = Intrusive. For NCP modules: NCP-1 value is 1 NCP-2 value is 2 NCP-3 value is 3 For FSM modules: FSM-16 value is 1 FSM-64 value is 2 For T1M modules: T1M-4/DS1 value is 1 T1M-4/DSX-1 value is 2 T1M-2/DS1 value is 3 T1M-2/DSX-1 value is 4 For E1M modules: E1M-4/Ubal value is 1 E1M-4/Bal value is 2 E1M-2/Ubal value is 3 E1M-2/Bal value is 4 For SDM modules: SDM-8/V.35 value is 1 SDM-8/V.11 value is 2 SDM-8/V.24 value is 3 SDM-8E/V.35 value is 5 SDM-8E/V.11 value is 6 SDM-4R/V.35 value is 7 SDM-4R/V.11 value is 8 SDM-4R/E1-Bal value is 33 SDM-4R/E1-Ubal value is 34 SDM-4/64K-Co value is 40 SDM-4R value is 42 For SGM modules: SGM-1 value is 1 SGM-1/128K value is 3 SGM-1/19.2K value is 4 For ASM modules: ASM-16 value is 1 ASM-16A value is 2 ASM-16C value is 3 For LGM modules: LGM-2 value is 1 For DSM modules: DSM-1 value is 1 For E3M modules: E3M-1 value is 1 E3M-2 value is 2 Modules types not listed support only hardware subtype value 1.

Parameter Type = Intrusive. Server modules will always have group redundancy regardless of the value of this field. Default value is none for I/O modules and group for server modules. Enumeration: 'none': 1, 'group': 3, 'oneToOne': 2.

Parameter Type = Intrusive. Applies to server modules only for group redundancy.

Parameter Type = Non-intrusive. FSM or DSM module bypassing capability in terms of percentage.

Parameter Type = Non-intrusive. FSM module termination capability in terms of percentage.

Parameter Type = Intrusive. This mask allows a module to be online or standby even though some items as marked by the mask have failed startup diagnostics. For all tests, a bit set (1) means the module will not operate if the corresponding hardware is not working. For all test descriptions, bit 1 refers to the least significant bit of the lowest byte in the octet string. Startup diagnostics mask for the NCP (additional tests for the NCP are defined in recfSlotModuleStartDiagMaskExt): NCP will ignore bits 1,3,4,7,8,10-15,25-31. Bit 24 is no longer used as of 2.0.1. bit 1 ID PROM bit 2 LAN RAM bit 3 Mailbox RAM bit 4 Frame RAM bit 5 CPI port bit 6 Modem port bit 7 ABPI bit 8 unexpected interrupt bit 9 Ethernet chip bit 10 DBPI bit 11 PARB bit 12 Security MIB database bit 13 Resource MIB database bit 14 Alarm MIB database bit 15 Database version bit 16 T1M RTS (only on-line NCP) bit 17 E1M RTS (only on-line NCP) bit 18 FSM RTS (only on-line NCP) bit 19 MIB schema (only on-line NCP) bit 20 SDM RTS (only on-line NCP) bit 21 SGM RTS (only on-line NCP) bit 22 ASM RTS (only on-line NCP) bit 23 RTM RTS (only on-line NCP) bit 24 Utility (only on-line NCP) bit 25 Boot PROM bit 26 Flash PROM map bit 27 NCP image bit 28 Ticker bit 29 DRAM bit 30 reserved bit 31 Clock bit 32 reserved Startup diagnostics mask for the SDM: bit 1 Register access bit 2 Ticker bit 3-32 reserved Startup diagnostics mask for the FSM: bit 1-24 reserved bit 25 INL test bit 26 Ticker bit 27-32 reserved Startup diagnostics mask for the DSM: bit 1-24 reserved bit 25 INL test bit 26 Ticker bit 27-32 reserved Startup diagnostics mask for the SGM: bit 1 RAM 1 time slot sync drop bit 2 RAM 1 time slot sync add bit 3 RAM 2 time slot sync drop bit 4 RAM 2 time slot sync add bit 5 SGM frame RAM bank 0 bit 6 SGM frame RAM bank 1 bit 7 AGM frame RAM bank 0 bit 8 AGM frame RAM bank 1 bit 9 Pointer control RAM bit 10 Function RAM bit 11-16 reserved bit 17 Phasor bit 18-24 reserved bit 25 FIFO bit 26-32 reserved Startup diagnostics mask for the RTM: bit 1 RTM DSP RAM bit 2 RTM SCC Chip bit 3-32 reserved Startup diagnostics mask for the LGM: bit 1 SIM load bit 2 SOM load bit 3 SAM load bit 4 scanner load bit 5 DSP load bit 6-32 reserved There are no startup diagnostics mask for the T1M and E1M. The default is to ignore all tests.

Parameter Type = Non-intrusive. This mask allows a module to be online or standby even though some items as marked by the mask have failed background diagnostics. For all tests, a bit set (1) means the module will not operate if the corresponding hardware is not working. For all test descriptions, bit 1 refers to the least significant bit of the lowest byte in the octet string. Background diagnostics mask for the NCP: (additional tests for the NCP are defined in recfSlotModuleBgdDiagMaskExt): NCP will ignore bits 1,28,30. These tests will always cause hard errors if they fail. bit 1 ID PROM bit 2-11 reserved bit 12 Security MIB database bit 13 Resource MIB database bit 14 Alarm MIB database bit 15 Database version number bit 16 T1M RTS bit 17 E1M RTS bit 18 FSM RTS bit 19 MIB schema bit 20 SDM RTS bit 21 SGM RTS bit 22 ASM RTS bit 23 RTM RTS bit 24 Utility bit 25 Boot PROM bit 26 Flash PROM map bit 27 NCP image bit 28 Bus frame bit 29 reserved bit 30 PLL bit 31 reserved bit 32 Code guard Background diagnostics mask for the FSM: bit 1 reserved bit 2 Buffer pool bit 3-32 reserved Background diagnostics mask for the DSM: bit 1 reserved bit 2 Buffer pool bit 3-32 reserved There are no background diagnostics for the T1M, E1M, SDM, SGM, RTM, and LGM. The default is to ignore all tests.

Parameter Type = Non-intrusive. This mask allows a module to be online or standby even though some items as marked by the mask have failed port startup diagnostics. For all tests, a bit set (1) means the module will not operate if the corresponding hardware is not working. Each byte indicates the diagnostic mask of a port. For T1M and E1M ports: bit 1 (lsb of each byte) Register access bit 2 Loopback bit 3 HDLC bit 4-8 reserved For FSM ports: bit 1 (lsb of each byte) HDLC bit 2-8 reserved For DSM ports: bit 1 (lsb of each byte) HDLC bit 2-8 reserved For RTM ports: bit 1 (lsb of each byte) Loopback bit 2-8 reserved There are no port diagnostics for NCP, SDM, and SGM. The default is to ignore all tests.

Parameter Type = Non-intrusive. INTRODUCED 2.0.1 This parameter is used to control module-specific code for diagnosing problems. The interpretation of values for this field is determined by the specific type of module in the slot. The value zero (0) will mean normal operation for all module types.

Parameter Type = Intrusive. INTRODUCED 2.0.1 This mask allows a module to be online or standby even though some items as marked by the mask have failed startup diagnostics. For all tests, a bit set (1) means the module will not operate if the corresponding hardware is not working. For all test descriptions, bit 1 refers to the least significant bit of the lowest byte in the octet string. Startup diagnostics mask for the NCP (this is a continuation of the tests defined for the NCP in recfSlotModuleStartDiagMask): bit 1 DSM RTS bit 2 LGM RTS bit 3 E3M RTS bit 4-32 reserved. Currently, this attribute is not used for any other module type except the NCP (that is, all bits are reserved for the other module types).

Parameter Type = Non-intrusive. INTRODUCED 2.0.1 This mask allows a module to be online or standby even though some items as marked by the mask have failed background diagnostics. For all tests, a bit set (1) means the module will not operate if the corresponding hardware is not working. For all test descriptions, bit 1 refers to the least significant bit of the lowest byte in the octet string. Background diagnostics mask for the NCP (this is a continuation of the tests defined for the NCP in recfSlotModuleBgdDiagMask): bit 1 DSM RTS bit 2 LGM RTS bit 3 E3M RTS bit 4-32 reserved. Currently, this attribute is not used for any other module type except the NCP (that is, all bits are reserved for the other module types).

Parameter Type = Internal.

Parameter Type = Non-intrusive. Each two bytes is the partition ID of a physical port on the module. Partition 1 is for CNMS. Partition 0xFFFE (65534) is for any partition. When this is changed, it will not change the current port allocation, but it will affect any new server ports being allocated.

Parameter Type = Internal.

Parameter Type = Non-intrusive. Each two bytes is the partition ID of a physical port on the module. Partition 1 is for CNMS. Partition 0xFFFE (65534) is for any partition. When this is changed, it will not change the current port allocation, but it will affect any new server ports being allocated.

Parameter Type = Internal.

Parameter Type = Non-intrusive. Each two bytes is the partition ID of a physical port on the module. Partition 1 is for CNMS. Partition 0xFFFE (65534) is for any partition. When this is changed, it will not change the current port allocation, but it will affect any new server ports being allocated.

Parameter Type = Internal.

Parameter Type = Non-intrusive. Each two bytes is the partition ID of a physical engine on the module. Partition 1 is for CNMS. Partition 0xFFFE (65534) is for any partition. When this is changed, it will not change the current port allocation, but it will affect any new server ports being allocated.

Parameter Type = Non-intrusive. Each two bytes is the partition ID of a CELP license on the module. Partition 1 is for CNMS. Partition 0xFFFE (65534) is for any partition. When this is changed, it will not change the current port allocation, but it will affect any new server ports being allocated.

Parameter Type = Non-intrusive. Defines the number of the ASM ports that cannot be used for anything else but CELP application.

Parameter Type = Intrusive. Allows the user to specify a specific application type to be allocated to this ASM module. Ports with other application types will not be able to be allocated on this module. If the subtype of this particular ASM module does not support the application type specified here, then the module will still come up, but no ports will be able to be allocated. If this occurs, then the restAsmModApplTable section of the MIB will indicate that no applications are available. If a setting of mixed is specified, then allocation of a port with a particular application will only be restricited by the subtype of the module. Enumeration: 'mixed': 255, 'celp-atc': 2, 'x50': 1, 'adpcm': 3.

Parameter Type = Internal.

Parameter Type = Non-intrusive. Each two bytes is the partition ID of a VILC aggregate on the module. Partition 1 is for CNMS. Partition 0xFFFE (65534) is for any partition. When this is changed, it will not change the current VILC allocation, but it will affect any new server ports being allocated.

INTRODUCED 2.0.0

Parameter Type = Internal. DSM module address. Format is nest.slot.

Parameter Type = Non-intrusive. Every octet pair is the partition ID of a physical port on the module. Partition 1 is for CNMS. Partition 0xFFFE (65534) is for any partition. When this is changed, it will not change the current port allocation, but it will affect any new server ports being allocated.

Parameter Type = Intrusive. All D-channels connected to this DSM module will need to be set up with the same PBX protocol as set here. Changes to this field will be reflected in recfSlotUpdate. A module reset will be required in order for the change to take effect. Enumeration: 'qsig': 2, 'dpnss': 1.

