Resource - Linkset
About this Resource
A sequence of Linkset attributes
REST API Methods for this Resource
- GET Linkset
- POST Linkset
- PUT Linkset
- DELETE Linkset
- PUT Linkset - action Activate
- PUT Linkset - action Deactivate
- PUT Linkset - action RestoreSCTPDefaults
- PUT Linkset - action RestoreDebugDefaults
Resource Schema
Configuration
| Parameter Name | Required | Create | Read-Only | Data Type | Description |
|---|---|---|---|---|---|
| APC | Yes | Yes | Yes | string | Adjacent SS7 point code of this linkset. TL1Name: PC |
| Context | No | No | Yes | string | TL1Name: CONTEXT |
| LinkType | No | No | No | LinkType | Type of SS7 linkset. (A, B, C, D, E, F). Changing the type for the NTT variant to F forces the AB Plane Bit to A, and from F forces it to SLC_ENCODED, and requires the linkset to be empty. TL1Name: LINKT |
| ABPlaneBit | No | No | No | ABPlaneBit | Sets the AB plane bit for TTC links. When set to A or B, the link's SLC value represents the 3-bit LSN in the SLS field. When set to SLC Encoded, the AB plane bit is encoded as part of the link's SLC value. You must delete all the links within the linkset to modify this field. The AB Plane Bit is always set to A for NTT F-links. Default value: SLC Encoded. TL1Name: ABPLANEBIT |
| LinksetName | No | No | No | string | An NA unique linkset name between 2 and 16 characters. TL1Name: LINKSETNAME |
| CLLI | No | No | No | string | Common Language Location Identifier (CLLI) of this linkset. TL1Name: CLLI |
| State | No | No | Yes | LinksetState | Status of this linkset (inactive, active, failed) TL1Name: STATE |
| RotateSLS | No | No | No | Feature | Enable or disable SLS rotation of MSUs that are sent on this linkset.If SLS rotation is disabled for the node (via the 'MTP3 NA' 'Rotate SLS' attribute) then this parameter has no effect. SLS Rotation is only applied to MSUs with SI at least 3 (SLS is not rotated for MTP3 management messages). TL1Name: ROTATESLS |
| ReverseRotateSLS | No | No | No | Feature | Reverse rotate the SLS of incoming MSUs.Setting this parameter with traffic running may result in MSU missequencing.SLS Rotation is commonly used in ANSI networks. In some network configurations though SLS rotation can be detrimental, such as when routes via an STP have no cross links.One option in such configurations is to disable SLS rotation on pertinent linksets. If the adjacent node does not support disabling SLS rotation, we can fake it for them by enabling this feature.This feature performs a reverse rotation on the SLS of incoming MSUs before routing/loadsharing decisions or SLS rotation are performed. This modification affects the SLS of the outgoing MSU.If SLS rotation is disabled for the node (via the 'MTP3 NA' 'Rotate SLS' attribute) then this parameter has no effect. Reverse rotation of the SLS is only applied to MSUs with SI at least 3 (it does not apply to MTP3 management messages). TL1Name: REVROTATESLS |
| RemoteMTPRestartSupport | No | No | No | Feature | Adjacent node MTP restart support TL1Name: RMMTPRSTSUP |
| RoutesetListName | No | No | No | string | Name of the Routeset List used to route MSUs received by this linkset. Routeset Lists are represented by Routeset List objects. Changing this value while traffic is running will likely cause MSU missequencing. TL1Name: RTSTNAME |
| IMFSupport | No | No | No | Feature | Integrated Monitoring Feed feature support for this linkset. IMF must be licensed to enable this attribute. All the linkset IMF Support attributes can be cleared simultaneously by using the Reset IMF action in the Linksets object. TL1Name: IMF |
| Alarms | No | No | No | Feature | Alarms affect the alarms associated with the Linkset. DISABLED mode: Alarms will not be raised. ENABLED mode: Alarms will be raised. Valid values: ENABLED and DISABLED. Default value: ENABLED. TL1Name: ALARMS |
