TIMETRA-MOBILE-PDN-MIB: View SNMP OID List / Download MIB

This document is the SNMP MIB module to manage and provision the Packet Data Network Gateway (PGW). Copyright 2008-2012 Alcatel-Lucent. All rights reserved. Reproduction of this document is authorized on the condition that the foregoing copyright notice is included. This SNMP MIB module (Specification) embodies Alcatel-Lucent's proprietary intellectual property. Alcatel-Lucent retains all title and ownership in the Specification, including any revisions. Alcatel-Lucent grants all interested parties a non-exclusive license to use and distribute an unmodified copy of this Specification in connection with management of Alcatel-Lucent products, and without fee, provided this copyright notice and license appear on all copies. This Specification is supplied 'as is', and Alcatel-Lucent makes no warranty, either express or implied, as to the use, operation, condition, or performance of the Specification.

The compliance statement for management of the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems R1.0.

The compliance statement for management of the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems R3.0.

The compliance statement for management of the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems R3.0. This compliance statement was made obsolete in the R4.0 release.

The compliance statement for management of the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 SROS R10.0.

The compliance statement for management of the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems R4.0.

The group of global objects supporting management of the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of a Access Point Name (APN) on a Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems.

This group of objects is not supported on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting the management of the Packet Data Network Gateway (PGW) charging applications on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of the Packet Data Network Gateway (PGW) bearer contexts on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of the Packet Data Network Gateway (PGW) reference point statistics on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of the Packet Data Network Gateway (PGW) status on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of the Gateway GPRS Service Node (GGSN) on the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting the management of the Packet Data Network Gateway (PGW) Accounting Policies on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of radius authentication and accounting an Access Point Name (APN) on a Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of a Access Point Name (APN) on a Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of the Gy interface on the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of the Gy interface statistics on the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of global objects supporting management of the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems in 3.0 release.

The group of objects supporting the management of the Packet Data Network Gateway (PGW) AA group on the Alcatel-Lucent 7750 Mobile Gateway systems in 3.0 release.

The group of objects supporting management of the Packet Data Network Gateway (PGW) reference point statistics on the Alcatel-Lucent 7750 Mobile Gateway systems in 3.0 release.

The group of objects supporting the charging applications on the Alcatel-Lucent 7750 Mobile Gateway systems in 3.0 release.

The group of objects supporting management of the Gateway GPRS Service Node (GGSN) on the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems in 3.0 release.

The group of objects supporting management of the Packet Data Network Gateway (PGW) status on the Alcatel-Lucent 7750 Mobile Gateway systems in 3.0 release.

The group of objects supporting management of the Radius statistics on the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of S2a interface on the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of obsoleted objects which are no longer supported in the 3.0 release on the Alcatel-Lucent 7750 Mobile Gateway Systems.

The group of objects supporting management of the set of thresholds of the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems in 3.0 release.

The group of objects supporting management of a Access Point Name (APN) on a Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of the Packet Data Network Gateway (PGW) accounting statistics on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of the Packet Data Network Gateway (PGW) bearer contexts on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of the Packet Data Network Gateway (PGW) reference point statistics on the Alcatel-Lucent 7750 Mobile Gateway systems in R4.0 release.

The group of objects supporting management of the Online Charging on the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems in 4.0 release.

The group of objects supporting management of a Access Point Name (APN) on a Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems in R4.0 release.

The group of objects supporting management of S6b interface on the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems.

The group of objects supporting management of the Packet Data Network Gateway (PGW) on the Alcatel-Lucent 7750 Mobile Gateway systems in 4.0 release.

The tmnxMobPdnTable has an entry for each Packet Data Network Gateway (PGW) configured in the system.

Each row entry represents a Packet Data Network Gateway (PGW). An entry in this table is created by the agent itself when an entry is created in the tmnxMobGwTable with the value of tmnxMobGwType set to 'pgw'.

The value of tmnxMobPdnLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnTable.

The value of tmnxMobPdnAdminState specifies the desired administrative state of this Packet Data Network Gateway (PGW).

The value of tmnxMobPdnOperState indicates the current operational status of this Packet Data Network Gateway (PGW).

The value of tmnxMobPdnGracefulShutTimeout specifies the graceful shutdown time, in minutes. For graceful system shutdown, the existing request or connections are allowed to complete while no new requests or connections are accepted. This procedure is used to take the system to maintenance mode.

The value of tmnxMobPdnMobNode specifies the Packet Data Network Gateway (PGW) name.

The value of tmnxMobPdnPccDynamicState specifies if interaction with Policy and Charging Rules Function (PCRF) is enabled for bearer creation or not. Policy and Charging Control (PCC) rules are pushed from PCRF for dedicated bearer creation.

The value of tmnxMobPdnPccPrecedenceBoundary specifies the boundary value between dynamic and static Policy and Charging Control (PCC) rule precedence ranges.

The value of tmnxMobPdnUplinkQciPolName specifies the QoS Class Identifier (QCI) policy profile name for uplink direction. If a corresponding QCI policy profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfQciPolTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnDownlinkQciPolName specifies the QoS Class Identifier (QCI) policy profile name for downlink direction. If a corresponding QCI policy profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfQciPolTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnHomePlmnList specifies the Home Public Land Mobile Network (H-PLMN). H-PLMN is the PLMN the customer belongs to. A PLMN list consists of a list of Mobile Country Code (MCC) and Mobile Network Code (MNC) ids. If a corresponding PLMN does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPlmnListTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnVisitingPlmnList specifies the Visiting Public Land Mobile Network (V-PLMN). A PLMN list consists of a list of Mobile Country Code (MCC) and Mobile Network Code (MNC) ids. If a corresponding PLMN does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPlmnListTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnBearerGtpuUdpChecksum specifies whether or not to validate the UDP checksum of GPRS Tunneling Protocol-User plane (GTP-U) packets. If the value of this object is set to 'enabled', the UDP checksum of the received GTP-U packets is verified and the packets which fail checksum verification are rejected. If the value of this object is set to 'disabled', the UDP checksum of the received GTP-U packets is not verified.

The value of tmnxMobPdnBearerGtpuSeqNumber specifies whether or not to ignore the sequence number in the GPRS Tunneling Protocol-User plane (GTP-U) header. If the value of this object is set to 'enabled', GTP-U packets are reassembled based on the sequence number and complete packet are forwarded onto S5 or S8 interface. If the value of this object is set to 'disabled', the sequence number is ignored and complete packet is forwarded onto S5 or S8 interface.

The value of tmnxMobPdnChargingProfHome specifies the charging trigger rules applied for home subscribers. If a corresponding charging profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPgwChargingTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnChargingProfVisiting specifies the charging trigger rules applied for visiting subscribers. If a corresponding charging profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPgwChargingTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnChargingProfRoaming specifies the charging trigger rules applied for roaming subscribers. If a corresponding charging profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPgwChargingTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnChrgCcIgnoreAny specifies to ignore HSS or MME supplied charging characteristics for any subscriber. Corresponding default profile is selected when the received charging characteristics is ignored.

The value of tmnxMobPdnChrgCcIgnoreHome specifies to ignore HSS or MME supplied charging characteristics for home scenarios. Corresponding default profile is selected when the received charging characteristics is ignored.

The value of tmnxMobPdnChrgCcIgnoreVisiting specifies to ignore HSS or MME supplied charging characteristics for visiting scenarios. Corresponding default profile is selected when the received charging characteristics is ignored.

The value of tmnxMobPdnChrgCcIgnoreRoaming specifies to ignore HSS or MME supplied charging characteristics for roaming scenarios. Corresponding default profile is selected when the received charging characteristics is ignored.

The value of tmnxMobPdnUmtsQosPolName specifies the name of Universal Mobile Telecommunications System (UMTS) Quality of Service (QoS) Policy. If a corresponding UMTS QoS policy profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobUmtsQosPolTable, an 'inconsistentValue' error will be returned. If the mapping between pre-Rel-8 QoS parameter value pairs and QoS Class Identifier (QCI) values is not 1-to-1 for this UMTS Qos Policy, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnChrgCcReject specifies to reject HSS or MME supplied charging characteristics for a subscriber. Corresponding default charging profile is selected when the value of this object is set to 'false'. The value of tmnxMobPdnChrgCcReject is applicable only when the HSS or MME supplied charging characteristics are not ignored.

The value of tmnxMobPdnChrgNodeId specifies an operator configurable identifier for the node which is used over the Rf reference point or the Ga reference point. When a node-id is used in Charging Data Records (CDR) sent through a Ga reference point, only the first 18 characters are used. The value of tmnxMobPdnChrgNodeId for the Rf reference point is applicable only when the value of tmnxMobPdnRfNodeId is not specified.

The value of tmnxMobPdnAaGroupIndex specifies the group number of this group of BSX MDAs at the gateway level. The corresponding row for the AA group must have already been created in the TIMETRA-BSX-NG-MIB::tmnxBsxIsaAaGrpTable. The value of zero indicates that no BSX MDA group is specified.

The value of tmnxMobPdnAaGrpPartIndex specifies the partition index within an AA group at the gateway level. The corresponding row for the partition index must have already been created in the TIMETRA-BSX-NG-MIB::tmnxBsxAaGrpPartTable. The value of zero indicates that no Application Assurance partition is specified.

The value of tmnxMobPdnCdrType specifies the type of Charging Data Records (CDRs) in the system.

The value of tmnxMobPdnHttpRedirect specifies the http redirect rule on this Packet data network Gateway (PGW)

The value of tmnxMobPdnDefAppProfile specifies the value of default application profile being applied at the Packet Data Network Gateway (PGW).

The value of tmnxMobPdnChargingAvpDiag specifies whether the Diagnostics should be included or excluded in the Charging Data Record (CDR).

The tmnxMobPdnSigTable provides an extension of the tmnxMobPdnTable for signaling configuration.

Each row entry represents additional columns for signaling configuration for a Packet Data Network Gateway (PGW).

The value of tmnxMobPdnSigLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnSigTable.

The value of tmnxMobPdnSigGtpcProfile specifies the GPRS Tunneling Protocol-Control plane (GTP-C) profile name. The GTP-C profile provides GTP-C signaling related configuration. If a corresponding GTP profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfGtpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnSigGtpuProfile specifies the GPRS Tunneling Protocol-User plane (GTP-U) profile name. The GTP-U profile provides GTP-U signaling related configuration. If a corresponding GTP profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfGtpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnSigPmipv6Profile specifies the Proxy Mobile IPv6 (PMIPv6) profile name. The PMIPv6 profile provides protocol related information applicable to PMIPv6 peers. If a corresponding PMIPv6 profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPmipv6Table, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnSigPmipv6RtrAdIntvl specifies the router advertisement interval. The Packet Data Network Gateway (PGW) advertises IPv6 prefixes to the User Equipments (UEs) at router advertisement interval.

The value of tmnxMobPdnSigPmipv6RtrAdLife specifies the router advertisement life time. It specifies the validity of the IPv6 prefix advertised from the Packet Data Network Gateway (PGW) to the User Equipments (UEs).

The value of tmnxMobPdnSigPmipv6AddrScheme specifies the addressing scheme. If the value is set to 'stateful', the User Equipment (UE) uses DHCPv6 to get IPv6 address. If the value is set to 'stateless', the UE uses ICMPv6 to get IPv6 address.

The value of tmnxMobPdnSigDiaProfile specifies the diameter profile name. Diameter profile provides diameter connection related information. If a corresponding diameter profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnSigDiaOriginRealm specifies the originating realm or domain name of a Diameter node. The Originating Realm is included in messages exchanged with a Diameter peer.

The value of tmnxMobPdnSigDiaOriginHost specifies the originating host name of a Diameter node. The originating host information is sent in requests to a Diameter peer.

The value of tmnxMobPdnSigDefaultIfVRtrId specifies the virtual router to which the default signaling interface specified by tmnxMobPdnSigDefaultIfIndex belongs.

The value of tmnxMobPdnSigDefaultIfIndex specifies the interface index of the default interface used by the signaling protocols. When the value of this object is set to 0, no default interface has been assigned.

The value of tmnxMobPdnSigMIP6AgntInfType indicates if the s6b reference point uses Fully Qualified Domain Name (FQDN) or use the IP address of the Packet Data Network Gateway (PGW) signaling endpoint. Enumeration: 'ipAddr': 1, 'fqdn': 2.

The value of tmnxMobPdnSigMIP6AgntInfFqdnType specifies the type of address represented by tmnxMobPdnSigMIP6AgntInfFqdn.

The value of tmnxMobPdnSigMIP6AgntInfFqdn specifies the value of Fully Qualified Domain Name (FQDN) used by the Packet Data Network Gateway (PGW) s6b reference point during User Equipment (UE) attach procedure. This object is restricted to hold only a Fully Qualified Domain Name (FQDN) value.

The value of tmnxMobPdnSigMIP6AgntInfRealm specifies the destination or the domain name of the Packet Data Network Gateway (PGW) Fully Qualified Domain Name (FQDN). This value will be included in the diameter authentication messages.

The tmnxMobPdnGxTable provides an extension of the tmnxMobPdnTable for Gx reference point configuration.

Each row entry represents additional columns for Gx reference point configuration for a Packet Data Network Gateway (PGW).

The value of tmnxMobPdnGxLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnGxTable.

The value of tmnxMobPdnGxDiaIfVRtrId specifies the virtual router to which the interface specified by tmnxMobPdnGxDiaIfIndex belongs.

The value of tmnxMobPdnGxDiaIfIndex specifies the interface index of the local interface used for the diameter connection. When the value of this object is set to 0, no interface has been assigned.

The value of tmnxMobPdnGxDiaTransTimer specifies the maximum amount of time the node waits for a diameter peer to respond before trying another peer.

The value of tmnxMobPdnGxDiaRetryCount specifies the number of times the same message is re-tried before declaring a failed attempt.

The value of tmnxMobPdnGxDefPriDiaPeer specifies the default primary diameter peer profile name. If a corresponding diameter peer profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaPeerTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnGxDefSecDiaPeer specifies the default secondary diameter peer profile name. If a corresponding diameter peer profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaPeerTable, an 'inconsistentValue' error will be returned.

The tmnxMobPdnS5Table provides an extension of the tmnxMobPdnTable for S5 reference point configuration.

Each row entry represents additional columns for S5 reference point configuration for a Packet Data Network Gateway (PGW).

The value of tmnxMobPdnS5LastChanged indicates the timestamp of the last change to this row in tmnxMobPdnS5Table.

The value of tmnxMobPdnS5PeerList specifies the peer list name. If a corresponding peer does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPeerListTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnS5GtpcIfVRtrId specifies the virtual router to which the interface specified by tmnxMobPdnS5GtpcIfIndex belongs.

The value of tmnxMobPdnS5GtpcIfIndex specifies the interface index of the local interface used for the General Packet Radio Services Tunneling Protocol for Control Plane (GTP-C) signaling. When the value of this object is set to 0, no interface has been assigned. If value of this object is not set then the value of tmnxMobServSigDefaultIfIndex is used.

The value of tmnxMobPdnS5GtpuIfVRtrId specifies the virtual router to which the interface specified by tmnxMobPdnS5GtpuIfIndex belongs.

The value of tmnxMobPdnS5GtpuIfIndex specifies the interface index of the local interface used for the General Packet Radio Services Tunneling Protocol for User Plane (GTP-U) signaling. When the value of this object is set to 0, no interface has been assigned. If value of this object is not set then the value of tmnxMobServSigDefaultIfIndex is used.