Parameter Type = Non-intrusive. Specifies whether level 1 Call Detail Record for the calls in progress are to be generated by the DSM. This parameter affects all the D-channels terminated on this module. Changes to this field will be reflected in recfSlotUpdate. A module update will be required in order for the change to take effect. It will not disrupt any channel connections associated with DSM. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Non-intrusive. Specifies whether level 1 Call Detail Record for the completed calls are to be generated by the DSM. This parameter affects all the D-channels terminated on this module. Changes to this field will be reflected in recfSlotUpdate. A module update will be required in order for the change to take effect. It will not disrupt any channel connections associated with DSM. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Non-intrusive. Specifies whether level 2 Call Detail Record for the calls in progress are to be generated by the DSM. This parameter affects all the D-channels terminated on this module. Changes to this field will be reflected in recfSlotUpdate. A module update will be required in order for the change to take effect. It will not disrupt any channel connections associated with DSM. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Non-intrusive. Specifies whether level 2 Call Detail Record for the completed calls are to be generated by the DSM. This parameter affects all the D-channels terminated on this module. Changes to this field will be reflected in recfSlotUpdate. A module update will be required in order for the change to take effect. It will not disrupt any channel connections associated with DSM. Enumeration: 'enable': 1, 'disable': 2.

INTRODUCED 2.0.0

Parameter Type = Internal. Address of this DSM module. Format is nest.slot.

Parameter Type = Internal. Specifies the CDR log to access.

Parameter Type = Non-intrusive. Changes will not affect channels that are already connected. Disable will prevent new CDRs to be recorded in this log. Erase will remove this CDR log. Changes to this field will be reflected in recfSlotUpdate. A module update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this DSM. Enumeration: 'enable': 1, 'erase': 3, 'disable': 2.

Parameter Type = Non-intrusive. Assigns the maximum number of CDRs that may be stored in this CDR log. The total size of all CDR logs on this module cannot exceed the number of total records available. This number may be obtain from the restDsmModuleTotalRecCDRs attribute. When a new DSM module is configured, CDR log #1 will automatically be created with a size of 1000 CDRs. Any other CDR logs that are configured after this will have a default size of 0. Changes to this field will be reflected in recfSlotUpdate. A module update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this DSM.

Parameter Type = Non-intrusive. Defines an overflow threshold on this CDR log. When reached, the threshold flag is set, and the threshold exceeded alarm is issued. If this value exceeds the value of the recfModDsmRecCDRLogSize attribute, then the threshold exceeded alarm will never be generated for this CDR log. When a new DSM module is configured, CDR log #1 will automatically be created with a threshold of 900 CDRs. Any other CDR logs that are configured after this will have a default threshold of 0. Changes to this field will be reflected in recfSlotUpdate. A module update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this DSM.

Parameter Type = Non-intrusive. Specifies partition ID of this CDR log. Changes to this field will be reflected in recfSlotUpdate. A module update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this DSM.

Parameter Type = Internal.

Parameter Type = Intrusive. Setting to erase will fail if the port has any unremoved INLs or channels that are not disconnected. Otherwise, it will return the port's configuration to its default values, and erase any bundles, INLs, and channels on the port. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'updateReq': 2, 'resetReq': 3.

Parameter Type = Intrusive. Enumeration: 'attESF': 2, 'sf': 1, 'ansiESF': 3.

Parameter Type = Intrusive. Enumeration: 'ami': 2, 'zeroCodeSuppression': 3, 'b8zs': 1.

Parameter Type = Intrusive. This field refers to the line build out of the T1M port. The values should be interpreted as follows: a: 0 dB b: -7.5 dB c: -15 dB. Enumeration: 'a': 1, 'c': 3, 'b': 2.

Parameter Type = Intrusive. Enumeration: 'from400to533ft': 4, 'from267to399ft': 3, 'fccOptionA': 6, 'from0to133ft': 1, 'from534to655ft': 5, 'from134to266ft': 2.

Parameter Type = Intrusive. Enumeration: 'g26db': 2, 'g36db': 1.

Parameter Type = Immediate. Each byte represents a DS0 in T1m Port, starting 1 from the right most byte. The bundle is identified by the number of the lowest DS0 of the bundle.

Parameter Type = Non-intrusive.

Parameter Type = Non-intrusive.

Parameter Type = Non-intrusive. If port BER quality is below this threshold for four consecutive seconds, a port error alarm will be sent.

Parameter Type = Non-intrusive. If port BER quality is below this threshold for ten consecutive seconds, a port down alarm will be sent.

Parameter Type = Non-intrusive. Enumeration: 'toggleIfPortFail': 61, 'noToggle': 62.

Parameter Type = Intrusive. Enumeration: 'x7f': 1, 'x1a': 2, 'xd5': 3, 'x7e': 4.

Parameter Type = Intrusive. Enumeration: 'markSpace': 4, 'mark': 2, 'spaceMark': 3, 'space': 1.

Parameter Type = Intrusive. Enumeration: 'markSpace': 4, 'mark': 2, 'spaceMark': 3, 'space': 1.

Parameter Type = Intrusive. Enumeration: 'spaceMark': 3, 'spaceSpace': 1, 'markMark': 2, 'markSpace': 4.

Parameter Type = Intrusive. Enumeration: 'inverted': 2, 'normal': 1.

Parameter Type = Internal.

Parameter Type = Intrusive. Setting to erase will fail if the port has any unremoved INLs or channels that are not disconnected. Otherwise, it will return the port's configuration to its default values, and erase any bundles, INLs, and channels on the port. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'updateReq': 2, 'resetReq': 3.

Parameter Type = Intrusive. Enumeration: 'g732s': 2, 'g732n': 1.

Parameter Type = Intrusive. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Intrusive. Enumeration: 'inverted': 2, 'normal': 1.

Parameter Type = Intrusive.

Parameter Type = Intrusive.

Parameter Type = Intrusive. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Intrusive. Enumeration: 'ignore': 2, 'monitor': 1.

Parameter Type = Immediate. Each byte represents a DS0 in E1m Port, starting 1 from the right most byte. The bundle is identified by the number of the lowest DS0 of the bundle. If framing is g732s, time slot 16 is reserved to be a signalling byte.

Parameter Type = Non-intrusive.

Parameter Type = Non-intrusive.

Parameter Type = Non-intrusive. If port BER quality is below this threshold for four consecutive seconds, a port error alarm will be sent.

Parameter Type = Non-intrusive. If port BER quality is below this threshold for ten consecutive seconds, a port down alarm will be sent.

Parameter Type = Non-intrusive. Enumeration: 'toggleIfPortFail': 61, 'noToggle': 62.

Parameter Type = Intrusive. Enumeration: 'x7f': 1, 'x1a': 2, 'xd5': 3, 'x7e': 4.

Parameter Type = Intrusive. Enumeration: 'markSpace': 4, 'mark': 2, 'spaceMark': 3, 'space': 1.

Parameter Type = Intrusive. Enumeration: 'markSpace': 4, 'mark': 2, 'spaceMark': 3, 'space': 1.

Parameter Type = Intrusive. Enumeration: 'spaceMark': 3, 'spaceSpace': 1, 'markMark': 2, 'markSpace': 4.

Parameter Type = Internal.

Parameter Type = Intrusive. Setting to erase will fail if the port has any unremoved INLs or channels that are not disconnected. Otherwise, it will return the port's configuration to its default values, and erase any INLs and channels on the port. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Intrusive. Enumeration: 'loaded': 1, 'updateReq': 2, 'resetReq': 3.

Parameter Type = Intrusive. s is for subrate speeds. b is for bundle speeds (n x 64K). sf is for stuffed speeds (n x 56K). bsf is for speeds that can be bundle (b8bit) or stuffed (b7bit), depending on the value of recfSdmPortBitMode. sf56k is the switched 56k if recfSdmDeviceType=2. Enumeration: 'sf280k': 2100, 'bsf448k': 3360, 'b1664k': 12480, 'sf504k': 3780, 'b768k': 5760, 'b1728k': 12960, 'sf1064k': 7980, 'sf560k': 4200, 'sf1288k': 9660, 'sf224k': 1680, 'sf1176k': 8820, 'b1280k': 9600, 'b704k': 5280, 'sf336k': 2520, 's9600': 72, 'sf952k': 7140, 'sf840k': 6300, 's38400': 288, 'b1216k': 9120, 'bsf1344k': 10080, 'b1152k': 8640, 'b1472k': 11040, 'sf1008k': 7560, 'b128k': 960, 'b1856k': 13920, 'b2048k': 15360, 'b1024k': 7680, 'sf168k': 1260, 'sf392k': 2940, 'b1088k': 8160, 'b1600k': 12000, 'b384k': 2880, 'sf1232k': 9240, 'b512k': 3840, 's4800': 36, 'sf112k': 840, 'sf728k': 5460, 'b640k': 4800, 'b1984k': 14880, 'b1408k': 10560, 's19200': 144, 'b1792k': 13440, 'b64k': 480, 'sf56k': 420, 'sf784k': 5880, 'sf672k': 5040, 'b1920k': 14400, 'b256k': 1920, 'b320k': 2400, 'bsf896k': 6720, 'b960k': 7200, 'b1536k': 11520, 's48000': 360, 'b832k': 6240, 's14400': 108, 'sf1120k': 8400, 's2400': 18, 'b576k': 4320, 'sf616k': 4620, 'b192k': 1440, 's7200': 54, 's1200': 9.

Parameter Type = Intrusive. Enumeration: 'dce1': 4, 'dce2': 5, 'dce3': 6, 'dte3': 3, 'dte2': 2, 'dte1': 1.

Parameter Type = Intrusive. Enumeration: 'receive': 2, 'system': 1, 'send': 3.

Parameter Type = Intrusive. Enumeration: 'b8bit': 2, 'b7bit': 1.

Parameter Type = Intrusive. Enumeration: 'spaceFF': 6, 'space': 5, 'mark': 3, 'doNothing': 1, 'markFF': 4, 'forceFNS': 2.

Parameter Type = Intrusive. Enumeration: 'dsrDtr': 2, 'trans': 3.

Parameter Type = Intrusive. Enumeration: 'inverted': 2, 'normal': 1.

Parameter Type = Intrusive. Enumeration: 'inl': 4, 'bandContent': 3, 'null': 1, 'io': 2, 'fsm16Connect': 5.

Parameter Type = Intrusive. Applicable only if recfSdmPortType is set to inl.

Parameter Type = Intrusive. This field indicates the type of device connected to the port. Values 1-10 and 255 are reserved by ST-50, of which 1 is for voice, 2 is for switch 56, 3 is for clear channel, and 255 is for INL. Values 11 to 254 can be used by the user to define user-specific device types. For TDM channels connected between I/O ports, the channel will not connect if the device types do not match. For I/O to server port connections, the device types will not be compared. This field is not used by the ST node if recfSdmPortType is null or inl. Note that if the recfSdmPortType is inl but this field is not 255, the inl will not be failed. Also, if the recfSdmPortType is not inl but this field is 255, then the channel defined on this port will still be able to connect.

Parameter Type = Intrusive.

Parameter Type = Intrusive. The four least significant bits represent whether the function mapped to that bit should be forced or not. bit 1 (lsb) - DSR if DCE, DTR if DTE bit 2 - DCD if DCE, RTS if DTE bit 3 - reserved bit 4 - CTS if DCE, reserved if DTE The four most significant bits represent what the function mapped to that bit should be forced to when that function is suppose to be forced. bit 5 - DSR if DCE, DTR if DTE bit 6 - DCD if DCE, RTS if DTE bit 7 - reserved bit 8 - CTS if DCE, reserved if DTE

Parameter Type = Intrusive. Enumeration: 'nf4f4': 8, 'f2nf2': 2, 'f1nf1': 1, 'disable': 255, 'f4nf4': 7.

Parameter Type = Intrusive. Indicates whether the SDM port should support the signals for LL, RL, and TM. If a signal is supported, then that loopback signal will be recognized by the SDM. Otherwise, the signal will be ignored. Enumeration: 'none': 15, 'rlTm': 3, 'll': 13, 'llTm': 5, 'llRlTm': 1, 'tm': 7, 'llRl': 9, 'rl': 11.

