cdr format ggsn 2010b cp05

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GGSN CDR Format

Copyright

© Ericsson AB 2008–2010. All rights reserved. No part of this document may be reproduced in anyform without the written permission of the copyright owner.

Disclaimer

The contents of this document are subject to revision without notice due to continued progress in

methodology, design and manufacturing. Ericsson shall have no liability for any error or damage of

any kind resulting from the use of this document.

Contents

PRINTOUT DESCRIPTION 1/190 83-AXB 250 10/4 Uen B2

1 Introduction 1.1 CDR Encoding

1.2 CDR Field Categories

1.3 CDR Partial Format

2

G-CDR and eG-CDR Content

3

G-CDR and eG-CDR Fields 3.1 Call Event Record

3.2 GGSN PDP Record

3.3 Record Type 3.4 Served IMSI

3.5 GGSN Address

3.6 Charging ID 3.7 SGSN Address 3.8 APN Network Identifier

3.9 PDP Type

3.10 Served PDP Address 3.11 Dynamic Address Flag

3.12 List of Traffic Data Volumes 3.13 Record Opening Time

3.14 Duration 3.15 Cause for Record Closing

3.16 Record Sequence Number

3.17 Node ID

3.18 Record Extensions 3.19 Local Sequence Number 3.20 APN Selection Mode

3.21 Served MSISDN 3.22 Charging Characteristics

3.23 Charging Characteristics Selection Mode

3.24 IMS Signaling Context 3.25 External Charging ID

3.26 SGSN PLMN Identifier 3.27 PS Furnish Charging Information

3.28 Served IMEISV

of 116GGSN CDR Format

3/20/2012file://C:\Users\ecescal\Desktop\ecescal\Documents\My documents\ALEX_TMP\1009\alex...



3.29 Radio Access Technology Type 3.30 MS Time Zone

3.31 User Location Information 3.32 List of Service Data

3.33 QoS Negotiated

4 G-CDR and eG-CDR ASN.1 Tag Values

4.1 CallEventRecord 4.2 GGSNPDPRecord

5 G-CDR and eG-CDR ASN.1 Format

5.1 Release 97 5.2 Release 98

5.3 Release 99

5.4 Release 4 5.5 Release 5

5.6 Release 6 5.7 Record Extensions

Reference List





1 Introduction

This printout description describes the structure of the Charging Data Records (CDRs) generated bythe Ericsson Gateway GPRS Support Node (GGSN) for Global System for Mobile communication

(GSM) and Wideband Code Division Multiple Access (WCDMA) systems.

GGSN can generate a G-CDR or an eG-CDR depending on configuration and activated features.

Note: Actual CDRs can contain sensitive information regarding privacy and personal data

according to the EU directives on privacy. Therefore, all CDR information should beregarded as personal and handled accordingly.

1.1 CDR Encoding

The CDRs generated in the GGSN are specified according to Abstract Syntax Notation One (ASN.1),a language used for sending data across dissimilar communication systems. ASN.1 ensures that

the data received is the same as the data transmitted by providing a common syntax for specifyingapplication layer protocols. ASN.1 is an International Organization for Standardization/International

Telecommunication Union Standard-Telecommunication Standardization Sector (ISO/ITU-T)standard based on the Open System Interconnection (OSI) model and is defined in ITU-T

Recommendation X.680.

The GGSN uses ASN.1 Basic Encoding Rules (BER) to encode the CDRs. BER is a set of standardrules, defined in ITU-T Recommendation X.690, for encoding data types specified in ASN.1. A field

containing a value of a certain data type is encoded into the following parts:

Identifier: consists of an ASN.1 tag and data structure information to identify the data type

Length: the length in octets of the contents

Contents: the value encoded according to data type-specific rules

The ASN.1 tags assigned to CDR fields are specified in Section 4.

1.1.1 ASN.1 BER Encoding of Integers

ASN.1 defines the integer type as a simple type with values, which are the positive and negativenumbers, including zero.

The contents of an integer field are BER encoded in one or more octets. The content octets contain

the two’s complement binary number equal to the integer value, and consisting of bits 8 to 1 of the

first octet, followed by bit 8 to 1 of each octet in turn up to and including the last content octet.

The two’s complement form implies that the most significant bit of the content octets indicates thesign of the value (0 for positive numbers and 1 for negative numbers). This means that the highest

positive number a sequence of X octets can represent is: 2(8X-1)-1

Example 1

The highest positive number represented by four octets (32 bits) is: 231-1.





Example 2

To represent the highest value for a 32–bit positive integer (232-1), five content octets are

needed.

1.2 CDR Field Categories

The charging standard 3GPP TS 32.240 v6.3.0 specifies field categories. The following scheme is

used:

Figure 1 CDR Field Categories

Mandatory field (M): The field is always present in a CDR.