The value of tmnxMobPdnS5GtpcProfile specifies the GPRS Tunneling Protocol-Control plane (GTP-C) profile name. The GTP-C profile provides GTP-C signaling related configuration. If a corresponding GTP profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfGtpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnS5GtpuProfile specifies the GPRS Tunneling Protocol-User plane (GTP-U) profile name. The GTP-U profile provides GTP-U signaling related configuration. If a corresponding GTP profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfGtpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnS5DualStackPref specifies the preference in a dual stack when both IPv4 and IPv6 addresses are configured for the S5 interface.

The tmnxMobPdnS8Table provides an extension of the tmnxMobPdnTable for S8 reference point configuration.

Each row entry represents additional columns for S8 reference point configuration for a Packet Data Network Gateway (PGW).

The value of tmnxMobPdnS8LastChanged indicates the timestamp of the last change to this row in tmnxMobPdnS8Table.

The value of tmnxMobPdnS8PeerList specifies the peer list name. If a corresponding peer does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPeerListTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnS8GtpcIfVRtrId specifies the virtual router to which the interface specified by tmnxMobPdnS8GtpcIfIndex belongs.

The value of tmnxMobPdnS8GtpcIfIndex specifies the interface index of the local interface used for the General Packet Radio Services Tunneling Protocol for Control Plane (GTP-C) signaling. When the value of this object is set to 0, no interface has been assigned.

The value of tmnxMobPdnS8GtpuIfVRtrId specifies the virtual router to which the interface specified by tmnxMobPdnS8GtpuIfIndex belongs.

The value of tmnxMobPdnS8GtpuIfIndex specifies the interface index of the local interface used for the General Packet Radio Services Tunneling Protocol for User Plane (GTP-U) signaling. When the value of this object is set to 0, no interface has been assigned.

The value of tmnxMobPdnS8GtpcProfile specifies the GPRS Tunneling Protocol-Control plane (GTP-C) profile name. The GTP-C profile provides GTP-C signaling related configuration. If a corresponding GTP profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfGtpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnS8GtpuProfile specifies the GPRS Tunneling Protocol-User plane (GTP-U) profile name. The GTP-U profile provides GTP-U signaling related configuration. If a corresponding GTP profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfGtpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnS8DualStackPref specifies the preference in a dual stack when both IPv4 and IPv6 addresses are configured for the S8 interface.

The tmnxMobPdnS2aTable provides an extension of the tmnxMobPdnTable for S2a reference point configuration.

Each row entry represents additional columns for S2a reference point configuration for a Packet Data Network Gateway (PGW).

The value of tmnxMobPdnS2aLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnS2aTable.

The value of tmnxMobPdnS2aPeerList specifies the peer list name. If a corresponding peer does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPeerListTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnS2aIfPmipv6RtrId specifies the virtual router to which the interface specified by tmnxMobPdnS2aIfPmipv6Interface belongs.

The value of tmnxMobPdnS2aIfPmipv6Interface specifies the interface index of the local interface used for the Proxy Mobile IPv6 (PMIPv6) signaling. When the value of this object is set to 0, no interface has been assigned.

The value of tmnxMobPdnS2aIfPmipv6Profile specifies the Proxy Mobile IPv6 (PMIPv6) profile name. The PMIPv6 profile provides protocol related information applicable to PMIPv6 peers. If a corresponding PMIPv6 profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPmipv6Table, an 'inconsistentValue' error will be returned.

The tmnxMobPdnRfTable provides an extension of the tmnxMobPdnTable for Rating Function (RF) configuration.

Each row entry represents additional columns for Rating Function (RF) configuration for the Packet Data Network Gateway (PGW).

The value of tmnxMobPdnRfLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnRfTable.

The value of tmnxMobPdnRfVRtrId specifies the virtual router to which the interface specified by tmnxMobPdnRfVRtrId belongs.

The value of tmnxMobPdnRfIfIndex specifies the interface index of the local interface used by diameter applications.

The value of tmnxMobPdnRfPriDiaPeer specifies the diameter peer profile to be used for the primary Charging Data Function (CDF) at the Gateway level. If a corresponding diameter peer profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaPeerTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnRfSecDiaPeer specifies the diameter peer profile to be used for the secondary Charging Data Function (CDF) at the Gateway level. If a corresponding diameter peer profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaPeerTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnRfAcctIntmInterval specifies the accounting interim interval to send interim accounting information to the Charging Data Function (CDF) at the Gateway level.

The value of tmnxMobPdnRfApplTxTimer specifies the application transaction timer for Accounting Requests (ACR) and Accounting Answers (ACA).

The value of tmnxMobPdnRfRetryCount specifies the retry count for Accounting Requests (ACR) messages. An Accounting Requests (ACR) message will be retransmitted for the number of times specified, when an Accounting Answers (ACA) is not received from the Charging Data Function (CDF) server.

The value of tmnxMobPdnRfChargingGroupID specifies whether the inclusion of Charging-Group-ID AVP in Accounting Requests (ACR) message is enabled or not.

The value of tmnxMobPdnRfOperatorString specifies string to be included in operator-string AVP (non-standard) of an Accounting Requests (ACR) message.

The value of tmnxMobPdnRfAcctLevel specifies whether PDN-level accounting or QCI-level accounting is applicable. When PDN-level accounting is specified, diameter charging sessions to the Charging Data Function (CDF) are setup on a per Packet Data Network (PDN) connection basis. When QCI-level accounting is specified, diameter charging sessions to the Charging Data Function (CDF) are setup on a per bearer basis.

The value of tmnxMobPdnRfNodeId specifies an operator configurable identifier for the node which is used over the Rating Function (RF) interface.

The value of tmnxMobPdnRfOcFilePrivateInfo specifies an operator configurable file private information field that is used in the file name.

The value of tmnxMobPdnRfOcFileExtension specifies an operator configurable file extension field that is used in the file name.

The value of tmnxMobPdnRfOcFileClosureSize specifies an operator configurable file closure size limit.

The value of tmnxMobPdnRfOcFileClsLifeTime specifies an operator configurable file closure lifetime. The file is closed after the specified duration.

The value of tmnxMobPdnRfOcFileClsMaxAcrs specifies an operator configurable limit for the number of Accounting Requests (ACR) that are stored in a file. The file is closed after the specified limit is reached.

The value of tmnxMobPdnRfOcFileObsoleteTime specifies an operator configurable file duration, after which the file is deleted.

The value of tmnxMobPdnRfOcPrimaryCf specifies which compact flash will be used as a primary storage for the Accounting Requests (ACR) storage. If the user tries to set the 'cf1' and if the 'cf1' is not available then 'cf2' will be set as primary storage. If the user tries to set the 'cf2' and if 'cf2' is not available then cf1 will be set as primary storage. If both of the compact flash are not available then value 'none' will be set. Enumeration: 'none': 3, 'cf2': 2, 'cf1': 1.

The value of tmnxMobPdnRfOcCf1State specifies whether the first compact flash is enabled to be used for the Accounting Requests (ACR) storage. If the compact flash is not available then it will be disabled.

The value of tmnxMobPdnRfOcCf1Limit specifies the limit (in megabytes) for an amount of memory on the first compact flash that can be used for the Accounting Requests (ACR) storage. Once the threshold has been reached, the system can no longer support accurate charging. If the compact flash is not available then tmnxMobPdnRfOcCf1Limit will be set to 0. If tmnxMobPdnRfOcCf1State is enabled and the value of tmnxMobPdnRfOcCf1Limit is 0, then maximum available memory on the second compact flash can be used for the ACR storage.

The value of tmnxMobPdnRfOcCf2State specifies whether the second compact flash is enabled to be used for the Accounting Requests (ACR) storage. If the compact flash is not available then it will be disabled.

The value of tmnxMobPdnRfOcCf2Limit specifies the limit (in megabytes) for an amount of memory on the second compact flash that can be used for the Accounting Requests (ACR) storage. Once the threshold has been reached, the system can no longer support accurate charging. If the compact flash is not available then tmnxMobPdnRfOcCf2Limit will be set to 0. If tmnxMobPdnRfOcCf2State is enabled and the value of tmnxMobPdnRfOcCf2Limit is 0, then maximum available memory on the second compact flash can be used for the ACR storage.

The value of tmnxMobPdnRfSuppVendorAvps specifies whether the supported vendor IDs to be advertised for Capabilities Exchange negotiation. When it is disabled 3GPP standard defined Attribute Value Pair (AVPs) are supported.

The tmnxMobPdnPccBasePolTable has an entry for each static policy base profile configured for Packet Data Network Gateway (PGW). A maximum of 1 static policy base profiles can be configured for each gateway.

Each row entry represents a static policy base profile in an Access Point Name (APN). Entries can be created and deleted by the user.

The value of tmnxMobPdnPccIpCanType specifies the type of Internet Protocol Connectivity Access Network (IP-CAN) session.

The value of tmnxMobPdnPccBasePolRowStatus specifies the row status of this entry. It is used for creation and deletion of this static policy base profile for a gateway. If a corresponding base policy does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPolBaseTable, an 'inconsistentName' error will be returned. If the precedence value, specified by TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPolBasePrecedence, is equal to the precedence value of a base profile associated in this APN, then an 'inconsistentValue' error will be returned.

The tmnxMobPdnApnTable has an entry for each Access Point Name (APN). An APN identifies an external network that is accessible from a terminal.

Each row entry represents an Access Point Name (APN). Entries can be created and deleted by the user.

The value of tmnxMobPdnApnName specifies the Access Point Name (APN).

The value of tmnxMobPdnApnRowStatus specifies the row status of this entry. It is used for creation and deletion of this Access Point Name (APN).

The value of tmnxMobPdnApnLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnApnTable.

The value of tmnxMobPdnApnDescription specifies the description string for this Access Point Name (APN). It can consist of any printable, seven-bit ASCII characters up to 80 characters in length.

The value of tmnxMobPdnApnAdminState specifies the desired administrative state of this Access Point Name (APN). When the value of this object is set ot 'outOfService', then the Packet Data Network (PDN) sessions are not accepted.

The value of tmnxMobPdnApnOperState indicates the current operational status of this Access Point Name (APN).

The value of tmnxMobPdnApnGracefulShutTimeout specifies the graceful shutdown time. For graceful system shutdown, the existing request or connections are allowed to complete while no new requests or connections are accepted. This procedure is used to take the system to maintenance mode.

The value of tmnxMobPdnApnType specifies the type of this Access Point Name (APN). A virtual APN reduces the amount of the required APN provisioning by consolidating access to all real APNs through a single virtual APN at the Packet Data Network Gateway (PGW). Enumeration: 'real': 1, 'virtual': 2.

The value of tmnxMobPdnApnVRtrId specifies the virtual router to which this Access Point Name (APN) belongs. All subscribers belonging to this APN are mapped to this virtual router instance and hence they all access the common services.

The value of tmnxMobPdnApnVirtualApnName specifies the name of the virtual Access Point Name (APN) to which this real APN is mapped. The value of this object can be set only if the value of tmnxMobPdnApnType is set to 'real'.

The value of tmnxMobPdnApnPdnTypeIpv4 specifies if IPv4 Pakcet Data Network (PDN) sessions are supported by this Access Point Name (APN).

The value of tmnxMobPdnApnPdnTypeIpv6 specifies if IPv6 Pakcet Data Network (PDN) sessions are supported by this Access Point Name (APN).

The value of tmnxMobPdnApnPdnTypeIpv4v6 specifies if IPv4v6 Pakcet Data Network (PDN) sessions are supported by this Access Point Name (APN).

The value of tmnxMobPdnApnPdnAllocType specifies if the User Equipment (UE) gets the IP address via RAN signaling or via its DHCP client functionality after the default bearer is established. Enumeration: 'ietf': 1, 'ranSignaling': 2.

The value of tmnxMobPdnApnPdnRestrictionType specifies the level of restriction imposed on Evolved Packet System (EPS) bearer contexts created to the associated Access Point Name (APN). The value of this object is used to determine, on a per User Equipment (UE) basis, whether it is allowed to establish EPS bearers to other APNs. Enumeration: 'private2': 4, 'private1': 3, 'public2': 2, 'any': 0, 'public1': 1.

The value of tmnxMobPdnApnAllowMultiplePdns specifies if multiple Packet Data Network (PDN) types for the same Access Point Name (APN) are allowed.

The value of tmnxMobPdnApnSelectSubscribed specifies if the subscribed verified selection mode is allowed or not. Selection mode verification will be used to ensure a Mobile Station's (MS) subscription to use this APN. This setting must mach the corresponding setting on the SGSN/MME. If the two settings are not identical, the PGW/GGSN rejects the session with a cause code user authentication failed.

The value of tmnxMobPdnApnSelectMsProvided specifies if the Mobile Station (MS) provided Access Point Name (APN) selection mode is allowed or not. Selection mode verification will be used to ensure a MS's subscription to use this APN. This setting must mach the corresponding setting on the SGSN/MME. If the two settings are not identical, the PGW/GGSN rejects the session with a cause code user authentication failed.

The value of tmnxMobPdnApnSelectNwProvided specifies if the network provided provided Access Point Name (APN) selection mode is allowed or not. Selection mode verification will be used to ensure a Mobile Station's (MS) subscription to use this APN. This setting must mach the corresponding setting on the SGSN/MME. If the two settings are not identical, the PGW/GGSN rejects the session with a cause code user authentication failed.

The value of tmnxMobPdnApnIpAllocLocalPool specifies if the IP address for a User Equipment (UE) can be assigned from the configured local pools.

The value of tmnxMobPdnApnIpAllocHssStatic specifies if the IP address for a User Equipment (UE) is the static IP address assigned by Home Subscriber Server (HSS) to Mobility Management Entity (MME) and sent to Packet Data Network Gateway (PGW) during Create Session Request.

The value of tmnxMobPdnApnIpAllocAaa specifies if the IP address for a User Equipment (UE) can be assigned using radius or diameter server using Framed-IP and Framed-Pool-Name.

The value of tmnxMobPdnApnIpAllocDhcpProxy specifies if a DHCP request can be sent by the Packet Data Network Gateway (PGW) as part of the User Equipment (UE) attach procedure to external DHCP server for UE IP address allocation.

The value of tmnxMobPdnApnIpAllocDhcpRelay specifies if the DHCP requests from User Equipment (UE) can be sent to external DHCP server for IP address allocation after Attach procedure is completed.

The value of tmnxMobPdnApnIpAllocDhcpServer specifies if the DHCP requests from User Equipment (UE) can be sent to internal DHCP server in the Packet Data Network Gateway (PGW) for IP address allocation.

The value of tmnxMobPdnApnPcrfDynamicPcc specifies whether to enable the interaction with Policy and Charging Rules Function (PCRF) for bearer creation. When dynamic-pcc is enabled, Policy and Charging Control (PCC) rules are sent from PCRF for dedicated bearer creation. When the value of tmnxMobPdnApnPcrfDynamicPcc is 'inherit', the value is inherited from the value of tmnxMobPdnPccDynamicState which specifies if interaction with Policy and Charging Rules Function (PCRF) is enabled for bearer creation or not at the gateway level.