| PCMappingTableName | No | No | No | string | An existing NA PC Mapping table name. (up to 32 characters). Default value: Empty, no mapping is applied. TL1Name: PCMAPPING |
| UserActivated | No | No | Yes | Feature | Attempt to activate when possible TL1Name: USRACTV |
| ScreenManagementMSUs | No | No | No | Feature | Screen Management MSUs feature provides the ability to screen out MTP3 Management MSUs (SIOs 0, 1 or 2) before sending them to GWS. If ENABLED, Management MSUs (SIOs 0, 1 or 2) on this Linkset will not be sent to GWS for screening. If DISABLED, Management MSUs (SIOs 0, 1 or 2) on this Linkset will be sent to GWS for screening. Valid value: ENABLED/DISABLED Default value: DISABLED TL1Name: SCREENMGMTMSU |
| BroadcastTCA | No | No | No | Feature | Enable or disable the broadcasting of TCA SS7 messages for this linkset TL1Name: TCA |
| BroadcastTCP | No | No | No | Feature | Enable or disable the broadcasting of TCP SS7 messages for this linkset TL1Name: TCP |
| BroadcastTCR | No | No | No | Feature | Enable or disable the broadcasting of TCR SS7 messages for this linkset TL1Name: TCR |
| BroadcastTFA | No | No | No | Feature | Enable or disable the broadcasting of TFA SS7 messages for this linkset TL1Name: TFA |
| BroadcastTFP | No | No | No | Feature | Enable or disable the broadcasting of TFP SS7 messages for this linkset TL1Name: TFP |
| BroadcastTFR | No | No | No | Feature | Enable or disable the broadcasting of TFR SS7 messages for this linkset TL1Name: TFR |
| NetworkIndicator | No | No | No | NetIdLS | Network Indicator override on a per linkset basis. By default, the MTP3 NA attribute is used (NODE_VALUE). If set to a value other than NODE_VALUE, the 2 bit value identifying the network in the MTP3 service indicator octet are overwritten to the specified value (NI_00, NI_01, NI_10, or NI_11) on incoming and outgoing MSUs from/to the associated links. Modification requires the linkset to be inactive TL1Name: NI |
| SLTSI | No | No | No | LS_SIForSlt | The SI used for SLT messages. NODE_VALUE sets the value based on Node Value NTM_REGULAR uses the SI value 1 NTM_SPECIAL uses the SI value 2 TL1Name: SISLT |
| SLTMPattern | No | No | No | string | The Test Pattern Used for SLTM messages (hex format) Enter as a string representing the hex value (for example, AABBCCDD) TL1Name: SLTMPATTERN |
| RepeatSLT | No | No | No | Feature | Enable or disable the repeating of Signaling Link Test Message (SLTM or SRT in Japan) SS7 messages for this linkset. TL1Name: RPTSLT |
| OPCVerification | No | No | No | opcVerification | OPC Verification Please do not change this attribute unless instructed by customer support. OPC Verification is defined in GR82CORE Issue 10 Section 4.2.7 'OPC Verification' to provide some protection against an entity transmitting an MSU using an OPC that is valid but does not belong to that entity (OPC Spoofing). The behaviour is slightly different for MSUs received on a C-link linkset compared to another linkset type. MSUs with the OPC of the Mate STP are accepted from a C-link linkset regardless of the value in this attribute. For a linkset other than the linkset to the Mate STP (not a C-linkset): * If the 'OPC Verification' attribute is set to ENABLED then the DSC discards MSUs received on this linkset that have OPC set to the Local Point Code (LPC), the point code of the Mate STP (Mate STP PC) or the point code of a VNode. * When 'OPC Verification' is set to LPC_MATEPC then the DSC discards MSUs received on this linkset that have OPC set to the LPC or the Mate STP PC. * When 'OPC Verification' is set to LPC then the DSC discards MSUs received on this linkset that have OPC set to the LPC. * When 'OPC Verification' is set to NONE then no OPC Verification is performed. For a linkset to the Mate STP (a C-linkset), MSUs with the OPC set to the Mate STP PC always pass OPC Verification. Hence