TIMETRA-TC-MG-MIB

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The data type TmnxMobAccessType describes the various access types. eps - evolved packet system. gprs - general packet radio services. non3gpp - trusted non-3gpp network such as evolved High Rate Packet Data (eHRPD) and untrusted non-3gpp network.

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The data type TmnxMobAddrScheme describes the addressing scheme. If the value is set to 'stateful', User Equipment (UE) uses DHCPv6 to get IPv6 address. If the value is set to 'stateless', UE uses ICMPv6 to get IPv6 address.

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The data type TmnxMobApn describes the Access Point Name (APN) associated with an User Equipment (UE).

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The data type TmnxMobApnDomainName holds a DNS Domain Name derived from an Access Point Name (APN). The maximum size is arbitrarily chosen in order to be large enough to hold a Network Identifier of length 63, and small enough to be used as index in a table.

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The data type TmnxMobApnOrZero describes the Access Point Name (APN) associated with an User Equipment (UE).

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The data type TmnxMobArp describes the QoS parameter, Allocation and Retention Priority (ARP).

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The data type TmnxMobArpValue describes the Allocation and Retention Priority (ARP) value.

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The data type TmnxMobArpValueOrZero describes the Allocation and Retention Priority (ARP) value.

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The data type TmnxMobAuthType describes the authentication type used by mobile gateways.

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The data type TmnxMobAuthUserName describes the user name used in authentication requests by mobile gateways.

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The data type TmnxMobBearerId describes the bearer identifier.

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The data type TmnxMobBearerType describes the type of a bearer.

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The data type TmnxMobBufferLimit describes the buffer limit in bytes.

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The data type TmnxMobChargingBearerType describes the type of a bearer context used in charging applications.

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The data type TmnxMobChargingLevel describes the level where the charging is done.

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The data type TmnxMobChargingProfile describes the charging trigger rules applied for generating Charging Data Records (CDR) for subscribers.

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The data type TmnxMobChargingProfileOrInherit describes the charging trigger rules applied for generating Charging Data Records (CDR) for subscribers. A value of '-1' indicates that identifier will be inherited from another object that is usually in another mib table.

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The data type TmnxMobDfPeerId identifies Delivery Function (DF) peer for the mobile gateways.

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The data type TmnxMobDiaDetailPathMgmtState describes the detail state of a path for a diameter connection.

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The data type TmnxMobDiaPathMgmtState describes the state of a path for a diameter connection.

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The data type TmnxMobDiaPeerHost describes the name of a destination realm, originating realm and originating host.

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The data type TmnxMobDiaRetryCount describes the diameter peer retry count value.

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The data type TmnxMobDiaTransTimer describes the diameter peer transaction timer value in seconds.

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The data type TmnxMobDualStackPref describes the preference in a dual IP stack. The value 'useCplane' specifies that the value is inherited from the preference in a dual IP stack on control plane.

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The data type TmnxMobGwId identifies mobile gateways.

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The data type TmnxMobGwType describes the mobile gateway type.

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The data type TmnxMobImei describes the International Mobile Equipment Identity (IMEI) of an User Equipment (UE).

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The data type TmnxMobImsi describes the International Mobile Subscriber Identity (IMSI) of an User Equipment (UE). IMSI is defined as a number consisting of up to 15 BCD digits. The first 3 digits are the Mobile Country Code (MCC). The next 2 or 3 digits are the Mobile Network Code (MNC). The value of MCC determines whether the MNC is 2 digits or 3 digits. The remaining digits are the Mobile Subscriber Identification Number (MSIN). The internal representation of the IMSI is as follows: Bits 63-62 are reserved. Bits 61-60 indicate the length of the MNC field: 10 indicates a 2-digit MNC while 11 indicates a 3-digit MNC. Bits 59-0 hold the 15 IMSI BCD digits D1-15. When the total number of digits in the IMSI is less than 15, the nibble 0xf is used a filler. IMSI encoding for a 2-digit MNC: 63 55 47 39 0 +-----------+-----------+-----------+-------------------------+ | 0010| MCC1| MCC2| MCC3| MNC1| MNC2| MSIN (up to 10 digits) +-----------+-----------+-----------+-------------------------+ IMSI encoding for a 3-digit MNC: 63 55 47 39 35 0 +-----------+-----------+-----------+-------------------------+ | 0011| MCC1| MCC2| MCC3| MNC1| MNC2| MNC3| MSIN (up to 9 digits) +-----------+-----------+-----------+-------------------------+ Bits 63-56 of the IMSI are carried in octet number 1 of the octet string and bits 7-0 are carried in octet number 8 of the octet string.

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The data type TmnxMobImsiStr describes the International Mobile Subscriber Identity (IMSI) of a User Equipment (UE).