The value of tmnxMobPdnApnPcrfPriDiameterPeer specifies the default primary diameter peer profile name. If a corresponding diameter peer profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaPeerTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnApnPcrfSecDiameterPeer specifies the default primary diameter peer profile name. If a corresponding diameter peer profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaPeerTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnApnUplinkQciPolName specifies the QoS Class Identifier (QCI) policy profile name for uplink direction. If a corresponding QCI policy profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfQciPolTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnApnDownlinkQciPolName specifies the QoS Class Identifier (QCI) policy profile name for downlink direction. If a corresponding QCI policy profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfQciPolTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnApnAggrRateUplink specifies the uplink aggregate maximum bit rate per Packet Data Network (PDN) for all non Guaranteed Bit Rate (GBR) bearers for a given UE.

The value of tmnxMobPdnApnAggrRateDownlink specifies the downlink aggregate maximum bit rate per Packet Data Network (PDN) for all non Guaranteed Bit Rate (GBR) bearers for a given UE.

The value of tmnxMobPdnApnIdleTimeout specifies the amount of time, in seconds, a bearer must be idle before it is released. Default bearer cannot be released if dedicated bearer has not reached it's idle timeout value. If the value of this object is set to '0', then idle timout is disabled.

The value of tmnxMobPdnApnSessionTimeout specifies the timeout value, in seconds, of a session. When a session timeout happens, all the bearers related to the Packet Data Network (PDN) session will be deleted. If the value of this object is set to '0', then idle timout is disabled.

The value of tmnxMobPdnApnRejectForeignSub specifies if subscribers from the home Public Land Mobile Network (PLMN) only should be allowed. If the value of this object is set to 'true', then subscribers not in the home Public Land Mobile Network (PLMN) will be rejected.

The value of tmnxMobPdnApnBlockedPlmnList specifies the list of Public Land Mobile Networks (PLMNs) blocked on this Access Point Name (APN). If a corresponding PLMN list does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPlmnListTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnApnUliReporting specifies if a User Equipment's (UE) User Location Info (ULI) change notification to a Packet Data Network Gateway (PGW) from Mobility Management Entity (MME) is enabled or not.

The value of tmnxMobPdnApnUmtsQosPolName specifies the name of Universal Mobile Telecommunications System (UMTS) Quality of Service (QoS) Policy on this Access Point Name (APN). If a corresponding UMTS QoS policy profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobUmtsQosPolTable, an 'inconsistentValue' error will be returned. If the mapping between pre-Rel-8 QoS parameter value pairs and QoS Class Identifier (QCI) values is not 1-to-1 for this UMTS Qos Policy, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnApnPcrfDynPccFHSession specifies whether to enable Failure-Handling Session when Policy and Charging Rules Function (PCRF) is enabled. When tmnxMobPdnApnPcrfDynPccFHSession is enabled, new sessions will be allowed to set up even when both primary and secondary PCRF are down or there is no secondary configuration and the primary PCRF goes down. Such sessions will continue without any further PCRF control even when PCRF recovers.

The tmnxMobPdnApnExtTable has an entry for each Access Point Name (APN). An APN identifies an external network that is accessible from a terminal. The tmnxMobPdnApnExtTable provides an extension of the tmnxMobPdnApnTable.

Each row entry represents additional columns for attributes specific to Access Point Name (APN) configuration.

The value of tmnxMobPdnApnExtLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnApnExtTable.

The value of tmnxMobPdnApnDnsServerV4AddrType specifies the type of address represented by tmnxMobPdnApnDnsServerV4Addr.

The value of tmnxMobPdnApnDnsServerV4Addr specifies the IPv4 address of the DNS server used for resolving the FQDN names of charging, Proxy Call Session Control Function (P-CSCF )and Policy and Charging Rules Function (PCRF) servers.

The value of tmnxMobPdnApnDnsServerV6AddrType specifies the type of address represented by tmnxMobPdnApnDnsServerV6Addr.

The value of tmnxMobPdnApnDnsServerV6Addr specifies the IPv6 address of the DNS server used for resolving the FQDN names of charging, Proxy Call Session Control Function (P-CSCF )and Policy and Charging Rules Function (PCRF) servers.

The value of tmnxMobPdnApnDhcpRelayV4RouterId specifies the virtual router in which the DHCP requests or responses are sent or received to an external DHCP server.

The value of tmnxMobPdnApnDhcpRlyV4GiAddrType specifies the type of address represented by tmnxMobPdnApnDhcpRelayV4GiAddr.

The value of tmnxMobPdnApnDhcpRelayV4GiAddr specifies the subnet in which the DHCP server should return addresses for DHCP requests for the User Equipments (UEs) entering a particular Packet Data Network (PDN) access point. A corresponding IP loopback interface must be configured in the Packet Data Network Gateway (PGW), in the same sub network as the DHCP gateway address.

The value of tmnxMobPdnApnDhcpRelayV6RouterId specifies the virtual router in which the DHCP requests or responses are sent or received to an external DHCP server.

The value of tmnxMobPdnApnDhcpRlyV6GiAddrType specifies the type of address represented by tmnxMobPdnApnDhcpRelayV6GiAddr.

The value of tmnxMobPdnApnDhcpRelayV6GiAddr specifies the subnet in which the DHCP server should return addresses for DHCP requests for the User Equipments (UEs) entering a particular Packet Data Network (PDN) access point. A corresponding IP loopback interface must be configured in the Packet Data Network Gateway (PGW), in the same sub network as the DHCP gateway address.

The value of tmnxMobPdnApnDhcpProxyV4RouterId specifies the virtual router

The value of tmnxMobPdnApnDhcpPxyV4GiAddrType specifies the type of address represented by tmnxMobPdnApnDhcpProxyV4GiAddr.

The value of tmnxMobPdnApnDhcpProxyV4GiAddr specifies the IPv4 address

The value of tmnxMobPdnApnDhcpProxyV6RouterId specifies the virtual router

The value of tmnxMobPdnApnDhcpPxyV6GiAddrType specifies the type of address represented by tmnxMobPdnApnDhcpProxyV6GiAddr.

The value of tmnxMobPdnApnDhcpProxyV6GiAddr specifies the IPv6 address

The value of tmnxMobPdnApnPcoDnsV4PriAddrType specifies the type of address represented by tmnxMobPdnApnPcoDnsV4PriAddr.

The value of tmnxMobPdnApnPcoDnsV4PriAddr specifies the IPv4 address of the primary DNS server used by a User Equipment (UE) to resolve domain names to IP addresses.

The value of tmnxMobPdnApnPcoDnsV4SecAddrType specifies the type of address represented by tmnxMobPdnApnPcoDnsV4SecAddr.

The value of tmnxMobPdnApnPcoDnsV4SecAddr specifies the IPv4 address of the secondary DNS server used by a User Equipment (UE) to resolve domain names to IP addresses.

The value of tmnxMobPdnApnPcoDnsV6PriAddrType specifies the type of address represented by tmnxMobPdnApnPcoDnsV6PriAddr.

The value of tmnxMobPdnApnPcoDnsV6PriAddr specifies the IPv6 address of the primary DNS server used by a User Equipment (UE) to resolve domain names to IP addresses.

The value of tmnxMobPdnApnPcoDnsV6SecAddrType specifies the type of address represented by tmnxMobPdnApnPcoDnsV6SecAddr.

The value of tmnxMobPdnApnPcoDnsV6SecAddr specifies the IPv6 address of the secondary DNS server used by a User Equipment (UE) to resolve domain names to IP addresses.

The value of tmnxMobPdnApnPcoPcscfV4PriAdrTyp specifies the type of address represented by tmnxMobPdnApnPcoPcscfV4PriAddr.

The value of tmnxMobPdnApnPcoPcscfV4PriAddr specifies the IPv4 address or FQDN of the primary Proxy Call Session Control Function (PCSCF) server used by a User Equipment (UE) to reach a IMS server for Session Initiation Protocol (SIP) applications.

The value of tmnxMobPdnApnPcoPcscfV6PriAdrTyp specifies the type of address represented by tmnxMobPdnApnPcoDnsV6PriAddr.

The value of tmnxMobPdnApnPcoPcscfV6PriAddr specifies the IPv6 address or FQDN of the primary Proxy Call Session Control Function (PCSCF) server used by a User Equipment (UE) to reach a IMS server for Session Initiation Protocol (SIP) applications.

The value of tmnxMobPdnApnPcoNbnsV4PriAdrType specifies the type of address represented by tmnxMobPdnApnPcoNbnsV4PriAddr.

The value of tmnxMobPdnApnPcoNbnsV4PriAddr specifies the IPv4 address of the primary netbios Name Service (NBNS) server used by Microsoft Netbios clients to reach netbios servers.

The value of tmnxMobPdnApnPcoNbnsV4SecAdrType specifies the type of address represented by tmnxMobPdnApnPcoNbnsV4SecAddr.

The value of tmnxMobPdnApnPcoNbnsV4SecAddr specifies the IPv4 address of the secondary netbios Name Service (NBNS) server used by Microsoft Netbios clients to reach netbios servers.

The value of tmnxMobPdnApnPcoNbnsV6PriAdrType specifies the type of address represented by tmnxMobPdnApnPcoNbnsV6PriAddr.

The value of tmnxMobPdnApnPcoNbnsV6PriAddr specifies the IPv6 address of the primary netbios Name Service (NBNS) server used by Microsoft Netbios clients to reach netbios servers.

The value of tmnxMobPdnApnPcoNbnsV6SecAdrType specifies the type of address represented by tmnxMobPdnApnPcoNbnsV6SecAddr.

The value of tmnxMobPdnApnPcoNbnsV6SecAddr specifies the IPv6 address of the secondary netbios Name Service (NBNS) server used by Microsoft Netbios clients to reach netbios servers.

The tmnxMobPdnApnExt2Table has an entry for each Access Point Name (APN). An APN identifies an external network that is accessible from a terminal. The tmnxMobPdnApnExt2Table provides an extension of the tmnxMobPdnApnTable.

Each row entry represents additional columns for attributes specific to Access Point Name (APN) configuration.

The value of tmnxMobPdnApnExt2LastChanged indicates the timestamp of the last change to this row in tmnxMobPdnApnExt2Table.

The value of tmnxMobPdnApnChrgProfileHome specifies the charging trigger rules applied for generating Charging Data Records (CDR) for home subscribers. If a corresponding charging profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPgwChargingTable, an 'inconsistentValue' error will be returned. A value of '-1' specifies that charging profile information is inherited from the value of tmnxMobPdnChargingProfHome which specifies the charging trigger rules applied for home subscribers at the gateway level.

The value of tmnxMobPdnApnChrgProfileVisiting specifies the visiting charging trigger rules applied for generating Charging Data Records (CDR) for visiting subscribers. If a corresponding charging profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPgwChargingTable, an 'inconsistentValue' error will be returned. A value of '-1' specifies that charging profile information is inherited from the value of tmnxMobPdnChargingProfVisiting which specifies the charging trigger rules applied for visiting subscribers at the gateway level.

The value of tmnxMobPdnApnChrgProfileRoaming specifies the charging trigger rules applied for generating Charging Data Records (CDR) for roaming subscribers. If a corresponding charging profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPgwChargingTable, an 'inconsistentValue' error will be returned. A value of '-1' specifies that charging profile information is inherited from the value of tmnxMobPdnChargingProfRoaming which specifies the charging trigger rules applied for roaming subscribers at the gateway level.

The value of tmnxMobPdnApnChrgCcIgnoreAny specifies to ignore HSS or MME supplied charging characteristics for any subscriber. Corresponding default profile is selected when the received charging characteristics is ignored. When the value of tmnxMobPdnApnChrgCcIgnoreAny is 'inherit', the value is inherited from the value of tmnxMobPdnChrgCcIgnoreAny which specifies to ignore HSS or MME supplied charging characteristics for any subscriber at the gateway level.

The value of tmnxMobPdnApnChrgCcIgnoreHome specifies to ignore HSS or MME supplied charging characteristics for home scenarios. Corresponding default profile is selected when the received charging characteristics is ignored. When the value of tmnxMobPdnApnChrgCcIgnoreHome is 'inherit', the value is inherited from the value of tmnxMobPdnChrgCcIgnoreHome which specifies to ignore HSS or MME supplied charging characteristics for home scenarios at the gateway level.

The value of tmnxMobPdnApnChrgCcIgnoreVisit specifies to ignore HSS or MME supplied charging characteristics for visiting scenarios. Corresponding default profile is selected when the received charging characteristics is ignored. When the value of tmnxMobPdnApnChrgCcIgnoreVisit is 'inherit', the value is inherited from the value of tmnxMobPdnChrgCcIgnoreVisiting which specifies to ignore HSS or MME supplied charging characteristics for visiting scenarios at the gateway level.

The value of tmnxMobPdnApnChrgCcIgnoreRoaming specifies to ignore HSS or MME supplied charging characteristics for roaming scenarios. Corresponding default profile is selected when the received charging characteristics is ignored. When the value of tmnxMobPdnApnChrgCcIgnoreRoaming is 'inherit', the value is inherited from the value of tmnxMobPdnChrgCcIgnoreRoaming which specifies to ignore HSS or MME supplied charging characteristics for roaming scenarios at the gateway level.

The value of tmnxMobPdnApnCdfPriDiaPeer specifies the diameter peer profile to be used for the primary Charging Data Function (CDF). If a corresponding diameter peer profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaPeerTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnApnCdfSecDiaPeer specifies the diameter peer profile to be used for the secondary Charging Data Function (CDF). If a corresponding diameter peer profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaPeerTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnApnPreAuthType specifies the authentication type used for pre-authentication from a AAA server.

The value of tmnxMobPdnApnPreAuthUserName specifies the user name used in access requests sent to a AAA server.

The value of tmnxMobPdnApnAuthType specifies the authentication type used for authentication from a AAA server.

The value of tmnxMobPdnApnAuthUserName specifies the user name used in access requests sent to a AAA server. Enumeration: 'msisdn': 2, 'fixed': 4, 'pco': 3, 'imsi': 1.

The value of tmnxMobPdnApnAcctType specifies the accounting type used for accounting purposes.

The value of tmnxMobPdnApnAcctUserName specifies the user name used in requests sent to a AAA server for accounting purposes.

The value of tmnxMobPdnApnAcctInterimReport specifies whether to enable the periodic reporting of accounting usage stats per bearer.

The value of tmnxMobPdnApnChrgCcReject specifies to reject HSS or MME supplied charging characteristics for a subscriber. Corresponding default chargin profile is selected when the value of this object is set to 'disable'. The value of tmnxMobPdnApnChrgCcReject is applicable only when the HSS or MME supplied charging characteristics are not ignored. When the value of tmnxMobPdnApnChrgCcReject is 'inherit', the value is inherited from the value of tmnxMobPdnChrgCcReject which specifies to reject HSS or MME supplied charging characteristics for a subscriber at the gateway level.

The value of tmnxMobPdnApnAuthServerGroup specifies the radius group profile to be used for the authentication. If a corresponding radius group profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfRadGrpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnApnAuthAcctSupImsi specifies to remove the 3GPP-IMSI attribute when sending an authentication or accounting message. When the value of tmnxMobPdnApnAuthAcctSupImsi is not specifed, the 3GPP-IMSI attribute shall be sent. This object was made obsolete in the 3.0R5 release.

The value of tmnxMobPdnApnAcctServerGroup specifies the radius group profile to be used for the accouting message. If a corresponding radius group profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfRadGrpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnApnWaitAccounting specifies to configure the PGW/GGSN to wait for an accounting response before sending a GPRS Tunneling Protocol (GTP) response. When the value of tmnxMobPdnApnWaitAccounting is not specifed, the PGW/GGSN shall not wait for a response.

