> Diameter Dictionaries and Attribute Definitions
> This chapter presents information on Diameter dictionary types and attribute definitions.
> Diameter Dictionaries
> This section presents information on Diameter dictionary types.
> DPCA
> To configure the Diameter dictionary for Policy Control Configuration, use the following configuration:
> configure
> context <context_name>
> ims-auth-service <ims_auth_service_name>
> policy-control
> diameter dictionary { Standard | dpca-custom1 | dpca-custom10 | dpca-custom11 | dpca-custom12 | dpca-custom13 | dpca-custom14 | dpca-custom15 | dpca-custom16 | dpca-custom17 | dpca-custom18 | dpca-custom19 | dpca-custom2 | dpca-custom20 | dpca-custom3 | dpca-custom4 | dpca-custom5 | dpca-custom6 | dpca-custom7 | dpca-custom8 | dpca-custom9 | gxa-3gpp2-standard | gxc-standard | pdsn-ty | r8-gx-standard | std-pdsn-ty | ty-plus | ty-standard }
> end

> Dictionary | Description
> Standard | Specifies standard attributes for the Rel 6 Gx interface.
> dpca-custom1...dpca-custom n | Custom-defined dictionaries.
> gxa-3gpp2-standard | Specifies standard Gxa 3GPP2 Standard attributes.
> gxc-standard | Specifies Gxc Standard attributes.
> pdsn-ty | Specifies the standard attributes for the PDSN Ty interface.
> r8-gx-standard | Specifies standard R8 Gx attributes.
> std-pdsn-ty | Specifies standard attributes for the Ty interface.
> ty-plus | Specifies customer-specific enhanced attributes for the Ty interface.
> ty-standard | Specifies standard Ty attributes.

> ‌
> Important: For information on custom-defined dictionaries, please contact your local service representative.
> DCCA
> To configure the DCCA dictionary for Active Charging service, use the following configuration:
> configure
> active-charging service <acs_service_name>
> credit-control
> diameter dictionary { dcca-custom1 | dcca-custom10 | dcca-custom11 | dcca-custom12 | dcca-custom13 | dcca-custom14 | dcca-custom15 | dcca-custom16 | dcca-custom17 | dcca-custom18 | dcca-custom19 | dcca-custom2 | dcca-custom20 | dcca-custom21 | dcca-custom22 | dcca-custom23 | dcca-custom24 | dcca-custom25 | dcca-custom26 | dcca-custom27 | dcca-custom28 | dcca-custom29 | dcca-custom3 | dcca-custom30 | dcca-custom4 | dcca-custom5 | dcca-custom6 | dcca-custom7 | dcca-custom8 | dcca-custom9 | standard }
> end

> Dictionary | Description
> dcca-custom1 ... dcca-custom n | Custom-defined dictionaries.
> standard | Specifies standard attributes for the Gy interface.

> ‌
> Important: For information on custom-defined dictionaries, please contact your local service representative.
> CSCF
> In Star OS 8.1 and later releases, to configure the Diameter Policy Control dictionary, use the following configuration:
> configure
> context <context_name>
> cscf service <cscf_service_name>
> proxy-cscf
> diameter policy-control dictionary { Gq-custom | Gq-standard | Rq-custom | Rx-rel8 | Rx-standard | Tx-standard | custom01 | custom02 | custom03 | custom04 | custom05 | custom06 | custom07 | custom08 | custom09 }
> end

> Dictionary | Description
> Cx-standard | Specifies standard attributes for the Cx interface.
> Gq-custom | Specifies customized attributes for the 3GPP Gq interface.
> Gq-standard | Specifies standard attributes for the 3GPP Gq interface.
> Rq-custom | Custom-defined dictionary.
> Rx-rel8 | Rel. 8 Rx dictionary.
> Rx-standard | Specifies standard attributes for the 3GPP Rx interface.
> Tx-standard | Specifies the standard attributes for the 3GPP2 Tx interface.
> custom01...custom n | Custom-defined dictionaries.

> ‌
> Important: For information on custom-defined dictionaries, please please contact your local service representative.
> Diameter AAA
> To specify the AAA dictionary to be used when Diameter is being used for accounting, in the AAA Server Group Configuration Mode or in the Context Configuration Mode, use the following command:
> diameter accounting dictionary { aaa-custom1 | aaa-custom10 | aaa-custom2 | aaa-custom3 | aaa-custom4 | aaa-custom5 | aaa-custom6 | aaa-custom7 | aaa-custom8 | aaa-custom9 | nasreq | rf-plus }
> To specify the AAA dictionary to be used when Diameter is being used for authentication, in the AAA Server Group Configuration Mode or in the Context Configuration Mode, use the following command:
> diameter authentication dictionary { aaa-custom1 | aaa-custom10 | aaa-custom11 | aaa-custom12 | aaa-custom13 | aaa-custom14 | aaa-custom15 | aaa-custom16 | aaa-custom17 | aaa-custom18 | aaa-custom19 | aaa-custom2 | aaa-custom20 | aaa-custom3 | aaa-custom4 | aaa-custom5 | aaa-custom6 | aaa-custom7 | aaa-custom8 | aaa-custom9 | nasreq }

> Dictionary | Description
> aaa-custom1... aaa-custom8, aaa-custom10 ... aaa-custom n | Custom-defined dictionaries.
> aaa-custom9 | Specifies standard attributes for the STa interface.
> nasreq | Specifies the NASREQ attributes defined by RFC 4005.
> rf-plus | Specifies customer-specific enhanced attributes for the Rf interface.

> ‌
> Important: For information on custom-defined dictionaries, please contact your local service representative.
> Diameter AVP Definitions
> This section presents Diameter attribute definitions.
> 3GPP-CAMEL-Charging-Info
> This AVP contains the Customized Application for Mobile Enhanced Logic (CAMEL) charging information.
> Vendor ID
> 10415
> VSA Type
> 24
> AVP Type
> UTF8STRING
> AVP Flag
> N/A
> 3GPP-CF-IPv6-Address
> 3GPP-CF-IPv6-Address
> Vendor ID
> 10415
> VSA Type
> 14
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP-CG-Address
> This AVP contains address of the Charging Gateway.
> Vendor ID
> 10415
> VSA Type
> 4
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP-Called-Station-Id
> This AVP contains the Layer 2 addresses that the user contacted in the request.
> Vendor ID
> 10415
> VSA Type
> 30
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> 3GPP-Charging-Characteristics
> This AVP contains the charging characteristics for this PDP context received in the Create PDP Context Request Message.
> Vendor ID
> 10415
> VSA Type
> 13
> AVP Type
> UTF8STRING
> AVP Flag
> M
> 3GPP-Charging-Id
> This AVP contains the Charging ID for this PDP context (this together with the GGSN-Address constitutes a unique identifier for the PDP context).
> Vendor ID
> 10415
> VSA Type
> 2
> AVP Type
> UINT32
> AVP Flag
> M
> 3GPP-GGSN-Address
> This AVP contains the IP address of the GGSN used by the GTP control plane for context establishment. It is the same as the GGSN IP address used in the G-CDRs.
> Vendor ID
> 10415
> VSA Type
> 7
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP-GGSN-MCC-MNC
> This AVP contains MCC-MNC of the network that the GGSN belongs to.
> Vendor ID
> 10415
> VSA Type
> 9
> AVP Type
> UTF8STRING
> AVP Flag
> M
> 3GPP-GPRS-QoS-Negotiated-Profile
> This AVP contains QoS profile applied by GGSN.
> Vendor ID
> 10415
> VSA Type
> 5
> AVP Type
> UTF8STRING
> AVP Flag
> M
> 3GPP-IMEISV
> This AVP contains International Mobile Equipment ID (IMEI) and its Software Version (SV).
> Vendor ID
> 10415
> VSA Type
> 20
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP-IMSI
> This AVP contains an IMSI of the user.
> Vendor ID
> 10415
> VSA Type
> 1
> AVP Type
> UTF8STRING
> AVP Flag
> M
> 3GPP-IMSI-MCC-MNC
> This AVP contains MCC and MNC extracted from the user's IMSI (first 5 or 6 digits, as applicable from the presented IMSI).
> Vendor ID
> 10415
> VSA Type
> 8
> AVP Type
> UTF8STRING
> AVP Flag
> M
> 3GPP-MS-TimeZone
> This AVP contains the Mobile Station Time Zone.
> Vendor ID
> 10415
> VSA Type
> 23
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP-NSAPI
> This AVP contains a particular PDP context for the associated PDN and MSISDN/IMSI from creation to deletion.
> Vendor ID
> 10415
> VSA Type
> 10
> AVP Type
> UTF8STRING
> AVP Flag
> M
> 3GPP-PDP-Type
> This AVP contains type of the PDP context.
> Vendor ID
> 10415
> VSA Type
> 3
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 IPv4
> 1 PPP
> 2 IPv6
> 3 IPv4v6
> AVP Flag
> M
> 3GPP-Quota-Consumption-Time
> This AVP contains the idle traffic threshold time, in seconds.
> Vendor ID
> 10415
> VSA Type
> 881
> AVP Type
> UINT32
> AVP Flag
> M
> 3GPP-Quota-Holding-Time
> This AVP contains the quota holding time, in seconds. The client starts the quota holding timer when quota consumption ceases. This is always when traffic ceases, i.e. the timer is re-started at the end of each packet. The Credit Control Client deems a quota to have expired when no traffic associated with the quota is observed for the value indicated by this AVP.
> Vendor ID
> 10415
> VSA Type
> 871
> AVP Type
> UINT32
> AVP Flag
> M
> 3GPP-RAT-Type
> This AVP indicates which Radio Access Technology (RAT) is currently serving the UE.
> Vendor ID
> 10415
> VSA Type
> 21
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP-RAT-Type-Enum
> This AVP contains type of Radio Access Technology (RAT).
> Vendor ID
> 10415
> VSA Type
> 21
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 UTRAN
> 2 GERAN
> 3 WLAN
> 4 GAN
> 5 HSPA
> 6 EUTRAN
> 102 3GPP2_eHRPD
> AVP Flag
> M
> 3GPP-Reporting-Reason
> This AVP contains the reason for usage reporting for one or more types of quota for a particular category.
> Vendor ID
> 10415
> VSA Type
> 872
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 THRESHOLD
> 1 QHT
> 2 FINAL
> 3 QUOTA_EXHAUSTED
> 4 VALIDITY_TIME
> 5 OTHER_QUOTA_TYPE
> 6 RATING_CONDITION_CHANGE
> 7 FORCED_REAUTHORIZATION
> AVP Flag
> M
> 3GPP-SGSN-Address
> This AVP contains the address of the SGSN used by the GTP control plane for the handling of control messages. It may be used to identify the PLMN to which the user is attached.
> Vendor ID
> 10415
> VSA Type
> 6
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP-SGSN-IPv6-Address
> This AVP contains the IPv6 address of the SGSN used by the GTP control plane for the handling of control messages. It may be used to identify the PLMN to which the user is attached.
> Vendor ID
> 10415
> VSA Type
> 15
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP-SGSN-MCC-MNC
> This AVP contains the MCC-MNC of the network the SGSN belongs to.
> Vendor ID
> 10415
> VSA Type
> 18
> AVP Type
> UTF8STRING
> AVP Flag
> M
> 3GPP-Selection-Mode
> This AVP contains the selection mode for this PDP context received in the Create PDP Context Request Message.
> Vendor ID
> 10415
> VSA Type
> 12
> AVP Type
> UTF8STRING
> AVP Flag
> M
> 3GPP-Session-Stop-Indicator
> This AVP indicates to the AAA server that the last PDP context of a session is released and that the PDP session has been terminated.
> Vendor ID
> 10415
> VSA Type
> 11
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP-Time-Quota-Threshold
> This AVP contains the time quota threshold value, in seconds.
> Vendor ID
> 10415
> VSA Type
> 868
> AVP Type
> UINT32
> AVP Flag
> M
> 3GPP-Trigger-Type
> This AVP contains information about type of trigger, for example, CHANGE_IN_SGSN_IP_ADDRESS, CHANGE_IN_QOS, etc. for activation of the associated action.
> Vendor ID
> 10415
> VSA Type
> 870
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 CHANGE_IN_SGSN_IP_ADDRESS
> 2 CHANGEINQOS_ANY
> 3 CHANGEINLOCATION_ANY
> 4 CHANGEINRAT
> 10 CHANGEINQOS_TRAFFIC_CLASS
> 11 CHANGEINQOS_RELIABILITY_CLASS
> 12 CHANGEINQOS_DELAY_CLASS
> 13 CHANGEINQOS_PEAK_THROUGHPUT
> 14 CHANGEINQOS_PRECEDENCE_CLASS
> 15 CHANGEINQOS_MEAN_THROUGHPUT
> 16 CHANGEINQOS_MAXIMUM_BIT_RATE_FOR_UPLINK
> 17 CHANGEINQOS_MAXIMUM_BIT_RATE_FOR_DOWNLINK
> 18 CHANGEINQOS_RESIDUAL_BER
> 19 CHANGEINQOS_SDU_ERROR_RATIO
> 20 CHANGEINQOS_TRANSFER_DELAY
> 21 CHANGEINQOS_TRAFFIC_HANDLING_PRIORITY
> 22 CHANGEINQOS_GUARANTEED_BIT_RATE_FOR_UPLINK
> 23 CHANGEINQOS_GUARANTEED_BIT_RATE_FOR_DOWNLINK
> 30 CHANGEINLOCATION_MCC
> 31 CHANGEINLOCATION_MNC
> 32 CHANGEINLOCATION_RAC
> 33 CHANGEINLOCATION_LAC
> 34 CHANGEINLOCATION_CellId
> 61 CHANGE_IN_SERVING_NODE
> AVP Flag
> M
> 3GPP-Unit-Quota-Threshold
> This AVP contains the unit quota threshold value, in service specific units.
> Vendor ID
> 10415
> VSA Type
> 1226
> AVP Type
> UINT32
> AVP Flag
> M
> 3GPP-User-Data
> This AVP contains the user data required to give service to a user.
> Vendor ID
> 10415
> VSA Type
> 606
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP-User-Location-Info
> This AVP contains information about the user's current geographical location.
> Vendor ID
> 10415
> VSA Type
> 22
> AVP Type
> UTF8STRING
> AVP Flag
> M
> 3GPP-Volume-Quota-Threshold
> This AVP contains the volume quota threshold value, in octets.
> Vendor ID
> 10415
> VSA Type
> 869
> AVP Type
> UINT32
> AVP Flag
> M
> 3GPP-WLAN-APN-Id
> This AVP contains the W-APN for which the user will have services available.
> Vendor ID
> 10415
> VSA Type
> 11003
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP2-Allowed-Persistent-TFTS
> Maximum allowed persistent TFTs.
> Vendor ID
> 5535
> VSA Type
> 6083
> AVP Type
> UINT32
> AVP Flag
> M
> 3GPP2-BSID
> This AVP indicates the BSID of where the UE is currently located (for example, Cell-Id, SID, NID).
> Vendor ID
> 5535
> VSA Type
> 9010
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP2-Correlation-Id
> This AVP contains correlation ID in 3GPP2 networks.
> Vendor ID
> 5535
> VSA Type
> 6071
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP2-Information
> 3GPP2-Information
> Vendor ID
> 5535
> VSA Type
> 6077
> AVP Type
> GROUPED
> Supported group value(s):
> [ SUBSCRIBER_PRIORITY ]
> [ AUTH_PROFILE_ID_FORWARD ]
> [ AUTH_PROFILE_ID_REVERSE ]
> [ AUTH_PROFILE_ID_BI_DIRECTION ]
> AVP Flag
> M
> 3GPP2-Inter-User-Priority
> 3GPP2-Inter-User-Priority
> Vendor ID
> 5535
> VSA Type
> 139
> AVP Type
> UINT32
> AVP Flag
> M
> 3GPP2-MEID
> This AVP contains the International Mobile Equipment Identity.
> Vendor ID
> 10415
> VSA Type
> 1471
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP2-Max-Auth-Aggr-BW-BET
> This AVP contains the maximum allowed bandwidth for best effort link.
> Vendor ID
> 5535
> VSA Type
> 130
> AVP Type
> UINT32
> AVP Flag
> M
> 3GPP2-Max-Inst-Per-Service-Option
> This AVP indicates the maximum service option instances.
> Vendor ID
> 5535
> VSA Type
> 6082
> AVP Type
> UINT32
> AVP Flag
> M
> 3GPP2-Max-Per-Flow-Priority-User
> This AVP contains the per flow priority for the user.
> Vendor ID
> 5535
> VSA Type
> 6088
> AVP Type
> UINT32
> AVP Flag
> M
> 3GPP2-Max-Svc-Inst-Link-Flow-Total
> This AVP contains the maximum allowed link flows per service instance.
> Vendor ID
> 5535
> VSA Type
> 6084
> AVP Type
> UINT32
> AVP Flag
> M
> 3GPP2-RAT-Type
> 3GPP2-RAT-Type
> Vendor ID
> 5535
> VSA Type
> 1001
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 3G1X
> 1 HRPD
> 2 WLAN
> AVP Flag
> M
> 3GPP2-RP-Session-ID
> 3GPP2-RP-Session-ID
> Vendor ID
> 5535
> VSA Type
> 6074
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> 3GPP2-Service-Option
> 3GPP2-Service-Option
> Vendor ID
> 5535
> VSA Type
> 16
> AVP Type
> UINT32
> AVP Flag
> M
> 3GPP2-Service-Option-Profile
> 3GPP2-Service-Option-Profile
> Vendor ID
> 5535
> VSA Type
> 74
> AVP Type
> GROUPED
> Supported group value(s):
> [ 3GPP2_SERVICE_OPTION ]
> [ 3GPP2_MAX_INST_PER_SERVICE_OPTION ]
> AVP Flag
> M
> 3GPP2-Serving-PCF
> 3GPP2 Serving PCF Address
> Vendor ID
> 5535
> VSA Type
> 6073
> AVP Type
> ADDRESS
> AVP Flag
> M
> 3GPP2-User-Zone
> 3GPP2-User-Zone
> Vendor ID
> 5535
> VSA Type
> 6075
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> AF-Application-Identifier
> This AVP contains information that identifies particular service that the Application Function (AF) service session belongs to.
> Vendor ID
> 10415
> VSA Type
> 504
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> AF-Charging-Identifier
> This AVP contains the Application Function (AF) charging identifier that may be used in charging correlation.
> Vendor ID
> 10415
> VSA Type
> 505
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> AF-Correlation-Information
> This grouped AVP contains the AF Charging Identifier (ICID for IMS) and associated flow identifiers generated by the AF and received by GGSN over Rx/Gx.
> Vendor ID
> 10415
> VSA Type
> 1276
> AVP Type
> GROUPED
> Supported group value(s):
> [ AF_CHARGING_IDENTIFIER ]
> [ FLOWS ]
> AVP Flag
> M
> AGW-IP-Address
> This AVP contains the IPv4 address of the Access Gateway (AGW) in IPv4 decimal notation format.
> Vendor ID
> 5535
> VSA Type
> 1003
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> AGW-IPv6-Address
> This AVP contains the IPv6 address of the Access Gateway (AGW) in IPv6 colon notation format.
> Vendor ID
> 5535
> VSA Type
> 1004
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> AGW-MCC-MNC
> This AVP contains the Mobile Country Code (MCC) and Mobile Network Code (MNC) of the AGW.
> Vendor ID
> 5535
> VSA Type
> 1002
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> AMBR
> This AVP contains the UE Aggregate Maximum Bit Rate (AMBR) of the user. This will be present only if the non-3GPP access network is trusted.The Rf interface supports AMBR reporting for non-guaranteed bit rate (non-GBR) bearers in the Traffic-Data-Volumes (TDV) Grouped AVP.
> Vendor ID
> 10415
> VSA Type
> 1435
> AVP Type
> GROUPED
> Supported group value(s):
> [ MAX_REQUESTED_BANDWIDTH_UL ]
> [ MAX_REQUESTED_BANDWIDTH_DL ]
> AVP Flag
> M
> AN-GW-Address
> This AVP contains address of the Access Network Gateway.
> Vendor ID
> 10415
> VSA Type
> 1050
> AVP Type
> ADDRESS
> AVP Flag
> N/A
> AN-Trusted
> This AVP contains the 3GPP AAA Server's decision on handling the non-3GPP access network trusted or non-trusted.
> Vendor ID
> 10415
> VSA Type
> 1503
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 TRUSTED
> 1 UNTRUSTED
> AVP Flag
> M
> ANID
> This AVP contains the Access Network Identifier (ANID) used for key derivation at the HSS.
> Vendor ID
> 10415
> VSA Type
> 1504
> AVP Type
> UTF8STRING
> AVP Flag
> M
> APN-Aggregate-Max-Bitrate-DL
> This AVP contains the maximum aggregate bit rate in bits per seconds for the downlink direction across all non-GBR bearers related with the same APN.
> Vendor ID
> 10415
> VSA Type
> 1040
> AVP Type
> UINT32
> AVP Flag
> N/A
> APN-Aggregate-Max-Bitrate-UL
> This AVP contains the maximum aggregate bit rate in bits per seconds for the uplink direction across all non-GBR bearers related with the same APN.
> Vendor ID
> 10415
> VSA Type
> 1041
> AVP Type
> UINT32
> AVP Flag
> N/A
> APN-Authorized
> APN-Authorized
> Vendor ID
> 10415
> VSA Type
> 6090
> AVP Type
> GROUPED
> Supported group value(s):
> [ CONTEXT_IDENTIFIER ]
> [ CALLED_STATION_ID ]
> [ APN_BARRING_TYPE ]
> [ FRAMED_IP_ADDRESS ]
> [ FRAMED_IPV6_PREFIX ]
> [ MIP6_AGENT_INFO ]
> [ PDN_GW_ALLOCATION_TYPE ]
> [ VPLMN_DYNAMIC_ADDRESS_ALLOWED ]
> [ EPS_SUBSCRIBED_QOS_PROFILE ]
> AVP Flag
> M
> APN-Barring-Type
> Allows operator to disable all APNs for a subscriber at one time.
> Vendor ID
> 10415
> VSA Type
> 6091
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 NON_3GPP_APNS_ENABLE
> 1 NON_3GPP_APNS_DISABLE
> AVP Flag
> M
> APN-Configuration
> This AVP contains information related to the user's subscribed APN configurations.
> Vendor ID
> 10415
> VSA Type
> 1430
> AVP Type
> GROUPED
> Supported group value(s):
> [ CONTEXT_IDENTIFIER ]
> [ PDN_TYPE ]
> [ SERVICE_SELECTION ]
> [ EPS_SUBSCRIBED_QOS_PROFILE ]
> [ VPLMN_DYNAMIC_ADDRESS_ALLOWED ]
> [ MIP6_AGENT_INFO ]
> [ VISITED_NETWORK_IDENTIFIER ]
> [ PDN_GW_ALLOCATION_TYPE ]
> [ 3GPP_CHARGING_CHARACTERISTICS ]
> [ AMBR ]
> [ SERVED_PARTY_IP_ADDRESS ]
> [ SPECIFIC_APN_INFO ]
> [ APN_OI_REPLACEMENT ]
> AVP Flag
> M
> APN-Configuration-Profile
> This AVP contains information related to the user's subscribed APN configurations for EPS.
> Vendor ID
> 10415
> VSA Type
> 1429
> AVP Type
> GROUPED
> Supported group value(s):
> [ CONTEXT_IDENTIFIER ]
> [ ALL_APN_CONFIGURATIONS_INCLUDED_INDICATOR ]
> [ APN_CONFIGURATION ]
> AVP Flag
> M
> APN-OI-Replacement
> This AVP contains the domain name to replace the APN OI when constructing the PDN GW FQDN upon which to perform a DNS resolution.
> Vendor ID
> 10415
> VSA Type
> 1427
> AVP Type
> UTF8STRING
> AVP Flag
> M
> ARP
> This AVP contains Allocation and Retention Priority (ARP) for the corresponding APN configuration.
> Vendor ID
> 10415
> VSA Type
> 6039
> AVP Type
> UINT32
> AVP Flag
> M
> AUTN
> This AVP contains the Authentication Token AUTN (EAP Authentication Vector).
> Vendor ID
> 10415
> VSA Type
> 1449
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Abort-Cause
> This AVP contains the cause of a session abort request, or of an RAR indicating a PDP context release.
> Vendor ID
> 10415
> VSA Type
> 500
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 BEARER_RELEASED
> 1 INSUFFICIENT_SERVER_RESOURCES
> 2 INSUFFICIENT_BEARER_RESOURCES
> AVP Flag
> M
> Acceptable-Service-Info
> This AVP contains the maximum bandwidth for an AF session and/or for specific media components that will be authorized by the PCRF.
> Vendor ID
> 10415
> VSA Type
> 526
> AVP Type
> GROUPED
> Supported group value(s):
> [ MEDIA_COMPONENT_DESCRIPTION ]
> [ MAX_REQUESTED_BANDWIDTH_DL ]
> [ MAX_REQUESTED_BANDWIDTH_UL ]
> AVP Flag
> M
> Access-Network-Charging-Address
> This AVP contains the IP address of the network entity within the access network performing charging (for example, the GGSN IP address).
> Vendor ID
> 10415
> VSA Type
> 501
> AVP Type
> ADDRESS
> AVP Flag
> M
> Access-Network-Charging-Identifier
> This AVP contains a charging identifier (for example, GCID) within the "Access-Network-Charging-Identifier-Value" AVP along with information about the flows transported within the corresponding bearer within the Flows AVP.
> Vendor ID
> 10415
> VSA Type
> 502
> AVP Type
> GROUPED
> Supported group value(s):
> [ ACCESS_NETWORK_CHARGING_IDENTIFIER_VALUE ]
> [ FLOWS ]
> AVP Flag
> M
> Access-Network-Charging-Identifier-Gx
> The PCRF may use this information for charging correlation towards the AF.
> Vendor ID
> 10415
> VSA Type
> 1022
> AVP Type
> GROUPED
> Supported group value(s):
> [ ACCESS_NETWORK_CHARGING_IDENTIFIER_VALUE ]
> [ CHARGING_RULE_BASE_NAME ]
> [ CHARGING_RULE_NAME ]
> AVP Flag
> M
> Access-Network-Charging-Identifier-Ty
> This AVP contains a charging identifier generated by the AGW within the "Access-Network-Charging-Identifier-Value" AVP and the related PCC rule name(s) within the "Charging-Rule-Name" AVP(s). The PCRF may use this information for charging correlation towards the AF.
> Vendor ID
> 10415
> VSA Type
> 1022
> AVP Type
> GROUPED
> Supported group value(s):
> [ ACCESS_NETWORK_CHARGING_IDENTIFIER_VALUE ]
> [ CHARGING_RULE_BASE_NAME ]
> [ CHARGING_RULE_NAME ]
> AVP Flag
> M
> Access-Network-Charging-Identifier-Value
> This AVP contains a charging identifier. For example, GCID.
> Vendor ID
> 10415
> VSA Type
> 503
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Access-Network-Charging-Physical-Access-Id
> This AVP contains the identifier for the physical device the user is connected for charging.
> Vendor ID
> 8164
> VSA Type
> 1472
> AVP Type
> GROUPED
> Supported group value(s):
> [ ACCESS_NETWORK_CHARGING_PHYSICAL_ACCESS_ID_VALUE ]
> [ ACCESS_NETWORK_CHARGING_PHYSICAL_ACCESS_ID_REALM ]
> AVP Flag
> M
> Access-Network-Charging-Physical-Access-Id-Realm
> This AVP contains the domain of the physical device the user is connected for charging.