the OPC Verification checks on a C-linkset are as follows: * When the 'OPC Verification' attribute is set to ENABLED the STP discards MSUs received on this linkset that have OPC set to the LPC or the point code of a VNode. An MSU received with the OPC set to the Mate STP PC is not discarded. * When 'OPC Verification' is set to LPC_MATEPC MSUs received on this linkset and an MSU is received on this linkset that has OPC set to the LPC of the DSC then the MSU is discarded. An MSU received with the OPC set to the Mate STP PC is not discarded. * When 'OPC Verification' is set to LPC and an MSU is received on this linkset that has OPC set to the LPC of the DSC then the MSU is discarded. * When 'OPC Verification' is set to NONE, no OPC verification is performed. OPC Verification failures are typically caused by either a circular route or by OPC Spoofing. Either case can cause problems on its own. For instance, OPC spoofing can make network troubleshooting more difficult and may impair the effectiveness of MTP Transfer Controlled procedures (for managing congestion). It is strongly recommended to address the root cause of OPC Verification failures rather than disabling this attribute. This attribute defaults to ENABLED for all linksets except C-link linksets. This attribute defaults to LPC_MATEPC for C-link linksets to support configurations with a protocol converter or PCE where R4-8 compliance at the Mate STP may have been disabled. TL1Name: OPC_VERIFICATION |
| LongMSUSupport | No | No | No | Feature | Enable or Disable support for MSUs greater than 273 bytes. This attribute defaults to DISABLED TL1Name: LONG_MSU_SUPPORT |
| LongMSUProving | No | No | No | Feature | Enable or Disable support proving with long MSUs greater than 273 bytes. This attribute defaults to ENABLED. Long MSU proving messages are only sent if the Long MSU Support feature is ENABLED. The length of the proving messages is defined by the Maximum MSU Length value for the NA TL1Name: LONG_MSU_PROVING |
| SCTPClient | No | No | No | Feature | All links in the linkset operate as an SCTP Client if enabled. This attribute is used for Generic Links only. It determines if the links in the linkset operate as SCTP client or server. The Client is the process that initiates establishing the SCTP association. When disabled the links will respond to SCTP assoc association requests. M3UA Server and IPSP links support both client and server operation. M3UA SG and M3UA MG links support client operation. TL1Name: SCTP_CLIENT |
| M3UAClient | No | No | No | Feature | All links in the linkset operate as an M3UA Client if enabled. This attribute is used for Generic Links only. It determines if links in the linkset operate as M3UA ASPs or M3UA SGPs (M3UA client or server). When enabled the links function as M3UA ASPs. When disabled the links function as M3UA SGPs. Only IPSP links support both ASP and SGP operation. M3UA SG and MG links support ASP functionality. M3UA Server links function as SGPs TL1Name: M3UA_CLIENT |
| M3UAMGSharedPC | No | No | No | Feature | All M3UA MG links in the linkset will operate as shared PCs TL1Name: M3UA_MG_SPC |
| ExtendedSSNMMessages | No | No | No | Feature | When enabled all M3UA SG and Server links in the linkset will send/receive additional Signalling Network Management Messages. When using Sigtran to connect STPs we recommend using M2PA links. This flag provides additional SSNM messages for cases where customers are unable to use M2PA or need to use one of our M3UA link types. The flag enables SG links to transmit the M3UA equivalent TFMs ie. M3UA DUNA and DAVA. The flag enables Server links to transmit the M3UA equivalent of RSP and RSTs ie. M3UA DAUD. The flag is disabled by default. TL1Name: M3UA_SSNM_MSGS |
| TXAbatementL1 | No | No | No | Percent10to100 | Congestion Abatement Level 1 (% of buffer usage) TL1Name: TXABTL1 |