Parameter Type = Intrusive. Enumeration: 'enable': 15, 'disable': 3.

Parameter Type = Non-intrusive. Enumeration: 'toggleIfPortFail': 61, 'noToggle': 62.

Parameter Type = Intrusive. Specifies the polarity of KG-resync signal. Enumeration: 'kgPositive': 1, 'kgNegative': 2.

Parameter Type = Intrusive. Specifies the type of of KG-resync signal. Enumeration: 'kgPulse': 1, 'kgLevel': 2.

Parameter Type = Intrusive. Specifies the KG-resync mode. Enumeration: 'kgEnable': 1, 'kgDisable': 2.

Parameter Type = Internal.

Parameter Type = Intrusive. Setting to erase will fail if the bundle has an unremoved INL or a channel that is not disconnected. Otherwise, it will erase the bundle configuration as well as the INL or channel defined on the bundle. It will also erase this bundle from the T1M or E1M port bundle map. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'updateReq': 2, 'resetReq': 3.

Parameter Type = Intrusive. Enumeration: 'a': 2, 'abcd': 4, 'none': 1, 'ab': 3.

Parameter Type = Intrusive. Enumeration: 'x7f': 1, 'x1a': 2, 'xd5': 3, 'x7e': 4.

Parameter Type = Intrusive. Enumeration: 'markSpace': 4, 'mark': 2, 'spaceMark': 3, 'space': 1.

Parameter Type = Intrusive. Enumeration: 'markSpace': 4, 'mark': 2, 'spaceMark': 3, 'space': 1.

Parameter Type = Intrusive. Enumeration: 'spaceMark': 3, 'spaceSpace': 1, 'markMark': 2, 'markSpace': 4.

Parameter Type = Intrusive. Enumeration: 'mark': 2, 'space': 1.

Parameter Type = Intrusive. Bit pattern output to equipment indicating bundle availability. T1M bundles will have a default pattern of a0-b0-c0-d0. E1M bundles will have a default pattern of a0-b1-c0-d1. Enumeration: 'a1-b0-c1-d0': 5, 'a1-b0-c1-d1': 13, 'a0-b0-c1-d1': 12, 'a0-b0-c1-d0': 4, 'a1-b1-c1-d1': 15, 'a1-b1-c1-d0': 7, 'a0-b1-c1-d0': 6, 'a0-b1-c1-d1': 14, 'a1-b0-c0-d1': 9, 'a1-b0-c0-d0': 1, 'a1-b1-c0-d0': 3, 'a0-b0-c0-d0': 16, 'a0-b0-c0-d1': 8, 'a1-b1-c0-d1': 11, 'a0-b1-c0-d1': 10, 'a0-b1-c0-d0': 2.

Parameter Type = Intrusive. Enumeration: 'sec90': 90, 'sec240': 240, 'sec200': 200, 'sec150': 150, 'sec30': 30, 'sec190': 190, 'sec70': 70, 'sec50': 50, 'sec10': 10, 'sec100': 100, 'permanent': 255, 'sec5': 5, 'sec230': 230, 'sec120': 120, 'sec80': 80, 'sec160': 160, 'sec210': 210, 'sec140': 140, 'sec20': 20, 'sec180': 180, 'sec40': 40, 'sec60': 60, 'sec110': 110, 'sec220': 220, 'sec170': 170, 'sec130': 130.

Parameter Type = Non-intrusive. For bandwidth contention channel. Enumeration: 'ms600': 12, 'ms800': 16, 'ms300': 6, 'ms150': 3, 'ms700': 14, 'ms250': 5, 'ms750': 15, 'ms400': 8, 'ms50': 1, 'ms100': 2, 'ms900': 18, 'ms450': 9, 'ms500': 10, 'ms950': 19, 'ms1000': 20, 'ms650': 13, 'ms200': 4, 'ms350': 7, 'ms850': 17, 'ms550': 11.

Parameter Type = Non-intrusive. For bandwidth contention channel. Enumeration: 'ms250': 2, 'ms400': 5, 'ms500': 7, 'ms350': 4, 'ms600': 9, 's9': 28, 's8': 27, 's3': 22, 'ms750': 12, 's1': 20, 's7': 26, 's6': 25, 's5': 24, 's4': 23, 'ms950': 16, 'ms850': 14, 'ms300': 3, 's10': 29, 'ms450': 6, 'ms650': 10, 'ms550': 8, 'ms800': 13, 'none': 1, 'ms700': 11, 'ms900': 15, 's2': 21.

Parameter Type = Non-intrusive. For bandwidth contention channel. Units that start with 's' are in units of 1/10 seconds (i.e., s10 is 1.0 seconds). Enumeration: 's170': 43, 's285': 66, 's175': 44, 's280': 65, 's205': 50, 's200': 49, 's375': 84, 'ms400': 6, 's370': 83, 's55': 20, 's50': 19, 'ms200': 2, 's135': 36, 's230': 55, 's235': 56, 's105': 30, 's340': 77, 's100': 29, 's345': 78, 's185': 46, 's180': 45, 's130': 35, 's355': 80, 's350': 79, 'ms350': 5, 's45': 18, 's225': 54, 's115': 32, 's220': 53, 's110': 31, 's40': 17, 's195': 48, 's190': 47, 's70': 23, 's75': 24, 's10': 11, 's15': 12, 's320': 73, 's90': 27, 's325': 74, 's95': 28, 's250': 59, 's120': 33, 's255': 60, 's125': 34, 's65': 22, 's60': 21, 's410': 91, 's80': 25, 's400': 89, 's330': 75, 's405': 90, 's85': 26, 's335': 76, 's240': 57, 's245': 58, 's35': 16, 's30': 15, 's140': 37, 'ms450': 7, 's275': 64, 's145': 38, 's270': 63, 's305': 70, 's300': 69, 's385': 86, 's380': 85, 's265': 62, 'ms250': 3, 's260': 61, 's150': 39, 'ms500': 8, 's155': 40, 's310': 71, 's315': 72, 's390': 87, 'ms150': 1, 's395': 88, 'ms300': 4, 's295': 68, 's165': 42, 's290': 67, 's160': 41, 's215': 52, 's210': 51, 's365': 82, 's360': 81, 's20': 13, 's25': 14.

Parameter Type = Intrusive. For voice channel. Enumeration: 'p3db': 3, 'p0db': 2, 'p9db': 5, 'p6db': 4.

Parameter Type = Intrusive. For voice channel. Enumeration: 'p3db': 3, 'p0db': 2, 'p9db': 5, 'p6db': 4.

Parameter Type = Intrusive. Enumeration: 'inl': 4, 'bandContent': 3, 'null': 1, 'io': 2.

Parameter Type = Internal. Applicable only if recfBundleType is set to inl.

Parameter Type = Non-intrusive. This field indicates the type of device connected to the port. Values 1-10 and 255 are reserved by ST-50, of which 1 is for voice, 2 is for switch 56, 3 is for clear channel, and 255 is for INL. Values 11 to 254 can be used by the user to define user-specific device types. For TDM channels connected between I/O ports, the channel will not connect if the device types do not match. For I/O to server port connections, the device types will not be compared. This field is not used by the ST node if recfBundleType is null or inl. Note that if the recfBundleType is inl but this field is not 255, the inl will not be failed. Also, if the recfBundleType is not inl but this field is 255, then the channel defined on this port will still be able to connect.

Parameter Type = Intrusive. If bundle type is not bandwidth contention, this field is ignored. This field defines the type of contention application. E&M contention type is to be used for E&M connections. FXO contention type is to be used for FXO channels in FXO/FXS contention mode. FXS contention type is to be used for FXS channels in FXO/FXS contention mode. FXS-ARD contention type is to be used for FXS auto ring down channels in contention mode. SIGNALINVERT contention type is NOT used any more. For the polarity of signal bit defintion for channel connect/disconnect, see description in recfBundleSigInversion. Enumeration: 'em': 1, 'signalInvert': 3, 'fxs': 6, 'fxo': 4, 'disable': 2, 'fxs-ard': 5.

Parameter Type = Intrusive.

Parameter Type = Intrusive. Bit pattern output to equipment indicating bundle busy. If the value is oos, then the busy pattern will be the same as the OOS idle pattern. If the value is reverse, then the busy pattern's A bit will be the inverse of the A bit value from the bundle bandwidth contention idle pattern. For T1M bundles, the B, C, and D bits will follow the A bit of the busy pattern. For E1M bundles, the B bit will be 1, the C bit will be 0, and the D bit will be 1. Enumeration: 'a1-b0-c1-d0': 5, 'a1-b0-c1-d1': 13, 'a0-b0-c1-d1': 12, 'a0-b0-c1-d0': 4, 'a1-b1-c1-d1': 15, 'a1-b1-c1-d0': 7, 'a0-b1-c1-d0': 6, 'a0-b1-c1-d1': 14, 'a1-b0-c0-d1': 9, 'a1-b0-c0-d0': 1, 'a1-b1-c0-d0': 3, 'oos': 254, 'a0-b0-c0-d0': 16, 'a0-b0-c0-d1': 8, 'a1-b1-c0-d1': 11, 'a0-b1-c0-d1': 10, 'a0-b1-c0-d0': 2, 'reverse': 255.

Parameter Type = Intrusive. INTRODUCED 2.0.0 For an E1M bundle, the meanings of these values are reversed. That is, if this parameter is set as normal, the ABCD signal polarity will be inverted on the ST bus. If it is set as inverted, the ABCD signal polarity will NOT be inverted on the ST bus. Contention channel connect/disconnect will be affected by this filed: a) For a T1M bundle set as normal or an E1M bundle set as inverted: If recfBundleContentionSet is set as E&M: Connections are initiated when the incoming A bit is set to 1. Disconnections are triggered when the incoming A bit is set to 0. If recfBundleContentionSet is set as FXS: Connections are initiated when the incoming A bit is set to 1. Disconnections are triggered when the incoming A bit is set to 0. If recfBundleContentionSet is set as FXO: Connections are initiated when the incoming B bit is set to 0. Before FXS answers the call, disconnections will be triggered when the B bit is set to 1. If recfBundleContentionSet is set as FXS-ARD: Connections are initiated when the incoming A bit is set to 0. Disconnections are triggered when the incoming A bit is a 1. b) For a T1M bundle set as inverted or an E1M bundle set as normal: If recfBundleContentionSet is set as E&M: Connections are initiated when the incoming A bit is set to 0. Disconnections are triggered when the incoming A bit is set to 1. If recfBundleContentionSet is set as FXS: Connections are initiated when the incoming A bit is set to 0. Disconnections are triggered when the incoming A bit is set to 1. If recfBundleContentionSet is set as FXO: Connections are initiated when the incoming B bit is set to 1. Before FXS answers the call, disconnections will be triggered when the B bit is set to 0. If recfBundleContentionSet is set as FXS-ARD: Connections are initiated when the incoming A bit is set to 1. Disconnections are triggered when the incoming A bit is set to 0. Enumeration: 'inverted': 2, 'normal': 1.

Parameter Type = Intrusive. INTRODUCED 2.0.0 The default value must be used unless specific user equipment explicitly requires data to be inverted. Enumeration: 'inverted': 2, 'normal': 1.

Parameter Type = Intrusive. INTRODUCED 2.0.0 The values specify the following setup: - T1M - u_Law E1M - a_Law - T1M - a_Law E1M - u_Law. Enumeration: 'converted': 2, 'native': 1.

Parameter Type = Internal.