The value of tmnxMobPdnApnOcsPriDiaPeer specifies the diameter peer profile to be used for the primary Online Charging System (OCS). The value of tmnxMobPdnApnOcsPriDiaPeer at the APN level overrides the value of tmnxMobPdnGyPriDiaPeer at the gateway level.

The value of tmnxMobPdnApnOcsSecDiaPeer specifies the diameter peer profile to be used for the secondary Online Charging System (OCS). The value of tmnxMobPdnApnOcsSecDiaPeer at the APN level overrides the value of tmnxMobPdnGySecDiaPeer at the gateway level.

The value of tmnxMobPdnApnGyDccaProfile specifies Diameter Credit Control Application (DCCA) profile used for the primary and secondary Online Charging System (OCS) for this APN.

The value of tmnxMobPdnApnPreAuthServerGroup specifies the radius group profile to be used for the pre-authentication. If a corresponding radius group profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfRadGrpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnApnChangeRepAction specifies which kind of location based reporting is enabled. Enumeration: 'none': 0, 'taiEgci': 6, 'cgiSai': 1, 'rai': 2, 'cgiSaiRai': 3, 'egci': 5, 'tai': 4.

The value of tmnxMobPdnApnSuppFramedRoute specifies whether the Framed-Route attribute is enabled. This enables the GGSN to support set of subnets behind the User Equipment (UE).

The value of tmnxMobPdnApnPccQciValue specifies a reference to access a set of node-specific parameters that control bearer level QoS packet forwarding treatment. Internally, this value is mapped to Forwarding Class (FC) within the mobile gateway system.

The value of tmnxMobPdnApnPccArpValue specifies the admission control to prioritize allocation and retention for bearer establishment and modification.

The value of tmnxMobPdnApnAuthFixUserName specifies the user name used in access requests sent to a AAA server when tmnxMobPdnApnAuthUserName is set to 'fixed'.

The value of tmnxMobPdnApnAuthFixPassword specifies the password used to authenticate requests sent to a AAA server when the user name is sent by setting tmnxMobPdnApnAuthFixUserName and tmnxMobPdnApnAuthUserName is set to 'fixed'. This object will always return an empty string on a read.

The tmnxMobPdnApnIpPoolTable has an entry for each IP pool configured for an Access Point Name (APN). A maximum of 8 IP pools can be configured for each APN.

Each row entry represents an IP pool in an Access Point Name (APN). Entries can be created and deleted by the user.

The value of tmnxMobPdnApnIpPoolRowStatus specifies the row status of this entry. It is used for creation and deletion of this IP pool for an Access Point Name (APN). If a corresponding IP pool does not exist in TIMETRA-VRTR-MIB::vRtrIpPoolTable, an 'inconsistentName' error will be returned.

The tmnxMobPdnApnBasePolTable has an entry for each static policy base profile configured for an Access Point Name (APN). A maximum of 8 static policy base profiles can be configured for each Internet Protocol Connectivity Access Network (IP-CAN) session in an APN.

Each row entry represents a static policy base profile in an Access Point Name (APN). Entries can be created and deleted by the user.

The value of tmnxMobPdnApnBasePolRowStatus specifies the row status of this entry. It is used for creation and deletion of this static policy base profile for an Access Point Name (APN). If no row exists in the TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPolBaseTable with the corresponding base policy, an 'inconsistentName' error will be returned. If the precedence value, specified by TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPolBasePrecedence, is equal to the precedence value of a base profile associated in this APN, then an 'inconsistentValue' error will be returned.

The tmnxMobPdnGaTable provides an extension of the tmnxMobPdnTable for Ga reference point configuration.

Each row entry represents additional columns for Ga reference point configuration for a Packet Data Network Gateway (PGW).

The value of tmnxMobPdnGaLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnGaTable.

The value of tmnxMobPdnGaIfVRtrId specifies the virtual router to which the interface specified by tmnxMobPdnGaIfIndex belongs.

The value of tmnxMobPdnGaIfIndex specifies the interface index of the local interface used for the Ga reference point. When the value of this object is set to 0, no interface has been assigned. If tmnxMobPdnGaGtpPrimeGrpName is specified, then the value of TIMETRA-MOBILE-PROFILE-MIB::tmnxMobGtpPriGrpIfIndex is used as the interface index of the local interface used for the Ga reference point.

The value of tmnxMobPdnGaGtpcProfile specifies the GPRS Tunneling Protocol-Control plane (GTP-C) profile name. The GTP-C profile provides GTP-C signaling related configuration. If a corresponding GTP profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfGtpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnGaGtpPrimeGrpName specifies GPRS Tunneling Protocol (GTP) prime group name. If a corresponding GPRS Tunneling Protocol (GTP) prime group does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobGtpPriGrpTable, an 'inconsistentValue' error will be returned.

The tmnxMobPdnGnTable provides an extension of the tmnxMobPdnTable for Gn reference point configuration.

Each row entry represents additional columns for Gn reference point configuration for a Packet Data Network Gateway (PGW).

The value of tmnxMobPdnGnLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnGnTable.

The value of tmnxMobPdnGnGtpcIfVRtrId specifies the virtual router to which the interface specified by tmnxMobPdnGnGtpcIfIndex belongs.

The value of tmnxMobPdnGnGtpcIfIndex specifies the interface index of the local interface used for the General Packet Radio Services Tunneling Protocol for Control Plane (GTP-C) signaling. When the value of this object is set to 0, no interface has been assigned.

The value of tmnxMobPdnGnGtpuIfVRtrId specifies the virtual router to which the interface specified by tmnxMobPdnGnGtpuIfIndex belongs.

The value of tmnxMobPdnGnGtpuIfIndex specifies the interface index of the local interface used for the General Packet Radio Services Tunneling Protocol for User Plane (GTP-U) signaling. When the value of this object is set to 0, no interface has been assigned.

The value of tmnxMobPdnGnGtpcProfile specifies the GPRS Tunneling Protocol-Control plane (GTP-C) profile name. The GTP-C profile provides GTP-C signaling related configuration. If a corresponding GTP profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfGtpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnGnGtpuProfile specifies the GPRS Tunneling Protocol-User plane (GTP-U) profile name. The GTP-U profile provides GTP-U signaling related configuration. If a corresponding GTP profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfGtpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnGnPeerList specifies the GPRS Tunneling Protocol (GTP) peer list. If a corresponding GTP peer list does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPeerListTable, an 'inconsistentValue' error will be returned.

The tmnxMobPdnApTable has an entry for each Accounting Policy associated with the Packet Data Network Gateway (PGW). The policy can be either Key Capacity Indicator (KCI) or Key Performance Indicator (KPI).

Each row entry represents a Accounting Policy associated with the Packet Data Network Gateway (PGW). Entries can be created and deleted by the user.

The value of tmnxMobPdnApPolicyId uniquely identifies an Accounting Policy to be used for creating accounting records on this Packet Data Network Gateway (PGW). If a corresponding Accounting Policy does not exist in TIMETRA-LOG-MIB::tmnxLogApTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnApRowStatus specifies the row status of this entry. It is used for creation and deletion of this Accounting Policy for the Packet Data Network Gateway (PGW).

The value of tmnxMobPdnLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnApTable.

The value of tmnxMobPdnApCollectAcctStats specifies whether the agent collects accounting statistics for this Accouning Policy.

The tmnxMobPdnGnPeerTable has an entry for each peer on the Gn reference point.

Each row entry represents a peer on the Gn reference point.

The value of tmnxMobPdnGnPeerAddressType indicates the type of address represented by tmnxMobPdnGnPeerAddress.

The value of tmnxMobPdnGnPeerAddress indicates the IP address of the peer on Gn reference point.

The value of tmnxMobPdnGnPeerPort indicates the port number of this peer.

The value of tmnxMobPdnGnPeerLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnGnPeerTable.

The value of tmnxMobPdnGnPeerCreateTime indicates the sysUpTime when this entry was created.

The value of tmnxMobPdnGnPeerPathMgmtState indicates the state of path.

The value of tmnxMobPdnGnPeerGatewayId indicates the gateway to which this peer belongs.

The value of tmnxMobPdnGnPeerType indicates the type of this peer.

The tmnxMobPdnRadiusTable provides an extension of the tmnxMobPdnTable for the radius configuration.

Each row entry represents additional columns for radius configuration for a Packet Data Network Gateway (PGW).

The value of tmnxMobPdnRadiusLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnRadiusTable.

The value of tmnxMobPdnRadiusIfVRtrId specifies the virtual router to which the interface specified by tmnxMobPdnRadiusIfIndex belongs.

The value of tmnxMobPdnRadiusIfIndex specifies the interface index of the interface used for radius authentication and accounting.

The value of tmnxMobPdnRadiusDisconnect specifies whether the support for radius initiated disconnect is enabled or not. When the value of tmnxMobPdnRadiusDisconnect is not specifed, the PGW/GGSN shall ignore the disconnect messages.

The tmnxMobPdnApnDaccGrpTable has an entry for each duplicate radius accounting server group configured on the system.

Each row entry represents a duplicate radius accounting server group.

The value of tmnxMobPdnApnDaccGrpName specifies the unique name of this duplicate radius accounting server group.

The value of tmnxMobPdnApnDaccGrpRowStatus specifies the row status of this entry. It is used for creation and deletion of this duplicate radius accounting server group.

The value of tmnxMobPdnApnDaccGrpLastChngd indicates the timestamp of the last change to this row in tmnxMobPdnApnDaccGrpTable.

The tmnxMobPdnGyTable provides an extension of the tmnxMobPdnTable for Online Charging (Gy) interface configuration.

Each row entry represents additional columns for Online Charging (Gy) interface configuration for the Packet Data Network Gateway (PGW).

The value of tmnxMobPdnGyLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnGyTable.

The value of tmnxMobPdnGyVRtrId specifies the virtual router to which the interface specified by tmnxMobPdnGyVRtrId belongs.

The value of tmnxMobPdnGyIfIndex specifies the interface index of the local interface used by diameter applications.

The value of tmnxMobPdnGyPriDiaPeer specifies the diameter peer profile to be used for the primary Online Charging System (OCS) at the Gateway level. If a corresponding diameter peer profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaPeerTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnGySecDiaPeer specifies the diameter peer profile to be used for the secondary Online Charging System (OCS) at the Gateway level. If a corresponding diameter peer profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaPeerTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnGyDccaProf specifies the Diameter Credit Control Application (DCCA) profile used for the primary and secondary Online Charging System (OCS) at the Gateway level.

The value of tmnxMobPdnGyDiaSession specifies whether the diameter credit control charging sessions to the Online Charging System (OCS) peer are set up on a per IP-CAN session basis or on a per bearer basis. Enumeration: 'bearerLevel': 2, 'pdnLevel': 1.

The value of tmnxMobPdnGyOcsSelIdType specifies whether the Online Charging System (OCS) selection criteria is based on the International Mobile Subscriber Identity (IMSI) or the Mobile Subscriber Integrated Services Digital Network (MSISDN). Enumeration: 'msisdn': 2, 'none': 0, 'imsi': 1.

The value of tmnxMobPdnGyOcsSelIdMappingStyle specifies whether the Online Charging System (OCS) selection criteria mapping style is based on a full identifier or prefix. Enumeration: 'none': 0, 'prefix': 1, 'fullId': 2.

The tmnxMobPdnRatingGrpTable has an entry for each Rating Group configured for Online Charging (Gy) interface configuration.

Each row entry represents additional columns for Online Charging (Gy) Rating Group configuration for the Packet Data Network Gateway (PGW).

The value of tmnxMobPdnGyRatingGroupId specifies the Rating-Group associated with the system.

The value of tmnxMobPdnRatingGrpRowStatus specifies the row status of this entry. It is used for creation and deletion of this Rating Group entry. In order for the row creation to succeed, values for tmnxMobPdnRatingGrpActvtThresold must be included in the same SNMP SET PDU as tmnxMobPdnRatingGrpRowStatus. Otherwise, the SET request will fail with an 'inconsistentValue' error.

The value of tmnxMobPdnGyLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnRatingGrpTable.

The value of tmnxMobPdnRatingGrpActvtThresold specifies the activity thresold for time based metering. The value must be specified at the time of row creation.

The tmnxMobPdnGpTable provides an extension of the tmnxMobPdnTable for Gp reference point configuration.

Each row entry represents additional columns for Gp reference point configuration for a Packet Data Network Gateway (PGW).

The value of tmnxMobPdnGpLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnGpTable.

The value of tmnxMobPdnGpGtpcIfVRtrId specifies the virtual router to which the interface specified by tmnxMobPdnGpGtpcIfIndex belongs.

The value of tmnxMobPdnGpGtpcIfIndex specifies the interface index of the local interface used for the General Packet Radio Services Tunneling Protocol for Control Plane (GTP-C) signaling. When the value of this object is set to 0, no interface has been assigned.

The value of tmnxMobPdnGpGtpuIfVRtrId specifies the virtual router to which the interface specified by tmnxMobPdnGpGtpuIfIndex belongs.

The value of tmnxMobPdnGpGtpuIfIndex specifies the interface index of the local interface used for the General Packet Radio Services Tunneling Protocol for User Plane (GTP-U) signaling. When the value of this object is set to 0, no interface has been assigned.

The value of tmnxMobPdnGpGtpcProfile specifies the GPRS Tunneling Protocol-Control plane (GTP-C) profile name. The GTP-C profile provides GTP-C signaling related configuration. If a corresponding GTP profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfGtpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnGpGtpuProfile specifies the GPRS Tunneling Protocol-User plane (GTP-U) profile name. The GTP-U profile provides GTP-U signaling related configuration. If a corresponding GTP profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfGtpTable, an 'inconsistentValue' error will be returned.

The value of tmnxMobPdnGpPeerList specifies the GPRS Tunneling Protocol (GTP) peer list. If a corresponding GTP peer list does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfPeerListTable, an 'inconsistentValue' error will be returned.

The tmnxMobPdnGpPeerTable has an entry for each peer on the Gp reference point.

Each row entry represents a peer on the Gp reference point.

The value of tmnxMobPdnGpPeerAddressType indicates the type of address represented by tmnxMobPdnGpPeerAddress.

The value of tmnxMobPdnGpPeerAddress indicates the IP address of the peer on Gp reference point.

The value of tmnxMobPdnGpPeerPort indicates the port number of this peer.

The value of tmnxMobPdnGpPeerLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnGpPeerTable.

The value of tmnxMobPdnGpPeerCreateTime indicates the sysUpTime when this entry was created.

The value of tmnxMobPdnGpPeerPathMgmtState indicates the state of path.

The value of tmnxMobPdnGpPeerGatewayId indicates the gateway to which this peer belongs.

The value of tmnxMobPdnGpPeerType indicates the type of this peer.

The tmnxMobPdnApnExt3Table has an entry for each Access Point Name (APN). An APN identifies an external network that is accessible from a terminal. The tmnxMobPdnApnExt3Table provides an extension of the tmnxMobPdnApnTable.

Each row entry represents additional columns for attributes specific to Access Point Name (APN) configuration.

The value of tmnxMobPdnApnExt3LastChanged indicates the timestamp of the last change to this row in tmnxMobPdnApnExt3Table.

The value of tmnxMobPdnApnAuthPriDiamPeer specifies the default primary diameter peer profile name. If a corresponding diameter peer profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaPeerTable, an 'inconsistent' error will be returned.

The value of tmnxMobPdnApnAuthSecDiamPeer specifies the default secondary diameter peer profile name. If a corresponding diameter peer profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaPeerTable, an 'inconsistent' error will be returned.