> Vendor ID
> 8164
> VSA Type
> 1474
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Access-Network-Charging-Physical-Access-Id-Value
> This AVP contains the identifier of the physical device the user is connected for charging.
> Vendor ID
> 8164
> VSA Type
> 1473
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Access-Network-Information
> This AVP contains access network information, such as the information included in the SIP "P-header P-Access-Network-Information".
> Vendor ID
> 0
> VSA Type
> 1263
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Access-Network-Physical-Access-Id
> This AVP contains an identifier that represents the topological segment hosting the AT within the serving IP-CAN.
> Vendor ID
> 5535
> VSA Type
> 1472
> AVP Type
> GROUPED
> Supported group value(s):
> [ ACCESS_NETWORK_PHYSICAL_ACCESS_ID_VALUE ]
> [ ACCESS_NETWORK_PHYSICAL_ACCESS_ID_REALM ]
> AVP Flag
> M
> Access-Network-Physical-Access-Id-Realm
> Access-Network-Physical-Access-Id-Realm
> Vendor ID
> 5535
> VSA Type
> 1474
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Access-Network-Physical-Access-Id-Value
> Access-Network-Physical-Access-Id-Value
> Vendor ID
> 5535
> VSA Type
> 1473
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Access-Network-Type
> This AVP contains the type of access network over which IP connectivity is provided to the user equipment.
> Vendor ID
> 0
> VSA Type
> 306
> AVP Type
> GROUPED
> Supported group value(s): none
> AVP Flag
> M
> Access-Restriction-Data
> This AVP contains a bit mask indicating the services of a subscriber, that are barred by the operator.
> Vendor ID
> 10415
> VSA Type
> 1426
> AVP Type
> UINT32
> AVP Flag
> M
> Accounting-EAP-Auth-Method
> This AVP indicates the EAP method(s) used to authenticate the user.
> Vendor ID
> 0
> VSA Type
> 465
> AVP Type
> UINT64
> AVP Flag
> N/A
> Accounting-Input-Octets
> This AVP contains the number of octets in IP packets received from the user.
> Vendor ID
> 0
> VSA Type
> 363
> AVP Type
> UINT64
> AVP Flag
> M
> Accounting-Input-Packets
> This AVP contains the number of IP packets received from the user.
> Vendor ID
> 0
> VSA Type
> 365
> AVP Type
> UINT64
> AVP Flag
> M
> Accounting-Output-Octets
> This AVP contains the number of octets in IP packets sent to the user.
> Vendor ID
> 0
> VSA Type
> 364
> AVP Type
> UINT64
> AVP Flag
> M
> Accounting-Output-Packets
> This AVP contains the number of IP packets sent to the user.
> Vendor ID
> 0
> VSA Type
> 366
> AVP Type
> UINT64
> AVP Flag
> M
> Accounting-PCC-R3-P-Capability
> This AVP indicates the accounting capabilities in a CCR that are supported by the sender. CCA will not include this AVP.
> Vendor ID
> 24757
> VSA Type
> 403
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 Online
> 1 Offline
> 2 Online_and_Offline
> AVP Flag
> M
> Accounting-Record-Number
> This AVP contains this record within one session.
> Vendor ID
> 0
> VSA Type
> 485
> AVP Type
> UINT32
> AVP Flag
> M
> Accounting-Record-Type
> This AVP contains the type of accounting record being sent.
> Vendor ID
> 0
> VSA Type
> 480
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 EVENT_RECORD
> 2 START_RECORD
> 3 INTERIM_RECORD
> 4 STOP_RECORD
> AVP Flag
> M
> Accounting-Sub-Session-Id
> This AVP contains the accounting sub-session identifier.
> Vendor ID
> 0
> VSA Type
> 287
> AVP Type
> UINT64
> AVP Flag
> M
> Acct-Application-Id
> Advertise support of the Accounting portion of an application.
> Vendor ID
> 0
> VSA Type
> 259
> AVP Type
> UINT32
> AVP Flag
> M
> Acct-Interim-Interval
> This AVP is sent from the Diameter Home Authorization Server to the Diameter client.
> Vendor ID
> 0
> VSA Type
> 85
> AVP Type
> UINT32
> AVP Flag
> M
> Acct-Multi-Session-Id
> Link multiple related accounting sessions.
> Vendor ID
> 0
> VSA Type
> 50
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Acct-Realtime-Required
> This AVP is used to decide the action to be performed when sending of accounting records to the accounting server has been temporarily prevented due to network problem.
> Vendor ID
> 0
> VSA Type
> 483
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 DELIVER_AND_GRANT
> 2 GRANT_AND_STORE
> 3 GRANT_AND_LOSE
> AVP Flag
> M
> Acct-Session-Id
> This AVP is only used when RADIUS/Diameter translation occurs. This AVP contains the contents of the RADIUS "Acct-Session-Id" attribute.
> Vendor ID
> 0
> VSA Type
> 44
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Acct-Session-Time
> This AVP indicates the length of the current session, in seconds. This AVP MUST be included in all Accounting-Request messages and MAY be present in the corresponding Accounting-Answer messages as well.
> Vendor ID
> 10415
> VSA Type
> 46
> AVP Type
> UINT32
> AVP Flag
> M
> Active-APN
> This AVP indicates the active APN.
> Vendor ID
> 10415
> VSA Type
> 1612
> AVP Type
> GROUPED
> Supported group value(s):
> [ CONTEXT_IDENTIFIER ]
> [ SERVICE_SELECTION ]
> [ MIP6_AGENT_INFO ]
> [ VISITED_NETWORK_IDENTIFIER ]
> [ SPECIFIC_APN_INFO ]
> AVP Flag
> M
> Additional-MBMS-Trace-Info
> This AVP contains additional information such as Trace-Reference, Triggering Events in BMSC, List of Interfaces in BMSC, Trace Activity Control, etc.
> Vendor ID
> 10415
> VSA Type
> 910
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Address-Realm
> This AVP contains the realm that the user belongs to.
> Vendor ID
> 0
> VSA Type
> 1005
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Age-Of-Location-Information
> Age-Of-Location-Information
> Vendor ID
> 10415
> VSA Type
> 1611
> AVP Type
> UINT32
> AVP Flag
> N/A
> Alert-Reason
> This AVP indicates that the mobile subscriber is present or the MS has available memory.
> Vendor ID
> 10415
> VSA Type
> 1434
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 UE_PRESENT
> 1 UE_MEMORY_AVAILABLE
> AVP Flag
> M
> All-APN-Configurations-Included-Indicator
> This AVP indicates addition/modification/deletion of APN configuration for MME/SGSN service.
> Vendor ID
> 10415
> VSA Type
> 1428
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 ALL_APN_CONFIGURATIONS_INCLUDED
> 1 MODIFIED_ADDED_APN_CONFIGURATIONS_INCLUDED
> AVP Flag
> M
> Allocation-Retention-Priority
> Allocation-Retention-Priority
> Vendor ID
> 10415
> VSA Type
> 1034
> AVP Type
> GROUPED
> Supported group value(s):
> [ PRIORITY_LEVEL ]
> [ PRE_EMPTION_CAPABILITY ]
> [ PRE_EMPTION_VULNERABILITY ]
> AVP Flag
> M
> Alternative-APN
> This AVP contains the value of a new APN. BM-SC only includes it if the UE must use a different APN for the MBMS PDP Context from the one used in the Join message.
> Vendor ID
> 10415
> VSA Type
> 905
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Anchor-Data-Path-Address
> This AVP contains the IP address of the serving SFA and is included in the CCR message.
> Vendor ID
> 24757
> VSA Type
> 401
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Application-Provided-Called-Party-Address
> This AVP holds the called party number (SIP URL, E.164), if it is determined by an application server.
> Vendor ID
> 10415
> VSA Type
> 837
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Application-Server
> This AVP contains the SIP URL(s) of the AS(s) addressed during the session.
> Vendor ID
> 10415
> VSA Type
> 836
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Application-Server-Information
> This AVP contains the list of application servers visited on the ISC interface.
> Vendor ID
> 10415
> VSA Type
> 850
> AVP Type
> GROUPED
> Supported group value(s):
> [ APPLICATION_SERVER ]
> [ APPLICATION_PROVIDED_CALLED_PARTY_ADDRESS ]
> AVP Flag
> M
> Associated-Identities
> This AVP contains the private user identities associated to an IMS subscription.
> Vendor ID
> 10415
> VSA Type
> 632
> AVP Type
> GROUPED
> Supported group value(s):
> [ USER_NAME ]
> AVP Flag
> M
> Associated-Registered-Identities
> This AVP contains the Private User Identities registered with the Public User Identity received in the request command.
> Vendor ID
> 10415
> VSA Type
> 647
> AVP Type
> GROUPED
> Supported group value(s):
> [ USER_NAME ]
> AVP Flag
> N/A
> Associated-URI
> This AVP contains a non-barred public user identity (SIP URI or TEL URI) associated to the the public user identity under registration.
> Vendor ID
> 10415
> VSA Type
> 856
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Auth-Application-Id
> This AVP contains the Diameter supported authorization application ID.
> Vendor ID
> 0
> VSA Type
> 258
> AVP Type
> UINT32
> AVP Flag
> M
> Auth-Grace-Period
> This AVP contains the number of seconds the Diameter server will wait following the expiration of the Authorization-Lifetime AVP before cleaning up resources for the session.
> Vendor ID
> 0
> VSA Type
> 276
> AVP Type
> UINT32
> AVP Flag
> M
> Auth-Profile-Id-Bi-Direction
> 3GPP2 Auth-Profile-Id-Bi-Direction
> Vendor ID
> 5535
> VSA Type
> 6081
> AVP Type
> UINT32
> AVP Flag
> M
> Auth-Profile-Id-Forward
> 3GPP2 Auth-Profile-Id-Forward
> Vendor ID
> 5535
> VSA Type
> 6079
> AVP Type
> UINT32
> AVP Flag
> M
> Auth-Profile-Id-Reverse
> 3GPP2 Auth-Profile-Id-Reverse
> Vendor ID
> 5535
> VSA Type
> 6080
> AVP Type
> UINT32
> AVP Flag
> M
> Auth-Request-Type
> This AVP contains the authorization request type to inform the peers whether a user is to be authenticated only, authorized only, or both.
> Vendor ID
> 0
> VSA Type
> 274
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 AUTHENTICATE_ONLY
> 2 AUTHORIZE_ONLY
> 3 AUTHORIZE_AUTHENTICATE
> AVP Flag
> M
> Auth-Session-State
> This AVP indicates whether state is maintained for a particular session.
> Vendor ID
> 0
> VSA Type
> 277
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 STATE_MAINTAINED
> 1 NO_STATE_MAINTAINED
> AVP Flag
> M
> Authentication-Info
> This AVP contains the Authentication Vectors.
> Vendor ID
> 10415
> VSA Type
> 6016
> AVP Type
> GROUPED
> Supported group value(s):
> [ EPS_VECTOR ]
> [ UMTS_VECTOR ]
> [ GERAN_VECTOR ]
> AVP Flag
> M
> Authorised-QoS
> This AVP contains the authorized QoS.
> Vendor ID
> 0
> VSA Type
> 849
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Authorization-Lifetime
> This AVP contains the maximum number of seconds of service to be provided to the user before the user is to be re-authenticated and/or re- authorized.
> Vendor ID
> 0
> VSA Type
> 291
> AVP Type
> UINT32
> AVP Flag
> M
> Authorization-Token
> This AVP contains the authorization token defined in RFC 3520.
> Vendor ID
> 10415
> VSA Type
> 506
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Authorized-QoS
> This AVP carries the authorized QoS from the E-PDF to the IPC/GGSN.
> Vendor ID
> 10415
> VSA Type
> 1016
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_CLASS ]
> [ MAX_REQUESTED_BANDWIDTH_UL ]
> [ MAX_REQUESTED_BANDWIDTH_DL ]
> AVP Flag
> M
> BCID
> This AVP contains the PacketCable 1.5 Billing Correlation ID as generated for a SIP session. This value is copied from the BCID field in the P-DCS-LAES header.
> Vendor ID
> 4491
> VSA Type
> 200
> AVP Type
> UTF8STRING
> AVP Flag
> M
> BSID
> BSID
> Vendor ID
> 0
> VSA Type
> 10003
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Bearer-Control-Mode
> This AVP indicates the preferred Bearer Control Mode.
> Vendor ID
> 10415
> VSA Type
> 1023
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 UE_ONLY
> 1 RESERVED
> 2 UE_NW
> AVP Flag
> M
> Bearer-Identifier
> This AVP indicates the bearer to which the information belongs.
> Vendor ID
> 10415
> VSA Type
> 1020
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Bearer-Operation
> This AVP indicates the bearer event that causes the request for PCC rules.
> Vendor ID
> 10415
> VSA Type
> 1021
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 TERMINATION
> 1 ESTABLISHMENT
> 2 MODIFICATION
> AVP Flag
> M
> Bearer-Service
> This AVP holds the used bearer service for the application, for example, PSTN leg in the case of voice.
> Vendor ID
> 10415
> VSA Type
> 854
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Bearer-Usage
> This AVP indicates how the bearer is being used, for example, whether it is used as a dedicated IMS signaling context or not.
> Vendor ID
> 10415
> VSA Type
> 1000
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 GENERAL
> 1 IMS_SIGNALLING
> 2 DEDICATED
> AVP Flag
> M
> Binding-Information
> This AVP contains binding information required for NA(P)T, hosted NA(P)T, and NA(P)T-PT control.
> Vendor ID
> 13019
> VSA Type
> 450
> AVP Type
> GROUPED
> Supported group value(s):
> [ BINDING_INPUT_LIST ]
> [ BINDING_OUTPUT_LIST ]
> AVP Flag
> N/A
> Binding-Input-List
> This AVP contains a list of transport addresses for which a binding is requested.
> Vendor ID
> 13019
> VSA Type
> 451
> AVP Type
> GROUPED
> Supported group value(s):
> [ V6_TRANSPORT_ADDRESS ]
> [ V4_TRANSPORT_ADDRESS ]
> AVP Flag
> N/A
> Binding-Output-List
> This AVP contains a list of transport addresses which is the result of the binding operation performed by the transport plane functions.
> Vendor ID
> 13019
> VSA Type
> 452
> AVP Type
> GROUPED
> Supported group value(s):
> [ V6_TRANSPORT_ADDRESS ]
> [ V4_TRANSPORT_ADDRESS ]
> AVP Flag
> N/A
> CC-Correlation-Id
> Correlates credit control requests generated for different components of the service.
> Vendor ID
> 0
> VSA Type
> 411
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> CC-Input-Octets
> This AVP contains the number of requested, granted, or used octets that can be/have been received from the end user.
> Vendor ID
> 0
> VSA Type
> 412
> AVP Type
> UINT64
> AVP Flag
> M
> CC-Money
> This AVP indicates the monetary amount in the given currency.
> Vendor ID
> 0
> VSA Type
> 413
> AVP Type
> GROUPED
> Supported group value(s): none
> AVP Flag
> M
> CC-Output-Octets
> This AVP contains the number of requested, granted, or used octets that can be/have been sent to the end user.
> Vendor ID
> 0
> VSA Type
> 414
> AVP Type
> UINT64
> AVP Flag
> M
> CC-Request-Number
> This AVP contains the number of Credit Control request for mapping requests and answers.
> Vendor ID
> 0
> VSA Type
> 415
> AVP Type
> UINT32
> AVP Flag
> M
> CC-Request-Type
> This AVP contains the type of credit-control Request/Answer message.
> Vendor ID
> 0
> VSA Type
> 416
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 INITIAL_REQUEST
> 2 UPDATE_REQUEST
> 3 TERMINATION_REQUEST
> 4 EVENT_REQUEST
> AVP Flag
> M
> CC-Service-Specific-Units
> This AVP contains the number of service-specific units (for example, number of events, points) given in a selected service.
> Vendor ID
> 0
> VSA Type
> 417
> AVP Type
> UINT64
> AVP Flag
> M
> CC-Session-Failover
> This AVP contains information as to whether moving the credit-control message stream to a backup server during an ongoing credit-control session is supported.
> Vendor ID
> 0
> VSA Type
> 418
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 FAILOVER_NOT_SUPPORTED
> 1 FAILOVER_SUPPORTED
> AVP Flag
> M
> CC-Sub-Session-Id
> This AVP contains the credit-control sub-session identifier.
> Vendor ID
> 0
> VSA Type
> 419
> AVP Type
> UINT64
> AVP Flag
> M
> CC-Time
> This AVP contains the length of the requested, granted, or used time, in seconds.
> Vendor ID
> 0
> VSA Type
> 420
> AVP Type
> UINT32
> Supported group value(s):
> [ UNIT_VALUE ]
> [ CURRENCY_CODE ]
> AVP Flag
> M
> CC-Total-Octets
> This AVP contains the total number of requested, granted, or used octets regardless of the direction.
> Vendor ID
> 0
> VSA Type
> 421
> AVP Type
> UINT64
> AVP Flag
> M
> CC-Unit-Type
> This AVP contains the type of units.
> Vendor ID
> 0
> VSA Type
> 454
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> M
> CG-Address
> This AVP contains IP address of the Charging Gateway.
> Vendor ID
> 10415
> VSA Type
> 846
> AVP Type
> ADDRESS
> AVP Flag
> M
> CHAP-Auth
> CHAP-Authentication
> Vendor ID
> 10415
> VSA Type
> 402
> AVP Type
> GROUPED
> Supported group value(s):
> [ CHAP_IDENT ]
> [ CHAP_RESPONSE ]
> AVP Flag
> M
> CHAP-Challenge
> CHAP-Challenge
> Vendor ID
> 10415
> VSA Type
> 60
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> CHAP-Ident
> CHAP-Identifier
> Vendor ID
> 10415
> VSA Type
> 404
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> CHAP-Response
> CHAP-Response
> Vendor ID
> 10415
> VSA Type
> 405
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> CSG-Id
> This AVP contains Closed Subscriber Group Identity used to identify Closed Subscriber Group within a PLMN.
> Vendor ID
> 10415
> VSA Type
> 1437
> AVP Type
> UINT32
> AVP Flag
> M
> CSG-Subscription-Data
> This AVP contains the CSG-Id and optionally an associated expiration date.
> Vendor ID
> 10415
> VSA Type
> 1436
> AVP Type
> GROUPED
> Supported group value(s):
> [ CSG_ID ]
> [ EXPIRATION_DATE ]
> AVP Flag
> M
> Call-Barring-Info-List
> This AVP contains the service codes for the short message related call barring services for a subscriber.
> Vendor ID
> 10415
> VSA Type
> 1488
> AVP Type
> GROUPED
> Supported group value(s):
> [ SS_CODE ]
> AVP Flag
> M
> Call-ID-SIP-Header
> This AVP contains the information in the Call-ID header.
> Vendor ID
> 10415
> VSA Type
> 643
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> Callback-Id
> This AVP contains the name of a place to be called, to be interpreted by the NAS.
> Vendor ID
> 0
> VSA Type
> 20
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Callback-Number
> This AVP contains a dialing string to be used for callback.
> Vendor ID
> 0
> VSA Type
> 19
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Called-Asserted-Identity
> This AVP contains the address (Public User ID: SIP URI, E.164, etc.) of the finally asserted called party.
> Vendor ID
> 10415
> VSA Type
> 1250
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Called-Party-Address
> This AVP contains the address of the party to whom a session is established.
> Vendor ID
> 0
> VSA Type
> 832
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Called-Station-Id
> This AVP contains the Layer 2 addresses the user contacted in the request.
> Vendor ID
> 0
> VSA Type
> 30
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Calling-Party-Address
> This AVP contains the address of the party initiating a session.
> Vendor ID
> 10415
> VSA Type
> 831
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Calling-Station-Id
> This AVP enables the NAS to send the ASCII string describing the Layer 2 address from which the user connected in the request.
> Vendor ID
> 0
> VSA Type
> 31
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Cancellation-Type
> This AVP indicates the type of cancellation.
> Vendor ID
> 10415
> VSA Type
> 1420
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 MME_UPDATE_PROCEDURE
> 1 SGSN_UPDATE_PROCEDURE
> 2 SUBSCRIPTION_WITHDRAWAL
> 3 UPDATE_PROCEDURE_IWF
> AVP Flag
> M
> Carrier-Select-Routing-Information
> This AVP contains information on carrier selection performed by S-CSCF/AS.
> Vendor ID
> 10415
> VSA Type
> 2023
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Cause
> Cause
> Vendor ID
> 10415
> VSA Type
> 860
> AVP Type
> GROUPED
> Supported group value(s):
> [ CAUSE_CODE ]
> [ NODE_FUNCTIONALITY ]
> AVP Flag
> M
> Cause-Code
> This AVP contains the cause code value from IMS node. It is used in Accounting-Request[stop] and/or Accounting-Request[event] messages.
> Vendor ID
> 0
> VSA Type
> 861
> AVP Type
> INT32
> AVP Flag
> M
> Cell-Global-Identity
> This AVP contains the Cell Global Identification of the user.
> Vendor ID
> 10415
> VSA Type
> 1604
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Change-Condition
> This AVP indicates the change in charging condition.
> Vendor ID
> 10415
> VSA Type
> 2037
> AVP Type
> INT32
> Supported enumerated value(s):
> 0 NORMAL_RELEASE
> 1 ABNORMAL_RELEASE
> 2 QOS_CHANGE
> 3 VOLUME_LIMIT
> 4 TIME_LIMIT
> 5 SERVING_NODE_CHANGE
> 6 SERVING_NODE_PLMN_CHANGE
> 7 USER_LOCATION_CHANGE
> 8 RAT_CHANGE
> 9 UE_TIME_ZONE_CHANGE
> 10 TARIFF_TIME_CHANGE
> 11 SERVICE_IDLED_OUT
> 12 SERVICE_SPECIFIC_UNIT_LIMIT
> 13 MAX_NUMBER_OF_CHARGING_CONDITIONS
> 14 MANAGEMENT_INTERVENTION
> AVP Flag
> M
> Change-Time
> This AVP contains the time in UTC format when the volume counts associated to the service data container is closed and reported due to Charging condition change.
> Vendor ID
> 10415
> VSA Type
> 2038
> AVP Type
> TIME
> AVP Flag
> M
> Charging-Characteristics
> This AVP contains the charging mode to be applied.
> Vendor ID
> 10415
> VSA Type
> 11006
> AVP Type
> UINT32
> AVP Flag
> M
> Charging-Characteristics-Selection-Mode
> Charging-Characteristics-Selection-Mode
> Vendor ID
> 10415
> VSA Type
> 2066
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 SERVING-NODE-SUPPLIED
> 1 SUBSCRIPTION-SPECIFIC
> 2 APN-SPECIFIC
> 3 HOME-DEFAULT
> 4 ROAMING-DEFAULT
> 5 VISITING-DEFAULT
> AVP Flag
> M
> Charging-Data
> This AVP contains addresses of the charging functions.
> Vendor ID
> 10415
> VSA Type
> 11005
> AVP Type
> GROUPED
> Supported group value(s):
> [ CHARGING_CHARACTERISTICS ]
> AVP Flag
> M
> Charging-Information
> This AVP contains the addresses of the charging functions in the grouped AVPs.
> Vendor ID
> 10415
> VSA Type
> 618
> AVP Type
> GROUPED
> Supported group value(s):
> [ PRIMARY_EVENT_CHARGING_FUNCTION_NAME ]
> [ SECONDARY_EVENT_CHARGING_FUNCTION_NAME ]
> [ PRIMARY_CHARGING_COLLECTION_FUNCTION_NAME ]
> [ SECONDARY_CHARGING_COLLECTION_FUNCTION_NAME ]
> AVP Flag
> M
> Charging-Rule-Base-Name
> This AVP indicates the name of a pre-defined group of charging rules residing at the TPF.
> Vendor ID
> 10415
> VSA Type
> 1004
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Charging-Rule-Definition
> This AVP contains the charging rule for a service flow sent by the CRF to the TPF.
> Vendor ID
> 10415
> VSA Type
> 1003
> AVP Type
> GROUPED
> Supported group value(s):
> [ CHARGING_RULE_NAME ]
> [ SERVICE_IDENTIFIER ]
> [ RATING_GROUP ]
> [ FLOW_DESCRIPTION ]
> [ REPORTING_LEVEL ]
> [ ONLINE ]
> [ OFFLINE ]
> [ FLOW_STATUS ]
> [ QOS_INFORMATION ]
> [ METERING_METHOD ]
> [ PRECEDENCE ]
> [ AF_CHARGING_IDENTIFIER ]
> [ FLOWS ]
> AVP Flag
> M
> Charging-Rule-Install
> Used to activate, install, or modify Charging/Firewall rules from the Policy server. Charging/Firewall ruledefs for a subscriber can be dynamically activated from gx server. If the incoming rule fails to match in the charging ruledefs of a rulebase, then there will be a lookup with the Firewall ruledefs of the rulebase.
> Vendor ID
> 10415
> VSA Type
> 1001
> AVP Type
> GROUPED
> Supported group value(s):
> [ CHARGING_RULE_DEFINITION ]
> [ CHARGING_RULE_NAME ]
> [ CHARGING_RULE_BASE_NAME ]
> [ BEARER_IDENTIFIER ]
> [ RULE_ACTIVATION_TIME ]
> [ RULE_DEACTIVATION_TIME ]
> [ RESOURCE_ALLOCATION_NOTIFICATION ]
> AVP Flag
> M
> Charging-Rule-Name
> This AVP contains the charging rule name provided by the CRF. It uniquely identifies a charging rule for a bearer.
> Vendor ID
> 10415
> VSA Type
> 1005
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Charging-Rule-Name-LI
> Charging rule name for LI-Indicator-Gx.
> Vendor ID
> 10415
> VSA Type
> 1005
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Charging-Rule-Remove
> This AVP contains the deactivated or removed Charging/Firewall rules from the Policy server. Charging/Firewall ruledefs for a subscriber can be dynamically deactivated from gx server. If the incoming rule fails to match in the charging ruledefs of a rulebase, then there will be a lookup with the Firewall ruledefs of the rulebase.
> Vendor ID
> 10415
> VSA Type
> 1002
> AVP Type
> GROUPED
> Supported group value(s):
> [ CHARGING_RULE_NAME ]
> [ CHARGING_RULE_BASE_NAME ]
> AVP Flag
> M
> Charging-Rule-Report
> This AVP is used to report the status of a Policy and Charging Control (PCC) rule for installation successful/removal. It is a reference for a specific PCC rule at the AGW that has been successfully installed, modified or removed because of trigger from the MS. The PCC-Rule-Status AVP indicates the action being performed on the PCC rule. Multiple instances of Charging-Rule-Report AVPs shall be used in the case it is required to report different PCCRule-Status values for different groups of rules within the same Diameter command.
> Vendor ID
> 10415
> VSA Type
> 1018
> AVP Type
> GROUPED
> Supported group value(s):
> [ CHARGING_RULE_NAME ]
> [ CHARGING_RULE_BASE_NAME ]
> [ PCC_RULE_STATUS ]
> [ RULE_FAILURE_CODE ]
> [ FINAL_UNIT_INDICATION ]
> AVP Flag
> M
> Check-Balance-Result
> This AVP contains the result of the balance check. Applicable only when requested-Action AVP indicates CHECK_BALANCE.
> Vendor ID
> 0
> VSA Type
> 422
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 ENOUGH_CREDIT
> 1 NO_CREDIT
> AVP Flag
> M
> Civic-Location
> This AVP contains location information.
> Vendor ID
> 13019
> VSA Type
> 355
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Class
> This AVP is used by Diameter servers to return state information to the access device.
> Vendor ID
> 0
> VSA Type
> 25
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Client-Identity
> This AVP contains the ISDN number of the external client.