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The data type TmnxMobIpCanType describes the type of Internet Protocol Connectivity Access Network (IP-CAN) session as Evolved Packet Core (epc3gpp) or GPRS (gprs3gpp).

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The data type TmnxMobLiTarget describes the target for the interception. The target can be of type International Mobile Subscriber Identity (IMSI), Mobile Subscriber Integrated Services Digital Network (MSISDN) or International Mobile Equipment Identity (IMEI). IMSI is defined as a number consisting of up to 15 BCD digits. The first 3 digits are the Mobile Country Code (MCC). The next 2 or 3 digits are the Mobile Network Code (MNC). The value of MCC determines whether the MNC is 2 digits or 3 digits. The remaining digits are the Mobile Subscriber Identification Number (MSIN). The internal representation of the IMSI is as follows: Bits 63-62 are reserved. Bits 61-60 indicate the length of the MNC field: 10 indicates a 2-digit MNC while 11 indicates a 3-digit MNC. Bits 59-0 hold the 15 IMSI BCD digits D1-15. When the total number of digits in the IMSI is less than 15, the nibble 0xf is used a filler. IMSI encoding for a 2-digit MNC: 63 55 47 39 0 +-----------+-----------+-----------+-------------------------+ | 0010| MCC1| MCC2| MCC3| MNC1| MNC2| MSIN (up to 10 digits) +-----------+-----------+-----------+-------------------------+ IMSI encoding for a 3-digit MNC: 63 55 47 39 35 0 +-----------+-----------+-----------+-------------------------+ | 0011| MCC1| MCC2| MCC3| MNC1| MNC2| MNC3| MSIN (up to 9 digits) +-----------+-----------+-----------+-------------------------+ Bits 63-56 of the IMSI are carried in octet number 1 of the octet string and bits 7-0 are carried in octet number 8 of the octet string.

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The data type TmnxMobLiTargetType describes the types of target in Lawful Interception (LI).

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The data type TmnxMobMcc describes the Mobile Country Code (MCC) of an User Equipment (UE).

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The data type TmnxMobMccOrEmpty describes the Mobile Country Code (MCC) of an User Equipment (UE).

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The data type TmnxMobMnc describes the Mobile Network Code (MNC) of an User Equipment (UE).

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The data type TmnxMobMncOrEmpty describes the Mobile Network Code (MNC) of an User Equipment (UE).

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The data type TmnxMobMsisdn describes the Mobile Subscriber Integrated Services Digital Network (MSISDN) number of an User Equipment (UE).

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The data type TmnxMobNai describes the Network Address Identifier (NAI) of an User Equipment (UE).

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The data type TmnxMobNode describes the name of a mobile gateway which consists of Mobile Country Code (MCC), Mobile Network Code (MNC), Region string, Group Id, Node Id. A mobile gateway name can be described as follows: <MCC>.<MNC>.<SGW|PGW>.<Region String>.<Group Id>.<Node Id> MCC : 3 digits (000-999) MNC : 2 or 3 digits Application Type : SGW or PGW (3 characters) Region String : 10 characters Group Id : 3 characters Node Id : 3 characters

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The data type TmnxMobPathMgmtState describes the state of a path for a reference point. A value of 'reqTimeOut' indicates that the peer is not replying to the Echo Request messages the SGW is sending out.

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The data type TmnxMobPdnGyChrgTriggerType describes type of the trigger activated by the Online Charging System (OCS). sgsnIpAddrRecvd - Change in Serving GPRS Support Node (SGSN) IP address qosRecvd - Change in Quality of Service (QoS) locRecvd - Location Change ratRecvd - Router Advertisement Trigger (RAT) Change qosTrfClsRecvd - Change in QoS Traffic class qosRlbClsRecvd - Change in QoS Reliability class qosDlyClsRecvd - Change in QoS Delay class qosPeakThrptRecvd - Change in QoS Peak Throughput qosPrcClsRecvd - Change in QoS Precedence class qosMeanTrptRecvd - Change in QoS Mean Throughput qosMxBtRtUplnkRecvd - Change in QoS MBR for Uplink qosMxBtRtDllnkRecvd - Change in QoS MBR for Downlink qosResBerRecvd - Change in QoS Residual Bit Error Rate (BER) qosSduErrRatRecvd - Change in QoS Service Data Unit (SDU) Error Ratio class qosTransDelayRecvd - Change in QoS Transfer Delay qosTrfHndPriRecvd - Change in QoS Traffic Handling Priority qosGrtBtRtUplnkRecvd - Change in QoS Guaranteed Bit Rate (GBR) for Uplink qosGrtBtRtDllnkRecvd - Change in QoS GBR for Downlink locMccRecvd - Change in Location Mobile Country Code (MCC) locMncRecvd - Change in Location Mobile Network Code (MNC) locRacRecvd - Change in Location Routing Area Code (RAC) locLacRecvd - Change in Location Location Area Code (LAC) locCellIdRecvd - Change in Location Cell ID medCompRecvd - Change in Media Composition partcNmbRecvd - Change in Participants' number thrldPartcNmbRecvd - Change in Threshold of Participants' number usrPartcTypeRecvd - Change in User Participating Type servCondRecvd - Change in Service Condition servNodeRecvd - Change in Service Node usrCsgInfoRecvd - Change in User Closed Subscription Group (CSG) Information

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The data type TmnxMobPdnRefPointType describes the types of reference point.