Parameter Type = Intrusive. Setting this field will set the INL number field in the port or bundle configuration to this INL's number.

Parameter Type = Intrusive. Setting to erase will fail if the INL has not been removed. Otherwise, it will erase the INL configuration, and set the INL number field in the port or bundle configuration to zero. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'updateReq': 2, 'resetReq': 3.

Parameter Type = Intrusive. Unit of bps.

Parameter Type = Intrusive. Maximum packet bandwidth, in units of DS0. (INL Bandwidth - recfMaxPacketDS0) is the guaranteed TDM bandwidth.

Parameter Type = Intrusive. This number represents the CIR occupancy percentage (x) of the packet band bandwidth. The INL bandwidth allocation shall follow the following rules: 1. (SUM of all TDM channel bandwidth) <= INLMaxTDMDS0 2. (SUM of all packet channel CIR) <= x * INLMaxPacketDS0 3. (SUM of all TDM channel bandwidth) + 1/x * (SUM of all packet channel CIR ) <= INL Bandwidth.

Parameter Type = Intrusive. Maximum TDM bandwidth, in units of DS0. (INL Bandwidth - recfMaxTDMDS0) is the guaranteed packet bandwidth.

Parameter Type = Non-intrusive. Up to seven groups for each INL. Bit map bits 1 (lsb) to 7 indicates the group(s) of the INL.

Parameter Type = Non-intrusive. Assigned by user.

Parameter Type = Non-intrusive. Enumeration: 'encrypted': 2, 'normal': 1.

Parameter Type = Non-intrusive.

Parameter Type = Non-intrusive. In units of seconds. To disqualify a INL beyond.

Parameter Type = Internal. For EMS usage. Enumeration: 'yes': 1, 'no': 2.

Parameter Type = Intrusive. 0 means don't care.

Parameter Type = Intrusive. INL number of remote side. 0 means don't care.

Parameter Type = Internal. Used by security server to enforce shared node.

Parameter Type = Internal. Used by Link Maintenance to take action in KG-resync mode. Enumeration: 'kgEnable': 1, 'kgDisable': 2.

Parameter Type = Internal.

Parameter Type = Immediate.

Parameter Type = Immediate.

Parameter Type = Intrusive. Indicates whether the channel can be used in a connection request or not. The value erase is used to wipe out the channel configuration MIB. Setting this to erase will not succeed if the channel is not disconnected. Enumeration: 'enable': 1, 'erase': 3, 'disable': 2.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Internal. The type of module on which this channel endpoint is located. Derived from the port or that the channel is configured on. Enumeration: 'lgm': 8, 'rtm': 14, 't1m': 5, 'fsm': 11, 'sgmAg': 13, 'dsm': 19, 'e1m': 6, 'sdm': 12, 'sgm': 7, 'e3m': 20, 'asm': 9.

Parameter Type = Internal. The type of device connected to this channel endpoint. Derived from the port or bundle that the channel is configured on. Always zero for server ports. Values 1-10 are reserved by ST-50, of which 1 is for voice, 2 is for switch 56, and 3 is for clear channel. Values 11 and up can be used by the user to define user-specific device types. For TDM channels connected between I/O ports, the channel will not connect if the device types do not match. For I/O to server port connections, the device types will not be compared.

Parameter Type = Intrusive.

Parameter Type = Internal. For EMS usage. Enumeration: 'yes': 1, 'no': 2.

Parameter Type = Internal. Used by security server to enforce shared node. Derived from end point.

Parameter Type = Internal. If value is connected, then restChannelStatus is also set to connected. If value is processing, then restChannelStatus is set to any value besides connected and disconnected. For all other values, restChannelStatus is set to disconnected and this attribute specifies the reason for the disconnection. Enumeration: 'destChMibOff': 118, 'destIoUnusable': 112, 'rejectByDestModule': 129, 'destExceedSharedBw': 120, 'linkDisconnectError': 94, 'noInlBw': 41, 'notApplicable': 255, 'noDestChMIB': 89, 'notMatchPartition': 93, 'notMatchIoSpeed': 92, 'notMatchBitMode': 113, 'noSourceChProfile': 110, 'disconnectedSAF': 125, 'destMismatch': 116, 'noBypassServer': 151, 'noDestChProfile': 111, 'noSrcServer': 152, 'noDestLgmSaf': 167, 'destBusy': 115, 'rejectBySourceModule': 128, 'noDestSgmScf': 157, 'noSourceIoMIB': 86, 'noSrcRtmScf': 172, 'sourceIoUnusable': 88, 'noDestIoMIB': 90, 'noDestAgmScf': 161, 'noDestAgmSaf': 159, 'noSrcVoicePort': 174, 'noSrcAgmSaf': 158, 'noSrcAgmScf': 160, 'noDestVoicePort': 175, 'noSrcAsmScf': 164, 'processing': 34, 'nodeReset': 33, 'noDestSgmSaf': 155, 'connected': 35, 'noDestLgmScf': 169, 'noDestAsmScf': 165, 'contentionTerminate': 104, 'sourceExceedSharedBw': 119, 'sourceChMibOff': 117, 'noSrcLgmSaf': 166, 'noDestRtmSaf': 171, 'noDestRtmScf': 173, 'noSrcLgmScf': 168, 'noRoute': 42, 'noSrcRtmSaf': 170, 'userInitiate': 105, 'channelLimitExceeded': 130, 'noDestAsmSaf': 163, 'noDestServer': 153, 'notMatchSignalling': 114, 'noServer': 30, 'noSrcAsmSaf': 162, 'noSrcSgmScf': 156, 'noSrcSgmSaf': 154, 'notMatchDeviceType': 91.

Parameter Type = Intrusive. Indicates if the remote node ID and remote address in the destination's channel MIB need to verify the source's node ID and address before allowing a channel connection. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Intrusive. Indicates whether a channel should be automatically connected when a port comes up, or if the user is responsible for connecting the channel. Enumeration: 'userInitiate': 2, 'autoConnect': 1.

Parameter Type = Intrusive. INTRODUCED 2.0.0 Specifies the type of special profile that is used on this channel connection. Enumeration: 'voiceProfile': 1, 'none': 255, 'dataProfile': 2.

Parameter Type = Intrusive. INTRODUCED 2.0.0 Specifies the particular special profile index used on this channel connection.

Parameter Type = Intrusive. INTRODUCED 2.0.0 This attribute defines the type of the destination node for this channel. If set to , then the LGM translation table entry indexed by the value of recfTDMChannelDestAddr will be allocated, with the Link2TraStAddr attribute set to the value of recfTDMChannelAddr for this TDM channel. If this attribute has an illegal translation table index value, the command should fail. Enumeration: 'link': 2, 'st': 1.

Parameter Type = Internal.

Parameter Type = Intrusive. Used by EMS ITM and other applications.

Parameter Type = Intrusive. Setting this to erase will erase the port configuration MIB, as well as any TDM and frame relay channels defined on this port. The erase will not succeed if any of the channels on the port are not disconnected. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Intrusive. Enumeration: 'disabled': 3, 'ccittQ933A': 2, 'ansi617D': 1.

Parameter Type = Intrusive. Enumeration: 'sec10': 2, 'sec15': 3, 'sec20': 4, 'sec5': 1, 'sec25': 5, 'sec30': 6.

Parameter Type = Intrusive. Enumeration: 'sec10': 2, 'sec15': 3, 'sec20': 4, 'sec5': 1, 'sec25': 5, 'sec30': 6.

Parameter Type = Intrusive.

Parameter Type = Intrusive.

Parameter Type = Intrusive.

Parameter Type = Intrusive. Indicates port usage. For regular HDLC ports, only one connection can be made. All HDLC ports shall be connected to an SDM I/O port. Enumeration: 'ad10': 4, 'userToNetwork': 2, 'regularHdlc': 5, 'networkToUser': 1, 'networkToNetwork': 3.

Parameter Type = Intrusive.

Parameter Type = Intrusive.

Parameter Type = Intrusive. Enumeration: 'b8bit': 2, 'b7bit': 1.

Parameter Type = Intrusive.

Parameter Type = Intrusive. Enumeration: 'yes': 1, 'no': 2.

Parameter Type = Intrusive. This value (in units of bps) is used to determine how many packets per second the I/O to server connection will require from the FSM module resources.

Parameter Type = Intrusive. Enumeration: 'b128': 3, 'b256': 4, 'b32': 1, 'b64': 2.

Parameter Type = Intrusive. Enumeration: 'fsm16': 2, 'fsm64': 3, 'dontCare': 1.

Parameter Type = Intrusive. THIS ATTRIBUTE IS NOT USED. Enumeration: 'pktsize': 1, 'b64': 2, 'b256': 4, 'b512': 5, 'b1024': 6, 'b128': 3.

Parameter Type = Intrusive. THIS ATTRIBUTE IS NOT USED. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Intrusive.

Parameter Type = Intrusive. Enumeration: 'nrzb': 2, 'nrz': 1, 'nrzi-mark': 3, 'nrzi-space': 4.

Parameter Type = Internal. If the end point is a HDLC port, EMS can define a DLCI (1-1023)

Parameter Type = Intrusive.

Parameter Type = Intrusive.

Parameter Type = Intrusive. Indicates whether the channel can be used in a connection request or not. The value erase is used to wipe out the channel configuration MIB. Setting this to erase will not succeed if the channel is not disconnected. Enumeration: 'enable': 1, 'erase': 3, 'disable': 2.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Intrusive. When a channel is added, a notification shall be sent to the associated FSM through maintenance agent. Regular connection is point-to-point. Express routing is for TimeLan Router. Enumeration: 'expressRouting': 3, 'regular': 1.

Parameter Type = Intrusive. Use high for timing critical traffic. 7 is the highest priority.

Parameter Type = Intrusive. Commit information rate (bps).

Parameter Type = Intrusive. Excessive information rate (bps).

Parameter Type = Intrusive. Commit burst rate.

Parameter Type = Intrusive.

Parameter Type = Internal. For EMS internal usage. Enumeration: 'yes': 1, 'no': 2.

Parameter Type = Intrusive. Used for security on shared nodes. For channels defined on FSM port, this attribute can only be set to the port partition ID. For channels defined on DSM PVC port: - on dedicated/root nodes may be set only to the node owner partition ID; - on shared nodes may be set to any partition ID in the node access list.

Parameter Type = Internal. If value is connected, then restChannelStatus is also set to connected. If value is processing, then restChannelStatus is set to any value besides connected and disconnected. For all other values, restChannelStatus is set to disconnected and this attribute specifies the reason for the disconnection. Enumeration: 'destNoAvailableModuleMemory': 140, 'sourceHdlcExcessDlcis': 130, 'destChMibOff': 118, 'destIoUnusable': 112, 'rejectByDestModule': 129, 'destExceedSharedBw': 120, 'bypassNoAvailableThroughput': 141, 'noInlBw': 41, 'notApplicable': 255, 'noDestChMIB': 89, 'destNoAvailablePvc': 135, 'notMatchIoSpeed': 92, 'notMatchPartition': 93, 'destHdlcExcessDlcis': 131, 'noSourceChProfile': 110, 'sourceNoAvailablePvc': 134, 'destMismatch': 116, 'noBypassServer': 151, 'noDestChProfile': 111, 'noSrcServer': 152, 'destBusy': 115, 'rejectBySourceModule': 128, 'noSourceIoMIB': 86, 'sourceIoUnusable': 88, 'noDestIoMIB': 90, 'destNoAvailableThroughput': 138, 'sourceNoAvailableDlcis': 132, 'destNoAvailableDlcis': 133, 'processing': 34, 'nodeReset': 33, 'bypassNoAvailablePvc': 136, 'connected': 35, 'contentionTerminate': 104, 'sourceExceedSharedBw': 119, 'sourceChMibOff': 117, 'noRoute': 42, 'userInitiate': 105, 'sourceNoAvailableModuleMemory': 139, 'noDestServer': 153, 'noServer': 30, 'sourceNoAvailableThroughput': 137, 'notMatchDeviceType': 91.