> Vendor ID
> 10415
> VSA Type
> 1480
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> CoA-IP-Address
> This AVP contains care-of-address for DSMIP6 access.
> Vendor ID
> 10415
> VSA Type
> 1035
> AVP Type
> ADDRESS
> AVP Flag
> N/A
> CoA-Information
> This AVP contains care-of-address and the tunnel information related to the care of address.
> Vendor ID
> 10415
> VSA Type
> 1039
> AVP Type
> GROUPED
> Supported group value(s):
> [ TUNNEL_INFORMATION ]
> [ COA_IP_ADDRESS ]
> AVP Flag
> N/A
> Codec-Data
> This AVP contains CODEC-related information known at the AF.
> Vendor ID
> 10415
> VSA Type
> 524
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Complete-Data-List-Included-Indicator
> This AVP indicates addition/modification/deletion of PDP-Contexts at MME/SGSN.
> Vendor ID
> 10415
> VSA Type
> 1468
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 ALL_PDP_CONTEXTS_INCLUDED
> 1 MODIFIED_ADDED_PDP_CONTEXTS_INCLUDED
> AVP Flag
> M
> Confidentiality-Key
> This AVP contains the Confidentiality Key (CK).
> Vendor ID
> 10415
> VSA Type
> 625
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Configuration-Token
> This AVP is sent by a Diameter Server to a Diameter Proxy Agent or Translation Agent in an AA-Answer command to indicate a type of user profile to be used.
> Vendor ID
> 0
> VSA Type
> 78
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> Connect-Info
> This AVP is sent in the AA-Request message or ACR STOP message.
> Vendor ID
> 0
> VSA Type
> 77
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Contact
> This AVP contains the contact addresses and parameters in the Contact header.
> Vendor ID
> 10415
> VSA Type
> 641
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> Content-Disposition
> This AVP indicates how the message body or a message body part is to be interpreted (for example, session, render).
> Vendor ID
> 10415
> VSA Type
> 828
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Content-Length
> This AVP contains the size of the message body.
> Vendor ID
> 10415
> VSA Type
> 827
> AVP Type
> UINT32
> AVP Flag
> M
> Content-Type
> This AVP contains the media type (for example, application/sdp, text/html) of the message-body.
> Vendor ID
> 10415
> VSA Type
> 826
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Context-Identifier
> Context-Identifier
> Vendor ID
> 10415
> VSA Type
> 1423
> AVP Type
> UINT32
> AVP Flag
> M
> Correlate-Reason
> This AVP contains the reason the Correlate message was sent.
> Vendor ID
> 4491
> VSA Type
> 202
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 UNKNOWN
> 1 B2BUA
> 2 INITIAL_SIP_MESSAGE
> 3 ADDITIONAL_TARGET_ENCOUNTERED
> 4 HAND_OFF_OCCURED
> 5 ORIGINATION_FROM_APP_SERVER
> 6 BCID
> AVP Flag
> M
> Cost-Information
> This AVP contains cost information of service transferred by the credit-control client to the end user.
> Vendor ID
> 0
> VSA Type
> 423
> AVP Type
> GROUPED
> Supported group value(s):
> [ UNIT_VALUE ]
> [ CURRENCY_CODE ]
> [ COST_UNIT ]
> AVP Flag
> M
> Cost-Unit
> This AVP contains the applicable unit to the Cost-Information when the service cost is a cost per unit, can be minutes, hours, days and kilobytes.
> Vendor ID
> 0
> VSA Type
> 424
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Credit-Control
> This AVP is included in AA requests when the service element has credit-control application.
> Vendor ID
> 0
> VSA Type
> 426
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 CREDIT_AUTHORIZATION
> 1 RE_AUTHORIZATION
> AVP Flag
> M
> Credit-Control-Failure-Handling
> The credit-control client uses this information to handle the credit control server failure.
> Vendor ID
> 0
> VSA Type
> 427
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 TERMINATE
> 1 CONTINUE
> 2 RETRY_AND_TERMINATE
> AVP Flag
> M
> Currency-Code
> This AVP contains currency in which the values of AVPs containing monetary units were given.
> Vendor ID
> 0
> VSA Type
> 425
> AVP Type
> UINT32
> AVP Flag
> M
> Current-Location
> This AVP indicates whether an active location retrieval has to be initiated or not.
> Vendor ID
> 0
> VSA Type
> 707
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> M
> Current-Location-Retrieved
> Current-Location-Retrieved
> Vendor ID
> 10415
> VSA Type
> 1610
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 ACTIVE-LOCATION-RETRIEVAL
> AVP Flag
> M
> Customer-Id
> This AVP contains customer identifier; used in header enrichment scenarios.
> Vendor ID
> 8164
> VSA Type
> 1146
> AVP Type
> UTF8STRING
> AVP Flag
> M
> DIR
> DIR
> Vendor ID
> 0
> VSA Type
> 11000
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> DSA-Flags
> This AVP contains a bit mask.
> Vendor ID
> 10415
> VSA Type
> 1422
> AVP Type
> UINT32
> AVP Flag
> M
> DSR-Flags
> This AVP contains a bit mask.
> Vendor ID
> 10415
> VSA Type
> 1421
> AVP Type
> UINT32
> AVP Flag
> M
> Data-Reference
> This AVP contains the type of the requested used data in the operation UDR and SNR.
> Vendor ID
> 0
> VSA Type
> 703
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> M
> Default-EPS-Bearer-QoS
> This AVP contains the QoS information for the EPS default bearer.
> Vendor ID
> 10415
> VSA Type
> 1049
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_CLASS_IDENTIFIER ]
> [ ALLOCATION_RETENTION_PRIORITY ]
> AVP Flag
> N/A
> Deregistration-Reason
> This AVP contains the reason for a de-registration operation.
> Vendor ID
> 10415
> VSA Type
> 615
> AVP Type
> GROUPED
> Supported group value(s):
> [ REASON_CODE ]
> [ REASON_INFO ]
> AVP Flag
> M
> Destination-Host
> This AVP contains the destination endpoint of the message. This AVP is present in all request messages.
> Vendor ID
> 0
> VSA Type
> 293
> AVP Type
> DIAMIDENT
> AVP Flag
> M
> Destination-Realm
> This AVP contains the realm the message is to be routed to. It is present in all request messages sent from DCCA.
> Vendor ID
> 0
> VSA Type
> 283
> AVP Type
> DIAMIDENT
> AVP Flag
> M
> Diagnostics
> This AVP contains a more detailed cause value for sending Accounting-Request from PCN node.
> Vendor ID
> 10415
> VSA Type
> 2039
> AVP Type
> INT32
> Supported enumerated value(s):
> 0 UNSPECIFIED
> 1 SESSION_TIMEOUT
> 2 RESOURCE_LIMITATION
> 3 ADMIN_DISCONNECT
> 4 IDLE_TIMEOUT
> 5 PCRF_UNREACHABLE
> 6 AAA_UNREACHABLE
> 7 AAA_INITIATED_SESSION_TERMINATION
> 8 REAUTHENTICATION_FAILED
> 9 PCRF_INITIATED_SESSION_TERMINATION
> 10 PCRF_INITIATED_FLOW_TERMINATION
> 11 PCRF_ACCOUNTING_PARAMETERS_CHANGED
> 12 PMIP_INITIATED_SESSION_TERMINATION
> 13 PPP_INITIATED_SESSION_TERMINATION
> 14 GTP_INITIATED_SESSION_TERMINATION
> 15 PMIP_REVOCATION
> 16 HANDOVER_ERROR
> 17 PMIP_LIFETIME_EXPIRED
> AVP Flag
> M
> Dialog-Id
> This AVP contains the SIP dialog identifier in the form: Call-ID=x;FTag=y;TTag=z, where x is the value of the SIP Call-ID header, y is the contents of the From header tag, and z is the contents of the To header tag. If the To header tag value is not present in the SIP message then TTag field MUST not be present in the AVP.
> Vendor ID
> 4491
> VSA Type
> 203
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Digest-Algorithm
> This AVP contains the algorithm parameter that influences the HTTP Digest calculation.
> Vendor ID
> 0
> VSA Type
> 111
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Digest-Auth-Param
> This AVP is a placeholder for future extensions and corresponds to the "auth-param" parameter defined in section 3.2.1 of [RFC2617].
> Vendor ID
> 0
> VSA Type
> 117
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Digest-Domain
> This AVP contains a single URI that defines a protection space component.
> Vendor ID
> 0
> VSA Type
> 119
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Digest-HA1
> This AVP contains the hexadecimal representation of H(A1) as described in RFC2617.
> Vendor ID
> 0
> VSA Type
> 121
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Digest-QoP
> This AVP contains the Quality of Protection (QoP) parameter that influences the HTTP Digest calculation.
> Vendor ID
> 0
> VSA Type
> 110
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Digest-Realm
> This AVP describes a protection space component of the RADIUS server.
> Vendor ID
> 0
> VSA Type
> 104
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Direct-Debiting-Failure-Handling
> This AVP contains the action to handle the failure of request message to the credit control server with DIRECT_DEBITING attribute.
> Vendor ID
> 0
> VSA Type
> 428
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 TERMINATE_OR_BUFFER
> 1 CONTINUE
> AVP Flag
> M
> Direct-Message
> This AVP indicates if the reported message is exchanged directly between the IAP and the intercept target.
> Vendor ID
> 4491
> VSA Type
> 211
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 FALSE
> 1 TRUE
> AVP Flag
> M
> Direction
> This AVP indicates whether the reported message was sent "to" or "from" the intercept target.
> Vendor ID
> 4491
> VSA Type
> 210
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 UNDEFINED
> 1 TO_TARGET
> 2 FROM_TARGET
> AVP Flag
> M
> Disconnect-Cause
> This AVP contains the cause of disconnection with peer.
> Vendor ID
> 0
> VSA Type
> 273
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 REBOOTING
> 1 BUSY
> 2 DO_NOT_WANT_TO_TALK_TO_YOU
> AVP Flag
> M
> Dynamic-Address-Flag
> This AVP indicates whether the PDP context/PDN address is statically or dynamically allocated. If not present, then it is statically allocated.
> Vendor ID
> 10415
> VSA Type
> 2051
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 STATIC
> 1 DYNAMIC
> AVP Flag
> M
> EAP-Key-Name
> This AVP contains an opaque key identifier (name) generated by the EAP method.
> Vendor ID
> 0
> VSA Type
> 102
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> EAP-Master-Session-Key
> This AVP contains keying material for protecting the communications between the user and the NAS.
> Vendor ID
> 0
> VSA Type
> 464
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> EAP-Payload
> This AVP is used to encapsulate the actual EAP packet that is being exchanged between the EAP client and the home Diameter server.
> Vendor ID
> 0
> VSA Type
> 462
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> EAP-Reissued-Payload
> Sent in DEA for a non-fatal error, and encapsulates the previous EAP Request sent by the server.
> Vendor ID
> 0
> VSA Type
> 463
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> EPS-Location-Information
> EPS-Location-Information
> Vendor ID
> 10415
> VSA Type
> 1496
> AVP Type
> GROUPED
> Supported group value(s):
> [ MME_LOCATION_INFORMATION ]
> [ SGSN_LOCATION_INFORMATION ]
> AVP Flag
> M
> EPS-Subscribed-QoS-Profile
> This AVP contains the bearer-level QoS parameters associated to the default bearer for an APN.
> Vendor ID
> 10415
> VSA Type
> 1431
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_CLASS_IDENTIFIER ]
> [ ALLOCATION_RETENTION_PRIORITY ]
> AVP Flag
> M
> EPS-User-State
> EPS-User-State
> Vendor ID
> 10415
> VSA Type
> 1495
> AVP Type
> GROUPED
> Supported group value(s):
> [ MME_USER_STATE ]
> [ SGSN_USER_STATE ]
> AVP Flag
> M
> EPS-Vector
> This AVP contains Authentication Information for EPS.
> Vendor ID
> 10415
> VSA Type
> 6017
> AVP Type
> GROUPED
> Supported group value(s):
> [ ITEM_NUMBER ]
> [ RAND ]
> [ XRES ]
> [ AUTN ]
> [ KASME ]
> AVP Flag
> M
> ESN
> ESN
> Vendor ID
> 10415
> VSA Type
> 6109
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> EUTRAN-Cell-Global-Identity
> This AVP contains E-UTRAN cell global identity of the user.
> Vendor ID
> 10415
> VSA Type
> 1602
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> EUTRAN-Vector
> EUTRAN-Vector
> Vendor ID
> 10415
> VSA Type
> 1414
> AVP Type
> GROUPED
> Supported group value(s):
> [ ITEM_NUMBER ]
> [ RAND ]
> [ XRES ]
> [ AUTN ]
> [ KASME ]
> AVP Flag
> M
> Early-Media-Description
> This AVP contains the SDP session, media parameters, and timestamps related to media components set to active according to SDP signalling exchanged during a SIP session establishment before the final successful or unsuccessful SIP answer to the initial SIP INVITE message is received.
> Vendor ID
> 10415
> VSA Type
> 1272
> AVP Type
> GROUPED
> Supported group value(s):
> [ SDP_TIMESTAMPS ]
> [ SDP_MEDIA_COMPONENT ]
> [ SDP_SESSION_DESCRIPTION ]
> AVP Flag
> M
> Element-ID
> This AVP contains the PacketCable IAP sending an intercept message to the DF.
> Vendor ID
> 4491
> VSA Type
> 212
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Element-Type
> This AVP contains the type of node where the intercept message was generated.
> Vendor ID
> 4491
> VSA Type
> 213
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 S_CSCF
> 1 P_CSCF
> 2 I_CSCF
> 3 MRFC
> 4 MGCF
> 5 BGCF
> 6 AS
> 7 UE
> AVP Flag
> M
> Equipment-Status
> This AVP contains the status of the mobile equipment.
> Vendor ID
> 10415
> VSA Type
> 1445
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 WHITELISTED
> 1 BLACKLISTED
> 2 GREYLISTED
> AVP Flag
> M
> Error-Diagnostic
> Error-Diagnostic
> Vendor ID
> 10415
> VSA Type
> 1614
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 GPRS_DATA_SUBSCRIBED
> 1 NO_GPRS_DATA_SUBSCRIBED
> AVP Flag
> M
> Error-Message
> Human Readable Error Message.
> Vendor ID
> 0
> VSA Type
> 281
> AVP Type
> UTF8STRING
> AVP Flag
> N/A
> Error-Reporting-Host
> This AVP contains the identity of the Diameter host that sent the Result Code AVP to a value other than 2001.
> Vendor ID
> 0
> VSA Type
> 294
> AVP Type
> DIAMIDENT
> AVP Flag
> M
> Event
> This AVP contains the content of the "Event" header used in SUBSCRIBE and NOTIFY messages.
> Vendor ID
> 10415
> VSA Type
> 825
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Event-Message-Type
> This AVP contains the type of surveillance message.
> Vendor ID
> 4491
> VSA Type
> 214
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 REPORT
> 1 CORRELATE
> 2 CARRIER_INFO
> AVP Flag
> M
> Event-Report-Indication
> This AVP specifies which type of changes will trigger an event report from the PCRF. This AVP is used to report an event coming from BBERF/PCEF and also to provide information about some event-triggers to the PCRF.
> Vendor ID
> 10415
> VSA Type
> 1033
> AVP Type
> GROUPED
> Supported group value(s):
> [ EVENT_TRIGGER ]
> [ RAT_TYPE ]
> [ QOS_INFORMATION ]
> [ RAI ]
> [ 3GPP_USER_LOCATION_INFO ]
> [ TRACE_DATA ]
> [ TRACE_REFERENCE ]
> [ 3GPP2_BSID ]
> [ 3GPP_MS_TIMEZONE ]
> [ 3GPP_SGSN_ADDRESS ]
> [ 3GPP_SGSN_IPV6_ADDRESS ]
> AVP Flag
> N/A
> Event-Timestamp
> This AVP contains the time the event was reported.
> Vendor ID
> 0
> VSA Type
> 55
> AVP Type
> TIME
> AVP Flag
> M
> Event-Trigger
> This AVP indicates an event that shall cause a re-request of charging rules.
> Vendor ID
> 10415
> VSA Type
> 1006
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 SGSN_CHANGE
> 1 QOS_CHANGE
> 2 RAT_CHANGE
> 3 TFT_CHANGE
> 4 PLMN_CHANGE
> 5 LOSS_OF_FLOW
> 6 RECOVERY_OF_FLOW
> 7 IP_CAN_CHANGE
> 8 GW_PCEF_MALFUNCTION
> 9 RESOURCES_LIMITATION
> 10 MAX_NR_BEARERS_REACHED
> 11 QOS_CHANGE_EXCEEDING_AUTHORIZATION
> 12 RAI_CHANGE
> 13 USER_LOCATION_CHANGE
> 14 NO_EVENT_TRIGGERS
> 15 OUT_OF_CREDIT
> 16 REALLOCATION_OF_CREDIT
> 17 REVALIDATION_TIMEOUT
> 18 UE_IP_ADDRESS_ALLOCATE
> 19 UE_IP_ADDRESS_RELEASE
> 20 DEFAULT_EPS_BEARER_QOS_CHANGE
> 21 AN_GW_CHANGE
> 22 SUCCESSFUL_RESOURCE_ALLOCATION
> 23 RESOURCE_MODIFICATION_REQUEST
> 24 PGW_TRACE_CONTROL
> 25 UE_TIME_ZONE_CHANGE
> 26 USAGE_REPORT
> 33 USAGE_THRESHOLD_REACHED
> 34 SERVICE_FLOW_DETECTION
> 2000 PRESERVATION_CHANGED
> 2001 REACTIVATION_CHANGED
> 1000 TFT_DELETED
> 1001 LOSS_OF_BEARER
> 1002 RECOVERY_OF_BEARER
> 1003 POLICY_ENFORCEMENT_FAILED
> AVP Flag
> M
> Event-Type
> This AVP contains information about the type of chargeable telecommunication service/event for which the accounting-request message is generated.
> Vendor ID
> 10415
> VSA Type
> 823
> AVP Type
> GROUPED
> Supported group value(s):
> [ SIP_METHOD ]
> [ EVENT ]
> [ EXPIRES ]
> AVP Flag
> M
> Experimental-Result
> This AVP contains the Result code of SUCCESS or FAILURE. The exact value is specific to Vendor-Id.
> Vendor ID
> 0
> VSA Type
> 297
> AVP Type
> GROUPED
> Supported group value(s):
> [ VENDOR_ID ]
> [ EXPERIMENTAL_RESULT_CODE ]
> AVP Flag
> M
> Experimental-Result-Code
> This AVP contains vendor-specific result codes to indicate temporary or permanent failures.
> Vendor ID
> 0
> VSA Type
> 298
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1001 DIAMETER_MULTI_ROUND_AUTH
> 2001 DIAMETER_SUCCESS
> 2002 DIAMETER_LIMITED_SUCCESS
> 2021 DIAMETER_PDP_CONTEXT_DELETION_INDICATION
> 2003 DIAMETER_UNREGISTERED_SERVICE
> 2004 DIAMETER_SUCCESS_NOT_SUPPORTED_USER_DATA
> 2005 DIAMETER_SUCCESS_SERVER_NAME_NOT_STORED
> 3001 DIAMETER_COMMAND_UNSUPPORTED
> 3002 DIAMETER_UNABLE_TO_DELIVER
> 3003 DIAMETER_REALM_NOT_SERVED
> 3004 DIAMETER_TOO_BUSY
> 3005 DIAMETER_LOOP_DETECTED
> 3006 DIAMETER_REDIRECT_INDICATION
> 3007 DIAMETER_APPLICATION_UNSUPPORTED
> 3008 DIAMETER_INVALID_HDR_BITS
> 3009 DIAMETER_INVALID_AVP_BITS
> 3010 DIAMETER_UNKNOWN_PEER
> 4001 DIAMETER_AUTHENTICATION_REJECTED
> 4002 DIAMETER_OUT_OF_SPACE
> 4003 ELECTION_LOST
> 4010 DIAMETER_END_USER_SERVICE_DENIED
> 4011 DIAMETER_CREDIT_CONTROL_NOT_APPLICABLE
> 4012 DIAMETER_CREDIT_LIMIT_REACHED
> 4041 INSUFFICIENT-RESOURCES
> 4043 COMMIT-FAILURE
> 4044 REFRESH-FAILURE
> 4045 QOS-PROFILE-FAILURE
> 4046 ACCESS-PROFILE-FAILURE
> 4047 PRIORITY-NOT-GRANTED
> 4100 DIAMETER_USER_DATA_NOT_AVAILABLE
> 4101 DIAMETER_PRIOR_UPDATE_IN_PROGRESS
> 4121 DIAMETER_ERROR_OUT_OF_RESOURCES
> 4141 DIAMETER_PCC_BEARER_EVENT
> 4142 DIAMETER_BEARER_EVENT
> 4181 AUTHENTICATION_DATA_UNAVAILABLE
> 5001 DIAMETER_AVP_UNSUPPORTED
> 5002 DIAMETER_UNKNOWN_SESSION_ID
> 5003 DIAMETER_AUTHORIZATION_REJECTED
> 5004 DIAMETER_INVALID_AVP_VALUE
> 5005 DIAMETER_MISSING_AVP
> 5006 DIAMETER_RESOURCES_EXCEEDED
> 5007 DIAMETER_CONTRADICTING_AVPS
> 5008 DIAMETER_AVP_NOT_ALLOWED
> 5009 DIAMETER_AVP_OCCURS_TOO_MANY_TIMES
> 5010 DIAMETER_NO_COMMON_APPLICATION
> 5011 DIAMETER_UNSUPPORTED_VERSION
> 5012 DIAMETER_UNABLE_TO_COMPLY
> 5013 DIAMETER_INVALID_BIT_IN_HEADER
> 5014 DIAMETER_INVALID_AVP_LENGTH
> 5015 DIAMETER_INVALID_MESSAGE_LENGTH
> 5016 DIAMETER_INVALID_AVP_BIT_COMBO
> 5017 DIAMETER_NO_COMMON_SECURITY
> 5021 BINDING-FAILURE
> 5030 DIAMETER_USER_UNKNOWN
> 5031 DIAMETER_RATING_FAILED
> 5041 MODIFICATION-FAILURE
> 5061 INVALID_SERVICE_INFORMATION
> 5062 FILTER_RESTRICTIONS
> 5063 REQUESTED_SERVICE_NOT_AUTHORIZED
> 5064 DUPLICATED_AF_SESSION
> 5065 IP_CAN_SESSION_NOT_AVAILABLE
> 5100 DIAMETER_ERROR_USER_DATA_NOT_RECOGNIZED
> 5101 DIAMETER_ERROR_OPERATION_NOT_ALLOWED
> 5102 DIAMETER_ERROR_USER_DATA_CANNOT_BE_READ
> 5103 DIAMETER_ERROR_USER_DATA_CANNOT_BE_MODIFIED
> 5104 DIAMETER_ERROR_USER_DATA_CANNOT_BE_NOTIFIED
> 5106 DIAMETER_ERROR_SUBS_DATA_ABSENT
> 5107 DIAMETER_ERROR_NO_SUBSCRIPTION_TO_DATA
> 5108 DIAMETER_ERROR_DSAI_NOT_AVAILABLE
> 5120 DIAMETER_ERROR_START_INDICATION
> 5121 DIAMETER_ERROR_STOP_INDICATION
> 5122 DIAMETER_ERROR_UNKNOWN_MBMS_BEARER_SERVICE
> 5123 DIAMETER_ERROR_SERVICE_AREA
> 5140 DIAMETER_ERROR_INITIAL_PARAMETERS
> 5141 DIAMETER_ERROR_TRIGGER_EVENT
> 5142 DIAMETER_PCC_RULE_EVENT
> 5143 DIAMETER_ERROR_BEARER_NOT_AUTHORIZED
> 5144 DIAMETER_ERROR_TRAFFIC_MAPPING_INFO_REJECTED
> 5145 DIAMETER_QOS_RULE_EVENT
> 5147 DIAMETER_ERROR_CONFLICTING_REQUEST
> 5420 ERROR_UNKNOWN_EPS_SUBSCRIPTION
> 5421 ERROR_RAT_NOT_ALLOWED
> 5402 ERROR_ROAMING_NOT_ALLOWED
> 5422 ERROR_EQUIPMENT_UNKNOWN
> AVP Flag
> M
> Expiration-Date
> This AVP contains information on when the subscription to the CSG-Id expires.
> Vendor ID
> 10415
> VSA Type
> 1439
> AVP Type
> TIME
> AVP Flag
> M
> Expires
> This AVP contains the content of the "Expires" header.
> Vendor ID
> 10415
> VSA Type
> 888
> AVP Type
> UINT32
> AVP Flag
> M
> Exponent
> This AVP contains the exponent value to be applied for the Value-Digit AVP within the Unit-Value AVP.
> Vendor ID
> 0
> VSA Type
> 429
> AVP Type
> INT32
> AVP Flag
> M
> Extended-QoS-Filter-Rule
> This AVP identifies one or more traffic flows together with a set of QoS parameters that should be applied to the flow(s) by the Resource Management Function.
> Vendor ID
> 0
> VSA Type
> 6066
> AVP Type
> UINT32
> AVP Flag
> M
> External-Client
> This AVP contains the identities of the external clients that are allowed to locate a target UE for a MT-LR.
> Vendor ID
> 10415
> VSA Type
> 1479
> AVP Type
> GROUPED
> Supported group value(s):
> [ CLIENT_IDENTITY ]
> [ GMLC_RESTRICTION ]
> [ NOTIFICATION_TO_UE_USER ]
> AVP Flag
> M
> FID
> This AVP contains the Flow Correlation ID.
> Vendor ID
> 10415
> VSA Type
> 7003
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Failed-AVP
> This AVP contains the missing and/or unsupported AVPs that caused the failure.
> Vendor ID
> 0
> VSA Type
> 279
> AVP Type
> GROUPED
> Supported group value(s): none
> AVP Flag
> M
> Feature-List
> This AVP contains a bit mask indicating the supported features of an application.
> Vendor ID
> 10415
> VSA Type
> 630
> AVP Type
> UINT32
> AVP Flag
> M
> Feature-List-ID
> This AVP contains the identity of the featured list.
> Vendor ID
> 10415
> VSA Type
> 629
> AVP Type
> UINT32
> AVP Flag
> M
> Feature-List-ID-Resp
> This AVP contains the identity of the featured list.
> Vendor ID
> 10415
> VSA Type
> 629
> AVP Type
> UINT32
> AVP Flag
> N/A
> Feature-List-Resp
> This AVP contains a bit mask indicating the supported features of an application.
> Vendor ID
> 10415
> VSA Type
> 630
> AVP Type
> UINT32
> AVP Flag
> N/A
> Filter-Id
> This AVP contains the name of the filter list for the user.
> Vendor ID
> 0
> VSA Type
> 11
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Final-Unit-Action
> This AVP defines the behavior of the service element when the user's account cannot cover the cost of the service.
> Vendor ID
> 0
> VSA Type
> 449
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 TERMINATE
> 1 REDIRECT
> 2 RESTRICT_ACCESS
> AVP Flag
> M
> Final-Unit-Indication
> This AVP indicates that the Granted-Service-Unit AVP in the Credit-Control-Answer, or in the AA answer, contains the final units for the service.
> Vendor ID
> 0
> VSA Type
> 430
> AVP Type
> GROUPED
> Supported group value(s):
> [ FINAL_UNIT_ACTION ]
> [ RESTRICTION_FILTER_RULE ]
> [ FILTER_ID ]
> [ REDIRECT_SERVER ]
> AVP Flag
> M
> Firmware-Revision
> Support for Vendor Specific Applications.