| TXOnsetL1 | No | No | No | Percent10to100 | Congestion Onset Level 1 (% of buffer usage) TL1Name: TXONSTL1 |
| TXAbatementL2 | No | No | No | Percent10to100 | Congestion Abatement Level 2 (% of buffer usage) TL1Name: TXABTL2 |
| TXOnsetL2 | No | No | No | Percent10to100 | Congestion Onset Level 2 (% of buffer usage) TL1Name: TXONSTL2 |
| TXAbatementL3 | No | No | No | Percent10to100 | Congestion Abatement Level 3 (% of buffer usage) TL1Name: TXABTL3 |
| TXOnsetL3 | No | No | No | Percent10to100 | Congestion Onset Level 3 (% of buffer usage) TL1Name: TXONSTL3 |
| M2PARXAbatementBusy | No | No | No | int32 | Receive Congestion Abatement Busy (bytes per second). When the M2PA RX Abatement value is cleared (less than) on a given link and the link was previously set to locally busy, an M2PA LSBE message is sent on the link to notify the adjacent point code of the end of the local congestion. Applies to both the D6 and RFC-4165 M2PA versions. TL1Name: M2PA_RXABT_BUSY |
| M2PARXOnsetBusy | No | No | No | int32 | Receive Congestion Onset Busy (bytes per second). When the M2PA RX Onset Busy value is reached on a given link, an M2PA LSB message is sent on the link to notify the adjacent point code of the local congestion. Applies to both the D6 and RFC-4165 M2PA versions. TL1Name: M2PA_RXONST_BUSY |
| M2PATXQueueSize | No | No | No | int32 | Size of the M2PA Transmit and Retransmit buffer (Bytes). The M2PA TX Queue Size attribute is used to determine the congestion TX percentage based on the current transmit and retransmit buffer size and maps the value to the appropriate TX Abatement and Onset congestion levels. The congestion level will be updated and displayed on a per link basis in the M2PA Link Congestion Level attribute as required. If an outgoing M2PA message has its message length + the retransmit buffer and the transmit buffer exceed the M2PA TX Queue Size, the message is discarded. Applies to both the D6 and RFC-4165 M2PA versions. TL1Name: M2PA_TXQSIZE |
| M2PARTBSize | No | No | No | int32 | Size of the M2PA Retransmit buffer (Bytes). A larger RTB generally improves throughput but decreases responsiveness. More specifically, with a larger RTB the other end may need to wait longer for M2PA Data Acknowledgment. This value is only used with RFC 4165 links. TL1Name: M2PA_RTBSIZE |
| UsagePercentage | No | No | No | int32 | Link usage alarm is triggered when average traffic in percentage exceeds the value entered in this attribute. The average is calculated over period of time defined in Usage Interval Minutes and Usage Interval Seconds TL1Name: LU_PERCT |
| UsageIntervalMinutes | No | No | Yes | int32 | Link Usage Interval Minutes defines time interval in minutes used for calculating average traffic load TL1Name: LU_MIN |
| UsageIntervalSeconds | No | No | Yes | int32 | Link Usage Interval Seconds defines time interval in seconds used for calculating average traffic load TL1Name: LU_SEC |
| ErrorCorrectionMode | No | No | No | ErrorCorrection | Error Correction Mode (BASIC, Preventive Cyclic Retransmission (PCR)) TL1Name: ERRCM |
| NAERM | No | No | No | int32 | Normal Alignment Error Rate Monitor Threshold TL1Name: NAERM |
| EAERM | No | No | No | int32 | Emergency Alignment Error Rate Monitor Threshold TL1Name: EAERM |
| SUERM | No | No | No | int32 | Signal Unit Error Rate Monitor Threshold TL1Name: SUERM |
| MaximumMSUsRTB | No | No | No | int32 | Maximum MSUs in Retransmit Buffer before forced retransmission (PCR only) The default value for this attribute is 127. For Low speed TDM links, values above 127 equate to 127. For High speed TDM links, values above 4095 equate to 4095. TL1Name: MXMSURTB |
| MaximumOctetsRTB | No | No | No | int32 | Maximum Octets in Retransmit Buffer before forced retransmission (PCR only) TL1Name: MXOCTRTB |
| Heartbeat | No | No | No | Feature | Enable or disable the Heartbeat Feature. TL1Name: HB |