Conditional field (C): The field is present if a required condition is fulfilled.

Mandatory and operator-provisionable field (OM): The field is present if provisioned by the

operator.

Conditional and operator-provisionable field (OC): The field is present if a required condition

provisioned by the operator is fulfilled.

The presence of operator-provisionable fields (OM

and OC) in CDRs can be configured in the GGSN.

See Charging Configuration for details on CDR configuration.

1.3 CDR Partial Format

Two partial CDR formats exits:

Fully Qualified Partial CDR

Contains all mandatory fields (M), conditional (C) and those fields provisioned by the

operator (OM

and OC).

Reduced Partial CDR





Contains all mandatory fields (M) and only the changes that have occurred in any other fieldrelative to the previous partial CDR.

The first partial CDR generated for a PDP context is always a Fully Qualified Partial CDR.

The partial CDR format in the GGSN is configurable, see Charging Configuration for details on CDR

configuration.

2 G-CDR and eG-CDR Content

Table 1 lists the fields that can be present in a G-CDR or eG-CDR together with the field categoriesfor each supported release of the charging standard and for the special closing CDR (Special). For

information about the special closing CDR, see CDR-Based Charging.

The field category may be: mandatory (M), conditional (C), mandatory and provisionable bythe operator (O

M), and conditional and operator provisionable (O

C).

O: means that the field is originally specified as optional (operator configurable).

X: means that the field is originally not specified by the charging standard. Yes: means that the field is included in the partial CDR generated at GGSN failure (see CDR-

Based Charging), if supported by the applied version and provisioned by the operator.

Table 1 List of Fields Present in a CDR

Field Rel 6 Rel 5 Rel 4 Ver99

Ver98

Ver 97 Special

Record type M M M M M M Yes

Served International MobileSubscriber Identity (IMSI)

M M M M M M Yes

GGSN Address M M M M M M Yes

Charging Id M M M M M M Yes

SGSN Address M M M M M M No

Access Point Name (APN)Network Identifier

OM O

M O

M M M M No

PDP Type OM O

M O

M M M M No

Served PDP Address OC O

C O

C M M M No

Dynamic Address Flag OC O

C O

C C C C No

List of Traffic Data Volumes OM O

M O

M M M M Yes

– Quality of Service (QoS)

Negotiated

C C C C C C No

– Data Volume(uplink/downlink)

M M M M M M Yes

– Change Condition M M M M M M Yes

– Change Time M M M M M M Yes

Record opening Time M M M M M M Yes

Duration M M M M M M Yes

Cause for Record Closing M M M M M M Yes





Record Sequence Number C C C C C C Yes

Node ID OM O

M O

M O

=>O

M

O

=>O

M

O =>

OM

No

Record Extensions, see Table 2. OC O

C O

C O

=>

OC

O=>

OC

O =>O

C

No

Local Record Sequence Number OM O

M O

M O

=>O

M

O

=>O

M

X Yes

APN Selection Mode OM O

M O

M O

=>O

M

O

=>O

M

X No

Served Mobile Station

Integrated Services DigitalNetwork Number (MSISDN)

OM O

M O

M O

=>O

M

X

=>O

M

X =>

OM

No

Charging Characteristics M M M C X X Yes

Charging Characteristics

Selection Mode

OM O

M O

M X X X No

IMS Signaling Context OC O

C X X X X No

External Charging ID OC X X X X X No

SGSN Public Land Mobile

Network (PLMN) Identifier

OC O

C O

C O

=>O

C

O

=>O

C

O =>

OC

No

PS Furnish Charging

Information

OC X X X X X No

- PS Free Format Data M X X X X X No

- PS FFD Append Indicator C X X X X X No

Served IMEISV OC O

C X X X X No

RAT type OC O

C X X X X No

MS Time Zone OC X X X X X No

User Location Information OC X X X X X No

List of Service Data OM X X X X X No

- Rating Group M X X X X X No

- Result Code C X X X X X No- Local Sequence Number C X X X X X No

- Time Of First/Last Usage C X X X X X No

- Time Usage C X X X X X No

- Service Condition Change M X X X X X No

- QoS Information Negotiated OC X X X X X No

- SGSN Address OM X X X X X No

- SGSN PLMN Identifier OC X X X X X No





Table 2 lists the subfields in the field Record Extensions. The subfields are related to the optional

feature Service Aware Charging and Control (SACC).