> Vendor ID
> 0
> VSA Type
> 267
> AVP Type
> UINT32
> AVP Flag
> N/A
> Flow-Description
> This AVP contains the service flow filter parameters for a charging rule.
> Vendor ID
> 10415
> VSA Type
> 507
> AVP Type
> IPFILTERRULE
> AVP Flag
> M
> Flow-Description-Info
> This grouped AVP is used within the Flow-Info AVP to identify a flow and associated precedence value from the AGW to the PCRF.
> Vendor ID
> 5535
> VSA Type
> 1022
> AVP Type
> GROUPED
> Supported group value(s):
> [ FLOW_DESCRIPTION ]
> [ PRECEDENCE ]
> AVP Flag
> M
> Flow-Direction
> This AVP indicates the direction/directions that a filter is applicable, downlink only, uplink only or both down- and uplink (bidirectional).
> Vendor ID
> 10415
> VSA Type
> 1080
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 UNSPECIFIED
> 1 DOWNLINK
> 2 UPLINK
> 3 BIDIRECTIONAL
> AVP Flag
> M
> Flow-Grouping
> This AVP indicates that no other IP Flows shall be transported together with the listed IP Flows in the same PDP context(s).
> Vendor ID
> 10415
> VSA Type
> 508
> AVP Type
> GROUPED
> Supported group value(s):
> [ FLOWS ]
> AVP Flag
> M
> Flow-Identifier
> This AVP contains the identifier of the IP flow(s) of a given Flow-Info to which specific information refers.
> Vendor ID
> 5535
> VSA Type
> 1008
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Flow-Info
> This AVP contains the customized information of the IP flow(s). This is a unique identifier within the context of an IP-CAN session for the IP flow(s) given within the same Flow-Info AVP. The flow identifier is selected by AGW. The Flow-Description AVP(s) describe the flow using an IPFilterRule. If two Flow-Description AVPs are included, one shall represent the uplink and the other the downlink.
> Vendor ID
> 5535
> VSA Type
> 1007
> AVP Type
> GROUPED
> Supported group value(s):
> [ FLOW_IDENTIFIER ]
> [ FLOW_DESCRIPTION_INFO ]
> [ REQUESTED_QOS ]
> [ GRANTED_QOS ]
> [ FLOW_STATUS ]
> AVP Flag
> M
> Flow-Information
> This AVP contains the information from a single IP flow packet filter including the flow description.
> Vendor ID
> 10415
> VSA Type
> 1058
> AVP Type
> GROUPED
> Supported group value(s):
> [ FLOW_DESCRIPTION ]
> [ PACKET_FILTER_IDENTIFIER ]
> [ TOS_TRAFFIC_CLASS ]
> [ SECURITY_PARAMETER_INDEX ]
> [ FLOW_LABEL ]
> [ FLOW_DIRECTION ]
> AVP Flag
> N/A
> Flow-Label
> This AVP contains the IPv6 flow label header field.
> Vendor ID
> 10415
> VSA Type
> 1057
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> Flow-Number
> This AVP contains the ordinal number of the IP flow(s).
> Vendor ID
> 10415
> VSA Type
> 509
> AVP Type
> UINT32
> AVP Flag
> M
> Flow-Operation
> This AVP indicates the IP-CAN flow event that causes a request for PCC rules.
> Vendor ID
> 5535
> VSA Type
> 1006
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 TERMINATION
> 1 ESTABLISHMENT
> 2 MODIFICATION
> AVP Flag
> M
> Flow-Status
> This AVP indicates whether the IP flow(s) are enabled or disabled.
> Vendor ID
> 10415
> VSA Type
> 511
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 ENABLED-UPLINK
> 1 ENABLED-DOWNLINK
> 2 ENABLED
> 3 DISABLED
> 4 REMOVED
> 5 TERMINATE
> AVP Flag
> M
> Flow-Usage
> This AVP contains information about the usage of IP Flows.
> Vendor ID
> 10415
> VSA Type
> 512
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 NO_INFORMATION
> 1 RTCP
> 2 AF_SIGNALLING
> AVP Flag
> M
> Flows
> This AVP contains the flow identifiers of the IP flows related to a charging rule as provided by the Application Function (AF).
> Vendor ID
> 10415
> VSA Type
> 510
> AVP Type
> GROUPED
> Supported group value(s):
> [ MEDIA_COMPONENT_NUMBER ]
> [ FLOW_NUMBER ]
> AVP Flag
> M
> Framed-Appletalk-Link
> This AVP contains the AppleTalk network number that should be used for the serial link to the user, which is another AppleTalk router.
> Vendor ID
> 0
> VSA Type
> 37
> AVP Type
> UINT32
> AVP Flag
> M
> Framed-Appletalk-Network
> This AVP contains the AppleTalk Network number that the NAS should probe to allocate an AppleTalk node for the user.
> Vendor ID
> 0
> VSA Type
> 38
> AVP Type
> UINT32
> AVP Flag
> M
> Framed-Appletalk-Zone
> This AVP contains the AppleTalk Default Zone to be used for the user.
> Vendor ID
> 0
> VSA Type
> 39
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Framed-Compression
> This AVP contains the compression protocol to be used for the link.
> Vendor ID
> 0
> VSA Type
> 13
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 None
> 1 VJ_TCP-IP_header_compression
> 2 IPX-header-compression
> 3 Stac-LZS-compression
> AVP Flag
> M
> Framed-IP-Address
> This AVP contains an IPv4 address of the type specified in the attribute value to be configured for the user.
> Vendor ID
> 0
> VSA Type
> 8
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Framed-IP-Netmask
> This AVP contains the four octets of the IPv4 netmask to be configured for the user when the user is a router to a network.
> Vendor ID
> 0
> VSA Type
> 9
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Framed-IPX-Network
> This AVP contains the IPX network number to be configured for the user.
> Vendor ID
> 0
> VSA Type
> 23
> AVP Type
> UINT32
> AVP Flag
> M
> Framed-IPv6-Pool
> This AVP contains the name of an assigned pool that must be used to assign an IPv6 prefix for the user.
> Vendor ID
> 0
> VSA Type
> 100
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Framed-IPv6-Prefix
> This AVP contains the IPv6 prefix to be configured for the user. One or more AVPs MAY be used in authorization requests as a hint to the server that a specific IPv6 prefixes are desired.
> Vendor ID
> 0
> VSA Type
> 97
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Framed-IPv6-Route
> This AVP contains the ASCII routing information to be configured for the user on the NAS.
> Vendor ID
> 0
> VSA Type
> 99
> AVP Type
> UTF8STRING
> AVP Flag
> N/A
> Framed-Interface-Id
> This AVP contains the IPv6 interface identifier to be configured for the user.
> Vendor ID
> 0
> VSA Type
> 96
> AVP Type
> UINT64
> AVP Flag
> M
> Framed-MTU
> This AVP contains the Maximum Transmission Unit (MTU) to be configured for the user, when it is not negotiated by some other means (such as PPP).
> Vendor ID
> 0
> VSA Type
> 12
> AVP Type
> UINT32
> AVP Flag
> M
> Framed-Pool
> This AVP contains the name of an assigned address pool that should be used to assign an address for the user.
> Vendor ID
> 0
> VSA Type
> 88
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Framed-Protocol
> This AVP contains the framing to be used for framed access.
> Vendor ID
> 0
> VSA Type
> 7
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 PPP
> 2 SLIP
> 3 AppleTalk-Remote-Access-Protocol_ARAP
> 4 Gandalf-proprietary-SingleLink_MultiLink-protocol
> 5 Xylogics-proprietary_IPX-SLIP
> 6 X75-Synchronous
> AVP Flag
> M
> Framed-Route
> This AVP contains the ASCII routing information to be configured for the user on the NAS.
> Vendor ID
> 0
> VSA Type
> 22
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Framed-Routing
> This AVP contains the routing method for the user when the user is a router to a network.
> Vendor ID
> 0
> VSA Type
> 10
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 None
> 1 Send-routing-packets
> 2 Listen-for-routing-packets
> 3 Send-and-Listen
> AVP Flag
> M
> From-SIP-Header
> This AVP contains the information in the "From" header
> Vendor ID
> 10415
> VSA Type
> 644
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> G-S-U-Pool-Identifier
> Specifies the credit pool from which credit is drawn for this unit type.
> Vendor ID
> 0
> VSA Type
> 453
> AVP Type
> UINT32
> AVP Flag
> M
> G-S-U-Pool-Reference
> This AVP contains a reference to a credit pool, a unit-type and a multiplier (using the Unit-Value AVP). It is used within Granted-Service-Units AVP to indicate that credit Service-Units AVP to indicate that credit of a particular type is pooled.
> Vendor ID
> 0
> VSA Type
> 457
> AVP Type
> GROUPED
> Supported group value(s):
> [ G_S_U_POOL_IDENTIFIER ]
> [ CC_UNIT_TYPE ]
> [ UNIT_VALUE ]
> AVP Flag
> M
> GERAN-Vector
> This AVP contains Authentication Information for GERAN.
> Vendor ID
> 10415
> VSA Type
> 6019
> AVP Type
> GROUPED
> Supported group value(s):
> [ ITEM_NUMBER ]
> [ RAND ]
> [ SRES ]
> [ KC_KEY ]
> AVP Flag
> M
> GGSN-Address
> This AVP contains IP address of the GGSN used by the GTP control plane for context establishment. It is the same as the IP-address of the GGSN that generated the GPRS Charging ID used in the GCDRs.
> Vendor ID
> 10415
> VSA Type
> 847
> AVP Type
> ADDRESS
> AVP Flag
> M
> GMLC-Address
> This AVP contains the IPv4 or IPv6 address of the V-GMLC associated with the serving node.
> Vendor ID
> 10415
> VSA Type
> 1474
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> GMLC-Number
> This AVP contains the ISDN number of the GMLC.
> Vendor ID
> 10415
> VSA Type
> 1474
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> GMLC-Restriction
> This attritbue contains GMLC Restriction List.
> Vendor ID
> 10415
> VSA Type
> 1481
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 GMLC_LIST
> 1 HOME_COUNTRY
> AVP Flag
> M
> GPRS-Subscription-Data
> This AVP contains the information related to the user profile relevant for GPRS.
> Vendor ID
> 10415
> VSA Type
> 1467
> AVP Type
> GROUPED
> Supported group value(s):
> [ COMPLETE_DATA_LIST_INCLUDED_INDICATOR ]
> [ PDP_CONTEXT ]
> AVP Flag
> M
> Geodetic-Information
> This AVP provides geodetic location information of the user.
> Vendor ID
> 10415
> VSA Type
> 1609
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Geographical-Information
> This AVP contains geographical location information of the user.
> Vendor ID
> 10415
> VSA Type
> 1608
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Geospatial-Location
> This AVP contains location information using the Location Configuration Information (LCI) format.
> Vendor ID
> 13019
> VSA Type
> 356
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Globally-Unique-Address
> This AVP contains the UE's address.
> Vendor ID
> 13019
> VSA Type
> 300
> AVP Type
> GROUPED
> Supported group value(s):
> [ FRAMED_IP_ADDRESS ]
> [ ADDRESS_REALM ]
> AVP Flag
> M
> Granted-QoS
> It is used within the Flow-Info AVP to indicate the QoS granted to the UE for a particular IP flow in the high rate packet data radio access network.
> Vendor ID
> 5535
> VSA Type
> 1011
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_CLASS ]
> [ MIN_BANDWIDTH_UL ]
> [ MIN_BANDWIDTH_DL ]
> AVP Flag
> M
> Granted-Service-Unit
> This AVP contains the amount of units that the Diameter credit-control client can provide to the end user until the service must be released or the new Credit-Control-Request must be sent.
> Vendor ID
> 0
> VSA Type
> 431
> AVP Type
> GROUPED
> Supported group value(s):
> [ TARIFF_TIME_CHANGE ]
> [ TARIFF_CHANGE_USAGE ]
> [ CC_TIME ]
> [ CC_MONEY ]
> [ CC_TOTAL_OCTETS ]
> [ CC_INPUT_OCTETS ]
> [ CC_OUTPUT_OCTETS ]
> [ CC_SERVICE_SPECIFIC_UNITS ]
> AVP Flag
> M
> Guaranteed-Bitrate-DL
> This AVP contains the guaranteed bit rate allowed for the downlink direction.
> Vendor ID
> 10415
> VSA Type
> 1025
> AVP Type
> UINT32
> AVP Flag
> M
> Guaranteed-Bitrate-UL
> This AVP contains the guaranteed bit rate allowed for the uplink direction.
> Vendor ID
> 10415
> VSA Type
> 1026
> AVP Type
> UINT32
> AVP Flag
> M
> HPLMN-ODB
> This AVP contains a bit mask indicating the HPLMN specific services of a subscriber that are barred by the operator.
> Vendor ID
> 10415
> VSA Type
> 1418
> AVP Type
> UINT32
> AVP Flag
> M
> Home-Agent
> This AVP contains the HA IPv4 address that the MS requests or the HA IPv4 address that the H-AAA assigns.
> Vendor ID
> 5535
> VSA Type
> 3
> AVP Type
> ADDRESS
> AVP Flag
> M
> Host-IP-Address
> This AVP contains IP address of the mobile station.
> Vendor ID
> 0
> VSA Type
> 257
> AVP Type
> ADDRESS
> AVP Flag
> M
> ICS-Indicator
> ICS-Indicator
> Vendor ID
> 10415
> VSA Type
> 1491
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 FALSE
> 1 TRUE
> AVP Flag
> M
> IDA-Flags
> The IDA-Flags AVP contains a bit mask.
> Vendor ID
> 10415
> VSA Type
> 1441
> AVP Type
> UINT32
> AVP Flag
> M
> IDR-Flags
> This AVP contains a bit mask.
> Vendor ID
> 10415
> VSA Type
> 1490
> AVP Type
> UINT32
> AVP Flag
> M
> IMEI
> This AVP contains the International Mobile Equipment Identity (IMEI).
> Vendor ID
> 10415
> VSA Type
> 6003
> AVP Type
> UTF8STRING
> AVP Flag
> M
> IMS-Charging-Identifier
> This AVP contains the IMS Charging Identifier (ICID) as generated by an IMS node for a SIP session.
> Vendor ID
> 10415
> VSA Type
> 841
> AVP Type
> UTF8STRING
> AVP Flag
> M
> IMS-Communication-Service-Identifier
> This AVP contains the IMS Communication Service Identifier (ICSI) as contained in the P-Asserted-Service header of a SIP request to identify an IMS Communication Service as defined in TS 24.229.
> Vendor ID
> 10415
> VSA Type
> 1281
> AVP Type
> UTF8STRING
> AVP Flag
> M
> IMS-Information
> This grouped AVP allows the transmission of additional IMS service specific information elements.
> Vendor ID
> 10415
> VSA Type
> 876
> AVP Type
> GROUPED
> Supported group value(s):
> [ EVENT_TYPE ]
> [ ROLE_OF_NODE ]
> [ NODE_FUNCTIONALITY ]
> [ USER_SESSION_ID ]
> [ CALLING_PARTY_ADDRESS ]
> [ CALLED_PARTY_ADDRESS ]
> [ CALLED_ASSERTED_IDENTITY ]
> [ ASSOCIATED_URI ]
> [ TIME_STAMPS ]
> [ APPLICATION_SERVER_INFORMATION ]
> [ INTER_OPERATOR_IDENTIFIER ]
> [ IMS_CHARGING_IDENTIFIER ]
> [ IMS_COMMUNICATION_SERVICE_IDENTIFIER ]
> [ SDP_SESSION_DESCRIPTION ]
> [ SDP_MEDIA_COMPONENT ]
> [ MESSAGE_BODY ]
> [ CAUSE_CODE ]
> [ ACCESS_NETWORK_INFORMATION ]
> [ EARLY_MEDIA_DESCRIPTION ]
> AVP Flag
> M
> IMS-Voice-Over-PS-Sessions-Supported
> IMS-Voice-Over-PS-Sessions-Supported
> Vendor ID
> 10415
> VSA Type
> 1492
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 NOT_SUPPORTED
> 1 SUPPORTED
> AVP Flag
> M
> IMSI-Unauthenticated-Flag
> This AVP indicates whether or not the served IMSI is authenticated.
> Vendor ID
> 10415
> VSA Type
> 2308
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 AUTHENTICATED
> 1 UNAUTHENTICATED
> AVP Flag
> M
> IP-CAN-Type
> This AVP indicate the type of Connectivity Access Network in which the user is connected.
> Vendor ID
> 10415
> VSA Type
> 1027
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 3GPP-GPRS
> 1 DOCSIS
> 2 xDSL
> 3 WiMAX
> 4 3GPP2
> 5 3GPP-EPS
> 6 NON-3GPP-EPS
> AVP Flag
> M
> IP-MMS
> IP mobility selector.
> Vendor ID
> 10415
> VSA Type
> 6076
> AVP Type
> UINT32
> AVP Flag
> M
> IP-Version-Authorized
> This AVP indicates whether the MS is authorized for using IPv4 and/or IPv6.
> Vendor ID
> 5535
> VSA Type
> 11
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 IPv4_or_IPv6
> 1 IPv4_ONLY
> 2 IPv6_ONLY
> AVP Flag
> M
> Identity-Set
> This AVP contains the requested set of IMS Public identities.
> Vendor ID
> 0
> VSA Type
> 708
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> N/A
> Idle-Timeout
> Sets the maximum number of consecutive seconds of idle connection allowable to the user before termination of the session or before a prompt is issued.
> Vendor ID
> 0
> VSA Type
> 28
> AVP Type
> UINT32
> AVP Flag
> M
> Immediate-Response-Preferred
> This AVP indicates which type of AV is requested for immediate use in the MME/SGSN.
> Vendor ID
> 10415
> VSA Type
> 6015
> AVP Type
> UINT32
> AVP Flag
> M
> Inband-Security-Id
> Advertise support of the Security portion of the application.
> Vendor ID
> 0
> VSA Type
> 299
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 NO_INBAND_SECURITY
> 1 TLS
> AVP Flag
> M
> Incoming-Trunk-Group-ID
> This AVP contains the incoming PSTN leg.
> Vendor ID
> 0
> VSA Type
> 852
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Integrity-Key
> This AVP contains the Integrity Key (IK).
> Vendor ID
> 10415
> VSA Type
> 626
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Inter-Operator-Identifier
> This AVP contains the identification of the network neighbors (originating and terminating) as exchanged via SIP signalling. The Inter-Operator-Identifier AVP contains the CIC code present in the Carrier-info message.
> Vendor ID
> 10415
> VSA Type
> 838
> AVP Type
> GROUPED
> Supported group value(s):
> [ ORIGINATING_IOI ]
> [ TERMINATING_IOI ]
> AVP Flag
> M
> Item-Number
> If more than one EPS Vector is included within one Authentication-Info AVP, the Item-Number AVP is present within each EPS Vector.
> Vendor ID
> 10415
> VSA Type
> 1419
> AVP Type
> UINT32
> AVP Flag
> M
> KASME
> This AVP contains the KASME (EAP Authentication Vector).
> Vendor ID
> 10415
> VSA Type
> 1450
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> KC-Key
> This AVP contains the Ciphering Key.
> Vendor ID
> 10415
> VSA Type
> 1453
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> LCS-Info
> This AVP contains LCS related information for a subscriber.
> Vendor ID
> 10415
> VSA Type
> 1473
> AVP Type
> GROUPED
> Supported group value(s):
> [ GMLC_ADDRESS ]
> [ LCS_PRIVACYEXCEPTION ]
> [ MO_LR ]
> AVP Flag
> M
> LCS-PrivacyException
> This AVP contains the classes of LCS Client that are allowed to locate any target UE.
> Vendor ID
> 10415
> VSA Type
> 1475
> AVP Type
> GROUPED
> Supported group value(s):
> [ SS_CODE ]
> [ SS_STATUS ]
> [ NOTIFICATION_TO_UE_USER ]
> [ EXTERNAL_CLIENT ]
> [ PLMN_CLIENT ]
> [ SERVICE_TYPE ]
> AVP Flag
> M
> LI-Information
> This AVP holds all the other surveillance AVPs.
> Vendor ID
> 4491
> VSA Type
> 218
> AVP Type
> GROUPED
> Supported group value(s):
> [ EVENT_MESSAGE_TYPE ]
> [ ELEMENT_TYPE ]
> [ ELEMENT_ID ]
> [ TAP_ID ]
> [ SIP_MESSAGE ]
> [ DIRECT_MESSAGE ]
> [ DIRECTION ]
> [ DIALOG_ID ]
> [ NEW_DIALOG_ID ]
> [ CORRELATE_REASON ]
> [ BCID ]
> AVP Flag
> M
> Last-CellSector-Location
> This AVP indicates subscriber last cell/sector location.
> Vendor ID
> 10415
> VSA Type
> 536
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Last-UE-Activity-Time
> Last-UE-Activity-Time
> Vendor ID
> 10415
> VSA Type
> 1494
> AVP Type
> TIME
> AVP Flag
> M
> Latching-Indication
> This AVP contains the latching indication.
> Vendor ID
> 13019
> VSA Type
> 457
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 LATCH
> 1 RELATCH
> AVP Flag
> N/A
> Line-Identifier
> This AVP contains a fixed broadband access line identifier associated with the user.
> Vendor ID
> 13019
> VSA Type
> 500
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Local-Sequence-Number
> This AVP contains the service data container sequence number; incremented by 1 for each service data container closed.
> Vendor ID
> 10415
> VSA Type
> 2063
> AVP Type
> UINT32
> AVP Flag
> M
> Location-Area-Identity
> This AVP contains the location area identification of the user.
> Vendor ID
> 10415
> VSA Type
> 1606
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Location-Information
> This AVP contains the location information (or a pointer to such information) in a form that is suitable for the requesting application.
> Vendor ID
> 13019
> VSA Type
> 350
> AVP Type
> GROUPED
> Supported group value(s):
> [ LINE_IDENTIFIER ]
> [ CIVIC_LOCATION ]
> [ GEOSPATIAL_LOCATION ]
> AVP Flag
> M
> Logical-Access-Id
> This AVP contains the identity of the logical access where the user equipment is connected.
> Vendor ID
> 0
> VSA Type
> 302
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Loose-Route-Indication
> This AVP indicates to the S-CSCF whether or not the loose route mechanism is required to serve the registered Public User Identities.
> Vendor ID
> 10415
> VSA Type
> 638
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 LOOSE_ROUTE_NOT_REQUIRED
> 1 LOOSE_ROUTE_REQUIRED
> AVP Flag
> N/A
> MBMS-2G-3G-Indicator
> This AVP indicates whether the MBMS bearer service will be delivered in 2G only, 3G only of both coverage areas.
> Vendor ID
> 10415
> VSA Type
> 907
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 2G
> 1 3G
> 2 2G_AND_3G
> AVP Flag
> M
> MBMS-BMSC-SSM-IP-Address
> This AVP contains the IPv4 address of BMSC for Source Specific Multicasting.
> Vendor ID
> 10415
> VSA Type
> 918
> AVP Type
> UTF8STRING
> AVP Flag
> M
> MBMS-BMSC-SSM-IPv6-Address
> This AVP contains the IPv6 address of BMSC for Source Specific Multicasting.
> Vendor ID
> 10415
> VSA Type
> 919
> AVP Type
> UTF8STRING
> AVP Flag
> M
> MBMS-Counting-Information
> This AVP contains explicit information about whether the MBMS Counting procedures are applicable for the MBMS Service that is about to start.
> Vendor ID
> 10415
> VSA Type
> 914
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 COUNTING_NOT_APPLICABLE
> 1 COUNTING_APPLICABLE
> AVP Flag
> M
> MBMS-GGSN-Address
> This AVP contains the IPv4 address of GGSN for user plane data.
> Vendor ID
> 10415
> VSA Type
> 916
> AVP Type
> UTF8STRING
> AVP Flag
> M
> MBMS-GGSN-IPv6-Address
> This AVP contains the IPv6 address of GGSN for user plane data.
> Vendor ID
> 10415
> VSA Type
> 917
> AVP Type
> UTF8STRING
> AVP Flag
> M
> MBMS-Required-QoS
> This AVP indicates the Quality of Service required for the MBMS bearer service.
> Vendor ID
> 10415
> VSA Type
> 913
> AVP Type
> UTF8STRING
> AVP Flag
> M
> MBMS-Service-Area
> This AVP indicates the area over which the MBMS bearer service has to be distributed.
> Vendor ID
> 10415
> VSA Type
> 903
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> MBMS-Service-Type
> This AVP contains explicit information about the type of service that the BM-SC Start Procedure is about to start.
> Vendor ID
> 10415
> VSA Type
> 906
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 MULTICAST
> 1 BROADCAST
> AVP Flag
> M
> MBMS-Session-Duration
> This AVP indicates the estimated session duration, if available.
> Vendor ID
> 10415
> VSA Type
> 904
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> MBMS-Session-Identity
> This AVP identifies a transmission of a specific MBMS session along with TMGI.
> Vendor ID
> 10415
> VSA Type
> 908
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> MBMS-Session-Repetition-number
> This AVP contains the session identity repetition number of the MBMS transmission session on the Gmb interface.
> Vendor ID
> 10415
> VSA Type
> 912
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> MBMS-StartStop-Indication
> This AVP indicates whether it is session start or stop procedure.
> Vendor ID
> 10415
> VSA Type
> 902
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 START
> 1 STOP
> 2 UPDATE
> AVP Flag
> M
> MBMS-Time-To-Data-Transfer
> This AVP indicates the expected time between reception of the MBMS Session Start and the commencement of the MBMS Data flow.
> Vendor ID
> 10415
> VSA Type
> 911
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> MBMS-User-Data-Mode-Indication
> This AVP indicates whether the sending entity supports unicast or multicast mode of operation.
> Vendor ID
> 10415
> VSA Type
> 915
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 UNICAST
> 1 MULTICAST_AND_UNICAST
> AVP Flag
> M
> MEID
> This AVP contains the International Mobile Equipment Identity.
> Vendor ID
> 10415
> VSA Type
> 6110
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> MIP-Feature-Vector
> Is added with flag values set by the Foreign Agent or by the AAAF owned by the same administrative domain as the Foreign Agent. The Foreign Agent should include MIP-Feature-Vector AVP within the AMR message it sends to the AAAF.
> Vendor ID
> 10415
> VSA Type
> 337
> AVP Type
> UINT32
> AVP Flag
> M
> MIP-Home-Agent-Address-IETF
> This AVP contains the IPv6 or IPv4 address of the MIPv6 HA.
> Vendor ID
> 0
> VSA Type
> 334
> AVP Type
> ADDRESS
> AVP Flag
> M
> MIP-Home-Agent-Host
> This AVP contains the identity of the assigned MIPv6 HA.
> Vendor ID
> 0
> VSA Type
> 348
> AVP Type
> GROUPED
> Supported group value(s):
> [ DESTINATION_REALM ]
> [ DESTINATION_HOST ]
> AVP Flag
> M
> MIP-Mobile-Node-Address
> This AVP contains the HA assigned IPv6 or IPv4 home address of the mobile node.
> Vendor ID
> 10415
> VSA Type
> 333
> AVP Type
> ADDRESS
> AVP Flag
> M
> MIP6-Agent-Info
> This AVP contains necessary information to assign a HA to the MN. It can be an IP address or Fully Qualified Domain Name (FQDN).
> Vendor ID
> 0
> VSA Type
> 486
> AVP Type
> GROUPED
> Supported group value(s):
> [ MIP_HOME_AGENT_ADDRESS_IETF ]
> [ MIP_HOME_AGENT_HOST ]
> [ MIP6_HOME_LINK_PREFIX ]
> AVP Flag
> M
> MIP6-Feature-Vector
> This AVP contains the subset of the MIPv6 features supported.