| HeartbeatInterval | No | No | No | int32 | Heartbeat interval (ms). TL1Name: HB_INV |
| RTOInitial | No | No | No | int32 | RTO Initial (ms). TL1Name: RTO_INIT |
| RTOMinimum | No | No | No | int32 | RTO Minimum (ms). TL1Name: RTO_MIN |
| RTOMaximum | No | No | No | int32 | RTO Maximum (ms). TL1Name: RTO_MAX |
| MaximumPathRetrans | No | No | No | int32 | Maximum path retransmissions. TL1Name: MX_PATH_RETRANS |
| MaximumAssocRetrans | No | No | No | int32 | Maximum association retransmissions. TL1Name: MX_ASSOC_RETRANS |
| Bundling | No | No | No | Feature | Enable or disable Bundling. TL1Name: BUNDLING |
| BundlingTO | No | No | No | int32 | Bundling TO (ms). TL1Name: BUNDLING_TO |
| DelayedACKTO | No | No | No | int32 | Delayed ACK TO (ms). TL1Name: DELAYACK_TO |
| FastRetransThreshold | No | No | No | int32 | Fast Retransmit Threshold. TL1Name: FAST_RETRANS_TH |
| Checksum | No | No | Yes | SCTPCheckSum | SCTP Checksum TL1Name: CHECKSUM |
| BytesBeforeAck | No | No | No | int32 | Acknowledgment Threshold (Bytes) - If this many bytes of User Data have been received but not acknowledged then an explicit acknowledgment is generated. TL1Name: BYTES_B4_ACK |
| MessagesBeforeAck | No | No | No | int32 | Acknowledgment Threshold (Message Count) - If this many User Data messages have been received but not acknowledged then an explicit acknowledgment is generated. TL1Name: MSG_B4_ACK |
| ProvingMessageSize | No | No | No | ProvingMsuSize | Proving Message Size (bytes) - Only applicable for M2PA links. If Long MSU proving is enabled, this value is ignored. TL1Name: PROVING_MSG_SZ |
| DSCP | No | No | No | Dscp | Differentiated Services Code Point is used to classify traffic within a network in order to determine the priority of the various classes of traffic (0 to 63). Default value: 0. TL1Name: DSCP |
| L2T1 | No | No | No | Timer | Aligned/Ready ( 13,000 ms ) [ANSI], ( 4.8 Kbps: 500,000-600,000 ms, 64 Kbps: 40,000-50,000 ms ) [ITU] ( suggested, 15,000 ms ) [JT] TL1Name: L2T1 |
| AnnexAT1 | No | No | No | Timer | Aligned/Ready For Annex A links (Q.703) range 25-350s default 300000 ms TL1Name: ANNEXAT1 |
| L2T2 | No | No | No | Timer | Not Aligned ( 11,500 - 23,000 ms ) [ANSI], ( 5,000 - 150,000 ms) [ITU] ( suggested, 480,000 ms ) [JT] TL1Name: L2T2 |
| L2T3 | No | No | No | Timer | Aligned ( 11,500 ms ) [ANSI], ( 1,500 ms ) [ITU], ( suggested, 3,000 ms ) [JT] TL1Name: L2T3 |
| L2T4e | No | No | No | Timer | Proving period ( 2^12 octets, 600 ms ) [ANSI] Proving period ( 2^12 octets, 4.8 Kbps: 6000-8000 ms, 64 Kbps: 400-600 ms ) [ITU] ( suggested, 3,000 ms ) [JT] TL1Name: L2T4e |
| L2T4n | No | No | No | Timer | Proving period ( 2^14 octets, 2300 ms) [ANSI] ( 2^16 octets, 4.8 Kbps: 100,000-120,000 ms, 64 Kbps: 7500-9500 ms) [ITU] N/A [JT] TL1Name: L2T4n |
| AnnexAT4n | No | No | No | Timer | Proving Period for Annex A links (Q.703) range 3-70s, default 30000 ms TL1Name: ANNEXAT4N |
| L2T5 | No | No | No | Timer | Sending SIB ( 80 - 120 ms ) [ANSI/ITU] (suggested, 200 ms ) [JT] TL1Name: L2T5 |
| L2T6 | No | No | No | Timer | Remote Congestion ( 4.8 Kbps: 8000 - 12000 ms, 64 Kbps: 3000 - 6000 ms ) [ANSI/ITU] ( suggested, 3,000 ms ) [JT] TL1Name: L2T6 |
| L2T7 | No | No | No | Timer | Excessive delay of ACK ( 4.8 Kbps: 4000 - 6000 ms, 64 Kbps: 500 - 2000 ms ) [ANSI/ITU] ( suggested, 2,000 ms ) [JT] TL1Name: L2T7 |
| SLTMT1 | No | No | No | Timer | SLTM Timer 1 defines interval (4 - 12 sec) that Signalling Link Test Message (SLTM) [ANSI/ITU] or Signaling Routing Test message (SRT) [TTC/NTT] message must be acknowledged. A value of 0 shuts off the timer and SLTM/SRT signaling. TL1Name: SLTMT1 |
| SLTMT2 | No | No | No | Timer | SLTM Timer 2 defines interval (30-90 sec) when Signalling Link Test Message (SLTM) [ANSI/ITU] or Signaling Routing Test (SRT) message [TTC/NTT] is periodically repeated. A value of 0 shuts off the timer and SLTM/SRT signaling TL1Name: SLTMT2 |