Parameter Type = Intrusive. Indicates if the remote node ID and remote address in the destination's channel MIB need to verify the source's node ID and address before allowing a channel connection. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Intrusive. Indicates whether a channel should be automatically connected when a port comes up, or if the user is responsible for connecting the channel. Enumeration: 'userInitiate': 2, 'autoConnect': 1.

Parameter Type = Internal. The type of module on which this channel endpoint is located. Derived from the port or that the channel is configured on. Enumeration: 'dsm': 19, 'fsm': 11.

Parameter Type = Internal.

Parameter Type = Intrusive. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Intrusive. The 19.2 kbps speed is not supported on SGM/AG modules with a hardware subtype of 1 or 3. The 56 kbps speed is not supported on SGM/AG modules with a hardware subtype of 3 or 4. The 128 kbps speed is not supported on SGM/AG modules with a hardware subtype of 1 or 4. Enumeration: 'b19200': 144, 'b128000': 960, 'b64000': 480, 'b56000': 420.

Parameter Type = Internal. Defines AD-10 port usage. Each OCTET indicates an AD-10 port type. FF for not defined, 1 for data, 2 for voice and 3 for packet band.

Parameter Type = Intrusive.

Parameter Type = Internal.

Parameter Type = Intrusive. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. If set to resetReq, need to reset the AD-10 data port. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Intrusive. Enumeration: 'a': 1, 'c': 3, 'b': 2, 'd': 4.

Parameter Type = Intrusive.

Parameter Type = Intrusive. Enumeration: 'disabled': 65535, 'b4800': 36, 'b9600': 72, 'b32000': 240, 'b1200': 9, 'b7200': 54, 'b2400': 18, 'b24000': 180, 'b16800': 126, 'b19200': 144, 'b28800': 216, 'b56000': 420, 'b16000': 120, 'b14400': 108, 'b38400': 288, 'b12000': 90, 'b48000': 360.

Parameter Type = Intrusive. Enumeration: 'bisync': 3, 'stat-mux-async': 2, 'hdlc': 4, 'tdm-sync': 1.

Parameter Type = Internal.

Parameter Type = Intrusive. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. If set to resetReq, need to reset the AD-10 voice port. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Intrusive.

Parameter Type = Intrusive.

Parameter Type = Intrusive. Enumeration: 'disabled': 2, 'enabled': 1.

Parameter Type = Intrusive. Enumeration: 'tCelp': 1, 'atc': 2.

Parameter Type = Intrusive. Enumeration: 'faxIIIenable-NSFenable': 1, 'faxIIIenable-NSFdisable': 2, 'faxIIIdisable-NSFdontcare': 3.

Parameter Type = Intrusive. The compressed channel data rate for this AD-10 voice port. For ports using a CELP compression algorithm, only speeds of 5.333 Kbps, 7.2 Kbps, 8 Kbps, and 9.6 Kbps will be supported. For ports using the ATC compression algorithm, only the speeds between 7.466 Kbps and 32 Kbps will be supported. Enumeration: 'b23466': 176, 'b22400': 168, 'b20266': 152, 'b10666': 80, 'b8533': 64, 'b16533': 124, 'b21333': 160, 'b28266': 212, 'b16000': 120, 'b11200': 84, 'b7466': 56, 'b20800': 156, 'b10133': 76, 'b8000': 60, 'b9066': 68, 'b9600': 72, 'b21866': 164, 'b12266': 92, 'b5333': 40, 'b28800': 216, 'b31466': 236, 'b14400': 108, 'b30933': 232, 'b15466': 116, 'b29333': 220, 'b12800': 96, 'b17600': 132, 'b30400': 228, 'b29866': 224, 'b26133': 196, 'b19200': 144, 'b14933': 112, 'b25600': 192, 'b25066': 188, 'b18133': 136, 'b13866': 104, 'b26666': 200, 'b19733': 148, 'disabled': 65535, 'b11733': 88, 'b27733': 208, 'b24533': 184, 'b22933': 172, 'b7200': 54, 'b27200': 204, 'b24000': 180, 'b18666': 140, 'b13333': 100, 'b32000': 240, 'b17066': 128.

Parameter Type = Internal.

Parameter Type = Intrusive. Enumeration: 'off': 2, 'automatic': 1.

Parameter Type = Internal. If set to resetReq, need to reset the AD-10 packet band. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Intrusive. If recfAd10PktBandDBAMode is enabled, then this attribute is ignored. In this case, the actual rate will be dynamically based on the unused bandwidth of the AD-10 aggregrate. Enumeration: 'b2800': 21, 'b56000': 420, 'b6400': 48, 'b22400': 168, 'b2000': 15, 'b1200': 9, 'b25200': 189, 'b16800': 126, 'b4667': 35, 'b24000': 180, 'b10667': 80, 'b16000': 120, 'b11200': 84, 'b18000': 135, 'b72000': 540, 'b7467': 56, 'b4267': 32, 'b57600': 432, 'b8000': 60, 'b50400': 378, 'b3200': 24, 'b5600': 42, 'b12000': 90, 'b37334': 280, 'b6000': 45, 'b9600': 72, 'b89600': 672, 'b44800': 336, 'b64000': 480, 'b74667': 560, 'b3734': 28, 'b1867': 14, 'b28800': 216, 'b5334': 40, 'b128000': 960, 'b14400': 108, 'b28000': 210, 'b21334': 160, 'b38400': 288, 'b1334': 10, 'b12800': 96, 'b115200': 864, 'b100800': 756, 'b29867': 224, 'b2667': 20, 'b48000': 360, 'b2134': 16, 'b1600': 12, 'b2400': 18, 'b19200': 144, 'b4000': 30, 'b14934': 112, 'b67200': 504, 'b9334': 70, 'b8400': 63, 'b42000': 315, 'b36000': 270, 'b96000': 720, 'b126000': 945, 'b33600': 252, 'b32000': 240, 'b7200': 54, 'b112000': 840, 'b18667': 140, 'b84000': 630, 'b3600': 27, 'b4800': 36, 'b14000': 105.

Parameter Type = Intrusive. Enumeration: 'disabled': 2, 'enabled': 1.

Trunk group entries in this table will map a single AD-10 trunk group address to multiple AD-10 port addresses. It is intended to provide port contention within a single AD-10 unit.

Parameter Type = Internal. Address of the AD-10 trunk group.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Erase will fail if there are any AD-10 channels connected that are using this trunk group MIB. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Defines the AGM port that this AD-10 trunk group may be connected to. The range of available AD-10 ports is determined by this field, recfAd10TrkGrpLowElement, and recfAd10TrkGrpHighElement.

Parameter Type = Immediate. Changes will not affect channels that are already connected. The low end of the element range available for use by this AD-10 trunk group on on the AGM port set in recfAd10TrkGrpAgmPort. If the value of this field is greater than recfAd10TrkGrpHighElement, then this trunk group is invalid, and any attempt to connect a channel using this trunk group will fail.

Parameter Type = Immediate. Changes will not affect channels that are already connected. The high end of the element range available for use by this AD-10 trunk group on on the AGM port set in recfAd10TrkGrpAgmPort. If the value of this field is less than recfAd10TrkGrpLowElement, then this trunk group is invalid, and any attempt to connect a channel using this trunk group will fail.

Parameter Type = Immediate. Changes will not affect channels that are already connected. The node that any AD-10 subrate channel using this trunk group will connect to. May be the same as the local node that this AD-10 trunk group is defined on.

Parameter Type = Immediate. Changes will not affect channels that are already connected. The trunk group used for the remote end of any AD-10 subrate channel using this trunk group.

Parameter Type = Immediate. Changes will not affect channels that are already connected. The partition ID of this trunk group. Used to enforce security on shared node.

Parameter Type = Immediate. INTRODUCED 2.0.0 Indicates the search order within the range specified by recfAd10TrkGrpLowElement and recfAd10TrkGrpHighElement attributes. Enumeration: 'lowHigh': 1, 'highLow': 2.

Parameter Type = Internal.

Parameter Type = Intrusive. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Internal. Enumeration: 'b64000': 480.

Parameter Type = Intrusive. Enumeration: 'ad7': 7, 'div3': 3, 'div2': 2.

Parameter Type = Intrusive.

Parameter Type = Intrusive. Time before the port will go out-of-service. If disabled, port will never go OOS. Enumeration: 'disabled': 255, 'sec30': 30, 'sec19': 19, 'sec18': 18, 'sec11': 11, 'sec10': 10, 'sec13': 13, 'sec12': 12, 'sec15': 15, 'sec14': 14, 'sec17': 17, 'sec16': 16, 'sec3': 3, 'sec5': 5, 'sec4': 4, 'sec7': 7, 'sec6': 6, 'sec9': 9, 'sec8': 8, 'sec20': 20, 'sec21': 21, 'sec22': 22, 'sec23': 23, 'sec24': 24, 'sec25': 25, 'sec26': 26, 'sec27': 27, 'sec28': 28, 'sec29': 29.

Parameter Type = Intrusive. Enumeration: 'p8': 8, 'p16': 16, 'p4': 4.

Parameter Type = Intrusive. The following is the map between bits in the bit map and housekeeping bits. bit 0 (lsb) - 'H' bit 1 - 'G' bit 2 - 'F' bit 3 - 'E' bit 4 - 'D' bit 5 - 'C' bit 6 - 'B' bit 7 - reserved

Parameter Type = Internal. Each byte indicates the usage of the circuit on the X.50 aggregate. 1 is for defined, and 0xFF is for undefined.

Parameter Type = Intrusive.

Parameter Type = Internal.

Parameter Type = Intrusive. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. If set to resetReq, need to reset the ASM X.50 circuit. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Intrusive. Enumeration: 's2400': 18, 's4800': 36, 's9600': 72, 's19200': 144.

Parameter Type = Intrusive. Enumeration: 'ab': 81, 'cd': 83, 'b4': 17, 'b1': 2, 'b2': 7, 'b3': 12, 'd4': 19, 'd2': 9, 'd3': 14, 'd1': 4, 'e2': 10, 'e4': 20, 'a1': 1, 'a3': 11, 'a2': 6, 'a4': 16, 'c3': 13, 'c2': 8, 'c1': 3, 'e1': 5, 'e3': 15, 'c4': 18, 'a': 41, 'c': 43, 'b': 42, 'e': 45, 'd': 44.

Parameter Type = Intrusive. Enumeration: 'p8': 8, 'p16': 16, 'p6': 6, 'p12': 12, 'p4': 4.

Parameter Type = Intrusive. Enumeration: 'zero': 2, 'one': 1.

Trunk group entries in this table will serve as a profile for multiple physical ASM ports. If intended to use as a non-contention system, then this trunk group will represent only one ASM Voice port.

Parameter Type = Internal. Address of the voice trunk group.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Erase will fail if there are any voice channels connected that are using this trunk group MIB. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Defines the T1M/E1M port that this voice trunk group may be connected to. The range of available bundles is determined by this field, recfAsmVoiceTrkGrpLowElement, and recfAsmVoiceTrkGrpHighElement.

Parameter Type = Immediate. Changes will not affect channels that are already connected. The low end of the element range available for use by this Voice trunk group on on the T1M/E1M port set in recfAsmVoiceTrkGrpPort. If the value of this field is the same as recfAsmVoiceTrkGrpHighElement, then this Voice port is not a contention port. If the value of this field is greater than recfAsmVoiceTrkGrpHighElement, then this trunk group is invalid, and any attempt to connect a channel using this trunk group will fail.