> Vendor ID
> 0
> VSA Type
> 6062
> AVP Type
> UINT64
> AVP Flag
> M
> MIP6-Home-Link-Prefix
> This AVP contains the Mobile IPv6 home network prefix information in a network byte order.
> Vendor ID
> 0
> VSA Type
> 125
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> MME-Location-Information
> This AVP contains the location information of the MME user.
> Vendor ID
> 10415
> VSA Type
> 1600
> AVP Type
> GROUPED
> Supported group value(s):
> [ EUTRAN_CELL_GLOBAL_IDENTITY ]
> [ TRACKING_AREA_IDENTITY ]
> [ GEOGRAPHICAL_INFORMATION ]
> [ GEODETIC_INFORMATION ]
> [ CURRENT_LOCATION_RETRIEVED ]
> [ AGE_OF_LOCATION_INFORMATION ]
> AVP Flag
> M
> MME-Service-Type
> MME-Service-Type
> Vendor ID
> 10415
> VSA Type
> 1483
> AVP Type
> GROUPED
> Supported group value(s):
> [ SERVICETYPEIDENTITY ]
> [ GMLC_RESTRICTION ]
> [ NOTIFICATION_TO_UE_USER ]
> AVP Flag
> M
> MME-User-State
> This AVP contains the location information of the MME user.
> Vendor ID
> 10415
> VSA Type
> 1497
> AVP Type
> GROUPED
> Supported group value(s):
> [ USER_STATE ]
> AVP Flag
> M
> MO-LR
> This AVP contains the classes of Mobile Originating Location Request (MO-LR) for which a subscription exists for a particular MS.
> Vendor ID
> 10415
> VSA Type
> 1485
> AVP Type
> GROUPED
> Supported group value(s):
> [ SS_CODE ]
> [ SS_STATUS ]
> AVP Flag
> M
> MSISDN
> This AVP contains an MSISDN, in international number format as described in ITU-T.
> Vendor ID
> 0
> VSA Type
> 701
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Mandatory-Capability
> This AVP contains single determined mandatory capability of an S-CSCF.
> Vendor ID
> 10415
> VSA Type
> 604
> AVP Type
> UINT32
> AVP Flag
> M
> Max-Requested-Bandwidth
> This AVP contains the maximum subscriber requested bandwidth.
> Vendor ID
> 10415
> VSA Type
> 313
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Max-Requested-Bandwidth-DL
> This AVP indicates the maximum requested bandwidth in bits per second for a downlink IP flow.
> Vendor ID
> 10415
> VSA Type
> 515
> AVP Type
> UINT32
> AVP Flag
> M
> Max-Requested-Bandwidth-UL
> This AVP indicates the maximum requested bandwidth in bits per second for an uplink IP flow.
> Vendor ID
> 10415
> VSA Type
> 516
> AVP Type
> UINT32
> AVP Flag
> M
> Media-Component-Description
> This AVP contains service information for a single media component within an Application Function (AF) session.
> Vendor ID
> 10415
> VSA Type
> 517
> AVP Type
> GROUPED
> Supported group value(s):
> [ MEDIA_COMPONENT_NUMBER ]
> [ MEDIA_SUB_COMPONENT ]
> [ AF_APPLICATION_IDENTIFIER ]
> [ MEDIA_TYPE ]
> [ MAX_REQUESTED_BANDWIDTH_UL ]
> [ MAX_REQUESTED_BANDWIDTH_DL ]
> [ FLOW_STATUS ]
> [ RS_BANDWIDTH ]
> [ RR_BANDWIDTH ]
> AVP Flag
> M
> Media-Component-Number
> This AVP contains the ordinal number of the media component.
> Vendor ID
> 10415
> VSA Type
> 518
> AVP Type
> UINT32
> AVP Flag
> M
> Media-Initiator-Flag
> This AVP indicates which party has requested the session modification.
> Vendor ID
> 10415
> VSA Type
> 882
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> M
> Media-Initiator-Party
> This AVP enumerated in IMS charging, holds the address (SIP URI or TEL URI) of the party (Public User ID or Public Service ID) who initiates the media action, like adding/removing, connecting/disconnecting the media.
> Vendor ID
> 10415
> VSA Type
> 1288
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Media-Sub-Component
> The requested QoS and filters for the set of IP flows identified by their common Flow-Identifier.
> Vendor ID
> 10415
> VSA Type
> 519
> AVP Type
> GROUPED
> Supported group value(s):
> [ FLOW_NUMBER ]
> [ FLOW_DESCRIPTION ]
> [ FLOW_STATUS ]
> [ FLOW_USAGE ]
> [ MAX_REQUESTED_BANDWIDTH_UL ]
> [ MAX_REQUESTED_BANDWIDTH_DL ]
> AVP Flag
> M
> Media-Type
> This AVP indicates the type of media in the same way as the SDP media types with the same names like AUDIO, VIDEO.
> Vendor ID
> 10415
> VSA Type
> 520
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 AUDIO
> 1 VIDEO
> 2 DATA
> 3 APPLICATION
> 4 CONTROL
> 5 TEXT
> 6 MESSAGE
> 7 OTHER
> AVP Flag
> M
> Message-Body
> This grouped AVP contains information about the message bodies including user-to-user data.
> Vendor ID
> 10415
> VSA Type
> 889
> AVP Type
> GROUPED
> Supported group value(s):
> [ CONTENT_TYPE ]
> [ CONTENT_LENGTH ]
> [ CONTENT_DISPOSITION ]
> [ ORIGINATOR ]
> AVP Flag
> M
> Metering-Method
> This AVP indicates what parameters will be metered for offline charging.
> Vendor ID
> 10415
> VSA Type
> 1007
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 DURATION
> 1 VOLUME
> 2 DURATION_VOLUME
> AVP Flag
> M
> Min-Bandwidth-DL
> This AVP contains the requested/granted data rate information, in bits per second, for the mobile in the downlink direction for the associated IP flow.
> Vendor ID
> 5535
> VSA Type
> 1012
> AVP Type
> UINT32
> AVP Flag
> M
> Min-Bandwidth-UL
> This AVP contains the requested/granted data rate information, in bits per second, for the mobile in the uplink direction for the associated IP flow.
> Vendor ID
> 5535
> VSA Type
> 1013
> AVP Type
> UINT32
> AVP Flag
> M
> Mobile-Node-Identifier
> This AVP contains MN-NAI identifying the user in EPS network.
> Vendor ID
> 0
> VSA Type
> 89
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Monitoring-Key
> This AVP serves as an identifier to a usage monitoring control instance. This AVP is used for usage monitoring control purposes.
> Vendor ID
> 10415
> VSA Type
> 1066
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> Multi-Round-Time-Out
> Present in application-specific authorization answer messages whose Result-Code AVP is set to "DIAMETER_MULTI_ROUND_AUTH".
> Vendor ID
> 0
> VSA Type
> 272
> AVP Type
> UINT32
> AVP Flag
> N/A
> Multiple-Auth-Profile
> This AVP indicates Multiple Authentication requirements for a particular user.
> Vendor ID
> 5535
> VSA Type
> 30
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> M
> Multiple-Auth-Support
> This AVP indicates the support of the Multiple Authentication at the SRNC and AGW.
> Vendor ID
> 5535
> VSA Type
> 29
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> M
> Multiple-Registration-Indication
> This AVP indicates to the HSS whether or not the request is related to a multiple registration.
> Vendor ID
> 10415
> VSA Type
> 648
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 NOT_MULTIPLE_REGISTRATION
> 1 MULTIPLE_REGISTRATION
> AVP Flag
> N/A
> Multiple-Services-Credit-Control
> This grouped AVP contains the AVPs related to the independent credit-control of multiple services feature.
> Vendor ID
> 0
> VSA Type
> 456
> AVP Type
> GROUPED
> Supported group value(s):
> [ REQUESTED_SERVICE_UNIT ]
> [ GRANTED_SERVICE_UNIT ]
> [ USED_SERVICE_UNIT ]
> [ TARIFF_CHANGE_USAGE ]
> [ SERVICE_IDENTIFIER ]
> [ RATING_GROUP ]
> [ G_S_U_POOL_REFERENCE ]
> [ VALIDITY_TIME ]
> [ RESULT_CODE ]
> [ FINAL_UNIT_INDICATION ]
> AVP Flag
> M
> Multiple-Services-Indicator
> This AVP indicates support for independent credit-control of multiple services within the session.
> Vendor ID
> 0
> VSA Type
> 455
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 MULTIPLE_SERVICES_NOT_SUPPORTED
> 1 MULTIPLE_SERVICES_SUPPORTED
> AVP Flag
> M
> NAS-Filter-Rule
> This AVP contains filter rules that need to be configured on the NAS for the user.
> Vendor ID
> 0
> VSA Type
> 400
> AVP Type
> IPFILTERRULE
> AVP Flag
> M
> NAS-IP-Address
> This AVP contains the IP address of the NAS providing service to the user.
> Vendor ID
> 0
> VSA Type
> 4
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> NAS-IPv6-Address
> This AVP contains the IPv6 address of the NAS providing service to the user.
> Vendor ID
> 0
> VSA Type
> 95
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> NAS-Identifier
> This AVP contains identity of the NAS providing service to the user.
> Vendor ID
> 0
> VSA Type
> 32
> AVP Type
> UTF8STRING
> AVP Flag
> M
> NAS-Port
> This AVP contains the physical or virtual port number of the NAS which is authenticating the user.
> Vendor ID
> 0
> VSA Type
> 5
> AVP Type
> UINT32
> AVP Flag
> M
> NAS-Port-Id
> This AVP contains ASCII text identifying the port of the NAS authenticating the user.
> Vendor ID
> 0
> VSA Type
> 87
> AVP Type
> UTF8STRING
> AVP Flag
> M
> NAS-Port-Type
> This AVP contains the type of the port on which the NAS is authenticating the user.
> Vendor ID
> 0
> VSA Type
> 61
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 Async
> 1 Sync
> 2 ISDN_Sync
> 3 ISDN_Async_V120
> 4 ISDN_Async_V110
> 5 Virtual
> 6 PIAFS
> 7 HDLC_Clear_Channel
> 8 X25
> 9 X75
> 10 G3_Fax
> 12 ADSL-CAP-AsymmetricDSL_Carrierless-Amplitude-Phase-Modulation
> 13 ADSL-DMT-AsymmetricDSL-Discrete-Multi-Tone
> 14 IDSL-ISDN-Digital-Subscriber-Line
> 15 Ethernet
> 16 xDSL-Digital-Subscriber-Line-of-unknown-type
> 17 Cable
> 18 Wireless-Other
> 19 Wireless-IEEE802_11
> 20 Token-Ring_RAD802_1X
> 21 FDDI_RAD802_1X
> 22 Wireless-CDMA2000
> 23 Wireless-UMTS
> 24 Wireless-1X-EV
> 25 IAPP_IEEE-802_11f
> AVP Flag
> M
> NOR-Flags
> The NOR-Flags AVP contains a bit mask.
> Vendor ID
> 10415
> VSA Type
> 1443
> AVP Type
> UINT32
> AVP Flag
> M
> Network-Access-Mode
> This AVP indicates whether the subscriber is registered to get access to the CS, PS network, or to both networks.
> Vendor ID
> 10415
> VSA Type
> 1417
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 PACKET_AND_CIRCUIT
> 1 ONLY_CIRCUIT
> 2 ONLY_PACKET
> AVP Flag
> M
> Network-Element-Type
> Network-Element-Type
> Vendor ID
> 10415
> VSA Type
> 1461
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 MME
> 1 SGSN
> 2 Serving-GW
> 3 PDN-GW
> 4 eNodeB
> 5 RNC
> AVP Flag
> M
> Network-Request-Support
> This AVP indicates the UE and network support of the network requested bearer control mode.
> Vendor ID
> 10415
> VSA Type
> 1024
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 NETWORK_REQUEST_NOT_SUPPORTED
> 1 NETWORK_REQUEST_SUPPORTED
> AVP Flag
> M
> New-Dialog-Id
> This AVP contains the SIP dialog identifier in the form: Call-ID=x;FTag=y;TTag=z, where x is the value of the SIP Call-ID header, y is the contents of the From header tag, and z is the contents of the To header tag. If the To header tag value is not present in the SIP message then TTag field MUST not be present in the AVP.
> Vendor ID
> 4491
> VSA Type
> 219
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Node-Functionality
> This AVP includes the functionality identifier of the node where the cause code was generated.
> Vendor ID
> 0
> VSA Type
> 862
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 S-CSCF
> 1 P-CSCF
> 2 I-CSCF
> AVP Flag
> M
> Node-Id
> This AVP contains the operator configurable identifier string for the node that had generated the ACR.
> Vendor ID
> 10415
> VSA Type
> 2064
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Nortel-Data-Reference
> This AVP indicates the type of the Nortel-specific user data requested or updated in the UDR and PUR operation.
> Vendor ID
> 0
> VSA Type
> 301
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> M
> Notification-To-UE-User
> Notification-To-UE-User
> Vendor ID
> 10415
> VSA Type
> 1478
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 NOTIFY_LOCATION_ALLOWED
> 1 NOTIFYANDVERIFY_ALLOWED_IF_NO_RESPONSE
> 2 NOTIFYANDVERIFY_NOT_ALLOWED_IF_NO_RESPONSE
> 3 LOCATION_NOT_ALLOWED
> AVP Flag
> M
> Number-Of-Requested-Vectors
> This AVP contains the number of AVs the MME is prepared to receive.
> Vendor ID
> 10415
> VSA Type
> 6013
> AVP Type
> UINT32
> AVP Flag
> M
> Number-Portability-Routing-Information
> This AVP contains information on routing number received by S-CSCF during number portability look-up (ENUM/DNS).
> Vendor ID
> 10415
> VSA Type
> 2024
> AVP Type
> UTF8STRING
> AVP Flag
> M
> OMC-Id
> OMC-Id
> Vendor ID
> 10415
> VSA Type
> 1466
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Offline
> Defines whether the offline charging interface from the TPF for the associated charging rule shall be enabled.
> Vendor ID
> 10415
> VSA Type
> 1008
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 DISABLE_OFFLINE
> 1 ENABLE_OFFLINE
> AVP Flag
> M
> Online
> Defines whether the online charging interface from the TPF for the associated charging rule shall be enabled.
> Vendor ID
> 10415
> VSA Type
> 1009
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 DISABLE_ONLINE
> 1 ENABLE_ONLINE
> AVP Flag
> M
> Operator-Determined-Barring
> This AVP contains a bit mask indicating the services of a subscriber that are barred by the operator.
> Vendor ID
> 10415
> VSA Type
> 1425
> AVP Type
> UINT32
> AVP Flag
> M
> Optional-Capability
> This AVP contains single determined optional capability of an S-CSCF.
> Vendor ID
> 10415
> VSA Type
> 605
> AVP Type
> UINT32
> AVP Flag
> M
> Origin-Host
> This AVP indicates the endpoint that originated the Diameter message.
> Vendor ID
> 0
> VSA Type
> 264
> AVP Type
> DIAMIDENT
> AVP Flag
> M
> Origin-Realm
> This AVP indicates the realm of the originator of any Diameter message, and is present in all messages.
> Vendor ID
> 0
> VSA Type
> 296
> AVP Type
> DIAMIDENT
> AVP Flag
> M
> Origin-State-Id
> The Origin-State-Id AVP is a monotonically increasing value that is advanced whenever a Diameter entity restarts with loss of previous state, for example upon reboot. Origin-State-Id MAY be included in any Diameter message, including CER.
> Vendor ID
> 0
> VSA Type
> 278
> AVP Type
> UINT32
> AVP Flag
> M
> Originating-IOI
> This AVP holds the Inter Operator Identifier (IOI) for the originating network as generated by the S-CSCF in the home network of the originating end user.
> Vendor ID
> 0
> VSA Type
> 839
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Originating-Line-Info
> Sent by the NAS system to convey information about the origin of the call from an SS7 system.
> Vendor ID
> 0
> VSA Type
> 94
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> Originating-Request
> This AVP indicates that the request is related to an AS originating SIP request in the Location-Information-Request operation.
> Vendor ID
> 10415
> VSA Type
> 633
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 ORIGINATING
> AVP Flag
> M
> Originator
> This AVP indicates the originating party of the message body.
> Vendor ID
> 10415
> VSA Type
> 864
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> M
> Outgoing-Trunk-Group-ID
> This AVP identifies the outgoing PSTN leg.
> Vendor ID
> 0
> VSA Type
> 853
> AVP Type
> UTF8STRING
> AVP Flag
> M
> PC-Digest-Algorithm
> PC-Digest-Algorithm
> Vendor ID
> 4491
> VSA Type
> 204
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> PC-Digest-Auth-Param
> PC-Digest-Auth-Param
> Vendor ID
> 4491
> VSA Type
> 205
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> PC-Digest-Domain
> PC-Digest-Domain
> Vendor ID
> 4491
> VSA Type
> 206
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> PC-Digest-HA1
> PC-Digest-HA1
> Vendor ID
> 4491
> VSA Type
> 207
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> PC-Digest-QoP
> PC-Digest-QoP
> Vendor ID
> 4491
> VSA Type
> 208
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> PC-Digest-Realm
> PC-Digest-Realm
> Vendor ID
> 4491
> VSA Type
> 209
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> PC-SIP-Digest-Authenticate
> PC-SIP-Digest-Authenticate
> Vendor ID
> 4491
> VSA Type
> 228
> AVP Type
> GROUPED
> Supported group value(s):
> [ PC_DIGEST_REALM ]
> [ PC_DIGEST_DOMAIN ]
> [ PC_DIGEST_ALGORITHM ]
> [ PC_DIGEST_QOP ]
> [ PC_DIGEST_HA1 ]
> [ PC_DIGEST_AUTH_PARAM ]
> AVP Flag
> M
> PCC-Rule-Status
> This AVP contains the status of a Policy and Charging Control (PCC) Rule.
> Vendor ID
> 10415
> VSA Type
> 1019
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 ACTIVE
> 1 INACTIVE
> 2 TEMPORARILY_INACTIVE
> AVP Flag
> M
> PDFID
> This value matches all records from the same packet data flow.
> Vendor ID
> 24757
> VSA Type
> 26
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> PDG-Address
> This AVP contains IP address of the PDG.
> Vendor ID
> 10415
> VSA Type
> 895
> AVP Type
> ADDRESS
> AVP Flag
> M
> PDG-Charging-Id
> This AVP contains the charging identifier generated by the PDG for the tunnel. Charging identifier is generated at tunnel establishment and transferred to 3GPP AAA Server.
> Vendor ID
> 10415
> VSA Type
> 896
> AVP Type
> UINT32
> AVP Flag
> M
> PDN-Connection-ID
> This AVP contains the charging identifier to identify different records belonging to same PDN connection.
> Vendor ID
> 10415
> VSA Type
> 2050
> AVP Type
> UINT32
> AVP Flag
> M
> PDN-GW-Address
> IP address of the PDN GW and this IP address shall be used as the PDN GW IP address.
> Vendor ID
> 10415
> VSA Type
> 6041
> AVP Type
> ADDRESS
> AVP Flag
> M
> PDN-GW-Allocation-Type
> PDN-GW-Allocation-Type
> Vendor ID
> 10415
> VSA Type
> 1438
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 STATIC
> 1 DYNAMIC
> AVP Flag
> M
> PDN-GW-Identity
> PDN-GW-Identity
> Vendor ID
> 10415
> VSA Type
> 6044
> AVP Type
> GROUPED
> Supported group value(s):
> [ PDN_GW_ADDRESS ]
> [ PDN_GW_NAME ]
> AVP Flag
> M
> PDN-GW-Name
> FQDN which is used to derive the PDN GW IP address using Domain Name Service function.
> Vendor ID
> 10415
> VSA Type
> 6042
> AVP Type
> UTF8STRING
> AVP Flag
> M
> PDN-Type
> This AVP indicates the address type of PDN. It can be IPv4,IPV6 or both.
> Vendor ID
> 10415
> VSA Type
> 1456
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 IPv4
> 1 IPv6
> 2 IPv4v6
> AVP Flag
> M
> PDP-Address
> This AVP contains IP address associated with the IP CAN bearer session (PDP context / PDN connection).
> Vendor ID
> 10415
> VSA Type
> 1227
> AVP Type
> ADDRESS
> AVP Flag
> M
> PDP-Context
> This AVP contains the list of PDP contexts to which a user has subscribed.
> Vendor ID
> 10415
> VSA Type
> 1469
> AVP Type
> GROUPED
> Supported group value(s):
> [ CONTEXT_IDENTIFIER ]
> [ PDP_TYPE ]
> [ QOS_SUBSCRIBED ]
> [ VPLMN_DYNAMIC_ADDRESS_ALLOWED ]
> [ SERVICE_SELECTION ]
> [ 3GPP_CHARGING_CHARACTERISTICS ]
> AVP Flag
> M
> PDP-Context-Type
> This AVP contains the type of a PDP Context.
> Vendor ID
> 10415
> VSA Type
> 1247
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 PRIMARY
> 1 SECONDARY
> AVP Flag
> M
> PDP-Session-Operation
> This value is used to report in an indication of bearer termination that this indication refers to the last PDP context within a PDP session. It is only applicable for GPRS.
> Vendor ID
> 10415
> VSA Type
> 1015
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 PDP-SESSION-TERMINATION
> AVP Flag
> M
> PDP-Type
> This AVP indicates the type of protocol that is used by MS.
> Vendor ID
> 10415
> VSA Type
> 1470
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> PGW-Type
> Type of P-GW of current flow.
> Vendor ID
> 10415
> VSA Type
> 7002
> AVP Type
> UINT32
> AVP Flag
> M
> PLMN-Client
> PLMN-Client
> Vendor ID
> 10415
> VSA Type
> 1482
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 BROADCAST_SERVICE
> 1 O_AND_M_HPLMN
> 2 O_AND_M_VPLMN
> 3 ANONYMOUS_LOCATION
> 4 TARGET_UE_SUBSCRIBED_SERVICE
> AVP Flag
> M
> PMIP6-MAG-Address
> This AVP contains IP address of MAG.
> Vendor ID
> 10415
> VSA Type
> 6070
> AVP Type
> ADDRESS
> AVP Flag
> M
> PS-Append-Free-Format-Data
> This AVP indicates if the information sent in the PS-Free-Format-Data AVP must be appended to the PS-free-format-data stored for the online-session.
> Vendor ID
> 10415
> VSA Type
> 867
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 APPEND
> 1 OVERWRITE
> AVP Flag
> M
> PS-Free-Format-Data
> This AVP holds online charging session specific data.
> Vendor ID
> 10415
> VSA Type
> 866
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> PS-Furnish-Charging-Information
> This grouped AVP contains online charging session specific information.
> Vendor ID
> 10415
> VSA Type
> 865
> AVP Type
> GROUPED
> Supported group value(s):
> [ 3GPP_CHARGING_ID ]
> [ PS_FREE_FORMAT_DATA ]
> [ PS_APPEND_FREE_FORMAT_DATA ]
> AVP Flag
> M
> PS-Information
> This AVP enables the transmission of additional PS service specific information elements.
> Vendor ID
> 10415
> VSA Type
> 874
> AVP Type
> GROUPED
> Supported group value(s):
> [ 3GPP_CHARGING_ID ]
> [ 3GPP_PDP_TYPE ]
> [ PDP_ADDRESS ]
> [ 3GPP_GPRS_QOS_NEGOTIATED_PROFILE ]
> [ 3GPP_SGSN_ADDRESS ]
> [ 3GPP_GGSN_ADDRESS ]
> [ 3GPP_CG_ADDRESS ]
> [ 3GPP_IMSI_MCC_MNC ]
> [ 3GPP_GGSN_MCC_MNC ]
> [ 3GPP_NSAPI ]
> [ CALLED_STATION_ID ]
> [ 3GPP_SESSION_STOP_INDICATOR ]
> [ 3GPP_SELECTION_MODE ]
> [ 3GPP_CHARGING_CHARACTERISTICS ]
> [ 3GPP_SGSN_MCC_MNC ]
> [ 3GPP_RAT_TYPE ]
> [ PDP_CONTEXT_TYPE ]
> AVP Flag
> M
> PSCID
> This AVP contains the P-GW Session Correlation ID.
> Vendor ID
> 10415
> VSA Type
> 1450
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> PUA-Flags
> The PUA-Flags AVP contains a bit mask.
> Vendor ID
> 10415
> VSA Type
> 1442
> AVP Type
> UINT32
> AVP Flag
> M
> Packet-Data-Flow-Info
> This AVP is unique within the context of an IP-CAN session for the IP flow(s) given within the same Packet-Data-Flow-Info AVP.
> Vendor ID
> 24757
> VSA Type
> 405
> AVP Type
> GROUPED
> Supported group value(s):
> [ PDFID ]
> [ PRECEDENCE ]
> [ FLOW_DESCRIPTION ]
> [ WIMAX_QOS_INFORMATION ]
> AVP Flag
> M
> Packet-Filter-Content
> This AVP contains the content of the packet filter as requested by the UE and required by the PCRF to create the PCC rules.
> Vendor ID
> 10415
> VSA Type
> 1059
> AVP Type
> IPFILTERRULE
> AVP Flag
> N/A
> Packet-Filter-Identifier
> This AVP indicates identity of the packet filter. The packet filter identifier is assigned by the PCRF and within the scope of the PCRF is unique per UE.
> Vendor ID
> 10415
> VSA Type
> 1060
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> Packet-Filter-Information
> This AVP contains the information from a single packet filter sent from the PCEF to the PCRF.
> Vendor ID
> 10415
> VSA Type
> 1061
> AVP Type
> GROUPED
> Supported group value(s):
> [ PACKET_FILTER_IDENTIFIER ]
> [ PRECEDENCE ]
> [ PACKET_FILTER_CONTENT ]
> [ TOS_TRAFFIC_CLASS ]
> [ SECURITY_PARAMETER_INDEX ]
> [ FLOW_LABEL ]
> AVP Flag
> N/A
> Packet-Filter-Operation
> This AVP indicates a UE initiated resource operation that causes a request for PCC rules.
> Vendor ID
> 10415
> VSA Type
> 1062
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 DELETION
> 1 ADDITION
> 2 MODIFICATION
> AVP Flag
> N/A
> Packet-Interval
> This AVP indicates the packetization time in millisecond which should be used to calculate the polling or grant interval.
> Vendor ID
> 24757
> VSA Type
> 414
> AVP Type
> UINT32
> AVP Flag
> M
> Packet-Size
> This AVP indicates the length in bytes of the IP Packet including the IP-header in case of IP-flows where packets have a fixed size.
> Vendor ID
> 24757
> VSA Type
> 415
> AVP Type
> UINT32
> AVP Flag
> M
> Paging-Group-Id
> Paging-Group-Id
> Vendor ID
> 0
> VSA Type
> 10001
> AVP Type
> UINT32
> AVP Flag
> M
> Path
> This AVP contains a comma separated list of SIP proxies in the Path header.
> Vendor ID
> 10415
> VSA Type
> 640
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> Physical-Access-Id
> This AVP contains the identity of the physical access where the user equipment is connected.
> Vendor ID
> 0
> VSA Type
> 313
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Port-Limit
> Sets the maximum number of ports the NAS provides to the user.
> Vendor ID
> 0
> VSA Type
> 62
> AVP Type
> UINT32
> AVP Flag
> M
> Port-Number
> Port-Number
> Vendor ID
> 13091
> VSA Type
> 455
> AVP Type
> UINT32
> AVP Flag
> N/A
> Pre-emption-Capability
> This AVP indicates whether a service data flow can get resources that were already assigned to another service data flow with a lower priority level.