| L3T1 | No | No | No | LinksetTimer | Changeover delay ( 500 - 1200 ms ) [ANSI/ITU/JT] The default value is NODE VALUE. Setting MTP Level 3 timers on the Linkset to a value other than NODE VALUE overrides the value from the NA and affects all links in the linkset. CAUTION: It is recommended that you do not change the timer default values unless instructed otherwise by Signalling Systems Customer Support. Timer values should be modified with care, especially on a live system. Interaction of timers trough the various MTP3 procedures is complex and changing them incorrectly can reduce system stability. TL1Name: L3T1 |
| L3T2 | No | No | No | LinksetTimer | Waiting for COA ( 700 - 2000 ms ) [ANSI/ITU/JT] The default value is NODE VALUE. Setting MTP Level 3 timers on the Linkset to a value other than NODE VALUE overrides the value from the NA and affects all links in the linkset. CAUTION: It is recommended that you do not change the timer default values unless instructed otherwise by Signalling Systems Customer Support. Timer values should be modified with care, especially on a live system. Interaction of timers trough the various MTP3 procedures is complex and changing them incorrectly can reduce system stability. TL1Name: L3T2 |
| L3T3 | No | No | No | LinksetTimer | Changeback delay ( 500 - 1200 ms ) [ANSI/ITU/JT] The default value is NODE VALUE. Setting MTP Level 3 timers on the Linkset to a value other than NODE VALUE overrides the value from the NA and affects all links in the linkset. CAUTION: It is recommended that you do not change the timer default values unless instructed otherwise by Signalling Systems Customer Support. Timer values should be modified with care, especially on a live system. Interaction of timers trough the various MTP3 procedures is complex and changing them incorrectly can reduce system stability. TL1Name: L3T3 |
| L3T4 | No | No | No | LinksetTimer | Waiting for CBA: first attempt ( 500 - 1200 ms ) [ANSI/ITU/JT] The default value is NODE VALUE. Setting MTP Level 3 timers on the Linkset to a value other than NODE VALUE overrides the value from the NA and affects all links in the linkset. CAUTION: It is recommended that you do not change the timer default values unless instructed otherwise by Signalling Systems Customer Support. Timer values should be modified with care, especially on a live system. Interaction of timers trough the various MTP3 procedures is complex and changing them incorrectly can reduce system stability. TL1Name: L3T4 |
| L3T6 | No | No | No | LinksetTimer | Controlled rerouting delay ( 500 - 1200 ms ) [ANSI/ITU/JT] The default value is NODE VALUE. Setting MTP Level 3 timers on the Linkset to a value other than NODE VALUE overrides the value from the NA and affects all links in the linkset. CAUTION: It is recommended that you do not change the timer default values unless instructed otherwise by Signalling Systems Customer Support. Timer values should be modified with care, especially on a live system. Interaction of timers trough the various MTP3 procedures is complex and changing them incorrectly can reduce system stability. TL1Name: L3T6 |
| RFC4165T1 | No | No | No | Timer | Alignment Ready. References: - Q.703 Timer T1 - T1.111.3 Timer T1 - M2PA RFC 4165 (www.ietf.org) - draft-bidulock-sigtran-m2pa-test-06.txt The default value is taken from draft-bidulock-sigtran-m2pa-test-06.txt and is consistent with Q.703. TL1Name: RFC4165_T1 |
| RFC4165T2 | No | No | No | Timer | Timer Not Aligned. References: - Q.703 Timer T2 - T1.111.3 Timer T2 - M2PA RFC 4165 (www.ietf.org) - draft-bidulock-sigtran-m2pa-test-06.txt The default value is taken from draft-bidulock-sigtran-m2pa-test-06.txt and is consistent with Q.703. TL1Name: RFC4165_T2 |