Parameter Type = Immediate. Changes will not affect channels that are already connected. The high end of the element range available for use by this voice trunk group on on the T1M/E1M port set in recfAsmVoiceTrkGrpPort. If the value of this field is the same as recfAsmVoiceTrkGrpLowElement, then this voice port is not a contention port. If the value of this field is less than recfAsmVoiceTrkGrpLowElement, then this trunk group is invalid, and any attempt to connect a channel using this trunk group will fail.

Parameter Type = Immediate. Changes will not affect channels that are already connected. The node that any voice subrate channel using this trunk group will connect to. May be the same as the local node that this voice trunk group is defined on.

Parameter Type = Immediate. Changes will not affect channels that are already connected. The trunk group used for the remote end of any voice subrate channel using this trunk group.

Parameter Type = Immediate. Changes will not affect channels that are already connected. The partition ID of this trunk group. Used to enforce security on shared node.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Defines which compression algorithm to use for voice channels connected using this voice trunk group. Enumeration: 'tCelp': 1, 'adpcm': 3, 'atc': 2.

Parameter Type = Immediate. Changes will not affect channels that are already connected. The compressed channel data rate for any voice subrate connections using this voice trunk group. For channels using a CELP compression algorithm, only speeds of 5.333 Kbps, 7.2 Kbps, 8 Kbps, and 9.6 Kbps will be supported. For channels using the ATC compression algorithm, only the speeds between 7.466 Kbps and 32 Kbps will be supported. For channels using the ADPCM compression algorithm, only the speeds 31.733 and 32.000 Kbps will be supported. Enumeration: 'b23466': 176, 'b22400': 168, 'b20266': 152, 'b10666': 80, 'b8533': 64, 'b16533': 124, 'b21333': 160, 'b28266': 212, 'b16000': 120, 'b11200': 84, 'b31733': 238, 'b7466': 56, 'b20800': 156, 'b10133': 76, 'b8000': 60, 'b9066': 68, 'b36000': 270, 'b9600': 72, 'b21866': 164, 'b12266': 92, 'b5333': 40, 'b28800': 216, 'b31466': 236, 'b14400': 108, 'b30933': 232, 'b15466': 116, 'b29333': 220, 'b12800': 96, 'b17600': 132, 'b30400': 228, 'b29866': 224, 'b26133': 196, 'b19200': 144, 'b14933': 112, 'b25600': 192, 'b25066': 188, 'b18133': 136, 'b13866': 104, 'b26666': 200, 'b19733': 148, 'b11733': 88, 'b27733': 208, 'b24533': 184, 'b22933': 172, 'b7200': 54, 'b27200': 204, 'b24000': 180, 'b18666': 140, 'b13333': 100, 'b32000': 240, 'b17066': 128.

Parameter Type = Immediate. Changes will not affect channels that are already connected. The type of signaling used by the T1M/E1M bundles that connect to voice ports using this trunk group. Enumeration: 'a': 2, 'abcd': 4, 'none': 1, 'ab': 3, 'ac15-dp': 9, 'ac15-dtmf': 8.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Controls the DTMF relay on any ASM voice ports that use this trunk group. When enabled, DTMF signals are transferred through the connection. Not applicable in ADPCM mode. Enumeration: 'enable': 2, 'disable': 1.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Controls the fax relay on any ASM voice ports that use this trunk group. When enabled, fax operation will be supported over the connection. Not applicable in ADPCM mode. Enumeration: 'enable': 2, 'disable': 1.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Controls the non-standard fax mode on any ASM voice ports that use this trunk group. Not applicable in ADPCM mode. Enumeration: 'enable': 2, 'disable': 1.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Controls the transmit audio source on any ASM voice ports that use this trunk group. Enumeration: 'toneDMW': 3, 'silence': 2, 'normal': 1.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Controls the receive audio output on any ASM voice ports that use this trunk group. Enumeration: 'toneDMW': 3, 'silence': 2, 'normal': 1.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Controls the echo cancellation on any ASM voice ports that use this trunk group. Not applicable in ADPCM mode. Enumeration: 'enable': 2, 'disable': 1.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Controls the non-linear processing inside the echo canceller on any ASM voice ports that use this trunk group. Not applicable in ADPCM mode. Enumeration: 'enable': 2, 'disable': 1.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Controls the 2100 Hz detection logic and data mode operation with the ATC vocoder on any ASM Voice ports that use this trunk group. Enumeration: 'enable': 2, 'disable': 1.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Controls the transmit PCM gain on any ASM voice ports that use this trunk group. Range is defined from -33.0 dB to +18.0 dB with .2 dB increments. Default is 0 dB.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Controls the receive PCM gain on any ASM voice ports that use this trunk group. Range is defined from -33.0 dB to +18.0 dB with .2 dB increments. Default is 0 dB.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Controls the vocoder mode on any ASM voice ports that use this trunk group. Not applicable in ADPCM mode. Enumeration: 'disable': 2, 'normal': 1.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Defines the idle signaling pattern on any ASM voice ports that use this trunk group. This pattern is delivered to receive signal channel connections at times prior to the availability of a verified reliable signal channel source. Enumeration: 'a1-b0-c1-d0': 5, 'a1-b0-c1-d1': 13, 'a0-b0-c1-d1': 12, 'a0-b0-c1-d0': 4, 'a1-b1-c1-d1': 15, 'a1-b1-c1-d0': 7, 'a0-b1-c1-d0': 6, 'a0-b1-c1-d1': 14, 'a1-b0-c0-d1': 9, 'a1-b0-c0-d0': 1, 'a1-b1-c0-d0': 3, 'a0-b0-c0-d0': 16, 'a0-b0-c0-d1': 8, 'a1-b1-c0-d1': 11, 'a0-b1-c0-d1': 10, 'a0-b1-c0-d0': 2.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Size of the phasor (in bytes) on the PCM (64K) side of any ASM voice port using this trunk group.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Size of the phasor (in bytes) on the subrate side of any ASM voice port using this trunk group.

Parameter Type = Immediate. Changes will not affect channels that are already connected. AD-10 and ASM signalling incompatibility parameters. Enumeration: 'fxs-or-em': 4, 'fxo': 3, 'fxs-ard': 2.

Parameter Type = Immediate. Changes will not affect channels that are already connected. AD-10 and ASM signalling incompatibility parameters. Enumeration: 'ad10Em': 4, 'ad10Fxo': 3, 'other': 1, 'ad10Fxs': 2.

Parameter Type = Immediate. Changes will not affect channels that are already connected. Defines the remote signaling pattern on any ASM voice ports that use this trunk group. This pattern is delivered to receive signal channel connections at times prior to the availability of a verified reliable signal channel source. Enumeration: 'a1-b0-c1-d0': 5, 'a1-b0-c1-d1': 13, 'a0-b0-c1-d1': 12, 'a0-b0-c1-d0': 4, 'a1-b1-c1-d1': 15, 'a1-b1-c1-d0': 7, 'a0-b1-c1-d0': 6, 'a0-b1-c1-d1': 14, 'a1-b0-c0-d1': 9, 'a1-b0-c0-d0': 1, 'a1-b1-c0-d0': 3, 'a0-b0-c0-d0': 16, 'a0-b0-c0-d1': 8, 'a1-b1-c0-d1': 11, 'a0-b1-c0-d1': 10, 'a0-b1-c0-d0': 2.

Parameter Type = Immediate. INTRODUCED 2.0.0 Enable autodetection of CELP/ATC channel connected equipment so as to automatically change format to become compatible with either LINK (5 byte) or ST (8 byte) channel modes. Alternately, this parameter hard sets CELP/ATC channels to be compatible only with either LINK or ST mode compatible equipment. Enumeration: 'auto': 1, 'link': 3, 'st': 2.

Parameter Type = Immediate. INTRODUCED 2.0.0 Indicates the search order within the range specified by recfAsmVoiceTrkGrpLowElement and recfAsmVoiceTrkGrpHighElement attributes. Enumeration: 'lowHigh': 1, 'highLow': 2.

Parameter Type = Internal.

Parameter Type = Intrusive. Erase will reset all parameters to their default values. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Intrusive. Setting AD-3 or AD-7 will allocate all of the access device ports with their default parameters. Enumeration: 'ad7': 3, 'null': 1, 'ad3': 2.

Parameter Type = Intrusive. Default value is the partition ID of the node.

Parameter Type = Internal.

Parameter Type = Intrusive. Erase will reset all parameters to their default values. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'resetReq': 3.

Parameter Type = Intrusive. If the speed is set to s56000 and recfRtmAdPortDataBits attribute set to b7, the channel will be transported as a 64000 bit stuffed channel. If the speed is set to s56000 and recfRtmAdPortDataBits attribute set to b8, the channel will be a subrate channel. Enumeration: 's56000': 420, 's9600': 72, 's48000': 360, 's128000': 960, 's32000': 240, 's8000': 60, 's38400': 288, 's4800': 36, 's150': 2, 's64000': 480, 's14400': 108, 's2400': 18, 's19200': 144, 's300': 3, 's1200': 9.

Parameter Type = Intrusive. Value b7 cannot be used in subrate connections. Enumeration: 'b7': 1, 'b8': 2.

Parameter Type = Intrusive. Enumeration: 'async': 2, 'sync': 1.

Parameter Type = Intrusive. Enumeration: 'bandContent': 3, 'null': 1, 'io': 2.

INTRODUCED 2.0.0

Parameter Type = Internal. This is a virtual port address in type:group:port format.

Parameter Type = Intrusive. Setting to erase will fail if the LGM port has any non-removed channels. If successful, returns the initial port configuration (with its default values) and erases any channels defined on this port. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. Enumeration: 'loaded': 1, 'updateReq': 2, 'resetReq': 3.

Parameter Type = Intrusive. Specifies ARQ speed. Unit of bps, i which may not exceed the 9600. Enumeration: 's3200': 1, 's9600': 3, 's6400': 2.

Parameter Type = Non-intrusive. Intended to force channels to use specific groups of LGM ports. There can be up to seven groups for each LGM port. Bit map bits 1 (lsb) to 7 indicates i the group(s) of the LGM.

Parameter Type = Non-intrusive. Enumeration: 'encrypted': 2, 'normal': 1.

Parameter Type = Non-intrusive. Specifies the number of satellite hops per end - to - end point connection. Earth station - satellite - earth station connection represents one hop.

Parameter Type = Intrusive. Specifies number of sync characters per frame. Enumeration: 'syncChar8': 8, 'syncChar4': 4.

Parameter Type = Intrusive. Synchronization level parameter. Enumeration: 'level1': 1, 'level2': 2.

Parameter Type = Non-intrusive. In units of seconds. The Out-Of-Service state is entered if this time is exceeded.

Parameter Type = Intrusive. Used by security server to enforce shared node.

Parameter Type = Intrusive. Defines the bit mode of this port. Enumeration: 'b8Bit': 2, 'b7Bit': 1.

Parameter Type = Non-intrusive. Specifies how the signaling function transport for inband superrate is handled. - reject a channel connection with a NO BANDWIDTH response, so an alternative LINK path may be found. - sets all the functions active. - passes the functions the way they are set (slower than LINK). Enumeration: 'nack': 1, 'forceActive': 2, 'pass': 3.

Parameter Type = Non-intrusive. Specifies how the signaling function transport for inband subrate is handled. - reject a channel connection with a NO BANDWIDTH response, so an alternative LINK path may be found. - passes the functions the way they are set (slower than LINK). Enumeration: 'nack': 1, 'pass': 3.