> Vendor ID
> 10415
> VSA Type
> 1047
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 PRE-EMPTION_CAPABILITY_ENABLED
> 1 PRE-EMPTION_CAPABILITY_DISABLED
> AVP Flag
> M
> Pre-emption-Vulnerability
> This AVP indicates whether a service data flow can loose the resources assigned to it in order to admit a service data flow with higher priority level.
> Vendor ID
> 10415
> VSA Type
> 1048
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 PRE-EMPTION_VULNERABILITY_ENABLED
> 1 PRE-EMPTION_VULNERABILITY_DISABLED
> AVP Flag
> M
> Precedence
> Defines the precedence of a charging rule in case of overlapping charging rules.
> Vendor ID
> 10415
> VSA Type
> 1010
> AVP Type
> UINT32
> AVP Flag
> M
> Primary-Charging-Collection-Function-Name
> Defines the address of the primary offline charging system for the bearer.
> Vendor ID
> 10415
> VSA Type
> 621
> AVP Type
> DIAMURI
> AVP Flag
> M
> Primary-Event-Charging-Function-Name
> This AVP specifies the address or name of the primary online charging system server for the bearer.
> Vendor ID
> 10415
> VSA Type
> 619
> AVP Type
> DIAMURI
> AVP Flag
> M
> Priority-Level
> This AVP is used to decide whether a bearer establishment or modification request can be accepted or needs to be rejected in case of resource limitations.
> Vendor ID
> 10415
> VSA Type
> 1046
> AVP Type
> UINT32
> AVP Flag
> M
> Product-Name
> This AVP contains the vendor assigned name for the product.
> Vendor ID
> 0
> VSA Type
> 269
> AVP Type
> UTF8STRING
> AVP Flag
> N/A
> Proxy-Host
> This AVP contains the identity of the host that added the Proxy-Info AVP.
> Vendor ID
> 0
> VSA Type
> 280
> AVP Type
> DIAMIDENT
> AVP Flag
> M
> Proxy-Info
> The Proxy-Info AVP allows stateless agents to add local state to a Diameter request.
> Vendor ID
> 0
> VSA Type
> 284
> AVP Type
> GROUPED
> Supported group value(s):
> [ PROXY_HOST ]
> [ PROXY_STATE ]
> AVP Flag
> M
> Proxy-State
> The Proxy-State AVP contains state local information, and MUST be treated as opaque data.
> Vendor ID
> 0
> VSA Type
> 33
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Public-Identity
> This AVP contains the public identity of a user in the IMS.
> Vendor ID
> 10415
> VSA Type
> 601
> AVP Type
> UTF8STRING
> AVP Flag
> M
> QoS-Capability
> QoS-Capability
> Vendor ID
> 0
> VSA Type
> 6063
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_PROFILE_TEMPLATE ]
> [ VENDOR_SPECIFIC_QOS_PROFILE_TEMPLATE ]
> AVP Flag
> M
> QoS-Class
> This AVP contains the authorized traffic class for the PDP context.
> Vendor ID
> 10415
> VSA Type
> 1017
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 Traffic_Class_A
> 1 Traffic_Class_B
> 2 Traffic_Class_C
> 3 Traffic_Class_D
> 4 Traffic_Class_E
> 5 Traffic_Class_F
> AVP Flag
> M
> QoS-Class-Identifier
> Identifies a set of IP-CAN specific QoS parameters that define the authorized QoS.
> Vendor ID
> 10415
> VSA Type
> 1028
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 TRAFFIC_CLASS_A
> 2 TRAFFIC_CLASS_B
> 3 TRAFFIC_CLASS_C
> 4 TRAFFIC_CLASS_D
> 5 TRAFFIC_CLASS_E
> 6 TRAFFIC_CLASS_F
> 7 TRAFFIC_CLASS_G
> 8 TRAFFIC_CLASS_H
> 9 TRAFFIC_CLASS_I
> AVP Flag
> M
> QoS-Information
> This AVP contains the QoS information for an IP-CAN bearer or PCC rule.
> Vendor ID
> 10415
> VSA Type
> 1016
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_CLASS_IDENTIFIER ]
> [ MAX_REQUESTED_BANDWIDTH_UL ]
> [ MAX_REQUESTED_BANDWIDTH_DL ]
> [ GUARANTEED_BITRATE_UL ]
> [ GUARANTEED_BITRATE_DL ]
> [ BEARER_IDENTIFIER ]
> [ ALLOCATION_RETENTION_PRIORITY ]
> [ APN_AGGREGATE_MAX_BITRATE_UL ]
> [ APN_AGGREGATE_MAX_BITRATE_DL ]
> AVP Flag
> M
> QoS-Negotiation
> This AVP indicates QoS negotiation capability. I.e., if the PCRF is allowed to negotiate the QoS.
> Vendor ID
> 10415
> VSA Type
> 1029
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 NO_QoS_NEGOTIATION
> 1 QoS_NEGOTIATION_SUPPORTED
> AVP Flag
> M
> QoS-Profile-Template
> This AVP contains the list of supported Quality of Service profile templates.
> Vendor ID
> 0
> VSA Type
> 6067
> AVP Type
> UINT32
> AVP Flag
> M
> QoS-Resource-Request
> Resource requested by UE to PCRF.
> Vendor ID
> 10415
> VSA Type
> 6106
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_RESOURCE_IDENTIFIER ]
> [ QOS_RESOURCE_OPERATION ]
> [ TFT_PACKET_FILTER_INFORMATION ]
> [ QOS_INFORMATION ]
> AVP Flag
> M
> QoS-Resources
> This AVP provides the description of the Quality of Service resources for policing traffic flows.
> Vendor ID
> 0
> VSA Type
> 6065
> AVP Type
> GROUPED
> Supported group value(s):
> [ EXTENDED_QOS_FILTER_RULE ]
> AVP Flag
> M
> QoS-Rule-Base-Name
> This AVP indicates the name of a predefined group of charging rules residing at the TPF.
> Vendor ID
> 10415
> VSA Type
> 1074
> AVP Type
> UTF8STRING
> AVP Flag
> M
> QoS-Rule-Definition
> This AVP contains the QoS rule for a service flow sent by PCRF to the BBERF.
> Vendor ID
> 10415
> VSA Type
> 1053
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_RULE_NAME ]
> [ FLOW_INFORMATION ]
> [ FLOW_DESCRIPTION ]
> [ QOS_INFORMATION ]
> [ PRECEDENCE ]
> AVP Flag
> M
> QoS-Rule-Install
> This AVP contains the QoS rules that need to be installed.
> Vendor ID
> 10415
> VSA Type
> 1051
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_RULE_DEFINITION ]
> [ QOS_RULE_NAME ]
> [ QOS_RULE_BASE_NAME ]
> [ TUNNEL_INFORMATION ]
> [ ACCESS_NETWORK_CHARGING_IDENTIFIER_VALUE ]
> [ RESOURCE_ALLOCATION_NOTIFICATION ]
> [ RULE_ACTIVATION_TIME ]
> [ RULE_DEACTIVATION_TIME ]
> AVP Flag
> M
> QoS-Rule-Name
> For QoS rules provided by the CRF it uniquely identifies a charging rule for a bearer.
> Vendor ID
> 10415
> VSA Type
> 1054
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> QoS-Rule-Remove
> Used to remove QoS rules from a Gateway Control Session.
> Vendor ID
> 10415
> VSA Type
> 1052
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_RULE_NAME ]
> [ QOS_RULE_BASE_NAME ]
> AVP Flag
> M
> QoS-Rule-Report
> Report the status of QoS rules.
> Vendor ID
> 10415
> VSA Type
> 1055
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_RULE_NAME ]
> [ QOS_RULE_BASE_NAME ]
> [ PCC_RULE_STATUS ]
> [ RULE_FAILURE_CODE ]
> AVP Flag
> M
> QoS-Subscribed
> This AVP indicates the quality of service subscribed for a certain service.
> Vendor ID
> 10415
> VSA Type
> 1404
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> QoS-Upgrade
> This AVP indicates whether SGSN supports upgrade of QoS by GGSN.
> Vendor ID
> 10415
> VSA Type
> 1030
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 QoS_UPGRADE_NOT_SUPPORTED
> 1 QoS_UPGRADE_SUPPORTED
> AVP Flag
> M
> RACS-Contact-Point
> Identifies the RACS element to which resource reservation requests should be sent.
> Vendor ID
> 0
> VSA Type
> 351
> AVP Type
> DIAMIDENT
> AVP Flag
> M
> RAI
> This AVP contains the Routing Area Identity of the SGSN where the UE is registered.
> Vendor ID
> 10415
> VSA Type
> 909
> AVP Type
> UTF8STRING
> AVP Flag
> M
> RAND
> This AVP contains the RAND (EAP Authentication Vector).
> Vendor ID
> 10415
> VSA Type
> 1447
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> RAS-Id
> This AVP contains the RAS identifier.
> Vendor ID
> 0
> VSA Type
> 10000
> AVP Type
> UINT32
> AVP Flag
> M
> RAT-Frequency-Selection-Priority
> This AVP contains the RAT frequency selection priority.
> Vendor ID
> 10415
> VSA Type
> 1440
> AVP Type
> UINT32
> AVP Flag
> M
> RAT-Type
> This AVP contains value of the Radio Access Technology which is currently serving the UE.
> Vendor ID
> 10415
> VSA Type
> 1032
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 WLAN
> 1000 UTRAN
> 1001 GERAN
> 1002 GAN
> 1003 HSPA_EVOLUTION
> 1004 EUTRAN
> 2000 CDMA2000_1X
> 2001 HRPD
> 2002 UMB
> AVP Flag
> N/A
> RR-Bandwidth
> This AVP indicates the maximum required bandwidth in bits per second for RTCP receiver reports within the session component.
> Vendor ID
> 10415
> VSA Type
> 521
> AVP Type
> UINT32
> AVP Flag
> M
> RS-Bandwidth
> This AVP indicates the maximum required bandwidth in bits per second for RTCP sender reports within the session component.
> Vendor ID
> 10415
> VSA Type
> 522
> AVP Type
> UINT32
> AVP Flag
> M
> Rating-Group
> Identifier of a rating group for service. It contains the charging key (defined in 3GPP TS 23.125). Each quota allocated to a Diameter CC session has a unique Rating Group value as specified in RFC 4006.
> Vendor ID
> 0
> VSA Type
> 432
> AVP Type
> UINT32
> AVP Flag
> M
> Re-Auth-Request-Type
> Specifies the re-authorization request type and included in application-specific authorization answers to inform the client of the action expected upon expiration of the Authorization-Lifetime.
> Vendor ID
> 0
> VSA Type
> 285
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 AUTHORIZE_ONLY
> 1 AUTHORIZE_AUTHENTICATE
> AVP Flag
> M
> Re-Synchronization-Info
> This AVP contains the concatenation of RAND and AUTS.
> Vendor ID
> 10415
> VSA Type
> 6014
> AVP Type
> UINT32
> AVP Flag
> M
> Reason-Code
> This AVP contains the reason for the network initiated de-registration.
> Vendor ID
> 10415
> VSA Type
> 616
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 PERMANENT_TERMINATION
> 1 NEW_SERVER_ASSIGNED
> 2 SERVER_CHANGE
> 3 REMOVE_S-CSCF
> AVP Flag
> M
> Reason-Info
> This AVP contains textual information to inform the user about the reason for a de-registration.
> Vendor ID
> 10415
> VSA Type
> 617
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Record-Route
> This AVP contains a comma separated list of Record Route header(s).
> Vendor ID
> 10415
> VSA Type
> 646
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> Redirect-Address-Type
> This AVP contains the address type of the address given in the Redirect-Server-Address AVP.
> Vendor ID
> 0
> VSA Type
> 433
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 IPv4-Address
> 1 IPv6-Address
> 2 URL
> 3 SIP-URI
> AVP Flag
> M
> Redirect-Host
> This AVP contains the alternate routing details to which the request need to be redirected to.
> Vendor ID
> 0
> VSA Type
> 292
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Redirect-Host-Usage
> This AVP contains information on how the routing entry resulting from the Redirect-Host is to be used.
> Vendor ID
> 0
> VSA Type
> 261
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 DONT_CACHE
> 1 ALL_SESSION
> 2 ALL_REALM
> 3 REALM_AND_APPLICATION
> 4 ALL_APPLICATION
> 5 ALL_HOST
> 6 ALL_USER
> AVP Flag
> M
> Redirect-Max-Cache-Time
> This AVP indicates the maximum duration in seconds the peer and route table entries, created as a result of the Redirect-Host, will be cached.
> Vendor ID
> 0
> VSA Type
> 262
> AVP Type
> UINT32
> AVP Flag
> M
> Redirect-Server
> This AVP contains the address information of the redirect server (for example,, HTTP redirect server, SIP Server) with which the end user is to be connected when redirected as account cannot cover the service cost.
> Vendor ID
> 0
> VSA Type
> 434
> AVP Type
> GROUPED
> Supported group value(s):
> [ REDIRECT_ADDRESS_TYPE ]
> [ REDIRECT_SERVER_ADDRESS ]
> AVP Flag
> M
> Redirect-Server-Address
> This AVP contains address of the redirect server.
> Vendor ID
> 0
> VSA Type
> 435
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Regional-Subscription-Zone-Code
> Regional-Subscription-Zone-Code. Up to 10 zone codes are used to define the tracking areas into which the subscriber is allowed or not allowed to roam.
> Vendor ID
> 10415
> VSA Type
> 1446
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Reply-Message
> This AVP contains text that may be displayed to the user.
> Vendor ID
> 0
> VSA Type
> 18
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Reporting-Level
> Defines on what level the TPF reports the usage for the related charging rule.
> Vendor ID
> 10415
> VSA Type
> 1011
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 SERVICE_IDENTIFIER_LEVEL
> 1 RATING_GROUP_LEVEL
> AVP Flag
> M
> Requested-Action
> The action requested when the CC_Request_Type is EVENT_REQUEST.
> Vendor ID
> 0
> VSA Type
> 436
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 DIRECT_DEBITING
> 1 REFUND_ACCOUNT
> 2 CHECK_BALANCE
> 3 PRICE_ENQUIRY
> AVP Flag
> M
> Requested-Domain
> This AVP indicates the access domain for which certain data are requested.
> Vendor ID
> 0
> VSA Type
> 706
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> M
> Requested-EUTRAN-Authentication-Info
> This AVP contains the EU Tran authentication information.
> Vendor ID
> 10415
> VSA Type
> 6010
> AVP Type
> GROUPED
> Supported group value(s):
> [ NUMBER_OF_REQUESTED_VECTORS ]
> [ IMMEDIATE_RESPONSE_PREFERRED ]
> [ RE_SYNCHRONIZATION_INFO ]
> AVP Flag
> M
> Requested-GERAN-Authentication-Info
> This AVP contains GE RAN authentication information.
> Vendor ID
> 10415
> VSA Type
> 6012
> AVP Type
> GROUPED
> Supported group value(s):
> [ NUMBER_OF_REQUESTED_VECTORS ]
> [ IMMEDIATE_RESPONSE_PREFERRED ]
> [ RE_SYNCHRONIZATION_INFO ]
> AVP Flag
> M
> Requested-Information
> This AVP provides the list of items requested by the AF.
> Vendor ID
> 13019
> VSA Type
> 353
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 NASS-USER-ID
> 1 LOCATION-INFORMATION
> 2 RACS-CONTACT-POINT
> 3 ACCESS-NETWORK-TYPE
> 4 TERMINAL-TYPE
> 5 LOGICAL-ACCESS-ID
> 6 PHYSICAL-ACCESS-ID
> 7 ACCESS-NETWORK-TYPE-RESERVED
> 8 INITIAL-GATE-SETTING-RESERVED
> 9 QOS-PROFILE-RESERVED
> 10 IP-CONNECTIVITY-STATUS-RESERVED
> AVP Flag
> M
> Requested-Party-Address
> In IMS it holds the address (SIP URI or TEL URI) of the party (Public User ID or Public Service ID) to whom the SIP transaction was originally posted.
> Vendor ID
> 10415
> VSA Type
> 1251
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Requested-QoS
> It is used within the Flow-Info AVP to indicate the QoS requested by the UE for a particular IP flow in the high rate packet data radio access network.
> Vendor ID
> 5535
> VSA Type
> 1010
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_CLASS ]
> [ MIN_BANDWIDTH_UL ]
> [ MIN_BANDWIDTH_DL ]
> AVP Flag
> M
> Requested-Service-Unit
> Amount of requested units specified by the Diameter credit-control client.
> Vendor ID
> 0
> VSA Type
> 437
> AVP Type
> GROUPED
> Supported group value(s):
> [ TARIFF_TIME_CHANGE ]
> [ TARIFF_CHANGE_USAGE ]
> [ CC_TIME ]
> [ CC_MONEY ]
> [ CC_TOTAL_OCTETS ]
> [ CC_INPUT_OCTETS ]
> [ CC_OUTPUT_OCTETS ]
> [ CC_SERVICE_SPECIFIC_UNITS ]
> AVP Flag
> M
> Requested-UTRAN-Authentication-Info
> This AVP contains the UTRAN authentication information.
> Vendor ID
> 10415
> VSA Type
> 6011
> AVP Type
> GROUPED
> Supported group value(s):
> [ NUMBER_OF_REQUESTED_VECTORS ]
> [ IMMEDIATE_RESPONSE_PREFERRED ]
> [ RE_SYNCHRONIZATION_INFO ]
> AVP Flag
> M
> Requested-UTRAN-GERAN-Authentication-Info
> This AVP contains the information related to the authentication requests for UTRAN or GERAN.
> Vendor ID
> 10415
> VSA Type
> 1409
> AVP Type
> GROUPED
> Supported group value(s):
> [ NUMBER_OF_REQUESTED_VECTORS ]
> [ IMMEDIATE_RESPONSE_PREFERRED ]
> [ RE_SYNCHRONIZATION_INFO ]
> AVP Flag
> M
> Requesting-Node-Type
> Requesting-Node-Type
> Vendor ID
> 10415
> VSA Type
> 1455
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 MME
> 1 SGSN
> 2 MME_SGSN
> AVP Flag
> M
> Required-MBMS-Bearer-Capabilities
> This AVP contains the minimum bearer capabilities the UE needs to support.
> Vendor ID
> 10415
> VSA Type
> 901
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Reservation-Class
> This AVP contains an integer used as an index pointing to the traffic characteristic of the flow.
> Vendor ID
> 13019
> VSA Type
> 456
> AVP Type
> UINT32
> AVP Flag
> N/A
> Reservation-Priority
> Used by the PCRF to guarantee service for an application session of a higher relative priority.
> Vendor ID
> 13019
> VSA Type
> 458
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 DEFAULT
> 1 PRIORITY-ONE
> 2 PRIORITY-TWO
> 3 PRIORITY-THREE
> 4 PRIORITY-FOUR
> 5 PRIORITY-FIVE
> 6 PRIORITY-SIX
> 7 PRIORITY-SEVEN
> AVP Flag
> N/A
> Resource-Allocation-Notification
> Defines whether the rules included within the Charging-Rule-Install/QoS-Rule-Install AVP need be notified.
> Vendor ID
> 10415
> VSA Type
> 1063
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 ENABLE_NOTIFICATION
> AVP Flag
> N/A
> Restoration-Info
> This AVP contains the information related to a specific registration.
> Vendor ID
> 10415
> VSA Type
> 649
> AVP Type
> GROUPED
> Supported group value(s):
> [ PATH ]
> [ CONTACT ]
> [ SUBSCRIPTION_INFO ]
> AVP Flag
> N/A
> Restriction-Filter-Rule
> Provides filter rules for services that are to remain accessible even if there are no more service units granted.
> Vendor ID
> 0
> VSA Type
> 438
> AVP Type
> IPFILTERRULE
> AVP Flag
> M
> Result-Code
> This AVP indicates whether a particular request was completed successfully or whether an error occurred.
> Vendor ID
> 0
> VSA Type
> 268
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1001 DIAMETER_MULTI_ROUND_AUTH
> 2001 DIAMETER_SUCCESS
> 2002 DIAMETER_LIMITED_SUCCESS
> 3001 DIAMETER_COMMAND_UNSUPPORTED
> 3002 DIAMETER_UNABLE_TO_DELIVER
> 3003 DIAMETER_REALM_NOT_SERVED
> 3004 DIAMETER_TOO_BUSY
> 3005 DIAMETER_LOOP_DETECTED
> 3006 DIAMETER_REDIRECT_INDICATION
> 3007 DIAMETER_APPLICATION_UNSUPPORTED
> 3008 DIAMETER_INVALID_HDR_BITS
> 3009 DIAMETER_INVALID_AVP_BITS
> 3010 DIAMETER_UNKNOWN_PEER
> 4001 DIAMETER_AUTHENTICATION_REJECTED
> 4002 DIAMETER_OUT_OF_SPACE
> 4003 ELECTION_LOST
> 4010 DIAMETER_END_USER_SERVICE_DENIED
> 4011 DIAMETER_CREDIT_CONTROL_NOT_APPLICABLE
> 4012 DIAMETER_CREDIT_LIMIT_REACHED
> 4212 DIAMETER_BALANCE_IS_ZERO
> 5001 DIAMETER_AVP_UNSUPPORTED
> 5002 DIAMETER_UNKNOWN_SESSION_ID
> 5003 DIAMETER_AUTHORIZATION_REJECTED
> 5004 DIAMETER_INVALID_AVP_VALUE
> 5005 DIAMETER_MISSING_AVP
> 5006 DIAMETER_RESOURCES_EXCEEDED
> 5007 DIAMETER_CONTRADICTING_AVPS
> 5008 DIAMETER_AVP_NOT_ALLOWED
> 5009 DIAMETER_AVP_OCCURS_TOO_MANY_TIMES
> 5010 DIAMETER_NO_COMMON_APPLICATION
> 5011 DIAMETER_UNSUPPORTED_VERSION
> 5012 DIAMETER_UNABLE_TO_COMPLY
> 5013 DIAMETER_INVALID_BIT_IN_HEADER
> 5014 DIAMETER_INVALID_AVP_LENGTH
> 5015 DIAMETER_INVALID_MESSAGE_LENGTH
> 5016 DIAMETER_INVALID_AVP_BIT_COMBO
> 5017 DIAMETER_NO_COMMON_SECURITY
> 5030 DIAMETER_USER_UNKNOWN
> 5031 DIAMETER_RATING_FAILED
> AVP Flag
> M
> Revalidation-Time
> This AVP contains the value indicating the NTP time before which the PCEF will have to re-request PCC rules.
> Vendor ID
> 10415
> VSA Type
> 1042
> AVP Type
> TIME
> AVP Flag
> M
> Roaming-Restricted-Due-To-Unsupported-Feature
> This AVP indicates that roaming is restricted due to unsupported feature.
> Vendor ID
> 10415
> VSA Type
> 1457
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 ROAMING_RESTRICTED_DUE_TO_UNSUPPORTED_FEATURE
> AVP Flag
> M
> Role-Of-Node
> This AVP specifies the role of the AS/CSCF.
> Vendor ID
> 10415
> VSA Type
> 829
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> M
> Route-Record
> The value added to this AVP same as the one received in the Origin-Host of the Capabilities Exchange message.
> Vendor ID
> 0
> VSA Type
> 282
> AVP Type
> DIAMIDENT
> AVP Flag
> M
> Routing-Area-Identity
> This AVP contains the routing area identifier of the user.
> Vendor ID
> 10415
> VSA Type
> 1605
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Routing-Policy
> This AVP is used to describe a single IP flow.
> Vendor ID
> 10415
> VSA Type
> 312
> AVP Type
> IPFILTERRULE
> AVP Flag
> M
> Rule-Activation-Time
> This AVP contains the value indicating the NTP time at which the PCC rule has to be enforced.
> Vendor ID
> 10415
> VSA Type
> 1043
> AVP Type
> TIME
> AVP Flag
> M
> Rule-Deactivation-Time
> This AVP contains the value indicating the NTP time at which the PCEF has to stop enforcing the PCC rule.
> Vendor ID
> 10415
> VSA Type
> 1044
> AVP Type
> TIME
> AVP Flag
> M
> Rule-Failure-Code
> This AVP contains the rule failure code.
> Vendor ID
> 10415
> VSA Type
> 1031
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 UNKNOWN_RULE_NAME
> 2 RATING_GROUP_ERROR
> 3 SERVICE_IDENTIFIER_ERROR
> 4 GW_PCEF_MALFUNCTION
> 5 RESOURCES_LIMITATION
> 6 MAX_NR_BEARERS_REACHED
> 7 UNKNOWN_BEARER_ID
> 8 MISSING_BEARER_ID
> 9 MISSING_FLOW_DESCRIPTION
> 10 RESOURCE_ALLOCATION_FAILURE
> 11 UNSUCCESSFUL_QOS_VALIDATION
> AVP Flag
> M
> Rule-Reason-Code
> This AVP contains the rule reason code.
> Vendor ID
> 5535
> VSA Type
> 814
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 UNKNOWN_FLOW_IDENTIFIER
> 1 UNKNOWN_RULE_NAME
> 2 RATING_GROUP_ERROR
> 3 SERVICE_IDENTIFIER_ERROR
> 4 AGW_MALFUNCTION
> 5 RESOURCES_LIMITATION
> AVP Flag
> M
> SCSCF-Restoration-Info
> This AVP contains the information required for an S-CSCF to handle the requests for a user.
> Vendor ID
> 10415
> VSA Type
> 639
> AVP Type
> GROUPED
> Supported group value(s):
> [ USER_NAME ]
> [ RESTORATION_INFO ]
> [ SIP_AUTHENTICATION_SCHEME ]
> AVP Flag
> N/A
> SDP-Answer-Timestamp
> This AVP specifies the time in UTC format of the response to the SDP offer.
> Vendor ID
> 0
> VSA Type
> 1275
> AVP Type
> TIME
> AVP Flag
> M
> SDP-Media-Component
> This AVP contains the interface representing the SDP-Media-Component grouped AVP type.
> Vendor ID
> 10415
> VSA Type
> 843
> AVP Type
> GROUPED
> Supported group value(s):
> [ SDP_MEDIA_NAME ]
> [ SDP_MEDIA_DESCRIPTION ]
> [ MEDIA_INITIATOR_FLAG ]
> [ AUTHORISED_QOS ]
> [ 3GPP_CHARGING_ID ]
> AVP Flag
> M
> SDP-Media-Description
> This AVP contains the content of an attribute-line" (i=, c=, b=, k=, a=) related to a media component. The attributes are specifying the media described in the SDP-Media-Name AVP.
> Vendor ID
> 10415
> VSA Type
> 845
> AVP Type
> UTF8STRING
> AVP Flag
> M
> SDP-Media-Name
> This AVP holds the content of a "m=" line in the SDP data.
> Vendor ID
> 10415
> VSA Type
> 844
> AVP Type
> UTF8STRING
> AVP Flag
> M
> SDP-Offer-Timestamp
> This AVP specifies the time in UTC format of the SDP offer.
> Vendor ID
> 0
> VSA Type
> 1274
> AVP Type
> TIME
> AVP Flag
> M
> SDP-Session-Description
> This AVP holds the content of an "attribute-line" (i=, c=, b=, k=, a=) related to a session.
> Vendor ID
> 10415
> VSA Type
> 842
> AVP Type
> UTF8STRING
> AVP Flag
> M
> SDP-TimeStamps
> This AVP specifies the time of the SDP offer and the SDP answer.