The value of tmnxMobPdnApnDefAppProfile specifies the value of default application profile being applied at the Access Point Name (APN).

The value of tmnxMobPdnApnAuthSupImsi specifies to remove the 3GPP-IMSI attribute when sending an authentication message. When the value of tmnxMobPdnApnAuthSupImsi is not specifed, the 3GPP-IMSI attribute shall be sent.

The value of tmnxMobPdnApnAcctSupImsi specifies to remove the 3GPP-IMSI attribute when sending an accounting message. When the value of tmnxMobPdnApnAcctSupImsi is not specifed, the 3GPP-IMSI attribute shall be sent.

The value of tmnxMobPdnApnPreAuthSupImsi specifies to remove the 3GPP-IMSI attribute when sending an pre authentication message. When the value of tmnxMobPdnApnPreAuthSupImsi is not specifed, the 3GPP-IMSI attribute shall be sent.

The value of tmnxMobPdnApnAaGroupIndex specifies the group number of this group of BSX MDAs at the Access Point Name (APN) level. The corresponding row for the AA group must have already been created in the TIMETRA-BSX-NG-MIB::tmnxBsxIsaAaGrpTable. The value of zero indicates that no BSX MDA group is specified.

The value of tmnxMobPdnApnAaGrpPartIndex specifies the partition index within an AA group at the Access Point Name (APN) level. The corresponding row for the partition index must have already been created in the TIMETRA-BSX-NG-MIB::tmnxBsxAaGrpPartTable. The value of zero indicates that no Application Assurance partition is specified.

The value of tmnxMobPdnApnHttpRedirect specifies the http redirect rule on this Access Point Name (APN).

The value of tmnxMobPdnApnRedirTrafficPol specifies the redirect traffic policy for nexthop in the Gi uplink direction on this Access Point Name (APN). Enumeration: 'mobileToMobile': 1, 'mobileToAll': 2.

The value of tmnxMobPdnApnRedirPolRouterInst specifies the Gi router instance used by the redirect traffic policy configured on this Access Point Name (APN).

The value of tmnxMobPdnApnRedirPolNHopAddrTyp indicates the type of address represented by tmnxMobPdnApnRedirPolNHopAddr.

The value of tmnxMobPdnApnRedirPolNHopAddr specifies the next hop IP address on Gi side for the redirection traffic policy configured on this Access Point Name (APN)

The value of tmnxMobPdnApnAllowEmergency specifies whether the PDN sessions for Emergency PDNs with unauthenticated International Mobile Subscriber Identity (IMSI) and only with International Mobile Equipment Identity (IMEI) is allowed on this Access Point Name (APN).

The tmnxMobPdnGyOcsTable provides an entry for each User Range configuration for the International Mobile Subscriber Identity (IMSI) or the Mobile Subscriber Integrated Services Digital Network (MSISDN) mapping to the associated primary and secondary Online Charging System (OCS) peers.

Each row entry represents a unique User Range for the Packet Data Network Gateway (PGW). Entries can be created and deleted by the user.

The value of tmnxMobPdnGyOcsUserRangeName specifies the name of the user range for the International Mobile Subscriber Identity (IMSI) or the Mobile Subscriber Integrated Services Digital Network (MSISDN) mapping to the associated primary and secondary Online Charging System (OCS) peers.

The value of tmnxMobPdnGyOcsRowStatus specifies the row status of this entry. It is used for creation and deletion of this User Range.

The value of tmnxMobPdnGyLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnGyOcsTable.

The value of tmnxMobPdnGyOcsUeStartId specifies the start value of the International Mobile Subscriber Identity (IMSI) or the Mobile Subscriber Integrated Services Digital Network (MSISDN) for the User Range. The value must be specified at the time of row creation. An 'inconsistentValue' error is returned if an attempt is made to set this object individually.

The value of tmnxMobPdnGyOcsUeEndId specifies the end value of the International Mobile Subscriber Identity (IMSI) or the Mobile Subscriber Integrated Services Digital Network (MSISDN) for the User Range.

The value of tmnxMobPdnGyOcsPriDiaPeer specifies the primary Online Charging System (OCS) diameter peer profile for the User Range. The value must be specified at the time of row creation. If a corresponding diameter profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDiaTable, an 'inconsistentValue' error will be returned. An 'inconsistentValue' error is returned if an attempt is made to set this object individually.

The value of tmnxMobPdnGyOcsSecDiaPeer specifies the secondary Online Charging System (OCS) diameter peer profile for the User Range.

The value of tmnxMobPdnGyOcsDccaProf specifies the unique name of this Diameter Credit Control Application (DCCA) profile for this User Range. The value must be specified at the time of row creation. If a corresponding DCCA profile does not exist in TIMETRA-MOBILE-PROFILE-MIB::tmnxMobProfDccaTable, an 'inconsistentValue' error will be returned. An 'inconsistentValue' error is returned if an attempt is made to set this object individually.

The tmnxMobPdnS6bTable provides an extension to the tmnxMobPdnTable for S6b reference point configuration.

Each row entry represents additional columns for S6b reference point configuration for a Packet Data Network Gateway (PGW).

The value of tmnxMobPdnS6bLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnS6bTable.

The value of tmnxMobPdnS6bTransactionTimer specifies the amount of time the node waits for a diameter peer to respond before trying another peer.

The value of tmnxMobPdnS6bRetryCount specifies the number of times the system will try to send an S6b message before declaring a failed attempt.

The tmnxMobPdnUeTable has an entry for an User Equipment (UE) being served by this gateway. There will not be more than one row in this table. Whenever a new row is created, existing row will be deleted and then new row will be created. This table will only have an entry for a UE served by the gateways, identified by TIMETRA-MOBILE-GATEWAY-MIB::tmnxMobGwId, where the value of TIMETRA-MOBILE-GATEWAY-MIB::tmnxMobGwType is equal to 'pgw'.

Each row entry represents an User Equipment (UE) and contains identification, connection information.

The value of tmnxMobPdnUeImsi indicates the International Mobile Subscriber Identity (IMSI) of this User Equipment (UE). IMSI is used to uniquely identify an UE.

The value of tmnxMobPdnUeRowStatus specifies the row status of this entry. It is used for the creation and deletion of this User Equipment (UE) entry. Creation of a new row will result in the existing row, if any, to be deleted. If a UE is not served by the gateway identified by tmnxMobGwId, then the row creation will fail with an 'inconsistentName' error. The creation or deletion of an entry in this table causes creation or deletion of corresponding entries in tmnxMobPdnPdnContextTable, tmnxMobPdnBearerContextTable, tmnxMobPdnBcSdfTable and tmnxMobPdnBcSdfFilterTable.

The value of tmnxMobPdnUeMsIsdn indicates the Mobile Subscriber Integrated Services Digital Network (MSISDN) number of this User Equipment (UE).

The value of tmnxMobPdnUeImei indicates the International Mobile Equipment Identity (IMEI) of this User Equipment (UE).

The value of tmnxMobPdnUeNai indicates the Network Address Identifier (NAI) of this User Equipment (UE).

The value of tmnxMobPdnUeNwkMcc indicates the Mobile Country Code (MCC) of this User Equipment (UE).

The value of tmnxMobPdnUeNwkMnc indicates the Mobile Network Code (MNC) of this User Equipment (UE).

The value of tmnxMobPdnUeTrackingAreaId indicates the tracking area identifier of this User Equipment (UE).

The value of tmnxMobPdnUeCellId indicates the cell identification of this User Equipment (UE).

The value of tmnxMobPdnUeState indicates the current state of this User Equipment (UE).

The value of tmnxMobPdnUeRat indicates the Radio Access Type (RAT) of this User Equipment (UE).

The value of tmnxMobPdnUePdnContexts indicates the number of Packet Data Network (PDN) contexts on this User Equipment (UE).

The value of tmnxMobPdnUeBearerContexts indicates the number of bearer contexts on this User Equipment (UE).

The value of tmnxMobPdnUeRfPgwAddrType indicates the type of address represented by tmnxMobPdnUeRfPgwAddr.

The value of tmnxMobPdnUeRfPgwAddr indicates the IP address of the Packet Data Network Gateway (PGW) in Rf reference point.

The value of tmnxMobPdnUeCtxAccessType specifies the access type for the User Equipment (UE).

The value of tmnxMobPdnUeSubType indicates the subscription type of this User Equipment (UE).

The value of tmnxMobPdnKeyType indicates the subscriber identification type of this User Equipment (UE).

The value of tmnxMobPdnUeImsiStr indicates the International Mobile Subscriber Identity (IMSI) of this User Equipment (UE).

The tmnxMobPdnPdnContextTable has an entry for each Pakcet Data Network (PDN) context of an User Equipment (UE).

Each row entry represents a Pakcet Data Network (PDN) context of an User Equipment (UE) and contains identification, connection information.

The value of tmnxMobPdnPcApn indicates the Access Point Name (APN) which uniquely identifies a Pakcet Data Network (PDN) context of an User Equipment (UE).

The value of tmnxMobPdnPcPdnType indicates the Pakcet Data Network (PDN) type of this context.

The value of tmnxMobPdnPcLinkedBearerId indicates the Linked Evolved Packet System (EPS) Bearer Identity (LBI) which is the EPS Bearer Identity of the default bearer in this Pakcet Data Network (PDN) context.

The value of tmnxMobPdnPcApnRestriction indicates the restriction required by any active bearer context in this Pakcet Data Network (PDN) context.

The value of tmnxMobPdnPcUlApnAmbr indicates the uplink Aggregate Maximum Bit Rate (AMBR) of this Pakcet Data Network (PDN) context.

The value of tmnxMobPdnPcDlApnAmbr indicates the downlink Aggregate Maximum Bit Rate (AMBR) of this Pakcet Data Network (PDN) context.

The value of tmnxMobPdnPcIpv4AddressType indicates the type of address represented by tmnxMobPdnPcIpv4Address.

The value of tmnxMobPdnPcIpv4Address indicates the IPv4 address of the User Equipment (UE) in this Pakcet Data Network (PDN) context.

The value of tmnxMobPdnPcIpv6AddressType indicates the type of address represented by tmnxMobPdnPcIpv6Address.

The value of tmnxMobPdnPcIpv6Address indicates the IPv6 address of the User Equipment (UE) in this Pakcet Data Network (PDN) context.

The value of tmnxMobPdnPcBearerContexts indicates the number of bearer contexts in this Packet Data Network (PDN) context.

The value of tmnxMobPdnPcSessionState indicates the current feedback signaling message (FSM) state of this context.

The value of tmnxMobPdnPcLastEvent indicates the last feedback signaling message (FSM) event of this context.

The value of tmnxMobPdnPcSigProtocol indicates the signaling protocol used on S5, S8 or S2a reference point.

The value of tmnxMobPdnPcTnlRemoteCtrlTeid indicates the Serving Gateway (SGW) control plane Tunnel Endpoint Identifier (TEID) on S5 or S8 reference point.

The value of tmnxMobPdnPcTnlRemoteCtrlAddrTyp indicates the type of address represented by tmnxMobPdnPcTnlRemoteCtrlAddr.

The value of tmnxMobPdnPcTnlRemoteCtrlAddr indicates the IP address of the Serving Gateway (SGW) currently used for sending the control plane signaling on S5 or S8 reference point when the value of tmnxMobPdnPcSigProtocol is 'gtp'. The value of tmnxMobPdnPcTnlRemoteCtrlAddr indicates the IP address of the Mobile Access Gateway (MAG) currently used for sending the control plane signal on S2a reference point when the value of tmnxMobPdnPcSigProtocol is 'pmip'.

The value of tmnxMobPdnPcTnlRemV6CtrlAddrTyp indicates the type of address represented by tmnxMobPdnPcTnlRemV6CtrlAddr.

The value of tmnxMobPdnPcTnlRemV6CtrlAddr indicates the IPv6 address of the Serving Gateway (SGW) currently used for sending the control plane signaling on S5 or S8 reference point when the value of tmnxMobPdnPcSigProtocol is 'gtp'. The value of tmnxMobPdnPcTnlRemoteCtrlAddr indicates the IPv6 address of the Mobile Access Gateway (MAG) currently used for sending the control plane signal on S2a reference point when the value of tmnxMobPdnPcSigProtocol is 'pmip'.

The value of tmnxMobPdnPcTnlLocalCtrlTeid indicates the Pakcet Data Network Gateway (PGW) control plane Tunnel Endpoint Identifier (TEID) on S5 or S8 reference point.

The value of tmnxMobPdnPcTnlLocalCtrlAddrType indicates the type of address represented by tmnxMobPdnPcTnlLocalCtrlAddr.

The value of tmnxMobPdnPcTnlLocalCtrlAddr indicates the IPv4 address of the Pakcet Data Network Gateway (PGW) currently used for sending the control plane signaling on S5, S8 or S2a reference point.

The value of tmnxMobPdnPcTnlLocalV6CtrlAdrTyp indicates the type of address represented by tmnxMobPdnPcTnlLocalV6CtrlAddr.

The value of tmnxMobPdnPcTnlLocalV6CtrlAddr indicates the IPv6 address of the Pakcet Data Network Gateway (PGW) currently used for sending the control plane signaling on S5, S8 or S2a reference point.

The value of tmnxMobPdnPcOfcBearerType indicates the bearer type used in charging on the Rf reference point.

The value of tmnxMobPdnPcPcrfEventTriggers indicates the diameter policy control triggers.

The value of tmnxMobPdnPcGxPcrfAddressType indicates the type of address represented by tmnxMobPdnPcGxPcrfAddress.

The value of tmnxMobPdnPcGxPcrfAddress indicates the Policy and Charging Rules Function (PCRF) IP address of the Gx control plane.

The value of tmnxMobPdnPcGxPgwAddressType indicates the type of address represented by tmnxMobPdnPcGxPgwAddress.

The value of tmnxMobPdnPcGxPgwAddress indicates the Packet Data Network Gateway (PGW) IP address of the Gx control plane.

The value of tmnxMobPdnPcAccessType specifies the access type for the Pakcet Data Network (PDN) context of an User Equipment (UE).

The value of tmnxMobPdnPcSelectionMode indicates the way the Mobile Management Entity (MME) or Serving GPRS Support Node (SGSN) selected the Access Point Name (APN). Enumeration: 'chosenByServNode': 2, 'sentByMs': 1, 'subscribed': 0.

The value of tmnxMobPdnPcTnlLocalDataAddrType indicates the type of address represented by tmnxMobPdnPcTnlLocalDataAddr.

The value of tmnxMobPdnPcTnlLocalDataAddr indicates the Packet Data Network Gateway (PGW) IP address of the Proxy Mobile Internet Protocol (PMIP) data plane.

The value of tmnxMobPdnPcPGWGREkey indicates the Pakcet Data Network Gateway (PGW) data plane Generic Routing Encapsulation (GRE) key on S2a reference point in uplink direction.

The value of tmnxMobPdnPcMAGGREkey indicates the Mobile Access Gateway (MAG) data plane Generic Routing Encapsulation (GRE) key on S2a reference point in downlink direction.

The value of tmnxMobPdnPcTnlRemoteDataAddrTyp indicates the type of address represented by tmnxMobPdnPcTnlRemoteDataAddr.

The value of tmnxMobPdnPcTnlRemoteDataAddr indicates the Mobile Access Gateway (MAG) IP address of the Proxy Mobile Internet Protocol (PMIP) data plane.

The value of tmnxMobPdnPcRfSrvAddrType indicates the type of address represented by tmnxMobPdnPcRfSrvAddr.