Parameter Type = Non-intrusive. Specifies how the signaling function transport for outband superrate is handled. - reject a channel connection with a NO BANDWIDTH response, so an alternative LINK path may be found. - sets all the functions active. - passes the functions the way they are set (slower than LINK). Enumeration: 'nack': 1, 'forceActive': 2, 'pass': 3.

Parameter Type = Non-intrusive. Specifies how the signaling function transport for outband subrate is handled. - reject a channel connection with a NO BANDWIDTH response, so an alternative LINK path may be found. - passes the functions the way they are set (slower than LINK). Enumeration: 'nack': 1, 'pass': 3.

This section of the MIB is not changeable. It is included so that the user can verify the existance of PVC port. The user can configure frame relay channels on these ports by using the recfFrChannelEntry section of the MIB.

INTRODUCED 2.0.0

Parameter Type = Internal. Port address format is nest.slot.65.

This MIB section is used to configure D-channel virtual ports. The user can configure TDM channels on these ports in the recfTDMChannelEntry section of the MIB. These TDM channels can connect at a rate of 64 kbps to a T1M or E1M common-channel signaling bundle.

INTRODUCED 2.0.0

Parameter Type = Internal. Port address format is type.group.port. The server type is 131.

Parameter Type = Intrusive. If set to off, then the D-channel cannot be connected. In order to set to erase, the D-channel must be disconnected. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Internal. If set to resetReq, then the user must reset the port (which involves disconnecting and reconnecting the D-channel) in order for the parameter changes to take effect. If set to updateReq, then the user can update the port without affecting the D-channel connection in order for the parameter changes to take effect. Enumeration: 'loaded': 1, 'updateReq': 2, 'resetReq': 3.

Parameter Type = Intrusive. Used for security on shared nodes. The default value is the partition ID of the node.

Parameter Type = Intrusive. Protocol used by the PBX using this D-channel. If the protocol type does not match the PBX protocol, then the port will not be able to come up. Enumeration: 'qsig': 2, 'dpnss': 1.

Parameter Type = Intrusive. This parameter indicates whether the PBX or the DSM will be responsible for serving B-channels requests (layer 3 master or slave mode). If set to master DSM controls the assignment of B-channels. Otherwise the PBX controls it. To function properly, the DSM and PBX should be configured as different types. Enumeration: 'slave': 2, 'master': 1.

Parameter Type = Intrusive. This parameter is independent of layer 3 master or slave mode. To function properly, the DSM and PBX should be configured as different types. Enumeration: 'slave': 2, 'master': 1.

Parameter Type = Intrusive. Indicates whether the zero bit of a frame's end flag can be combined with the zero bit of the next frame's start flag. Enumeration: 'yes': 1, 'no': 2.

Parameter Type = Intrusive. Enumeration: 'nrzb': 2, 'nrz': 1, 'nrzi-mark': 3, 'nrzi-space': 4.

Parameter Type = Non-intrusive. Specifies whether level 1 Call Detail Records for the calls in progress are to be collected for this D-channel. Changing this parameter will not disrupt any port operations. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Non-intrusive. Specifies whether level 1 Call Detail Records for the completed calls are to be collected for this D-channel. Changing this parameter will not disrupt any port operations. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Non-intrusive. Specifies whether level 2 Call Detail Records for the calls in progress are to be collected for this D-channel. Changing this parameter will not disrupt any port operations. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Non-intrusive. Specifies whether level 2 Call Detail Records for the completed calls are to be collected for this D-channel. Changing this parameter will not disrupt any port operations. Enumeration: 'enable': 1, 'disable': 2.

Parameter Type = Intrusive. This attribute is an estimate of the number of calls per second (in units of 0.01 calls per second) on this D-channel port.

This MIB section is used to configure information about B-channels that are associated with the D-channel.

INTRODUCED 2.0.0

Parameter Type = Internal. Port address of associated D-channel port. The format is type.group.port. The server type is 131.

Parameter Type = Internal. Identifies the bundle which is associated with this D-channel port.

Parameter Type = Non-intrusive. Specifies the direction of the calls on this B-channel. The values are: - outgoing: allows calls originating on PBX to ST - incoming: allows calls originating on ST to PBX - bidirectional: allows calls in any direction - none: this B-channel is not allowed for use. Changes to this field will be reflected in recfDsmDChPortUpdate. A port update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this D-channel port. Enumeration: 'bidirectional': 3, 'outgoing': 1, 'incoming': 2, 'none': 255.

This MIB section is used to assign up to 16 exchange codes to a D-channel.

INTRODUCED 2.0.0

Parameter Type = Internal. D-channel port address. The format is type.group.port. The server type is 131.

Parameter Type = Internal. Indexing the exchange code within this D-channel.

Parameter Type = Non-intrusive. Indicates whether this exchange code may be used to make a call. The value erase is used to wipe out the existing exchange code. Changes to this field will be reflected in recfDsmDChPortUpdate. A port update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this D-channel port. Enumeration: 'enable': 1, 'erase': 3, 'disable': 2.

Parameter Type = Non-intrusive. The valid characters are 0 - 9. Changes to this field will be reflected in recfDsmDChPortUpdate. A port update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this D-channel port.

This MIB section specifies the source node quality of service resolution entry that is to be used for the channel connection.

INTRODUCED 2.0.0

Parameter Type = Internal. Address of D-channel, for which this entry is being used.

Parameter Type = Internal. Index of the quality of service entry.

Parameter Type = Non-intrusive. Changes will not affect channels that are already connected. Disable will prevent this quality of service entry from being applied to the new voice connections. Erase will remove this quality of service entry from the table. Changes to this field will be reflected in recfDsmDChPortUpdate. A port update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this D-channel port. Enumeration: 'enable': 1, 'erase': 3, 'disable': 2.

Parameter Type = Non-intrusive. The low end of the source bundle range available for use by this D-channel. If this attribute is set to 0, then the used value is set to lowest valid number. The range is invalid if this attribute is set to the value greater than recfDsmDChQOSHighBChan. Changes to this field will be reflected in recfDsmDChPortUpdate. A port update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this D-channel port.

Parameter Type = Non-intrusive. The high end of the source bundle range available for use by this D-channel. If this attribute is set to 0, then the used value is set to highest valid number. The range is invalid if this attribute is not 0 and set to the value less than recfDsmDChQOSLowBChan. Changes to this field will be reflected in recfDsmDChPortUpdate. A port update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this D-channel port.

Parameter Type = Non-intrusive. The valid characters are 0 - 9. The low end of the destination exchange codes range. The comparison type used is based upon the ASCII codes for the character string. Thus, for example, '5545' is less than '555'. If this attribute is set to an empty string, then the lowest valid value is used. The range is invalid if the value of this attribute is greater than recfDsmDChQOSHighExchCode. Changes to this field will be reflected in recfDsmDChPortUpdate. A port update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this D-channel port.

Parameter Type = Non-intrusive. The valid characters are 0 - 9. The high end of the destination exchange codes range. The comparison type used is based upon the ASCII codes for the character string. Thus, for example, '5545' is less than '555'. If this attribute is set to an empty string, then the highest valid value is used. The range is invalid if the value of this attribute is not an empty string and less than recfDsmDChQOSLowExchCode. Changes to this field will be reflected in recfDsmDChPortUpdate. A port update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this D-channel port.

Parameter Type = Non-intrusive. This attribute specifies the call type. Changes to this field will be reflected in recfDsmDChPortUpdate. A port update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this D-channel port. Enumeration: 'voice': 1, 'data': 2.

Parameter Type = Non-intrusive. This attribute specifies the channel profile table index that is defined in the channel profile MIB section on the source node. Changes to this field will be reflected in recfDsmDChPortUpdate. A port update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this D-channel port.

Parameter Type = Non-intrusive. This attribute specifies the special profile table index that is defined in the applicable profile MIB section on the source node (for example if the attribute recfDsmDChQOSCallType is set to voice, then the special profile table will be the scVoicePrf table). Changes to this field will be reflected in recfDsmDChPortUpdate. A port update will be required in order for the change to take effect. It will not disrupt any channel connections associated with this D-channel port.

This MIB section is used to configure D-channel DPNSS protocol related attributes.

INTRODUCED 2.0.0

Parameter Type = Internal. D-channel port address. Format is type.group.port. The server type is 131.

Parameter Type = Intrusive. The minimum number of retransmissions of a command frame if no acknowledge received. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Duration for which retransmission is done (in units of 10 milliseconds). Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Post retransmission acknowledge delay. In other words, this is an additional time after recfDsmDChDPNSSNL and recfDsmDChDPNSSNT1 expiration, before layer 2 informs layer 3 of a failure (in units of 10 milliseconds). If the PBX and DSM connected through a satellite, this attribute should be set to 52. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. If DSM has received unrecognized local PBX message, this setting specifies the idle time whithin which there will not be any outgoing calls attempted (in units of 1 second). Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Specifies the maximum time between PBX service request messages used to set up a call (in units of 1 second). If this time is exceeded call is cleared. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

This MIB section is used to configure D-channel QSig protocol related attributes.

INTRODUCED 2.0.0

Parameter Type = Internal. D-channel port address. Format is type.group.port. The server type is 131.

Parameter Type = Intrusive. Maximum number of outstanding (unacknowledged) I-frames. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Maximum number of frame retransmissions. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Maximum time (in units of 1 second) before frame retransmission is initiated. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Maximum time (in units of 1 second) allowed on layer 2 without frame exchange. If no frame is sent during this time, then layer 2 monitoring frame is sent. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Maximum time between PBX service request messages used to set up a call (in units of 1 second). If this time is exceeded then the call is cleared. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. SETUP message maximum response time (in units of 1 second). If exceeded, the SETUP messge will be sent once more. If there is still no response during this period of time, then the call is cleared. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Maximum time (in units of 1 second) after receipt of SETUP ACK before one of the following messages is received: CALL PROCEEDING, ALERTING, CONNECT or DISCONNECT If while waiting DSM sends any message to PBX, the timer should be restarted. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Maximum time (in units of 1 second) for DISCONNECT message response. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Maximum time (in units of 1 second) for RELEASE message response. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Maximum time (in units of 1 second) allowed to restore connection upon detection of a failure. If expired, both the connection and call are cleared. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Maximum time (in units of 1 second) allowed to receive all of the segments of a message. This parameter applies only to segmented messages. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Maximum time (in units of 1 second) for RESTART message response. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

Parameter Type = Intrusive. Maximum time (in units of 1 second) for STATUS INQUIRY message. Changes to this field will be reflected in recfDsmDChPortUpdate. A port reset will be required in order for the change to take effect.

INTRODUCED 2.0.0

Parameter Type = Internal. Translation table index, notated in Link-2 specific notation. Does not indicate any particular addresses, however must be set to the same value on both, Link-2 and ST-50 nodes. It is a link logical entity pointing to the translation table entry containing both, Link-2 and ST-50 physical addresses.

Parameter Type = Immediate. Setting to off will prevent this table entry from being used on connection (invalidates it). Setting to erase will free the entry. Enumeration: 'off': 2, 'erase': 3, 'automatic': 1.

Parameter Type = Immediate. Represents local ST-50 TDM channel Link2 channel (defined by recfLink2TraL2Addr attribute) is connected to. Used by ST-50 as a connection end point address.

Parameter Type = Immediate. Represents Link2 address in Link2 network ST-50 TDM channel (defined by recfLink2TraStAddr attribute) is connected to. If this attribute has [:xch] part not equal zero, then it represents X50 subrate address, otherwise it is a regular address.

Parameter Type = Immediate. Selects the mode of functions exchange. In inBand mode the same time slot as data is being used. In outBand it is a separate channel. Enumeration: 'none': 1, 'outBand': 3, 'inBand': 2.