| RFC4165T3 | No | No | No | Timer | Timer Aligned. References: - Q.703 Timer T3 - T1.111.3 Timer T3 - M2PA RFC 4165 (www.ietf.org) - draft-bidulock-sigtran-m2pa-test-06.txt The default value is taken from draft-bidulock-sigtran-m2pa-test-06.txt and is consistent with Q.703. TL1Name: RFC4165_T3 |
| RFC4165T4n | No | No | No | Timer | Timer Proving Normal. References: - Q.703 Timer T4n - T1.111.3 Timer T4n - M2PA RFC 4165 (www.ietf.org) - draft-bidulock-sigtran-m2pa-test-06.txt The default value is taken from draft-bidulock-sigtran-m2pa-test-06.txt and is consistent with Q.703. TL1Name: RFC4165_T4n |
| RFC4165T4e | No | No | No | Timer | Timer Proving Emergency. References: - Q.703 Timer T4e - T1.111.3 Timer T4e - M2PA RFC 4165 (www.ietf.org) - draft-bidulock-sigtran-m2pa-test-06.txt The default value is taken from draft-bidulock-sigtran-m2pa-test-06.txt and is consistent with Q.703. TL1Name: RFC4165_T4e |
| RFC4165T6 | No | No | No | Timer | Timer Remote Congestion. References: - Q.703 Timer T6 - T1.111.3 Timer T6 - M2PA RFC 4165 (www.ietf.org) - draft-bidulock-sigtran-m2pa-test-06.txt The default value is taken from draft-bidulock-sigtran-m2pa-test-06.txt and is consistent with Q.703. TL1Name: RFC4165_T6 |
| RFC4165T7 | No | No | No | Timer | Timer Excessive Delay of Acknowledgment. References: - Q.703 Timer T7 - T1.111.3 Timer T7 - M2PA RFC 4165 (www.ietf.org) - draft-bidulock-sigtran-m2pa-test-06.txt The default value is consistent with Q.703. TL1Name: RFC4165_T7 |
| RFC4165StatusInterval | No | No | No | Timer | Status Interval The frequency with which LS Processor Outage messages are sent while LPO. TL1Name: RFC4165_STATINV |
| RFC4165ProvingRate | No | No | No | Timer | Proving Rate The frequency with which LS Proving messages are sent while proving. TL1Name: RFC4165_PROVRATE |
| RFC4165AcknowledgementInterval | No | No | No | Timer | Maximum time interval before explicitly acknowledging User Data. This can be important in the case of unidirectional or low traffic. TL1Name: RFC4165_ACKINV |
| Draft6T1 | No | No | No | Timer | Alignment - Range 1 - 60 seconds with default of 10 seconds. These values are taken from draft-ietf-sigtran-m2pa-06.txt. TL1Name: DRAFTV6_T1 |
| Draft6T3 | No | No | No | Timer | Ready - Range 1 - 60 seconds with default of 10 seconds. These values are taken from draft-ietf-sigtran-m2pa-06.txt. TL1Name: DRAFTV6_T3 |
| Draft6T4n | No | No | No | Timer | Proving Normal - Range 1-60 seconds with default of 10 seconds. These values are taken from draft-ietf-sigtran-m2pa-06.txt. TL1Name: DRAFTV6_T4n |
| Draft6T4e | No | No | No | Timer | Proving Emergency - Range 400-600 ms with default of 500 ms. These values are taken from draft-ietf-sigtran-m2pa-06.txt. TL1Name: DRAFTV6_T4e |
| Draft6T6 | No | No | No | Timer | Remote Congestion - Range 1-6 seconds with default of 3 seconds. The range is taken from draft-ietf-sigtran-m2pa-06.txt, the default value is implementation dependent. TL1Name: DRAFTV6_T6 |
| Draft6T7 | No | No | No | Timer | Excessive Delay in Acknowledgment - Range 0.5 - 2 seconds with default of 2 seconds. The range is taken from draft-ietf-sigtran-m2pa-06.txt, the default value is implementation dependent. TL1Name: DRAFTV6_T7 |
| Draft6StatusInterval | No | No | No | Timer | Status Interval - default 1 second, The frequency with which LS Processor Outage messages are sent while LPO (implementation dependent) TL1Name: DRAFTV6_STATINV |
| Draft6ProvingRate | No | No | No | Timer | Proving Rate- default 0.1 second, The frequency with which LS Proving messages are sent while proving (implementation dependent) TL1Name: DRAFTV6_PROVRATE |
| Draft6AcknowledgementInterval | No | No | No | Timer | Maximum time interval before explicitly acknowledging User Data. This can be important in the case of unidirectional or low traffic (implementation dependent). TL1Name: DRAFTV6_ACKINV |
Overview
Content Tools