The value of tmnxMobPdnPcRfSrvAddr indicates the IP address of Rf Offline Charging Server.

The value of tmnxMobPdnPcRfServerState indicates the charging server state on the Rf reference point. The value of this object is valid only if the value of tmnxMobPdnPcRfChargingLevel is equal to 'pdn'.

The value of tmnxMobPdnPcRfChargingLevel indicates the charging level on the Rf reference point.

The value of tmnxMobPdnPcRfChargingProfile indicates the charging profile used on the Rf reference point. The value of this object is valid only if the value of tmnxMobPdnPcRfChargingLevel is equal to 'pdn'.

The value of tmnxMobPdnPcRfInterimRecords indicates the total number of interim records sent on the Rf reference point. The value of this object is valid only if the value of tmnxMobPdnPcRfChargingLevel is equal to 'pdn'.

The value of tmnxMobPdnPcRfTriggeredRecords indicates the number of records generated by triggers on the Rf reference point. The value of this object is valid only if the value of tmnxMobPdnPcRfChargingLevel is equal to 'pdn'.

The value of tmnxMobPdnPcTnlDLPackets indicates the aggregate number of S2a downlink packets.

The value of tmnxMobPdnPcTnlDLBytes indicates the aggregate number of S2a downlink bytes.

The value of tmnxMobPdnPcSgiULPackets indicates the aggregate number of S1-U uplink packets.

The value of tmnxMobPdnPcSgiULBytes indicates the aggregate number of S1-U uplink bytes.

The value of tmnxMobPdnPcTnlDLPacketsLow indicates the lower 32 bits of the value of tmnxMobPdnPcTnlDLPackets.

The value of tmnxMobPdnPcTnlDLPacketsHigh indicates the higher 32 bits of the value of tmnxMobPdnPcTnlDLPackets.

The value of tmnxMobPdnPcTnlDLBytesLow indicates the lower 32 bits of the value of tmnxMobPdnPcTnlDLBytes.

The value of tmnxMobPdnPcTnlDLBytesHigh indicates the higher 32 bits of the value of tmnxMobPdnPcTnlDLBytes.

The value of tmnxMobPdnPcSgiULPacketsLow indicates the lower 32 bits of the value of tmnxMobPdnPcSgiULPackets.

The value of tmnxMobPdnPcSgiULPacketsHigh indicates the higher 32 bits of the value of tmnxMobPdnPcSgiULPackets.

The value of tmnxMobPdnPcSgiULBytesLow indicates the lower 32 bits of the value of tmnxMobPdnPcSgiULBytes.

The value of tmnxMobPdnPcSgiULBytesHigh indicates the higher 32 bits of the value of tmnxMobPdnPcSgiULBytes.

The value of tmnxMobPdnPcImsiAuthStatus indicates the authentication status for the International Mobile Subscriber Identity (IMSI) of this User Equipment (UE). Enumeration: 'notApplicable': 0, 'authenticated': 1, 'unauthenticated': 2.

The value of tmnxMobPdnPcImeiStr indicates the International Mobile Equipment Identity (IMEI) of this User Equipment (UE).

The value of tmnxMobPdnPcImsiStr indicates the International Mobile Subscriber Identity (IMSI) of this User Equipment (UE).

The value of tmnxMobPdnPcSessConfigTime indicates the configured session timeout value for the session.

The value of tmnxMobPdnPcSessRemExpTime indicates the time remaining for the expiry of the session timeout value for the session.

The value of tmnxMobPdnPcSessTimeDerivedFrom indicates whether the session timeout value is derived from radius or from static configuration. Enumeration: 'radius': 1, 'static': 0.

The value of tmnxMobPdnPcIdleConfigTime indicates the configured idle timeout value for the session.

The value of tmnxMobPdnPcIdleRemExpTime indicates the time remaining for the expiry of the idle timeout value for the session.

The value of tmnxMobPdnPcIdleTimeDerivedFrom indicates whether the idle timeout value is derived from radius or from static configuration. Enumeration: 'radius': 1, 'static': 0.

The value of tmnxMobPdnPcRefPointType indicates the reference point type for the session.

The tmnxMobPdnBearerContextTable has an entry for each bearer context of an User Equipment (UE).

Each row entry represents a bearer context of an User Equipment (UE) and contains identification, connection, statistics information.

The value of tmnxMobPdnBcBearerId indicates the bearer id which uniquely identifies a bearer context in a Packet Data Network (PDN) context.

The value of tmnxMobPdnBcBearerType indicates the type of this bearer.

The value of tmnxMobPdnBcUpTime indicates the time, in seconds, since this bearer context was created.

The value of tmnxMobPdnBcQci indicates the Qos Class Identifier of this bearer context. The value of this object is used as a reference to access node-specific parameters that control bearer level packet forwarding treatment.

The value of tmnxMobPdnBcArp indicates the Allocation and Retention Priority (ARP) of this bearer context. The value of this object gives information about the priority level, the pre-emption capability and the pre-emption vulnerability.

The value of tmnxMobPdnBcSdfs indicates the number of Service Data Flows (SDFs) in this bearer context.

The value of tmnxMobPdnBcFilters indicates the number of IP filters in this bearer context.

The value of tmnxMobPdnBcTnlRemoteTeid indicates the Tunnel Endpoint Identifier (TEID) of the Serving Gateway (SGW) on the S5 or S8 reference point.

The value of tmnxMobPdnBcTnlRemoteDataAddrTyp indicates the type of address represented by tmnxMobPdnBcTnlRemoteDataAddr.

The value of tmnxMobPdnBcTnlRemoteDataAddr indicates the IP address of the Serving Gateway (SGW) on the S5 or S8 reference point. The value of tmnxMobPdnBcTnlRemoteDataAddr indicates the IP address of the Mobile Access Gateway (MAG) on the S2a reference point.

The value of tmnxMobPdnBcTnlLocalTeid indicates the Tunnel Endpoint Identifier (TEID) of the Packet Data Network Gateway (PGW) on the S5 or S8 reference point.

The value of tmnxMobPdnBcTnlLocalDataAddrType indicates the type of address represented by tmnxMobPdnBcTnlLocalDataAddr.

The value of tmnxMobPdnBcTnlLocalDataAddr indicates the IP address of the Packet Data Network Gateway (PGW) on the S5, S8 or S2a reference point.

The value of tmnxMobPdnBcTnlDLPackets indicates the number of S5 or S2a downlink packets.

The value of tmnxMobPdnBcTnlDLBytes indicates the number of S5 or S2a downlink bytes.

The value of tmnxMobPdnBcSgiULPackets indicates the number of S1-U uplink packets.

The value of tmnxMobPdnBcSgiULBytes indicates the number of S1-U uplink bytes.

The value of tmnxMobPdnBcTnlDLPacketsLow indicates the lower 32 bits of the value of tmnxMobPdnBcTnlDLPackets.

The value of tmnxMobPdnBcTnlDLPacketsHigh indicates the higher 32 bits of the value of tmnxMobPdnBcTnlDLPackets.

The value of tmnxMobPdnBcTnlDLBytesLow indicates the lower 32 bits of the value of tmnxMobPdnBcTnlDLBytes.

The value of tmnxMobPdnBcTnlDLBytesHigh indicates the higher 32 bits of the value of tmnxMobPdnBcTnlDLBytes.

The value of tmnxMobPdnBcSgiULPacketsLow indicates the lower 32 bits of the value of tmnxMobPdnBcSgiULPackets.

The value of tmnxMobPdnBcSgiULPacketsHigh indicates the higher 32 bits of the value of tmnxMobPdnBcSgiULPackets.

The value of tmnxMobPdnBcSgiULBytesLow indicates the lower 32 bits of the value of tmnxMobPdnBcSgiULBytes.

The value of tmnxMobPdnBcSgiULBytesHigh indicates the higher 32 bits of the value of tmnxMobPdnBcSgiULBytes.

The value of tmnxMobPdnBcOfcServerAddrType indicates the type of address represented by tmnxMobPdnBcOfcServerAddr.

The value of tmnxMobPdnBcOfcServerAddr indicates the charging server address on the Rf reference point.

The value of tmnxMobPdnBcOfcServerState indicates the charging server state on the Rf reference point.

The value of tmnxMobPdnBcOfcChargingProfile indicates the charging profile used on the Rf reference point.

The value of tmnxMobPdnBcOfcTriggeredRecords indicates the number of records generated by triggers on the Rf reference point.

The value of tmnxMobPdnBcOfcInterimRecords indicates the number of interim records sent on the Rf reference point.

The value of tmnxMobPdnBcAccessType specifies the access type for the bearer context of an User Equipment (UE).

The value of tmnxMobPdnBcPGWGreKey indicates the Pakcet Data Network Gateway (PGW) data plane Generic Routing Encapsulation (GRE) key on S2a reference point in the uplink direction.

The value of tmnxMobPdnBcMAGGreKey indicates the Mobile Access Gateway (MAG) data plane Generic Routing Encapsulation (GRE) key on S2a reference point in the downlink direction.

The value of tmnxMobPdnBcRefPointType indicates the reference point type for the bearer context of an User Equipment (UE).

The value of tmnxMobPdnBcChargingChar indicates the charging characteristics received for the bearer context of an User Equipment (UE).

The value of tmnxMobPdnBcQosBytes indicates the QoS bytes that has been requested for the bearer context of an User Equipment (UE).

The tmnxMobPdnBcSdfTable has an entry for each Service Data Flow mapped to a bearer of a User Equipment (UE).

Each row entry represents an Service Data Flow (SDF). Service Data Flows are defined by the Policy and Charging Rules Function (PCRF).

The value of tmnxMobPdnBcSdfPrecedence indicates the internally mapped value of rule precedence of this Service Data Flow (SDF).

The value of tmnxMobPdnBcSdfPcrfPrecedence indicates the rule precedence of this Service Data Flow (SDF) received from the Policy and Charging Rules Function (PCRF).

The value of tmnxMobPdnBcSdfRuleName indicates the policy rule name of this Service Data Flow (SDF). Rule name is unique within an IP-CAN session.

The value of tmnxMobPdnBcSdfPacketFilters indicates the number of packet filters in this Service Data Flow (SDF).

The value of tmnxMobPdnBcSdfQosUlMbr indicates the uplink Maximum Bit Rate (MBR) included within the rule.

The value of tmnxMobPdnBcSdfQosDlMbr indicates the downlink Maximum Bit Rate (MBR) included within the rule.

The value of tmnxMobPdnBcSdfQosUlGbr indicates the uplink Guaranteed Bit Rate (MBR) included within the rule.

The value of tmnxMobPdnBcSdfQosDlGbr indicates the downlink Guaranteed Bit Rate (MBR) included within the rule.

The tmnxMobPdnBcSdfFilterTable has an entry for each IP filter rule defined in a Service Data Flow (SDF).

Each row entry represents an IP filter rule defined in a Service Data Flow (SDF).

The value of tmnxMobPdnBcSdfFilterDirection indicates the direction on which this filter rule is valid.

The value of tmnxMobPdnBcSdfFilterId indicates the unique value which identifies a filter rule in the Service Data Flow (SDF).

The value of tmnxMobPdnBcSdfFilterProtocol indicates the IPv4 protocol or IPv6 next header on which this filter matches. If the value of this object is set to 'any', then this filter matches any protocol field.

The value of tmnxMobPdnBcSdfFilterSrcAdrType indicates the type of address represented by tmnxMobPdnBcSdfFilterSrcAddr.

The value of tmnxMobPdnBcSdfFilterSrcAddr indicates the local IP adddress of the Mobile Subscriber (MS) on which this filter rule is applied.

The value of tmnxMobPdnBcSdfFilterSrcPfxLen indicates the prefix mask length of tmnxMobPdnBcSdfFilterSrcAddr.

The value of tmnxMobPdnBcSdfFilterDstAdrType indicates the type of address represented by tmnxMobPdnBcSdfFilterDestAddr.

The value of tmnxMobPdnBcSdfFilterDestAddr indicates the remote IP adddress of the external network entity on which this filter rule is applied.

The value of tmnxMobPdnBcSdfFilterDestPfxLen indicates the prefix mask length of tmnxMobPdnBcSdfFilterDestPfxLen.

The value of tmnxMobPdnBcSdfFilterSrcPorts indicates the number of local ports.

The value of tmnxMobPdnBcSdfFilterDestPorts indicates the number of remote ports.

The value of tmnxMobPdnBcSdfFirstSrcPortOper indicates the manner in which tmnxMobPdnBcSdfFirstSrcPortVal1 and tmnxMobPdnBcSdfFirstSrcPortVal2 are to be used. The values of these three objects are used as described in TTcpUdpPortOperator.

The value of tmnxMobPdnBcSdfFirstSrcPortVal1 indicates the TCP or UDP starting local port. The value of this object is used as per the description for tmnxMobPdnBcSdfFirstSrcPortOper.

The value of tmnxMobPdnBcSdfFirstSrcPortVal2 indicates the TCP or UDP starting local port. The value of this object is used as per the description for tmnxMobPdnBcSdfFirstSrcPortOper.

The value of tmnxMobPdnBcSdfSecndSrcPortOper indicates the manner in which tmnxMobPdnBcSdfSecndSrcPortVal2 and tmnxMobPdnBcSdfFirstSrcPortVal2 are to be used. The values of these three objects are used as described in TTcpUdpPortOperator.

The value of tmnxMobPdnBcSdfSecndSrcPortVal1 indicates the TCP or UDP starting local port. The value of this object is used as per the description for tmnxMobPdnBcSdfSecndSrcPortOper.

The value of tmnxMobPdnBcSdfSecndSrcPortVal2 indicates the TCP or UDP starting local port. The value of this object is used as per the description for tmnxMobPdnBcSdfSecndSrcPortOper.

The value of tmnxMobPdnBcSdfFirstDstPortOper indicates the manner in which tmnxMobPdnBcSdfFirstDstPortVal1 and tmnxMobPdnBcSdfFirstDstPortVal2 are to be used. The values of these three objects are used as described in TTcpUdpPortOperator.

The value of tmnxMobPdnBcSdfFirstDstPortVal1 indicates the TCP or UDP starting remote port. The value of this object is used as per the description for tmnxMobPdnBcSdfFirstDstPortOper.

The value of tmnxMobPdnBcSdfFirstDstPortVal2 indicates the TCP or UDP starting remote port. The value of this object is used as per the description for tmnxMobPdnBcSdfFirstDstPortOper.

The value of tmnxMobPdnBcSdfSecndDstPortOper indicates the manner in which tmnxMobPdnBcSdfSecndDstPortVal1 and tmnxMobPdnBcSdfSecndDstPortVal2 are to be used. The values of these three objects are used as described in TTcpUdpPortOperator.

The value of tmnxMobPdnBcSdfSecndDstPortVal1 indicates the TCP or UDP starting remote port. The value of this object is used as per the description for tmnxMobPdnBcSdfSecndDstPortOper.

The value of tmnxMobPdnBcSdfSecndDstPortVal2 indicates the TCP or UDP starting remote port. The value of this object is used as per the description for tmnxMobPdnBcSdfSecndDstPortOper.

The tmnxMobPdnStatTable has an entry for each each Mobility Service Module (MSM) configured in the mobility system group defined for a Packet Data Network Gateway (PGW).

Each row entry represents a Mobility Service Module (MSM) and contains statictics for this card. When the value of tmnxCardSlotNum is equal to '0', then each row entry contains aggregated statistics for a given gateway.

The value of tmnxMobPdnCardSlotNum indicates the slot number of this card.