Parameter Type = Internal. Displays the partition assigned to this translation table entry. This partition is inherited from the TDM channel associated with this entry.

This MIB section is used for configuration of on-board engines on a module in an ST node. The engine configuration will be set up with default values when the module is configured in the recfSlotTable MIB. It will be erased when the module is erased from the recfSlotTable MIB.

INTRODUCED 2.0.1

The address of the module that this engine is located on. Format is ..

The engine ID on the module.

Parameter Type = Intrusive. Controls whether the engine should start as inserted or removed when the module comes up. If the value is set to automatic, then the engine will start as inserted. Otherwise, it will start as removed. Enumeration: 'offline': 2, 'automatic': 1.

Indicates if the current settings in the engine configuration MIB represent the active settings on the module or not. If this value is resetRequired, then an engine reset command is required for the current configuration to take effect. This is done by setting the MIB attribute restHwRscEngineDiagnostics to reset. Enumeration: 'loaded': 1, 'resetRequired': 3.

Parameter Type = Intrusive. Used to reserve an engine for a specific application type. If no application type reservation is desired, then the value any should be used. If the application type specified is not supported for the module that the engine is located on, then the engine will not be able to be used for any applications. In this event, the module will generate an engine failure alarm to indicate a bad configuration. Enumeration: 'link': 4, 'celp-atc': 2, 'x50': 1, 'any': 255, 'adpcm': 3.

Parameter Type = Intrusive.

updateNest will update the node with the new nest number. If the new nest number is greater than the old number, then the new nests will be added, and any modules in those nests will be able to start running. If the new nest number is less than the old nest number, then the old nests and any modules in them will be removed. updateClockTable will update the clock fallback list. This will not affect the currently running clock, but will take affect when the current clock fails. The selectClock commands will force the specified clock to go active. It does not load the MIB configuration settings, but instead uses the current clock fallback list. Enumeration: 'turnOnMajorAlarmRly': 17, 'enableTestGenLocal': 11, 'clearNcpStartupDiagResults': 123, 'enableTestGenRemote': 12, 'clearNcpBgDiagResults': 122, 'updateClockTable': 10, 'turnOffMajorAlarmRly': 18, 'selectClock2': 22, 'selectClock3': 23, 'selectClock1': 21, 'selectClock6': 26, 'selectClock7': 27, 'selectClock4': 24, 'selectClock5': 25, 'disableTestGen': 13, 'turnOnMinorAlarmRly': 108, 'selectClock8': 28, 'turnOffMinorAlarmRly': 109, 'updateNest': 7.

Enumeration: 'fail': 43, 'online': 48, 'initializing': 49.

Enumeration: 'exception': 52, 'normal': 57.

Version number of the NCP software that is currently running.

Version number of the MIB schema that the NCP is currently using.

Count of the error minutes in the bus for the past 24 hours.

Enumeration: 'master1': 1, 'master3': 3, 'master2': 2, 'master5': 5, 'master4': 4, 'master7': 7, 'master6': 6, 'master9': 9, 'master8': 8, 'master16': 16, 'master11': 11, 'master10': 10, 'master13': 13, 'master12': 12, 'master15': 15, 'master14': 14, 'slave': 17.

Enumeration: 'asertingMasterMode': 1, 'unavailable': 3, 'defaultInternal': 2.

Indicates which clock in the clock fallback table is in use. If the clock status is slave holdover, then this field may return zero.

Enumeration: 'waitInternal': 11, 'locked': 3, 'defaultIntOsc': 17, 'startup': 16, 'lockedStable': 4, 'locking': 5, 'hardwareCheck': 14, 'relocking': 9, 'slaveHoldover': 15.

These are the substates associated with slaveHoldover state. If the clock status is not slaveHoldover, then notApplicable will be returned. Enumeration: 'preQualifyClock': 6, 'delayFallback': 2, 'qualifyValid': 8, 'waitQualify': 13, 'requalifying': 10, 'checkQualifier': 1, 'notApplicable': 255, 'waitInvalid': 12, 'qualifyInvalid': 7.

Type of the clock currently in use. If the clock status is slave holdover, then this field may return not applicable. Enumeration: 'portTx': 6, 'station1': 2, 'station2': 3, 'portRxDep': 5, 'notApplicable': 255, 'internal': 1, 'portRxInd': 4.

Source port address of the clock currently in use, if the clock type is portRxInd, portRxDep, or portTx. If the clock type is a different value, then this field will be zero.

Priority of the clock currently in use. If the clock status is slave holdover, then this field may return zero.

Quality of the clock currently in use. If the clock status is slave holdover, then this field may return not applicable. Enumeration: 'high': 1, 'notApplicable': 255, 'low': 2.

Enumeration: 'good': 57, 'error': 58.

Current status of the test generator for TDM nDS0 channels. Enumeration: 'idle': 36, 'good': 57, 'error': 58.

Current type of the test generator for TDM nDS0 channels. Enumeration: 'remote': 3, 'none': 1, 'local': 2.

Current channel address that the TDM test generator is being used on.

Indicates whether the alarm relay port is programmed to be used or not. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates the status of the major alarm relay (first value) and the minor alarm relay (second value). This field is only valid if the alarm relay is enabled. Enumeration: 'onOn': 48, 'offOff': 107, 'offOn': 40, 'onOff': 106.

Indicates the current status of the CPI port. Enumeration: 'idle': 1, 'inSession': 2.

Indicates the current status of the modem port. Enumeration: 'inCpsSession': 2, 'idle': 1, 'inEmsSession': 3.

Indicates the softload status. 'Idle' means that no softload has been run yet since the node went online. 'Softloading' indicates that a download is underway from an SNMS, CPS, or another node. 'Copy to standby NCP' means that a file is being transferred from the active NCP to the standby NCP. 'Copy to module' means that a file that is not stored on the NCP is being transferred to the module that is responsible for storing the file (for example, with AD-10 code, the file will be copied to the SGM/AG module that the AD-10 is connected to). 'Copy to online' means that a file is being transferred from the flash recovery area to its proper location in flash. 'Success' indicates that a download completed with no errors. The remaining values are used to indicate the different errors that can occur during a softload. Enumeration: 'unknownModuleType': 80, 'invalidFileNameExt': 103, 'loadingInProgress': 127, 'cannotComWithServer': 101, 'invalidIPaddress': 102, 'miscFailure': 43, 'copyToOnline': 131, 'copyToStandbyNcp': 124, 'comError': 84, 'invalidDestSlot': 130, 'crcError': 83, 'notMatchModuleType': 45, 'softloading': 66, 'outOfFlash': 81, 'destSlotBusy': 129, 'fileNameNotExist': 67, 'standbyCrcError': 105, 'copyToModule': 128, 'maxSessionsInProgress': 126, 'success': 65, 'invalidNodeID': 85, 'idle': 36, 'flashWriteError': 82, 'cannotComWithStandby': 104.

Total number of bytes to be softloaded. If no softloading is in progress, then this value is zero.

Number of bytes that have been softloaded. Divide this by the value of restNodeSoftloadTotal to determine the completion percentage. If no softloading is in progress, then this value is zero.

Indicates type of software being transferred if a softload is in progress. notApplicable will be returned if no softload is in progress. Enumeration: 'mibSchema': 252, 'rtmAdDatabase': 253, 'lgm': 8, 'ncp': 1, 't1m': 5, 'stDatabase': 255, 'fsm': 11, 'ad10Database': 251, 'rtm': 14, 'dsm': 19, 'e1m': 6, 'tableOC': 254, 'notApplicable': 256, 'sdm': 12, 'ad10': 128, 'sgm': 7, 'e3m': 20, 'asm': 9.

Each upload client, which is used to upload files to SNMS or to other nodes, is represented by one octet. There are a maximum of eight upload clients per ST node. The possible values for a single octet (that is, a single upload client) are the following: idle(36) - no upload has occurred uploading(68) - upload is in progress success(65) - upload completed successfully noResource(106) - upload failure reason transmitFailure(107) - upload failure reason receiveFailure(108) - upload failure reason failure(43) - miscellaneous failure

Total number of bytes to be uploaded to ech of up to eight clients. Each client uses four bytes for its value. If no uploading is in progress, then the value for that client will be zero.

Number of bytes that have been uploaded to each of up to eight clients. Each client uses four bytes for its value. Divide each client's value in this field by the corresponding value in restNodeUploadTotal to determine the completion percentage. If no uploading is in progress, then the value for that client will be zero.

Specifies the node numbers of the eight clients that this node is serving during an upload. Each client is identified by two bytes. If the client is an EMS, then the value will be xFFFE.

This is the total amount of calls per second (in units of 0.01 calls per second) allocated for DSM in this node.

This section of the MIB does not support getNext.

Remove will logically remove all of the modules in the nest, except the NCP, LXM, and RXM. This will free up the bus bandwidth. The configuration start mode of each module that is removed will be set to off. Insert will logically insert all of the modules in the nest, except the NCP, LXM, and RXM. The configuration MIB for each module will be loaded. The configuration start mode of each module that is inserted will be set to automatic. Reset will reset all modules in the nest except for the NCP, LXM, and RXM. It is equivalent to a remove followed by an insert, except that the configuration start modes in the slot MIBs are not changed. Reset right circuit will reset the RXM to circuit 1. Reset left circuit will reset the LXM to circuit 1. Toggle right circuit will toggle the circuit on the RXM. Toggle left circuit will toggle the circuit on the LXM. Set loopback LXM and set loopback RXM will loopback the appropriate end module in the nest. Clear loopback LXM and set loopback RXM will clear the loopback on the appropriate end module in the nest. Enumeration: 'reset': 3, 'insert': 4, 'resetLeftCircuit': 14, 'clearLoopbackLxm': 23, 'toggleRightCircuit': 15, 'clearLoopbackRxm': 24, 'setLoopbackRxm': 22, 'remove': 5, 'setLoopbackLxm': 21, 'toggleLeftCircuit': 16, 'resetRightCircuit': 13.

Enumeration: 'failed': 43, 'online': 48, 'initializing': 49.

Enumeration: 'exception': 52, 'normal': 57.

Enumeration: 'fail': 43, 'good': 57.

Enumeration: 'fail': 43, 'good': 57.

Enumeration: 'tooHigh': 2, 'normal': 1.

Enumeration: 'enable': 1, 'disable': 2.

Enumeration: 'enable': 1, 'disable': 2.

Enumeration: 'rightEnable': 34, 'disable': 2, 'leftEnable': 33.

The lsb of the second octet represents slot 1, and the msb of the first octet represents slot 16. Slot 17 always has an RXM. Each bit set to 1 indicates that a module is present in that slot.

RXM status. Enumeration: 'circuit2': 2, 'circuit1': 1, 'noRxm': 3.

LXM status. Enumeration: 'circuit2': 2, 'circuit1': 1, 'noLxm': 3.

Enumeration: 'fail': 2, 'noRxm': 3, 'pass': 1.

Enumeration: 'fail': 2, 'noRxm': 3, 'pass': 1.

Enumeration: 'fail': 2, 'noLxm': 3, 'pass': 1.

Enumeration: 'fail': 2, 'noLxm': 3, 'pass': 1.

Remove will free bus bandwidth used by the ports of the module, and set the module start mode in the configuration MIB to off. Insert on a removed module will get the new MIB and software, and set the module start mode in the configuration MIB to automatic. Reset is equivalent to a remove and insert, except it does not change the module start mode in the configuration MIB. Update will load the non-intrusive parameters from the module configuration MIB. If any intrusive parameters have been changed, then update will fail. Enumeration: 'reset': 3, 'insert': 4, 'update': 7, 'remove': 5.