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The data type TmnxMobPdnSessionEvent describes the feedback signaling message (FSM) event of a Packet Data Network (PDN) session.

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The data type TmnxMobPdnSessionState describes the feedback signaling message (FSM) state of a Packet Data Network (PDN) session.

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The data type TmnxMobPdnType describes the type of a Packet Data Network (PDN).

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The data type TmnxMobPeerType describes the type of the mobile gateway peer as Serving Gateway (SGW), Packet Data Network Gateway (PGW) or High Rate Packet Data (HRPD) Serving Gateway (HSGW).

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The data type TmnxMobPgwSigProtocol describes the signaling protocol used on S5 or S8 reference point.

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The data type TmnxMobPresenceState describes the whether the given field is present.

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The data type TmnxMobProfGbrRate describes the Guaranteed Bit Rate (GBR) value in kilobits per second(kbps).

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The data type TmnxMobProfIpTtl describes the Time-To-Live (TTL) value.

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The data type TmnxMobProfKeepAliveInterval describes the intervals between heartbeat messages

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The data type TmnxMobProfKeepAliveResponse describes the keep-alive T3 response value in seconds.

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The data type TmnxMobProfKeepAliveRetryCount describes the keep-alive retry count value.

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The data type TmnxMobProfKeepAliveTimeout describes the keep-alive timeout value in seconds.

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The data type TmnxMobProfMbrRate describes the Maximum Bit Rate (MBR) value in kilobits per second(kbps).

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The data type TmnxMobProfMsgReTxRetryCount describes the message retransmit retry count value.

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The data type TmnxMobProfMsgReTxTimeout describes the message retransmit timeout value in seconds.

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The data type TmnxMobProfName describes the name of a profile used by mobile gateways.

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The data type TmnxMobProfNameOrEmpty describes the name of a profile used by mobile gateways.

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TmnxMobProfPolChargingMethod data type is an enumerated integer that describes the Charging Method for the Policy and Charging Control (PCC) rule. A variable of this type could be set to 'online' charging method, 'offline' charging method or 'both'. If the variable is set to 'profChargingMtd' the charging method is set to 'offline' if 'tmnxMobProfPgwChrgOffLineState' is set to 'enabled', the charging method is set to 'online' if 'tmnxMobProfPgwChrgGyState' is set to 'enabled' and the charging method is set to 'both' if both 'tmnxMobProfPgwChrgOffLineState' and 'tmnxMobProfPgwChrgGyState' are set to 'enabled'.

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TmnxMobProfPolMeteringMethod data type is an enumerated integer that describes the Metering Method for the Policy and Charging Control (PCC) rule.

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TmnxMobProfPolReportingLevel data type is an enumerated integer that describes the Reporting level for the Policy and Charging Control (PCC) rule.

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The data type TmnxMobQci describes the QoS Class Identifier.

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The data type TmnxMobQciValue describes the QoS Class Identifier (QCI) value.

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The data type TmnxMobQciValueOrZero describes the QoS Class Identifier (QCI) value.

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The data type TmnxMobQueueLimit describes the queue limit in bytes.

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The data type TmnxMobRatingGrpState describes the state of a rating group. allowFlow - Allow the traffic to flow disallowFlow - Disallow the traffic to Flow redWebPortal - Redirect the traffic to web portal allowResRules - Allow restricted rules iom1stPktTrigger - Get the trigger from on IOM on arrival of 1st packet dis1stPktTrigger - Disable 1st packet trigger and allow the traffic creditsToppedUp - Credits topped up waitForFpt - Unblocked and waiting for First Packet Trigger (FPT)

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TmnxMobRfAcctLevel data type is an enumerated integer that describes the accounting level.

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The data type TmnxMobRtrAdvtInterval describes the router advertisement interval in minutes.

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The data type TmnxMobRtrAdvtLifeTime describes the router advertisement life time in hours.

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The data type TmnxMobSdf describes the number of Service Data Flows (SDFs).

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The data type TmnxMobSdfFilter describes a IP filter in a Service Data Flow (SDF) or Traffic Flow Template (TFT).