The value of tmnxMobPdnStatRealApn indicates the number of real Access Point Names (APNs) being served by this card.

The value of tmnxMobPdnStatVirtualApn indicates the number of virtual Access Point Names (APNs) being served by this card.

The value of tmnxMobPdnStatBearers indicates the number of bearers being served by this card.

The value of tmnxMobPdnStatDefaultBearers indicates the number of default bearers being served by this card.

The value of tmnxMobPdnStatDedicatedBearers indicates the number of dedicated bearers being served by this card.

The value of tmnxMobPdnStatIpv4Bearers indicates the number of IPv4 bearers being served by this card.

The value of tmnxMobPdnStatIpv6Bearers indicates the number of IPv6 bearers being served by this card.

The value of tmnxMobPdnStatIpv4v6Bearers indicates the number of IPv4v6 bearers being served by this card.

The value of tmnxMobPdnStatRoamers indicates the number of roamers being served by this card.

The value of tmnxMobPdnStatIpv4Sdf indicates the number of IPv4 Service Data Flows (SDFs) on this card.

The value of tmnxMobPdnStatIpv6Sdf indicates the number of IPv6 Service Data Flows (SDFs) on this card.

The value of tmnxMobPdnStatVPRNs indicates the number of VPRNs being served by this card.

The value of tmnxMobPdnStatPdnSessions indicates the number of PDN sessions being served by this card.

The value of tmnxMobPdnStatIpv4PdnSessions indicates the number of IPv4 PDN Sessions being served by this card.

The value of tmnxMobPdnStatIpv6PdnSessions indicates the number of IPv6 PDN Sessions being served by this card.

The value of tmnxMobPdnStatIpv4v6PdnSessions indicates the number of IPv4v6 PDN Sessions being served by this card.

The value of tmnxMobPdnStatIpLocalPools indicates the number of IP local pools being served by this card.

The value of tmnxMobPdnStatGnSgsns indicates the number of SGSNs on the Gn interface being served by this card.

The value of tmnxMobPdnStatHomers indicates the number of homers being served by this card.

The value of tmnxMobPdnStatVisitors indicates the number of visitors being served by this card.

The value of tmnxMobPdnStatHSSStaticIpv4Sess indicates the number of static IPv4 Packet Data Network (PDN) sessions.

The value of tmnxMobPdnStatHSSStaticIpv6Sess indicates the number of static IPv6 Packet Data Network (PDN) sessions.

The value of tmnxMobPdnStatHSSSttIpv4v6Sess indicates the number of static IPv4v6 Packet Data Network (PDN) sessions.

The value of tmnxMobPdnStateHRPDPDNSess indicates the number of enhanced High Rate Packet Data (eHRPD) Packet Data Network (PDN) sessions.

The value of tmnxMobPdnStatLTEPDNSess indicates the number of Long Term Evolution (LTE) Packet Data Network (PDN) sessions.

The value of tmnxMobPdnStat2G3GPDNSess indicates the number of 2G/3G Packet Data Network (PDN) sessions.

The value of tmnxMobPdnStatNumSuspendedPDN indicates the number of Packet Data Network (PDN) sessions in suspended state.

The value of tmnxMobPdnStatEmergencyPdnSess indicates the number of Emergency PDN sessions on this card.

The value of tmnxMobPdnStatRfPeer indicates the number of peers on the Rf reference point being served by this card.

The value of tmnxMobPdnStatRfAcctStartBuf indicates the number of Accounting Request (ACR) Start messages buffered by this card.

The value of tmnxMobPdnStatRfAcctIntBuf indicates the number of Accounting Request (ACR) Interim messages buffered by this card.

The value of tmnxMobPdnStatRfAcctStopBuf indicates the number of Accounting Request (ACR) Stop messages buffered by this card.

The tmnxMobPdnProcTable has an entry for each each Mobility Service Module (MSM) configured in the mobility system group defined for a PDN Gateway (PGW).

Each row entry represents a Mobility Service Module (MSM) and contains statictics for call flow procedures on this card.

The value of tmnxMobPdnProcAttach indicates the number of successful default attach-procedures executed on this card.

The value of tmnxMobPdnProcAttachFail indicates the number of failed default attach-procedures executed on this card.

The value of tmnxMobPdnProcDetach indicates the number of detach-procedures executed succesfully on this card.

The value of tmnxMobPdnProcDetachFail indicates the number of detach-procedure failures.

The value of tmnxMobPdnProcNwDedBrActv indicates the number of network initiated dedicated bearer activation procedures served by this card.

The value of tmnxMobPdnProcNwDedBrActvFail indicates the number of network initiated dedicated bearer activation procedure failures.

The value of tmnxMobPdnProcNwDedBrDeActv indicates the number of network initiated dedicated bearer activation procedures served by this card.

The value of tmnxMobPdnProcNwDedBrDeActvFail indicates the number of network initiated dedicated bearer activation procedure failures.

The value of tmnxMobPdnProcNwDedBrModify indicates the number of network initiated dedicated bearer activation procedures served by this card.

The value of tmnxMobPdnProcNwDedBrModifyFail indicates the number of network initiated dedicated bearer activation procedure failures.

The value of tmnxMobPdnProcUeDedBrActv indicates the number of User-Equipment (UE) initiated dedicated bearer activation procedures served by this card.

The value of tmnxMobPdnProcUeDedBrActvFail indicates the number of User-Equipment (UE) initiated dedicated bearer activation procedure failures.

The value of tmnxMobPdnProcUeDedBrDeActv indicates the number of User-Equipment (UE) initiated dedicated bearer activation procedures served by this card.

The value of tmnxMobPdnProcUeDedBrDeActvFail indicates the number of User-Equipment (UE) initiated dedicated bearer activation procedure failures.

The value of tmnxMobPdnProcUeDedBrModify indicates the number of User-Equipment (UE) initiated dedicated bearer activation procedures served by this card.

The value of tmnxMobPdnProcUeDedBrModifyFail indicates the number of User-Equipment (UE) initiated dedicated bearer activation procedure failures.

The value of tmnxMobPdnProcHssQosModify indicates the number of HSS initiated QoS modification procedures served by this card.

The value of tmnxMobPdnProcHssQosModifyFail indicates the number of HSS initiated QoS modification procedure failures.

The value of tmnxMobPdnProcPcrfQosModify indicates the number of Policy and Charging Rules Function (PCRF) initiated QoS modification procedures served by this card.

The value of tmnxMobPdnProcPcrfQosModifyFail indicates the number of Policy and Charging Rules Function (PCRF) initiated QoS modification procedure failures.

The value of tmnxMobPdnProcSgwReloc indicates the number of successful Serving Gateway (SGW) relocations.

The value of tmnxMobPdnProcSgwRelocFail indicates the number of failed Serving Gateway (SGW) relocations.

The value of tmnxMobPdnProcPgwPdnSessDel indicates the number of successful PDN session-deletion initiated by PDN Gateway (PGW).

The value of tmnxMobPdnProcPgwPdnSessDelFail indicates the number of failed PDN session-deletion initiated by PDN Gateway (PGW).

The value of tmnxMobPdnProcAttachPiggyBack indicates the number of successful default attach-procedures executed on this card with piggybacking.

The value of tmnxMobPdneHRPDAttachSuccess indicates the number of successful enhanced High Rate Packet Data (eHRPD) attaches.

The value of tmnxMobPdneHRPDAttachFailure indicates the number of failed enhanced High Rate Packet Data (eHRPD) attaches.

The value of tmnxMobPdneHRPDDetachSuccess indicates the number of successful enhanced High Rate Packet Data (eHRPD) detaches.

The value of tmnxMobPdneHRPDDetachFailure indicates the number of failed enhanced High Rate Packet Data (eHRPD) detaches.

The value of tmnxMobPdneHRPDToLTEHandOverSucc indicates the number of successful enhanced High Rate Packet Data (eHRPD) network to Long Term Evolution (LTE) network hand over.

The value of tmnxMobPdneHRPDToLTEHandOverFail indicates the number of failed enhanced High Rate Packet Data (eHRPD) network to Long Term Evolution (LTE) network hand over.

The value of tmnxMobPdnLTEToeHRPDHandOverSucc indicates the number of successful Long Term Evolution (LTE) network to enhanced High Rate Packet Data (eHRPD) network hand over.

The value of tmnxMobPdnLTEToeHRPDHandOverFail indicates the number of failed Long Term Evolution (LTE) network to enhanced High Rate Packet Data (eHRPD) network hand over.

The value of tmnxMobPdnInterHSGWHandOvrSucc indicates the number of successful inter High Rate Packet Data (HRPD) Serving Gateway (HSGW) hand over.

The value of tmnxMobPdnInterHSGWHandOvrFail indicates the number of failed inter High Rate Packet Data (HRPD) Serving Gateway (HSGW) hand over.

The value of tmnxMobPdnProcPDNSuspendNotice indicates the number of Packet Data Network (PDN) suspend notifications received at the Packet Data Network (PDN) Gateway (PGW).

The value of tmnxMobPdnProcPDNResumeNotice indicates the number of Packet Data Network (PDN) resume notifications received at the Packet Data Network (PDN) Gateway (PGW).

The value of tmnxMobPdnProcPDNIRSRP indicates the number of Implicit Resume Service Requests (IRSR) received at the Packet Data Network (PDN) Gateway (PGW).

The value of tmnxMobPdnProcEmergncyAttachSuc indicates the number of successful Emergency Attach messages served at the Packet Data Network (PDN) Gateway (PGW).

The value of tmnxMobPdnProcMmeDedBrDeActiv indicates the number of successful Mobility Management Entitiy (MME) initiated dedicated bearer de-activation procedures served by this card.

The value of tmnxMobPdnProcMmeDedBrDeAcFails indicates the number of Mobility Management Entitiy (MME) initiated dedicated bearer de-activation procedure failures.

The value of tmnxMobPdnProcSessDeactDueToSt indicates the number of PDN sessions deactivated due to the session time-out.

The value of tmnxMobPdnProcSessDeactDueToIt indicates the number of PDN sessions deactivated due to the idle timeout.

The value of tmnxMobPdnInterRat3gToEutranSucc indicates the number of successful inter Radio Access Type (RAT) handovers from 3G to evolved UMTS Terrestrial Radio Access Network (e-UTRAN).

The value of tmnxMobPdnInterRat3gToEutranFail indicates the number of failed inter RAT handovers from 3G to e-UTRAN.

The value of tmnxMobPdnInterRatEutranTo3gSucc indicates the number of successful inter RAT handovers from 3G to e-UTRAN.

The value of tmnxMobPdnInterRatEutranTo3gFail indicates the number of failed inter RAT handovers from 3G to e-UTRAN.

The value of tmnxMobPdneHRPDSessDeactSessTO indicates the number of evolved High Rate Packet Data (eHRPD) sessions deactivated due to the session time-out.

The value of tmnxMobPdneHRPDSessDeactIdleTO indicates the number of evolved High Rate Packet Data (eHRPD) sessions deactivated due to the idle time-out.

The tmnxMobPdnGxPeerTable has an entry for each peer on the Gx reference point served by a Packet Data Network Gateway (PGW).

Each row entry represents a peer on the Gx reference point.

The value of tmnxMobPdnGxPeerAddressType indicates the type of address represented by tmnxMobPdnGxPeerAddress.

The value of tmnxMobPdnGxPeerAddress indicates the IP address of the peer on Gx reference point.

The value of tmnxMobPdnGxPeerPort indicates the port number of this peer.

The value of tmnxMobPdnGxPeerLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnGxPeerTable.

The value of tmnxMobPdnGxPeerCreateTime indicates the sysUpTime when this entry was created.

The value of tmnxMobPdnGxPeerPathMgmtState indicates the state of the path.

The value of tmnxMobPdnGxPeerDetailState indicates the detail state of the path.

The tmnxMobPdnGxStatTable has an entry for each peer on the Gx reference point served by a Packet Data Network Gateway (PGW).

Each row entry represents a peer on the Gx reference point and contain statistics for this peer on a card.

The value of tmnxMobPdnGxStatTxCer indicates the number of Capabilities Exchange Request (CER) messages transmitted to this peer.

The value of tmnxMobPdnGxStatRxCea indicates the number of Capabilities Exchange Answer (CEA) messages received from this peer.

The value of tmnxMobPdnGxStatRxDpr indicates the number of Disconnect Peer Request (DPR) messages received from this peer.

The value of tmnxMobPdnGxStatTxDpa indicates the number of Disconnect Peer Answer (DPA) messages transmitted to this peer.

The value of tmnxMobPdnGxStatTxDwr indicates the number of Device Watchdog Request (DWR) messages transmitted to this peer.

The value of tmnxMobPdnGxStatRxDwa indicates the number of Device Watchdog Answer (DWA) messages received from this peer.

The value of tmnxMobPdnGxStatConnAttempts indicates the number of connections attempted to this peer.

The value of tmnxMobPdnGxStatConnFailures indicates the number of failed connections with this peer.

The value of tmnxMobPdnGxStatRxTransportDisc indicates the number of remote transport disconnect messages received from this peer.

The value of tmnxMobPdnGxStatRxMsgUnexpectVer indicates the number of unexpected version messages received from this peer.

The value of tmnxMobPdnGxStatRxMsgTooBig indicates the number of oversize messages received from this peer.

The value of tmnxMobPdnGxStatRxMsgTooSmall indicates the number of small messages received from this peer.

The value of tmnxMobPdnGxStatRxInvalidCea indicates the number of invalid Capabilities Exchange Answer (CEA) messages received from this peer.

The value of tmnxMobPdnGxStatRxMsgs indicates the total number of messages received from this peer.

The value of tmnxMobPdnGxStatTxMsgs indicates the total number of messages transmitted to this peer.

The value of tmnxMobPdnGxStatTxRetransmitMsgs indicates the number of retransmit messages transmitted to this peer.

The value of tmnxMobPdnGxStatTxCcrInitial indicates the number of Credit Control Request (CCR) Initial messages transmitted to this peer.

The value of tmnxMobPdnGxStatRxCcaInitial indicates the number of Credit Control Answer (CCA) Initial messages received from this peer.

The value of tmnxMobPdnGxStatTxCcrUpdate indicates the number of Credit Control Request (CCR) Update messages transmitted to this peer.

The value of tmnxMobPdnGxStatRxCcaUpdate indicates the number of Credit Control Answer (CCA) Update messages received from this peer.

The value of tmnxMobPdnGxStatTxCcrTerminate indicates the number of Credit Control Request (CCR) Termination messages transmitted to this peer.

The value of tmnxMobPdnGxStatRxCcaTerminate indicates the number of Credit Control Answer (CCA) Termination messages received from this peer.

The value of tmnxMobPdnGxStatCcrInitFails indicates the number of Credit Control Request (CCR) Initial message failures.

The value of tmnxMobPdnGxStatCcrUpdateFails indicates the number of Credit Control Request (CCR) Update message failures.

The value of tmnxMobPdnGxStatCcrTermFails indicates the number of Credit Control Request (CCR) Termination message failures.

The value of tmnxMobPdnGxStatRxRar indicates the number of Re-Auth Request (RAR) messages received from this peer.

The value of tmnxMobPdnGxStatTxRaa indicates the number of Re-Auth Answer (RAA) messages transmitted to this peer.

The value of tmnxMobPdnGxStatTxRaaNack indicates the number of Re-Auth Answer (RAA) negative acknowledgement (NACK) messages transmitted to this peer.