> Vendor ID
> 0
> VSA Type
> 1273
> AVP Type
> GROUPED
> Supported group value(s):
> [ SDP_OFFER_TIMESTAMP ]
> [ SDP_ANSWER_TIMESTAMP ]
> AVP Flag
> M
> SDP-Type
> This AVP indicates whether the SDP media component is of type SDP offer or SDP answer.
> Vendor ID
> 10415
> VSA Type
> 2036
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 SDP_OFFER
> 1 SDP_ANSWER
> AVP Flag
> M
> SGSN-Address
> This AVP contains the IP address of the SGSN that was used during a report.
> Vendor ID
> 10415
> VSA Type
> 1228
> AVP Type
> ADDRESS
> AVP Flag
> M
> SGSN-Location-Information
> This AVP contains the location information of the SGSN user.
> Vendor ID
> 10415
> VSA Type
> 1601
> AVP Type
> GROUPED
> Supported group value(s):
> [ CELL_GLOBAL_IDENTITY ]
> [ LOCATION_AREA_IDENTITY ]
> [ SERVICE_AREA_IDENTITY ]
> [ ROUTING_AREA_IDENTITY ]
> [ GEOGRAPHICAL_INFORMATION ]
> [ GEODETIC_INFORMATION ]
> [ CURRENT_LOCATION_RETRIEVED ]
> [ AGE_OF_LOCATION_INFORMATION ]
> AVP Flag
> M
> SGSN-Number
> This AVP contains the ISDN number of the SGSN.
> Vendor ID
> 10415
> VSA Type
> 1489
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> SGSN-User-State
> This AVP indicates the current state of the SGSN user.
> Vendor ID
> 10415
> VSA Type
> 1498
> AVP Type
> GROUPED
> Supported group value(s):
> [ USER_STATE ]
> AVP Flag
> M
> SGW-Change
> This AVP indicates that this is the first Accounting Request (ACR) due to S-GW change.
> Vendor ID
> 10415
> VSA Type
> 2065
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 ACR_START_NOT_DUE_TO_SGW_CHANGE
> 1 ACR_START_DUE_TO_SGW_CHANGE
> AVP Flag
> M
> SGW-Type
> This AVP specifies the type of SGW of current flow.
> Vendor ID
> 10415
> VSA Type
> 7001
> AVP Type
> UINT32
> AVP Flag
> M
> SIP-Auth-Data-Item
> This AVP contains the authentication and/or authorization information for the Diameter client.
> Vendor ID
> 10415
> VSA Type
> 612
> AVP Type
> GROUPED
> Supported group value(s):
> [ SIP_ITEM_NUMBER ]
> [ SIP_AUTHENTICATION_SCHEME ]
> [ SIP_AUTHENTICATE ]
> [ SIP_DIGEST_AUTHENTICATE ]
> [ SIP_AUTHORIZATION ]
> [ SIP_AUTHENTICATION_CONTEXT ]
> [ CONFIDENTIALITY_KEY ]
> [ INTEGRITY_KEY ]
> [ LINE_IDENTIFIER ]
> AVP Flag
> M
> SIP-Authenticate
> This AVP contains specific parts of the data portion of the WWW-Authenticate or Proxy-Authenticate SIP headers that are to be present in a SIP response.
> Vendor ID
> 10415
> VSA Type
> 609
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> SIP-Authentication-Context
> This AVP contains authentication-related information relevant for performing the authentication but that is not part of the SIP authentication headers.
> Vendor ID
> 10415
> VSA Type
> 611
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> SIP-Authentication-Scheme
> This AVP contains the authentication scheme used in the authentication of SIP messages.
> Vendor ID
> 10415
> VSA Type
> 608
> AVP Type
> UTF8STRING
> AVP Flag
> M
> SIP-Authorization
> This AVP contains specific parts of the data portion of the Authorization or Proxy-Authorization SIP headers suitable for inclusion in a SIP request.
> Vendor ID
> 10415
> VSA Type
> 610
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> SIP-Digest-Authenticate
> This AVP contains a reconstruction of either the SIP WWW-Authenticate or Proxy-Authentication header fields specified in IETF RFC 2617.
> Vendor ID
> 10415
> VSA Type
> 635
> AVP Type
> GROUPED
> Supported group value(s):
> [ DIGEST_REALM ]
> [ DIGEST_DOMAIN ]
> [ DIGEST_ALGORITHM ]
> [ DIGEST_QOP ]
> [ DIGEST_HA1 ]
> [ DIGEST_AUTH_PARAM ]
> AVP Flag
> M
> SIP-Forking-Indication
> This AVP indicates if several SIP dialogues are related to one Diameter session.
> Vendor ID
> 10415
> VSA Type
> 523
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 SINGLE_DIALOGUE
> 1 SEVERAL_DIALOGUES
> AVP Flag
> M
> SIP-Item-Number
> This AVP contains the order number of the SIP-Auth-Data-Item AVP.
> Vendor ID
> 10415
> VSA Type
> 613
> AVP Type
> UINT32
> AVP Flag
> M
> SIP-Message
> This AVP hold the entire SIP message or messages received by the IAP.
> Vendor ID
> 4491
> VSA Type
> 229
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> SIP-Method
> This AVP holds the name of the SIP Method (INVITE, UPDATE, etc.) causing an accounting request to be sent to the AAA.
> Vendor ID
> 10415
> VSA Type
> 824
> AVP Type
> UTF8STRING
> AVP Flag
> M
> SIP-Number-Auth-Items
> This AVP contains the number of authentication vectors asked/provided.
> Vendor ID
> 10415
> VSA Type
> 607
> AVP Type
> UINT32
> AVP Flag
> M
> SIP-Request-Timestamp
> This AVP holds the time in UTC format of the initial SIP request (for example, Invite).
> Vendor ID
> 0
> VSA Type
> 834
> AVP Type
> TIME
> AVP Flag
> M
> SIP-Response-Timestamp
> This AVP holds the time in UTC format of the response to the initial SIP request (for example, 200 OK).
> Vendor ID
> 0
> VSA Type
> 835
> AVP Type
> TIME
> AVP Flag
> M
> SN-Absolute-Validity-Time
> This AVP contains the validity time of the granted service units.
> Vendor ID
> 8164
> VSA Type
> 505
> AVP Type
> TIME
> AVP Flag
> N/A
> SN-Bandwidth-Control
> This AVP contains the value to control bandwidth usage.
> Vendor ID
> 8164
> VSA Type
> 512
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 HIGH
> 1 LOW
> AVP Flag
> M
> SN-Charging-Id
> This AVP contains the charging identifier.
> Vendor ID
> 8164
> VSA Type
> 525
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> SN-Fast-Reauth-Username
> This AVP is used for fast re-authentication of subscriber.
> Vendor ID
> 8164
> VSA Type
> 11010
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> SN-Firewall-Policy
> This AVP contains the name of the Firewall policy to be enabled.
> Vendor ID
> 8164
> VSA Type
> 515
> AVP Type
> UTF8STRING
> AVP Flag
> N/A
> SN-Monitoring-Key
> It is an identifier to a usage monitoring control instance.
> Vendor ID
> 8164
> VSA Type
> 518
> AVP Type
> UINT32
> AVP Flag
> N/A
> SN-Phase0-PSAPName
> This AVP contains name of the County to be used for a subscriber.
> Vendor ID
> 8164
> VSA Type
> 523
> AVP Type
> UTF8STRING
> AVP Flag
> N/A
> SN-Pseudonym-Username
> This AVP is used for reauthentication of subscriber.
> Vendor ID
> 8164
> VSA Type
> 11011
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> SN-Service-Flow-Detection
> This AVP defines whether the PCEF should notify the PCRF when it detects traffic matching rules included within Charging-Rule-Install AVP.
> Vendor ID
> 8164
> VSA Type
> 520
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 ENABLE_DETECTION
> AVP Flag
> N/A
> SN-Time-Quota-Threshold
> This AVP contains a quota threshold for time in percent value. This is vendor specific AVP.
> Vendor ID
> 8164
> VSA Type
> 503
> AVP Type
> UINT32
> AVP Flag
> M
> SN-Total-Used-Service-Unit
> This is a vendor-specific AVP. This AVP contains the total consumed service units.
> Vendor ID
> 8164
> VSA Type
> 504
> AVP Type
> GROUPED
> Supported group value(s):
> [ TARIFF_CHANGE_USAGE ]
> [ CC_TIME ]
> [ CC_TOTAL_OCTETS ]
> [ CC_INPUT_OCTETS ]
> [ CC_OUTPUT_OCTETS ]
> [ CC_SERVICE_SPECIFIC_UNITS ]
> [ 3GPP_REPORTING_REASON ]
> AVP Flag
> N/A
> SN-Traffic-Policy
> This AVP contains name of the Traffic Policing Policy.
> Vendor ID
> 8164
> VSA Type
> 514
> AVP Type
> UTF8STRING
> AVP Flag
> N/A
> SN-Transparent-Data
> This is a vendor-specific AVP. This AVP contains current PDP session information. This AVP provides information obtained from the RADIUS server during Access-Accept that can be put into vendor-specific extension towards the CGF and Prepaid server for billing purposes. This AVP is optional in the Access-Accept message.
> Vendor ID
> 8164
> VSA Type
> 513
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> SN-Unit-Quota-Threshold
> This is a vendor-specific AVP. This AVP contains quota threshold for service specific units of quota in the CLCI-C in percent value.
> Vendor ID
> 8164
> VSA Type
> 502
> AVP Type
> UINT32
> AVP Flag
> M
> SN-Usage-Monitoring
> This AVP is used by PCRF to indicate if usage-monitoring and reporting is enabled or disabled.
> Vendor ID
> 8164
> VSA Type
> 521
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 USAGE_MONITORING_DISABLED
> 1 USAGE_MONITORING_ENABLED
> AVP Flag
> N/A
> SN-Usage-Monitoring-Control
> This AVP is used for provisioning and reporting of usage information.
> Vendor ID
> 8164
> VSA Type
> 517
> AVP Type
> GROUPED
> Supported group value(s):
> [ SN_MONITORING_KEY ]
> [ SN_USAGE_MONITORING ]
> [ SN_USAGE_VOLUME ]
> AVP Flag
> N/A
> SN-Usage-Volume
> This AVP indicates total uplink and downlink usage volume in octets.
> Vendor ID
> 8164
> VSA Type
> 519
> AVP Type
> UINT64
> AVP Flag
> N/A
> SN-Volume-Quota-Threshold
> This AVP contains a volume threshold value in percentage value.
> Vendor ID
> 8164
> VSA Type
> 501
> AVP Type
> UINT32
> AVP Flag
> M
> SRES
> This AVP contains the SRES.
> Vendor ID
> 10415
> VSA Type
> 1454
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> SS-Code
> This AVP contains the supplementary service codes that are to be deleted from the subscription.
> Vendor ID
> 10415
> VSA Type
> 1476
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> SS-Status
> This AVP refers to the state information of individual supplementary services as defined in 3GPP TS 23.011.
> Vendor ID
> 10415
> VSA Type
> 1477
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> STN-SR
> This AVP contains the session transfer number for SRVCC.
> Vendor ID
> 10415
> VSA Type
> 1433
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Secondary-Charging-Collection-Function-Name
> Defines the address of the secondary offline charging system for the bearer.
> Vendor ID
> 10415
> VSA Type
> 622
> AVP Type
> DIAMURI
> AVP Flag
> M
> Secondary-Event-Charging-Function-Name
> Defines the address of the secondary online charging system for the bearer.
> Vendor ID
> 10415
> VSA Type
> 620
> AVP Type
> DIAMURI
> AVP Flag
> M
> Sector-Id
> The identifier of sector that MS exists.
> Vendor ID
> 0
> VSA Type
> 10002
> AVP Type
> UINT32
> AVP Flag
> M
> Security-Parameter-Index
> This AVP contains the security parameter index of the IPSec packet.
> Vendor ID
> 10415
> VSA Type
> 1056
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> Send-Data-Indication
> This AVP indicates that sender requests user data in SNR.
> Vendor ID
> 0
> VSA Type
> 710
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> M
> Served-Party-IP-Address
> This AVP holds the IP address of either the calling or called party, depending on whether the P-CSCF is in touch with the calling or the called party. This AVP is only provided by the P-CSCF and S-CSCF.
> Vendor ID
> 10415
> VSA Type
> 848
> AVP Type
> ADDRESS
> AVP Flag
> M
> Server-Assignment-Type
> This AVP contains the type of server update being performed in a Server-Assignment-Request operation.
> Vendor ID
> 10415
> VSA Type
> 614
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 NO_ASSIGNMENT
> 1 REGISTRATION
> 2 RE_REGISTRATION
> 3 UNREGISTERED_USER
> 4 TIMEOUT_DEREGISTRATION
> 5 USER_DEREGISTRATION
> 6 TIMEOUT_DEREGISTRATION_STORE_SERVER_NAME
> 7 USER_DEREGISTRATION_STORE_SERVER_NAME
> 8 ADMINISTRATIVE_DEREGISTRATION
> 9 AUTHENTICATION_FAILURE
> 10 AUTHENTICATION_TIMEOUT
> 11 DEREGISTRATION_TOO_MUCH_DATA
> AVP Flag
> M
> Server-Capabilities
> This grouped AVP contains information/capabilities of an S-CSCF server.
> Vendor ID
> 10415
> VSA Type
> 603
> AVP Type
> GROUPED
> Supported group value(s):
> [ MANDATORY_CAPABILITY ]
> [ OPTIONAL_CAPABILITY ]
> [ SERVER_NAME ]
> AVP Flag
> M
> Server-Name
> This AVP contains a SIP-URL used to identify a SIP server.
> Vendor ID
> 10415
> VSA Type
> 602
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Service-Area-Identity
> This AVP contains the service area identifier of the user.
> Vendor ID
> 10415
> VSA Type
> 1607
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Service-Class
> This AVP contains the service class requested by the AF.
> Vendor ID
> 13019
> VSA Type
> 459
> AVP Type
> UTF8STRING
> AVP Flag
> N/A
> Service-Context-Id
> This AVP contains a unique identifier of the Diameter Credit Control service specific document that applies to the request. This is an identifier allocated by the service provider/operator, by the service element manufacturer or by a standardization body and MUST uniquely identify a given Diameter Credit Control service specific document. For offline charging, this identifies the service specific document ('middle tier' TS) on which associated CDRs should based. The format of the Service-Context-Id is: "extensions".MNC.MCC."Release"."service-context" "@" "domain"
> Vendor ID
> 0
> VSA Type
> 461
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Service-Data-Container
> This AVP enables the transmission of the container to be reported for Flow-based Charging. On encountering change on charging condition, this container identifies the volume count (separated for uplink and downlink), elapsed time or number of events, per service data flow identified per rating group or combination of the rating group and service id within an IP-CAN bearer.
> Vendor ID
> 10415
> VSA Type
> 2040
> AVP Type
> GROUPED
> Supported group value(s):
> [ AF_CORRELATION_INFORMATION ]
> [ CHARGING_RULE_BASE_NAME ]
> [ ACCOUNTING_INPUT_OCTETS ]
> [ ACCOUNTING_OUTPUT_OCTETS ]
> [ ACCOUNTING_INPUT_PACKETS ]
> [ ACCOUNTING_OUTPUT_PACKETS ]
> [ LOCAL_SEQUENCE_NUMBER ]
> [ QOS_INFORMATION ]
> [ RATING_GROUP ]
> [ CHANGE_TIME ]
> [ SERVICE_IDENTIFIER ]
> [ SERVICE_SPECIFIC_INFO ]
> [ SGSN_ADDRESS ]
> [ TIME_FIRST_USAGE ]
> [ TIME_LAST_USAGE ]
> [ TIME_USAGE ]
> [ CHANGE_CONDITION ]
> [ 3GPP_USER_LOCATION_INFO ]
> [ FLOW_DESCRIPTION ]
> [ CHARGING_RULE_NAME ]
> [ FIRST_PACKET_DIRECTION ]
> [ 3GPP2_BSID ]
> AVP Flag
> M
> Service-Identifier
> Specifies the identity of the service or service component the service data flow in a charging rule relates to.
> Vendor ID
> 0
> VSA Type
> 439
> AVP Type
> UINT32
> AVP Flag
> M
> Service-Indication
> This AVP contains the Service Indication that identifies a service in AS.
> Vendor ID
> 0
> VSA Type
> 704
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Service-Info-Status
> This AVP indicates the status of the service information that the AF is providing to the PCRF.
> Vendor ID
> 10415
> VSA Type
> 527
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 FINAL_SERVICE_INFORMATION
> 1 PRELIMINARY_SERVICE_INFORMATION
> AVP Flag
> M
> Service-Information
> The purpose of this AVP is to allow the transmission of additional 3GPP service-specific information elements.
> Vendor ID
> 10415
> VSA Type
> 873
> AVP Type
> GROUPED
> Supported group value(s):
> [ IMS_INFORMATION ]
> AVP Flag
> M
> Service-Parameter-Info
> Service-specific information used for rating.
> Vendor ID
> 0
> VSA Type
> 440
> AVP Type
> GROUPED
> Supported group value(s): none
> AVP Flag
> M
> Service-Parameter-Type
> Service event specific parameter (for example, end-user location or service name.
> Vendor ID
> 0
> VSA Type
> 441
> AVP Type
> UINT32
> AVP Flag
> M
> Service-Parameter-Value
> Value of the service parameter type.
> Vendor ID
> 0
> VSA Type
> 442
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Service-Selection
> This AVP contains the name of the service or the external network with which the mobility service should be associated.
> Vendor ID
> 0
> VSA Type
> 493
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Service-Specific-Data
> This AVP holds service specific data if and as provided by an Application Server.
> Vendor ID
> 0
> VSA Type
> 1249
> AVP Type
> GROUPED
> Supported group value(s):
> [ SERVICE_SPECIFIC_TYPE ]
> [ SERVICE_SPECIFIC_VALUE ]
> AVP Flag
> M
> Service-Specific-Info
> This AVP holds service specific data if and as provided by an Application Server or a PCEF only for pre-defined PCC rules.
> Vendor ID
> 10415
> VSA Type
> 1249
> AVP Type
> GROUPED
> Supported group value(s):
> [ SERVICE_SPECIFIC_DATA ]
> [ SERVICE_SPECIFIC_TYPE ]
> AVP Flag
> M
> Service-Specific-Type
> This AVP holds the type of the Service-Specific-Data.
> Vendor ID
> 0
> VSA Type
> 1248
> AVP Type
> UINT32
> AVP Flag
> M
> Service-Specific-Value
> This AVP holds service specific value.
> Vendor ID
> 0
> VSA Type
> 863
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Service-Type
> This AVP contains the type of service the user has requested or the type of service to be provided.
> Vendor ID
> 0
> VSA Type
> 6
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 Login
> 2 Framed
> 3 Callback-Login
> 4 Callback-Framed
> 5 Outbound
> 6 Administrative
> 7 NAS-Prompt
> 8 Authenticate-Only
> 9 Callback-NAS-Prompt
> 10 Call-Check
> 11 Callback-Administrative
> 12 Voice
> 13 Fax
> 14 Modem-Relay
> 15 IAPP-Register_IEEE-802_11f
> 16 IAPP-AP-Check_IEEE-802_11f
> 17 Authorize-Only-RADDynAuth
> AVP Flag
> M
> Service-URN
> This AVP indicates that an AF session is used for emergency traffic. It contains values of the service URN including sub-services, as registered at IANA.
> Vendor ID
> 10415
> VSA Type
> 525
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> ServiceTypeIdentity
> This AVP contains the LCS service type identity.
> Vendor ID
> 10415
> VSA Type
> 1484
> AVP Type
> UINT32
> AVP Flag
> M
> Serving-Node-Type
> This AVP contains type of the Serving Node.
> Vendor ID
> 10415
> VSA Type
> 2047
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 SGSN
> 1 PMIPSGW
> 2 GTPSGW
> 3 ePDG
> 4 hSGW
> 5 MME
> AVP Flag
> M
> Session-Bundle-Id
> Used to identify the group of sessions to which session of the AA-Answer belongs.
> Vendor ID
> 13019
> VSA Type
> 400
> AVP Type
> UINT32
> AVP Flag
> M
> Session-Id
> Specifies the specific session with an identifier.
> Vendor ID
> 0
> VSA Type
> 263
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Session-Linking-Indicator
> This AVP indicates whether the session linking between the Gateway Control Session and the Gx session must be deferred.
> Vendor ID
> 10415
> VSA Type
> 1064
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 SESSION_LINKING_IMMEDIATE
> 1 SESSION_LINKING_DEFERRED
> AVP Flag
> M
> Session-Priority
> This AVP indicates to the HSS or accounting server the session's priority. PRIORITY-0 is the highest priority.
> Vendor ID
> 10415
> VSA Type
> 650
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 PRIORITY-0
> 1 PRIORITY-1
> 2 PRIORITY-2
> 3 PRIORITY-3
> 4 PRIORITY-4
> AVP Flag
> N/A
> Session-Release-Cause
> This AVP contains the release cause of the IP-CAN session.
> Vendor ID
> 10415
> VSA Type
> 1045
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 UNSPECIFIED_REASON
> 1 UE_SUBSCRIPTION_REASON
> 2 INSUFFICIENT_SERVER_RESOURCES
> AVP Flag
> M
> Session-Request-Type
> This AVP indicates the action that the PDG is asking to the 3GPP AAA server to perform.
> Vendor ID
> 10415
> VSA Type
> 311
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> M
> Session-Start-Indicator
> This AVP contains the SFR Session Start Indication. Flags Primary PDP Context. Value is always 0xFF".
> Vendor ID
> 8164
> VSA Type
> 522
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Session-Timeout
> This AVP contains the maximum number of seconds of service to be provided to the user before termination of the session.
> Vendor ID
> 0
> VSA Type
> 27
> AVP Type
> UINT32
> AVP Flag
> M
> Software-Version
> This AVP contains the Software Version of the International Mobile Equipment Identity.
> Vendor ID
> 10415
> VSA Type
> 6004
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Specific-APN-Info
> This AVP contains the APN which is not present in the subscription context but the UE is authorized to connect to and the identity of the registered PDN-GW.
> Vendor ID
> 10415
> VSA Type
> 1472
> AVP Type
> GROUPED
> Supported group value(s):
> [ SERVICE_SELECTION ]
> [ MIP6_AGENT_INFO ]
> [ VISITED_NETWORK_IDENTIFIER ]
> AVP Flag
> M
> Specific-Action
> Within an E-PDF initiated Re-Authorization Request; the Specific-Action AVP determines the type of the action.
> Vendor ID
> 10415
> VSA Type
> 513
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 CHARGING_CORRELATION_EXCHANGE
> 2 INDICATION_OF_LOSS_OF_BEARER
> 3 INDICATION_OF_RECOVERY_OF_BEARER
> 4 INDICATION_OF_RELEASE_OF_BEARER
> 5 INDICATION_OF_ESTABLISHMENT_OF_BEARER
> 6 IP_CAN_CHANGE
> AVP Flag
> M
> Starent-Subscriber-Permission
> This AVP is used to control the Network Mobility (NEMO) permission on a per Enterprise/PDN connection basis.
> Vendor ID
> 8164
> VSA Type
> 20
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 None
> 1 Simple-IP
> 2 Mobile-IP
> 3 Simple-IP-Mobile-IP
> 4 HA-Mobile-IP
> 5 Simple-IP-HA-Mobile-IP
> 6 Mobile-IP-HA-Mobile-IP
> 7 SIP-MIP-HA-MIP
> 8 GGSN-PDP-TYPE-IP
> 16 GGSN-PDP-TYPE-PPP
> 32 Network-Mobility
> 38 FA-HA-NEMO
> 63 All
> AVP Flag
> M
> Start-Time
> This AVP contains a time-stamp (in UTC format) which represents the start of a service flow at the BM.
> Vendor ID
> 10415
> VSA Type
> 2041
> AVP Type
> TIME
> AVP Flag
> M
> State
> Sent by Diameter server to the NAS in an AA Response command that contains either a Result-Code of "DIAMETER_MULTI_ROUND_AUTH" or a "Termination-Action" AVP with the value of "AA-REQUEST".
> Vendor ID
> 0
> VSA Type
> 24
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Stop-Time
> This AVP contains a time-stamp (in UTC format) which represents the termination of a service flow at the BM. This AVP is only included in an accounting request with Accounting-Record-Type indicating STOP_RECORD.
> Vendor ID
> 10415
> VSA Type
> 2042
> AVP Type
> TIME
> AVP Flag
> M
> Subs-Req-Type
> This AVP indicates the type of subscription to notifications request in SNR.Subs-Req-Type.
> Vendor ID
> 0
> VSA Type
> 705
> AVP Type
> ENUM
> Supported enumerated value(s): none
> AVP Flag
> M
> Subscriber-Priority
> Subscriber-Priority
> Vendor ID
> 5535
> VSA Type
> 6078
> AVP Type
> GROUPED
> Supported group value(s):
> [ 3GPP2_MAX_AUTH_AGGR_BW_BET ]
> [ 3GPP2_MAX_PER_FLOW_PRIORITY_USER ]
> [ 3GPP2_INTER_USER_PRIORITY ]
> [ 3GPP2_ALLOWED_PERSISTENT_TFTS ]
> [ 3GPP2_MAX_SVC_INST_LINK_FLOW_TOTAL ]
> [ 3GPP2_SERVICE_OPTION_PROFILE ]
> AVP Flag
> M
> Subscriber-Status
> This AVP indicates if the service is barred or granted.
> Vendor ID
> 10415
> VSA Type
> 1424
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 SERVICEGRANTED
> 1 OPERATORDETERMINEDBARRING
> AVP Flag
> M
> Subscription-Data
> This AVP contains the information related to the user profile relevant for EPS and GERAN/UTRAN.
> Vendor ID
> 10415
> VSA Type
> 6001
> AVP Type
> GROUPED
> Supported group value(s):
> [ SUBSCRIBER_STATUS ]
> [ MSISDN ]
> [ STN_SR ]
> [ ICS_INDICATOR ]
> [ NETWORK_ACCESS_MODE ]
> [ OPERATOR_DETERMINED_BARRING ]
> [ HPLMN_ODB ]
> [ REGIONAL_SUBSCRIPTION_ZONE_CODE ]
> [ ACCESS_RESTRICTION_DATA ]
> [ APN_OI_REPLACEMENT ]
> [ 3GPP_CHARGING_CHARACTERISTICS ]
> [ AMBR ]
> [ APN_CONFIGURATION_PROFILE ]
> [ RAT_FREQUENCY_SELECTION_PRIORITY ]
> AVP Flag
> M
> Subscription-Id
> Identifier for the end-users subscription (IMSI, MSISDN, etc.).
> Vendor ID
> 0
> VSA Type
> 443
> AVP Type
> GROUPED
> Supported group value(s):
> [ SUBSCRIPTION_ID_TYPE ]
> [ SUBSCRIPTION_ID_DATA ]
> AVP Flag
> M
> Subscription-Id-Data
> Used to identify the end user information.
> Vendor ID
> 0
> VSA Type
> 444
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Subscription-Id-Type
> Determines the type of identifier carried by the Subscription-Id AVP.
> Vendor ID
> 0
> VSA Type
> 450
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 END_USER_E164
> 1 END_USER_IMSI
> 2 END_USER_SIP_URI
> 3 END_USER_NAI
> 4 END_USER_PRIVATE
> AVP Flag
> M
> Subscription-Info
> This AVP contains the UE's subscription information.
> Vendor ID
> 10415
> VSA Type
> 642
> AVP Type
> GROUPED
> Supported group value(s):
> [ CALL_ID_SIP_HEADER ]
> [ FROM_SIP_HEADER ]
> [ TO_SIP_HEADER ]
> [ RECORD_ROUTE ]
> [ CONTACT ]
> AVP Flag
> N/A
> Supported-Applications
> This AVP contains supported application identifiers of a Diameter node.