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The data type TmnxMobSdfFilterDirection describes the direction on which a Service Data Flow (SDF) filter rule is valid.

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The data type TmnxMobSdfFilterNum describes the number of IP filters.

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The data type TmnxMobSdfFilterProtocol describes IPv4 protocol or IPv6 next header on which Service Data Flow (SDF) filter matches.

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The data type TmnxMobSdfRuleName describes the policy rule name of a Service Data Flow (SDF).

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The data type TmnxMobServRefPointType describes the types of reference point.

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The data type TmnxMobServerState describes the state of a server connected with a mobile gateway.

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The data type TmnxMobService describes the Service and Protocol service names for 3GPP.

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The data type TmnxMobStaticPolPrecedence describes the precedence value for a static policy configured in the system.

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The data type TmnxMobStaticPolPrecedence describes the precedence value for a static policy configured in the system.

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The data type TmnxMobUeId describes the identity of an User Equipment. TmnxMobUeId can be of the following types: International Mobile Subscriber Identity (IMSI), International Mobile station Equipment Identity (IMEI), Mobile Subscriber Integrated Services Digital network Number (MSISDN). IMSI, IMEI, MSISDN are defined in 3GPP TS 23.003. IMSI is defined as a number consisting of up to 15 BCD digits. The first 3 digits are the Mobile Country Code (MCC). The next 2 or 3 digits are the Mobile Network Code (MNC). The value of MCC determines whether the MNC is 2 digits or 3 digits. The remaining digits are the Mobile Subscriber Identification Number (MSIN). IMEI is defined as a number consisting of up to 16 BCD digits. The first 8 digits consists of Type Allocation Code (TAC). The next 6 digits consist of Serial Number (SNR) which could be followed by a Check Digit (CD) or Spare Digit (SD) of size 1 digit or by a Software Version Number (SVN) of size 2 digits. MSISDN is defined as a number consisting of 9 to 15 BCD digits. MSISDN consists of Country Code (CC) followed by National Destination Code (NDC) and Subscriber Number (SN). Bits 63-56 of the IMSI or IMEI or MSISDN are carried in octet number 1 of the octet string and bits 7-0 are carried in octet number 8 of the octet string. The internal representation of the IMSI is as follows: Bits 63-62 are reserved. Bits 61-60 indicate the length of the MNC field: 10 indicates a 2-digit MNC while 11 indicates a 3-digit MNC. Bits 59-0 hold the 15 IMSI BCD digits D1-15. When the total number of digits in the IMSI is less than 15, the nibble 0xf is used a filler. IMSI encoding for a 2-digit MNC: 63 55 47 39 0 +-----------+-----------+-----------+-------------------------+ | 0010| MCC1| MCC2| MCC3| MNC1| MNC2| MSIN (up to 10 digits) +-----------+-----------+-----------+-------------------------+ IMSI encoding for a 3-digit MNC: 63 55 47 39 35 0 +-----------+-----------+-----------+-------------------------+ | 0011| MCC1| MCC2| MCC3| MNC1| MNC2| MNC3| MSIN (up to 9 digits) +-----------+-----------+-----------+-------------------------+ The internal representation of the IMEI and MSISDN is as follows: IMEI encoding: 63 55 31 7 0 +-----------+-----------+----------------------+-------+ | TAC | SNR | SNV | |N2|N1|N4|N3|N6|N5|N8|N7|N10|N9|N12|N11|N14|N13|N16|N15| +-----------+-----------+-----------+------------------+ MSISDN encoding: 63 55 31 7 0 +-----------+-----------+----------------------+-------+ | CC | NDC | SN | |N2|N1|N4|N3|N6|N5|N8|N7|N10|N9|N12|N11|N14|N13|N16|N15| +-----------+-----------+-----------+------------------+ When the total number of digits in the IMEI or MSISDN is less than 15, the nibble 0x0 is used a filler. In each byte both nibbles are swapped and it is stored as shown in the above format. For example, in the format N3 & N4 present the nibble number 3 and 4 respectively and they are stored in reverse order. When the total number of digits are odd in IMEI and MSISDB, the last digit will be paired with nibble 0xf.

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The data type TmnxMobUeIdType describes the types of identification for User Equipment (UE).

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The data type TmnxMobUeRat describes the Radio Access Type (RAT) of an User Equipment (UE).

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The data type TmnxMobUeState describes the state of an User Equipment (UE).

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The data type TmnxMobUeStrPrefix describes the prefix for International Mobile Subscriber Identity (IMSI) or Mobile Subscriber Integrated Services Digital Network (MSISDN) of an User Equipment (UE).

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The data type TmnxMobUeSubType describes the subscription type of User Equipment (UE).