The value of tmnxMobPdnGxStatBberfs indicates the number of Bearer Binding and Event Reporting Function (BBERF) procedures transmitted by this peer.

The value of tmnxMobPdnGxStatRxMalformedPkts indicates the number of malformed packets received from this peer.

The value of tmnxMobPdnGxStatRxCcaIMalformPkt indicates the number of Credit Control Answer (CCA) Initial malformed packets received from this peer.

The value of tmnxMobPdnGxStatRxCcaUMalformPkt indicates the number of Credit Control Answer (CCA) Update malformed packets received from this peer.

The value of tmnxMobPdnGxStatRxCcaTMalformPkt indicates the number of Credit Control Answer (CCA) Termination malformed packets received from this peer.

The value of tmnxMobPdnGxStatRxRarMalformPkts indicates the number of Re-Auth Request (RAR) malformed packets received from this peer.

The value of tmnxMobPdnGxStatRxRarMalformPkts indicates the number of unknown packets received from this peer.

The value of tmnxMobPdnGxStatRxCcaIUnknownPkt indicates the number of Credit Control Answer (CCA) Initial unknown packets received from this peer.

The value of tmnxMobPdnGxStatRxCcaUUnknownPkt indicates the number of Credit Control Answer (CCA) Update unknown packets received from this peer.

The value of tmnxMobPdnGxStatRxCcaTUnknownPkt indicates the number of Credit Control Answer (CCA) Termination unknown packets received from this peer.

The value of tmnxMobPdnGxStatRxRarUnknownPkts indicates the number of Re-Auth Request (RAR) unknown packets received from this peer.

The value of tmnxMobPdnGxStatRxMissingIePkts indicates the number of missing mandatory Information Element (IE) packets received from this peer.

The value of tmnxMobPdnGxStatRxCcaIMissIePkts indicates the number of Credit Control Answer (CCA) Initial missing mandatory Information Element (IE) packets received from this peer.

The value of tmnxMobPdnGxStatRxCcaUMissIePkts indicates the number of Credit Control Answer (CCA) Update missing mandatory Information Element (IE) packets received from this peer.

The value of tmnxMobPdnGxStatRxCcaTMissIePkts indicates the number of Credit Control Answer (CCA) Termination missing mandatory Information Element (IE) packets received from this peer.

The value of tmnxMobPdnGxStatRxRarMissIePkts indicates the number of Re-Auth Request (RAR) missing mandatory Information Element (IE) packets received from this peer.

The value of tmnxMobPdnGxStatRxCcaIUnkSession indicates the number of Credit Control Answer (CCA) Initial unknown session packets received from this peer.

The value of tmnxMobPdnGxStatRxCcaUUnkSession indicates the number of Credit Control Answer (CCA) Update unknown session packets received from this peer.

The value of tmnxMobPdnGxStatRxCcaTUnkSession indicates the number of Credit Control Answer (CCA) Termination unknown session packets received from this peer.

The value of tmnxMobPdnGxStatRxRarUnkSession indicates the number of Re-Auth Request (RAR) unknown session packets received from this peer.

The value of tmnxMobPdnGxStatTxDpr indicates the number of Disconnect Peer Request (DPR) messages transmitted to this peer.

The value of tmnxMobPdnGxStatRxDpa indicates the number of Disconnect Peer Answer (DPA) messages received from this peer.

The value of tmnxMobPdnGxStatRxDwr indicates the number of Device Watchdog Request (DWR) messages received from this peer.

The value of tmnxMobPdnGxStatTxDwa indicates the number of Device Watchdog Answer (DWA) messages transmitted to this peer.

The value of tmnxMobPdnGxStatRxCcaInitialFail indicates the number of Credit Control Answer (CCA) Initial message failures received from this peer.

The value of tmnxMobPdnGxStatRxCcaUpdateFail indicates the number of Credit Control Answer (CCA) Update message failures received from this peer.

The value of tmnxMobPdnGxStatRxCcaTermFail indicates the number of Credit Control Answer (CCA) Termination message failures received from this peer.

The value of tmnxMobPdnGxStatReTxCcrInitial indicates the number of Credit Control Request (CCR) Initial messages re-transmitted to this peer.

The value of tmnxMobPdnGxStatReTxCcrUpdate indicates the number of Credit Control Request (CCR) Update messages re-transmitted to this peer.

The value of tmnxMobPdnGxStatReTxCcrTerm indicates the number of Credit Control Request (CCR) Termination messages re-transmitted to this peer.

The tmnxMobPdnGnStatTable has an entry for each peer on the Gn reference point.

Each row entry represents a peer on the Gn reference point and contains statistics for this peer on a card.

The value of tmnxMobPdnGnStatCreatePdpReq indicates the number of create Packet Data Protocol (PDP) request messages received from this peer or transmitted to this peer.

The value of tmnxMobPdnGnStatCreatePdpRsp indicates the number of create Packet Data Protocol (PDP) response messages received from this peer or transmitted to this peer.

The value of tmnxMobPdnGnStatDeletePdpReq indicates the number of delete Packet Data Protocol (PDP) request messages received from this peer or transmitted to this peer.

The value of tmnxMobPdnGnStatDeletePdpRsp indicates the number of delete Packet Data Protocol (PDP) response messages received from this peer or transmitted to this peer.

The value of tmnxMobPdnGnStatModifyPdpReq indicates the number of modify Packet Data Protocol (PDP) request messages received from this peer or transmitted to this peer.

The value of tmnxMobPdnGnStatModifyPdpRsp indicates the number of modify Packet Data Protocol (PDP) response messages received from this peer or transmitted to this peer.

The value of tmnxMobPdnGnStatRxEchoRequests indicates the number of echo request messages received from this peer.

The value of tmnxMobPdnGnStatTxEchoResponses indicates the number of echo response messages transmitted to this peer.

The value of tmnxMobPdnGnStatTxEchoRequests indicates the number of echo request messages transmitted to this peer.

The value of tmnxMobPdnGnStatRxEchoResponses indicates the number of echo response messages received from this peer.

The value of tmnxMobPdnGnStatRxErrorsIndCnt indicates the number of indication request errors transmitted to this peer.

The value of tmnxMobPdnGnStatTxErrorsIndCnt indicates the number of indication response errors received from this peer.

The value of tmnxMobPdnGnStatRxMalformedPkts indicates the number of malformed packets received from this peer.

The value of tmnxMobPdnGnStatRxUnknownPkts indicates the number of unknown message type packets received from this peer.

The value of tmnxMobPdnGnStatRxMissingIePkts indicates the number of missing mandatory Information Element (IE) packets received from this peer.

The value of tmnxMobPdnGnStatPeerRestarts indicates the number of times this peer restarted after registering with the system.

The value of tmnxMobPdnGnStatPeerRestrtCount indicates the counter value of the number of times this peer restarted.

The value of tmnxMobPdnGnStatPathMgmtFails indicates the number of path management failures for this peer.

The tmnxMobPdnGaStatTable has an entry for each peer on the Ga reference point served by a Packet Data Network Gateway (PGW).

Each row entry represents a peer on the Ga reference point and contain statistics for this peer on a card.

The value of tmnxMobPdnGaStatAddressType indicates the type of address represented by tmnxMobPdnGaStatAddress. When the value of tmnxMobPdnGaStatAddressType is unknown then the peer is a Fully Qualified Domain Name (FQDN) address and this entry represents an aggregate of all the peer IP addresses that this FQDN resolves to.

The value of tmnxMobPdnGaStatAddress indicates the IP address of the peer on Ga reference point. When the length of tmnxMobPdnGaStatAddress is equal to 0 then the peer is a Fully Qualified Domain Name (FQDN) address and this entry represents an aggregate of all the peer IP addresses that this FQDN resolves to. In this case the value of tmnxMobPdnGaStatAddressType is unknown and the value of tmnxMobPdnGaStatPort is equal to 0.

The value of tmnxMobPdnGaStatPort indicates the port number of this peer. When the value of tmnxMobPdnGaStatPort is equal to 0 then the peer is a Fully Qualified Domain Name (FQDN) address and this entry represents an aggregate of all the peer IP addresses that this FQDN resolves to.

The value of tmnxMobPdnGaStatLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnGaStatTable.

The value of tmnxMobPdnGaStatCreateTime indicates the sysUpTime when this entry was created.

The value of tmnxMobPdnGaStatRxEchoRequests indicates the number of echo request messages received from this peer.

The value of tmnxMobPdnGaStatTxEchoResponses indicates the number of echo response messages transmitted to this peer.

The value of tmnxMobPdnGaStatTxEchoRequests indicates the number of echo request messages transmitted to this peer.

The value of tmnxMobPdnGaStatRxEchoResponses indicates the number of echo response messages received from this peer.

The value of tmnxMobPdnGaStatRxNodeAlRequests indicates the number of node alive request messages received from this peer.

The value of tmnxMobPdnGaStatTxNodeAlResps indicates the number of node alive response messages transmitted to this peer.

The value of tmnxMobPdnGaStatTxDataRecReqs indicates the number of Data record requests transmitted to this peer.

The value of tmnxMobPdnGaStatTxDataRecTferReq indicates the number of duplicate Data record transfer requests transmitted to this peer.

The value of tmnxMobPdnGaStatRetrDataRecReqs indicates the number of Data record transfer requests retried to this peer.

The value of tmnxMobPdnGaStatRxDataRecReqs indicates the number of Data record transfer requests received by this peer.

The value of tmnxMobPdnGaStatUnackDataRexReqs indicates the number of Data record transfer requests unacknowledged by this peer.

The value of tmnxMobPdnGaStatRxRedirectionReq indicates the number of redirection request messages received from this peer.

The value of tmnxMobPdnGaStatTxRedrnResp indicates the number of redirection request messages transmitted to this peer.

The value of tmnxMobPdnGaStatRxInvalidMsgs indicates the number of invalid messages received from this peer.

The value of tmnxMobPdnGaStatRxVerNotSupp indicates the number of version not supported messages received from this peer.

The value of tmnxMobPdnGaStatTxCdrTermination indicates the number of Charging Data Records (CDR) termination requests transmitted to this peer.

The value of tmnxMobPdnGaStatTxCdrMaxChngCond indicates the number of Charging Data Records (CDR) maximum change condition requests transmitted to this peer.

The value of tmnxMobPdnGaStatTxCdrMsTmzChng indicates the number of Charging Data Records (CDR) MS Time Zone Change requests transmitted to this peer.

The value of tmnxMobPdnGaStatTxCdrRatChng indicates the number of Charging Data Records (CDR) Radio Access Type (RAT) change requests transmitted to this peer.

The value of tmnxMobPdnGaStatTxCdrTimeLimit indicates the number of Charging Data Records (CDR) time limit requests transmitted to this peer.

The value of tmnxMobPdnGaStatTxCdrVolLimit indicates the number of Charging Data Records (CDR) volume limit requests transmitted to this peer.

The value of tmnxMobPdnGaStatRxCdrReqAcc indicates the number of Charging Data Records (CDR) responses with cause value 'requests accepted' received from this peer.

The value of tmnxMobPdnGaStatRxCdrNoResAva indicates the number of Charging Data Records (CDR) responses with cause value 'no resources available' received from this peer.

The value of tmnxMobPdnGaStatRxCdrReqNotFf indicates the number of Charging Data Records (CDR) responses with cause value 'requests not fulfilled' received from this peer.

The value of tmnxMobPdnGaStatRxCdrReqFfilled indicates the number of Charging Data Records (CDR) responses with cause value 'requests already fulfilled' received from this peer.

The value of tmnxMobPdnGaStatRxCdrDupReqFf indicates the number of Charging Data Records (CDR) responses with cause value 'duplicate requests already fulfilled' received from this peer.

The value of tmnxMobPdnGaStatRxCdrInvMsgFmat indicates the number of Charging Data Records (CDR) responses with cause value 'invalid message format' received from this peer.

The value of tmnxMobPdnGaStatRxCdrVerNotSupp indicates the number of Charging Data Records (CDR) responses with cause value 'version not supported' received from this peer.

The value of tmnxMobPdnGaStatRxCdrSrvcNotSupp indicates the number of Charging Data Records (CDR) responses with cause value 'service not supported' received from this peer.

The value of tmnxMobPdnGaStatRxCdrMandIeInc indicates the number of Charging Data Records (CDR) responses with cause value 'mandatory Information Element (IE) incorrect' received from this peer.

The value of tmnxMobPdnGaStatRxCdrMandIeMiss indicates the number of Charging Data Records (CDR) responses with cause value 'mandatory Information Element (IE) missing' received from this peer.

The value of tmnxMobPdnGaStatRxCdrOptIeInc indicates the number of Charging Data Records (CDR) responses with cause value 'optional Information Element (IE) incorrect' received from this peer.

The value of tmnxMobPdnGaStatRxCdrSystemFail indicates the number of Charging Data Records (CDR) responses with cause value 'system failure' received from this peer.

The value of tmnxMobPdnGaStatRtrEchoRequests indicates the number of echo request messages retried to this peer.

The value of tmnxMobPdnGaStatGtpPrimeFail indicates the number of GPRS Tunneling Protocol (GTP) prime message failures transmitted to this peer.

The value of tmnxMobPdnGaStatOperState indicates the current operational state of this group. The operational state may be one of: 'up' - connection goes 'up' and is used by the Ga module to send Charging Data Records (CDRs). 'down' - connection goes 'down' and is used by the Ga module to send Charging Data Records (CDRs). 'active' - connection is 'active' and is used by the Ga module to send Charging Data Records (CDRs). Enumeration: 'down': 2, 'active': 3, 'up': 1.

The value of tmnxMobPdnGaStatUpTime indicates the time when the connection comes up.

The value of tmnxMobPdnGaStatTxNodeAlRequests indicates the number of node alive request messages transmitted from this peer.

The value of tmnxMobPdnGaStatRxNodeAlResps indicates the number of node alive response messages received on this peer.

The value of tmnxMobPdnGaStatNodeAlReqRetried indicates the number of node alive request retry messages transmitted from this peer.

The value of tmnxMobPdnGaStatCdrsTx indicates the total number of Charging Data Records (CDR) sent from this peer.

The value of tmnxMobPdnGaStatCdrsRx indicates the total number of Charging Data Records (CDR) received on this peer.

The value of tmnxMobPdnGaStatTxCdrPlmnChange indicates the number of Charging Data Records (CDR) Public Land Mobile Network (PLMN) change requests transmitted to this peer.

The value of tmnxMobPdnGaStatTxCdrSerNdChLmt indicates the number of Charging Data Records (CDR) Serving Node Change Limit requests transmitted to this peer.

The value of tmnxMobPdnGaStatTxVerNotSupp indicates the number of version not supported messages transmitted to this peer.

The value of tmnxMobPdnGaStatTxCdrMgmtInterv indicates the number of Charging Data Records (CDR) transferred due to management intervention on this peer.

The tmnxMobPdnGyPeerTable has an entry for each peer on the Gy reference point served by a Packet Data Network Gateway (PGW).

Each row entry represents a peer on the Gy reference point.

The value of tmnxMobPdnGyPeerAddressType indicates the type of address represented by tmnxMobPdnGyPeerAddress.

The value of tmnxMobPdnGyPeerAddress indicates the IP address of the peer on Gy reference point.

The value of tmnxMobPdnGyPeerPort indicates the port number of this peer.

The value of tmnxMobPdnGyPeerLastChanged indicates the timestamp of the last change to this row in tmnxMobPdnGyPeerTable.

The value of tmnxMobPdnGyPeerCreateTime indicates the sysUpTime when this entry was created.