> Vendor ID
> 10415
> VSA Type
> 631
> AVP Type
> GROUPED
> Supported group value(s):
> [ AUTH_APPLICATION_ID ]
> [ ACCT_APPLICATION_ID ]
> [ VENDOR_SPECIFIC_APPLICATION_ID ]
> AVP Flag
> M
> Supported-Features
> This AVP informs the destination host about the features supported by the origin host.
> Vendor ID
> 10415
> VSA Type
> 628
> AVP Type
> GROUPED
> Supported group value(s):
> [ VENDOR_ID ]
> [ FEATURE_LIST_ID ]
> [ FEATURE_LIST ]
> AVP Flag
> M
> Supported-Features-Resp
> This AVP contains a list of supported features of the origin host (Answer message without M bit set).
> Vendor ID
> 10415
> VSA Type
> 628
> AVP Type
> GROUPED
> Supported group value(s):
> [ VENDOR_ID_RESP ]
> [ FEATURE_LIST_ID_RESP ]
> [ FEATURE_LIST_RESP ]
> AVP Flag
> N/A
> Supported-RAT-Type
> This AVP contains one of E-UTRAN, UTRAN, GERAN, GAN, I-HSPA-EVOLUTION.
> Vendor ID
> 10415
> VSA Type
> 6005
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Supported-Vendor-Id
> Specifies the vendor ID other than the device vendor.
> Vendor ID
> 0
> VSA Type
> 265
> AVP Type
> UINT32
> AVP Flag
> M
> TFT-Filter
> This AVP contains the flow filter for one Traffic Flow Template (TFT) packet filter.
> Vendor ID
> 10415
> VSA Type
> 1012
> AVP Type
> IPFILTERRULE
> AVP Flag
> M
> TFT-Packet-Filter-Information
> This AVP contains the information from a single TFT packet filter including the evaluation precedence, the filter and the Type-of-Service/Traffic Class sent from the TPF to the CRF.
> Vendor ID
> 10415
> VSA Type
> 1013
> AVP Type
> GROUPED
> Supported group value(s):
> [ PRECEDENCE ]
> [ TFT_FILTER ]
> [ TOS_TRAFFIC_CLASS ]
> AVP Flag
> M
> TMGI
> This AVP contains the Temporary Mobile Group Identity (TMGI) allocated to a particular MBMS bearer service.
> Vendor ID
> 10415
> VSA Type
> 900
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> TS-Code
> This AVP contains the code identifying a single teleservice, a group of teleservices, or all teleservices.
> Vendor ID
> 10415
> VSA Type
> 1487
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Tap-Id
> This AVP holds the Tap ID as provisioned by the DF.
> Vendor ID
> 4491
> VSA Type
> 231
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Tariff-Change-Usage
> Defines whether units are used before or after a tariff change.
> Vendor ID
> 0
> VSA Type
> 452
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 UNIT_BEFORE_TARIFF_CHANGE
> 1 UNIT_AFTER_TARIFF_CHANGE
> 2 UNIT_INDETERMINATE
> AVP Flag
> M
> Tariff-Time-Change
> It is sent from the server to the client and includes the time in seconds since January 1, 1900, 00:00 UTC, when the tariff of the service is changed.
> Vendor ID
> 0
> VSA Type
> 451
> AVP Type
> TIME
> AVP Flag
> M
> Teleservice-List
> This AVP contains the service codes for the short message related teleservice for a subscriber.
> Vendor ID
> 10415
> VSA Type
> 1486
> AVP Type
> GROUPED
> Supported group value(s):
> [ TS_CODE ]
> AVP Flag
> M
> Terminal-Information
> This AVP contains the information about the user's mobile equipment.
> Vendor ID
> 10415
> VSA Type
> 6002
> AVP Type
> GROUPED
> Supported group value(s):
> [ ESN ]
> [ MEID ]
> [ IMEI ]
> [ SOFTWARE_VERSION ]
> AVP Flag
> M
> Terminal-Type
> This AVP contains a value of the User Class DHCP Option.
> Vendor ID
> 13019
> VSA Type
> 352
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Terminating-IOI
> This AVP holds the Inter Operator Identifier for the originating network as generated by the S-CSCF in the home network of the terminating end user.
> Vendor ID
> 0
> VSA Type
> 840
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Termination-Cause
> This AVP indicates the reason why a session was terminated on the access device.
> Vendor ID
> 0
> VSA Type
> 295
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 DIAMETER_LOGOUT
> 2 DIAMETER_SERVICE_NOT_PROVIDED
> 3 DIAMETER_BAD_ANSWER
> 4 DIAMETER_ADMINISTRATIVE
> 5 DIAMETER_LINK_BROKEN
> 6 DIAMETER_AUTH_EXPIRED
> 7 DIAMETER_USER_MOVED
> 8 DIAMETER_SESSION_TIMEOUT
> AVP Flag
> M
> Time-First-Usage
> This AVP specifies the time in UTC format for the first IP packet to be transmitted and mapped to the current service data container.
> Vendor ID
> 10415
> VSA Type
> 2043
> AVP Type
> TIME
> AVP Flag
> M
> Time-Last-Usage
> This AVP specifies the time in UTC format for the last IP packet to be transmitted and mapped to the current service data container.
> Vendor ID
> 10415
> VSA Type
> 2044
> AVP Type
> TIME
> AVP Flag
> M
> Time-Stamps
> This grouped AVP holds the time of the initial SIP request and the time of the response to the initial SIP Request.
> Vendor ID
> 0
> VSA Type
> 833
> AVP Type
> GROUPED
> Supported group value(s):
> [ SIP_REQUEST_TIMESTAMP ]
> [ SIP_RESPONSE_TIMESTAMP ]
> AVP Flag
> M
> Time-Usage
> This AVP indicates the length of the current flow in seconds.
> Vendor ID
> 10415
> VSA Type
> 2045
> AVP Type
> UINT32
> AVP Flag
> M
> To-SIP-Header
> This AVP contains the information in the To header.
> Vendor ID
> 10415
> VSA Type
> 645
> AVP Type
> OCTETSTRING
> AVP Flag
> N/A
> ToS-Traffic-Class
> This AVP contains the Type-of-Service/Traffic-Class of a TFT packet filter.
> Vendor ID
> 10415
> VSA Type
> 1014
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Trace-Collection-Entity
> This AVP contains the IPv4 or IPv6 address of the Trace Collection Entity.
> Vendor ID
> 10415
> VSA Type
> 1452
> AVP Type
> ADDRESS
> AVP Flag
> M
> Trace-Data
> This AVP contains the information related to trace function.
> Vendor ID
> 10415
> VSA Type
> 1458
> AVP Type
> GROUPED
> Supported group value(s):
> [ TRACE_REFERENCE ]
> [ TRACE_DEPTH_LIST ]
> [ TRACE_NE_TYPE_LIST ]
> [ TRACE_INTERFACE_LIST ]
> [ TRACE_EVENT_LIST ]
> [ OMC_ID ]
> [ TRACE_COLLECTION_ENTITY ]
> AVP Flag
> M
> Trace-Depth
> This AVP indicates whether entire signaling messages or just some IEs need to be recorded.
> Vendor ID
> 10415
> VSA Type
> 1462
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 Minimum
> 1 Medium
> 2 Maximum
> 3 MinimumWithoutVendorSpecificExtension
> 4 MediumWithoutVendorSpecificExtension
> 5 MaximumWithoutVendorSpecificExtension
> AVP Flag
> M
> Trace-Depth-List
> This AVP contains the list of Trade Depths per NE Type.
> Vendor ID
> 10415
> VSA Type
> 1460
> AVP Type
> GROUPED
> Supported group value(s):
> [ TRACE_DEPTH_PER_NE_TYPE ]
> AVP Flag
> M
> Trace-Depth-Per-NE-Type
> This AVP contains the Network-Element-Type that is involved in a session trace, and the corresponding depth of trace for the specified Network-Element-Type.
> Vendor ID
> 10415
> VSA Type
> 1451
> AVP Type
> GROUPED
> Supported group value(s):
> [ NETWORK_ELEMENT_TYPE ]
> [ TRACE_DEPTH ]
> AVP Flag
> M
> Trace-Event-List
> Trace-Event-List
> Vendor ID
> 10415
> VSA Type
> 1465
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Trace-Interface-List
> Trace-Interface-List
> Vendor ID
> 10415
> VSA Type
> 1464
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Trace-NE-Type-List
> This AVP contains the concatenation of MCC MNC.
> Vendor ID
> 10415
> VSA Type
> 1463
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Trace-Reference
> This AVP contains the concatenation of MCC MNC.
> Vendor ID
> 10415
> VSA Type
> 1459
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Tracking-Area-Identity
> This AVP contains the tracking area identifier of the user.
> Vendor ID
> 10415
> VSA Type
> 1603
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Traffic-Data-Volumes
> This AVP is used to allow the transmission of the IPCAN bearer container on encountering change on charging condition for this IP-CAN bearer.The Rf interface supports AMBR reporting for non-guaranteed bit rate (non-GBR) bearers in a TDV AVP group.
> Vendor ID
> 10415
> VSA Type
> 2046
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_INFORMATION ]
> [ ACCOUNTING_INPUT_OCTETS ]
> [ ACCOUNTING_INPUT_PACKETS ]
> [ ACCOUNTING_OUTPUT_OCTETS ]
> [ ACCOUNTING_OUTPUT_PACKETS ]
> [ CHANGE_CONDITION ]
> [ CHANGE_TIME ]
> [ 3GPP_USER_LOCATION_INFO ]
> AVP Flag
> M
> Transport-Class
> This AVP contains an integer used as an index pointing to a class of transport services to be applied.
> Vendor ID
> 13019
> VSA Type
> 311
> AVP Type
> UINT32
> AVP Flag
> N/A
> Trunk-Group-ID
> This grouped AVP identifies the incoming and outgoing PSTN legs.
> Vendor ID
> 10415
> VSA Type
> 851
> AVP Type
> GROUPED
> Supported group value(s):
> [ INCOMING_TRUNK_GROUP_ID ]
> [ OUTGOING_TRUNK_GROUP_ID ]
> AVP Flag
> M
> Tunnel-Assignment-Id
> Used to indicate to the tunnel initiator the particular tunnel to which a session is to be assigned.
> Vendor ID
> 0
> VSA Type
> 82
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Tunnel-Client-Auth-Id
> Specifies the name used by the tunnel initiator during the authentication phase of tunnel establishment.
> Vendor ID
> 0
> VSA Type
> 90
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Tunnel-Client-Endpoint
> This AVP contains the address of the initiator end of the tunnel.
> Vendor ID
> 0
> VSA Type
> 66
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Tunnel-Header-Filter
> Tunnel-Header-Filter
> Vendor ID
> 10415
> VSA Type
> 1036
> AVP Type
> IPFILTERRULE
> AVP Flag
> N/A
> Tunnel-Header-Length
> This AVP indicates the length of the tunnel header in octets.
> Vendor ID
> 10415
> VSA Type
> 1037
> AVP Type
> UINT32
> AVP Flag
> N/A
> Tunnel-Information
> This AVP contains the tunnel (outer) header information from a single IP flow.
> Vendor ID
> 10415
> VSA Type
> 1038
> AVP Type
> GROUPED
> Supported group value(s):
> [ TUNNEL_HEADER_LENGTH ]
> [ TUNNEL_HEADER_FILTER ]
> AVP Flag
> N/A
> Tunnel-Medium-Type
> This AVP contains the transport medium to use when creating a tunnel for protocols (such as L2TP) that can operate over multiple transports.
> Vendor ID
> 0
> VSA Type
> 65
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 IPv4_IPversion4
> 2 IPv6_IPversion6
> 3 NSAP
> 4 HDLC-8-bit_multidrop
> 5 BBN-1822
> 6 802-includes-all-802-media-plus-Ethernet-canonical_format
> 7 E163_POTS
> 8 E164_SMDS_Frame-Relay_ATM
> 9 F69_Telex
> 10 X121_X25_Frame-Relay
> 11 IPX
> 12 Appletalk
> 13 Decnet_IV
> 14 Banyan_Vines
> 15 E164-with-NSAP-format-subaddress
> AVP Flag
> M
> Tunnel-Password
> This AVP contains a password to be used to authenticate to a remote server.
> Vendor ID
> 0
> VSA Type
> 69
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Tunnel-Preference
> Used to identify the relative preference assigned to each tunnel when more than one set of tunneling AVPs is returned within separate Grouped-AVPs.
> Vendor ID
> 0
> VSA Type
> 83
> AVP Type
> UINT32
> AVP Flag
> M
> Tunnel-Private-Group-Id
> This AVP contains the group ID for a particular tunneled session.
> Vendor ID
> 0
> VSA Type
> 81
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Tunnel-Server-Auth-Id
> This AVP contains the name used by the tunnel terminator during the authentication phase of tunnel establishment.
> Vendor ID
> 0
> VSA Type
> 91
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Tunnel-Server-Endpoint
> This AVP contains the address of the server end of the tunnel.
> Vendor ID
> 0
> VSA Type
> 67
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Tunnel-Type
> This AVP contains the tunneling protocol(s) to be used (in the case of a tunnel initiator) or in use (in the case of a tunnel terminator).
> Vendor ID
> 0
> VSA Type
> 64
> AVP Type
> ENUM
> Supported enumerated value(s):
> 1 Point-to-Point_Tunneling_Protocol-PPTP
> 2 Layer-Two-Forwarding_L2F
> 3 Layer-Two-Tunneling_Protocol-L2TP
> 4 Ascend-Tunnel-Management-Protocol-ATMP
> 5 Virtual-Tunneling-Protocol-VTP
> 6 IP-Authentication-Header-in-the-Tunnel-mode_AH
> 7 IP-in-IP_Encapsulation_IP-IP
> 8 Minimal_IP-in-IP_Encapsulation_MIN-IP-IP
> 9 IP_Encapsulating_Security_Payload_in_the_Tunnel-mode_ESP
> 10 Generic_Route_Encapsulation_GRE
> 11 Bay_Dial_Virtual_Services-DVS
> 12 IP-in-IP-Tunneling
> 13 Virtual-LANs-VLAN
> AVP Flag
> M
> Tunneling
> Used to describe a compulsory tunnel service.
> Vendor ID
> 0
> VSA Type
> 401
> AVP Type
> GROUPED
> Supported group value(s):
> [ TUNNEL_TYPE ]
> [ TUNNEL_MEDIUM_TYPE ]
> [ TUNNEL_CLIENT_ENDPOINT ]
> [ TUNNEL_SERVER_ENDPOINT ]
> [ TUNNEL_PREFERENCE ]
> [ TUNNEL_CLIENT_AUTH_ID ]
> [ TUNNEL_SERVER_AUTH_ID ]
> [ TUNNEL_ASSIGNMENT_ID ]
> [ TUNNEL_PASSWORD ]
> [ TUNNEL_PRIVATE_GROUP_ID ]
> AVP Flag
> M
> UAR-Flags
> This AVP contains a bit mask, if the bit 0 is set, it indicates that the request corresponds to an IMS Emergency Registration.
> Vendor ID
> 0
> VSA Type
> 637
> AVP Type
> UINT32
> AVP Flag
> M
> ULA-Flags
> The ULR-Flags AVP is of type Unsigned32 and it contains a bit mask.
> Vendor ID
> 10415
> VSA Type
> 6007
> AVP Type
> UINT32
> AVP Flag
> M
> ULR-Flags
> The ULR-Flags AVP is of type Unsigned32 and it contains a bit mask.
> Vendor ID
> 10415
> VSA Type
> 6006
> AVP Type
> UINT32
> AVP Flag
> M
> UMTS-Vector
> This AVP contains Authentication Information for UMTS.
> Vendor ID
> 10415
> VSA Type
> 6018
> AVP Type
> GROUPED
> Supported group value(s):
> [ ITEM_NUMBER ]
> [ RAND ]
> [ XRES ]
> [ AUTN ]
> [ CONFIDENTIALITY_KEY ]
> [ INTEGRITY_KEY ]
> AVP Flag
> M
> UTRAN-Vector
> This AVP contains Authentication Information for UTRAN.
> Vendor ID
> 10415
> VSA Type
> 1415
> AVP Type
> GROUPED
> Supported group value(s):
> [ ITEM_NUMBER ]
> [ RAND ]
> [ XRES ]
> [ AUTN ]
> [ CONFIDENTIALITY_KEY ]
> [ INTEGRITY_KEY ]
> AVP Flag
> M
> Unit-Value
> This AVP contains cost estimate (type of money) of the service.
> Vendor ID
> 0
> VSA Type
> 445
> AVP Type
> GROUPED
> Supported group value(s):
> [ VALUE_DIGITS ]
> [ EXPONENT ]
> AVP Flag
> M
> Usage-Monitoring-Information
> This AVP contains the usage monitoring control information.
> Vendor ID
> 10415
> VSA Type
> 1067
> AVP Type
> GROUPED
> Supported group value(s):
> [ MONITORING_KEY ]
> [ GRANTED_SERVICE_UNIT ]
> [ USED_SERVICE_UNIT ]
> [ USAGE_MONITORING_LEVEL ]
> [ USAGE_MONITORING_REPORT ]
> [ USAGE_MONITORING_SUPPORT ]
> AVP Flag
> N/A
> Usage-Monitoring-Level
> This AVP is used by the PCRF to indicate whether the usage monitoring instance applies to the IP-CAN session or to one or more PCC rules.
> Vendor ID
> 10415
> VSA Type
> 1068
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 SESSION_LEVEL
> 1 PCC_RULE_LEVEL
> AVP Flag
> N/A
> Usage-Monitoring-Report
> This AVP is used by the PCRF to indicate that accumulated usage is to be reported by the PCEF regardless of whether a usage threshold is reached for certain usage monitoring key.
> Vendor ID
> 10415
> VSA Type
> 1069
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 USAGE_MONITORING_REPORT_REQUIRED
> AVP Flag
> N/A
> Usage-Monitoring-Support
> This AVP is used by the PCRF to indicate whether usage monitoring should be disabled for certain Monitoring Key.
> Vendor ID
> 10415
> VSA Type
> 1070
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 USAGE_MONITORING_DISABLED
> AVP Flag
> N/A
> Used-Service-Unit
> The used service unit measured from the point when service is active.
> Vendor ID
> 0
> VSA Type
> 446
> AVP Type
> GROUPED
> Supported group value(s):
> [ TARIFF_TIME_CHANGE ]
> [ TARIFF_CHANGE_USAGE ]
> [ CC_TIME ]
> [ CC_MONEY ]
> [ CC_TOTAL_OCTETS ]
> [ CC_INPUT_OCTETS ]
> [ CC_OUTPUT_OCTETS ]
> [ CC_SERVICE_SPECIFIC_UNITS ]
> AVP Flag
> M
> User-Authorization-Type
> This AVP contains the type of user authorization being performed in a User Authorization operation.
> Vendor ID
> 10415
> VSA Type
> 623
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 REGISTRATION
> 1 DE_REGISTRATION
> 2 REGISTRATION_AND_CAPABILITIES
> AVP Flag
> M
> User-Data
> This AVP contains the user data requested in the PUR and SNR operations and the data to be modified in the UPR operations.
> Vendor ID
> 0
> VSA Type
> 702
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> User-Data-Already-Available
> This AVP indicates whether S-CSCF is already storing the user data or not.
> Vendor ID
> 10415
> VSA Type
> 624
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 USER_DATA_NOT_AVAILABLE
> 1 USER_DATA_ALREADY_AVAILABLE
> AVP Flag
> M
> User-Equipment-Info
> This AVP indicates the identification and capabilities of the terminal.
> Vendor ID
> 0
> VSA Type
> 458
> AVP Type
> GROUPED
> Supported group value(s):
> [ USER_EQUIPMENT_INFO_TYPE ]
> [ USER_EQUIPMENT_INFO_VALUE ]
> AVP Flag
> M
> User-Equipment-Info-Type
> Defines the type of information present in User-Equipment-Info-Value AVP.
> Vendor ID
> 0
> VSA Type
> 459
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 IMEISV
> 1 MAC
> 2 EUI64
> 3 MODIFIED_EUI64
> 4 ESN
> 5 MEID
> AVP Flag
> M
> User-Equipment-Info-Value
> Defines the type of identifier used.
> Vendor ID
> 0
> VSA Type
> 460
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> User-Id
> User-Id
> Vendor ID
> 10415
> VSA Type
> 1444
> AVP Type
> UTF8STRING
> AVP Flag
> M
> User-Identity
> This grouped AVP contains either a Public-Identity AVP or an MSISDN AVP.
> Vendor ID
> 10415
> VSA Type
> 700
> AVP Type
> GROUPED
> Supported group value(s):
> [ PUBLIC_IDENTITY ]
> [ MSISDN ]
> AVP Flag
> M
> User-Name
> This AVP contains identification of the service user in a format consistent with the Network Access Identifier (NAI) specification.
> Vendor ID
> 0
> VSA Type
> 1
> AVP Type
> UTF8STRING
> AVP Flag
> M
> User-Password
> This AVP indicates PAP for multiauth in PDG.
> Vendor ID
> 0
> VSA Type
> 2
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> User-Session-Id
> This AVP holds the session identifier.
> Vendor ID
> 10415
> VSA Type
> 830
> AVP Type
> UTF8STRING
> AVP Flag
> M
> User-State
> User-State
> Vendor ID
> 10415
> VSA Type
> 1499
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 DETACHED
> 1 ATTACHED_NOT_REACHABLE_FOR_PAGING
> 2 ATTACHED_REACHABLE_FOR_PAGING
> 3 CONNECTED_NOT_REACHABLE_FOR_PAGING
> 4 CONNECTED_REACHABLE_FOR_PAGING
> 5 NETWORK_DETERMINED_NOT_REACHABLE
> AVP Flag
> M
> V4-Transport-Address
> This AVP contains a single IPv4 address and a single port number.
> Vendor ID
> 13019
> VSA Type
> 454
> AVP Type
> GROUPED
> Supported group value(s):
> [ FRAMED_IP_ADDRESS ]
> [ PORT_NUMBER ]
> AVP Flag
> N/A
> V6-Transport-Address
> This AVP contains a single IPv6 address and a single port number.
> Vendor ID
> 13019
> VSA Type
> 453
> AVP Type
> GROUPED
> Supported group value(s):
> [ FRAMED_IPV6_PREFIX ]
> [ PORT_NUMBER ]
> AVP Flag
> N/A
> VPLMN-Dynamic-Address-Allowed
> This AVP indicates whether for this APN, the UE is allowed to use the PDN GW in the domain of the HPLMN only, or additionally, the PDN GW in the domain of the VPLMN.
> Vendor ID
> 10415
> VSA Type
> 1432
> AVP Type
> ENUM
> Supported enumerated value(s):
> 0 NOTALLOWED
> 1 ALLOWED
> AVP Flag
> M
> Validity-Time
> Validity time of the granted service units. Measurement starts upon receipt of the Credit-Control-Answer Message containing this AVP.
> Vendor ID
> 0
> VSA Type
> 448
> AVP Type
> UINT32
> AVP Flag
> M
> Value-Digits
> This AVP contains the significant digits of the number. If decimal values are needed to present the units, the scaling MUST be indicated with the related Exponent AVP.
> Vendor ID
> 0
> VSA Type
> 447
> AVP Type
> INT64
> AVP Flag
> M
> Vendor-Id
> Unique Identifier of the Vendor and contains the IANA "SMI Network Management Private Enterprise Codes" value assigned to the vendor of the Diameter application.
> Vendor ID
> 0
> VSA Type
> 266
> AVP Type
> UINT32
> AVP Flag
> M
> Vendor-Id-Resp
> Unique identifier of the vendor.
> Vendor ID
> 10415
> VSA Type
> 266
> AVP Type
> UINT32
> AVP Flag
> N/A
> Vendor-Specific-Application-Id
> Specifies the Vendor Specific Application ID and is used to advertise support of a vendor-specific Diameter Application.
> Vendor ID
> 0
> VSA Type
> 260
> AVP Type
> GROUPED
> Supported group value(s):
> [ VENDOR_ID ]
> [ AUTH_APPLICATION_ID ]
> [ ACCT_APPLICATION_ID ]
> AVP Flag
> M
> Vendor-Specific-QoS-Profile-Template
> This AVP defines the namespace of the QoS profile (indicated in the Vendor-ID AVP) followed by the specific value for the profile.
> Vendor ID
> 0
> VSA Type
> 6064
> AVP Type
> GROUPED
> Supported group value(s):
> [ VENDOR_ID ]
> [ QOS_PROFILE_TEMPLATE ]
> AVP Flag
> M
> Visited-Network-Identifier
> This AVP contains an identifier that helps the home network to identify the visited network (for example, the visited network domain name).
> Vendor ID
> 10415
> VSA Type
> 600
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Visited-PLMN-Id
> This AVP contains the concatenation of MCC and MNC.
> Vendor ID
> 10415
> VSA Type
> 6008
> AVP Type
> UTF8STRING
> AVP Flag
> M
> WLAN-Session-Id
> This AVP contains the WLAN Session ID that is used to correlate PDG and WLAN AN charging data.
> Vendor ID
> 0
> VSA Type
> 11009
> AVP Type
> UINT32
> AVP Flag
> M
> WiMAX-A-PCEF-Address
> This AVP indicates the IP address of the A-PCEF to the PDF.
> Vendor ID
> 24757
> VSA Type
> 411
> AVP Type
> ADDRESS
> AVP Flag
> M
> WiMAX-PCC-R3-P-Capability
> This AVP contains in a CCR message the WiMAX capabilities supported by the ASN. In a CCA it identifies the options selected by the PCRF.
> Vendor ID
> 24757
> VSA Type
> 404
> AVP Type
> GROUPED
> Supported group value(s):
> [ WIMAX_RELEASE ]
> [ ACCOUNTING_PCC_R3_P_CAPABILITY ]
> AVP Flag
> M
> WiMAX-QoS-Information
> This AVP contains the WiMAX QoS information for ASN GW.
> Vendor ID
> 24757
> VSA Type
> 407
> AVP Type
> GROUPED
> Supported group value(s):
> [ QOS_CLASS_IDENTIFIER ]
> [ MAX_REQUESTED_BANDWIDTH_UL ]
> [ MAX_REQUESTED_BANDWIDTH_DL ]
> [ GUARANTEED_BITRATE_UL ]
> [ GUARANTEED_BITRATE_DL ]
> [ PACKET_INTERVAL ]
> [ PACKET_SIZE ]
> AVP Flag
> M
> WiMAX-Release
> This AVP indicates a WiMAX release formatted as major/minor.
> Vendor ID
> 24757
> VSA Type
> 301
> AVP Type
> OCTETSTRING
> AVP Flag
> M
> Wildcarded-IMPU
> This AVP contains a wild-carded Public User Identity stored in the HSS.
> Vendor ID
> 10415
> VSA Type
> 636
> AVP Type
> UTF8STRING
> AVP Flag
> N/A
> Wildcarded-PSI
> This AVP contains a wild-carded PSI stored in the HSS.
> Vendor ID
> 10415
> VSA Type
> 634
> AVP Type
> UTF8STRING
> AVP Flag
> M
> Wildcarded-Public-Identity
> This AVP contains a Wildcarded PSI or Wildcarded Public User Identity stored in the HSS.
> Vendor ID
> 10415
> VSA Type
> 634
> AVP Type
> UTF8STRING
> AVP Flag
> N/A
> XRES
> This AVP contains the XRES (Expected Response USIM).
> Vendor ID
> 10415
> VSA Type
> 1448
> AVP Type
> OCTETSTRING
> AVP Flag
> M

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