- Data volume FBC Uplink andDownlink

C X X X X X No

- Time Of Report M X X X X X No

- RAT Type OC X X X X X No

- Failure Handling Continue C X X X X X No

- Service Identifier C X X X X X No

- PS Furnish Charging Information

C X X X X X No

- AF Record Information C X X X X X No

Table 2 Subfields in the Field Record Extensions

Field Rel 6 Rel 5 Rel 4 Ver99

Ver98

Ver 97 Special

- Charging Containers C C C C C C No- - Change Time M M M M M M No

- - List of Services C C C C C C No

- - - Service M M M M M M No

- - - Volume OC O

C O

C O

C O

C O

C No

- - List of ServiceClasses

C C C C C C No

- - - Service Class M M M M M M No

- - - Volume OC O

C O

C O

C O

C O

C No

- - - Volume Rate OC O

C O

C O

C O

C O

C No

- - - Session Policy OC O

C O

C O

C O

C O

C No

- - - - Volume LimitAction

C C C C C C No

- - - - Block LimitAction

C C C C C C No

- - - Block Item C C C C C C No

- - - - Blocks M M M M M M No

- - - - BlockRate OC O

C O

C O

C O

C O

C No

- - - - BlockSize M M M M M M No

- - - - BlockSizeType M M M M M M No- - - - StartTime O

C O

C O

C O

C O

C O

C No

- - - - StopTime OC O

C O

C O

C O

C O

C No

- - Initial Charge OC O

C O

C O

C O

C O

C No

- - Session Policy OC O

C O

C O

C O

C O

C No

- - - Volume LimitAction

C C C C C C No

- - - Block Limit Action C C C C C C No





- - Block Item C C C C C C No

- - - Blocks M M M M M M No

- - - BlockRate OC O

C O

C O

C O

C O

C No

- - - BlockSize M M M M M M No

- - - BlockSizeType M M M M M M No

- - - StartTime OC

OC

OC

OC

OC

OC

No

- - - StopTime OC O

C O

C O

C O

C O

C No

- Credit Control

Information

C C C C C C No

- - Credit Control

Enabled

C M M M M M No

- - CCS Peer C C C C C C No

- - CCS Realm C C X X X X No

- - Credit Control

Session Id

C C C C C C No

- - Credit Unit C M M M M M No- - Credit Control

Diagnostics

C C C C C C No

- - Credit Denied Action C C C C C C No

- - Credit Control

Failure Action

C C C C C C No

- - Credit ControlFailure Report

C C C C C C No

- Policy ControlInformation

C C C C C C No

- - Policy Control

Enabled

C M M M M M No

- - PCS Peer C C C C C C No

- - PCS Realm C C X X X X No

- - Currency Code C M M M M M No

- - Policy Control

Diagnostics

C C C C C C No

- - Policy ControlFailure Action

C C C C C C No

- - Policy Control

Failure Report

C C C C C C No

- - Policy Control

Session ID

C X X X X X No

- User Category OM O

M O

M O

M O

M O

M No

- Rule Space ID C X X X X X No

- Service Containers C X X X X X No

- - Rating Group M X X X X X No

- - Service Identifier C X X X X X No

- - Local Sequence

Number

C X X X X X No





3 G-CDR and eG-CDR Fields

This section contains a description of each CDR field listed in Section 2 G-CDR and eG-CDR

Content.

3.1 Call Event Record

The basic structure of the CDRs is set up by the Call Event Record. Below, the structure is specifiedfor each supported release of the charging standard.

Release 97 and 98

Cal l Event Recor d : : = CHOI CE{ggsnPDPRecor d [ 1] GGSNPDPRecor d

}

Release 99, 4, and 5

Cal l Event Recor d : : = CHOI CE{ggsnPDPRecor d [ 21] GGSNPDPRecor d}

Release 6

GPRSCal l Event Recor d : : = CHOI CE

{ggsnPDPRecor d [ 21] GGSNPDPRecor d,egsnPDPRecor d [ 28] EGSNPDPRecor d

}

3.2 GGSN PDP Record

Contents

- - CC Request Number C X X X X X No

- - Method C X X X X X No

- - Inactivity C X X X X X No

- - Resolution C X X X X X No

- - Service SpecificUnits

C X X X X X No

- - List of URI OC X X X X X No

- Time Reports C X X X X X No

- - Rating Group M X X X X X No

- - Start/End Time M X X X X X No

- - Volume C X X X X X No





The GGSN PDP Record contains charging information in a number of CDR fields. Below, the CDR structure is specified for each supported release of the charging standard.

Note: The Record Extensions field contains subfields supported in relation to the GGSN

support for SACC.

Release 97 GGSN PDP Record

ASN.1 Format

ggsnPDPRecor d [ 1] GGSNPDPRecor d

GGSNPDPRecor d : : = SET{r ecor dType [ 0] Cal l Event Recor dType,ser vedI MSI [ 3] I MSI ,ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,

sgsnAddress [ 6] SEQUENCE OF GSNAddress OPTI ONAL,accessPoi ntName [ 7] AccessPoi nt Name OPTI ONAL,pdpType [ 8] PDPType OPTI ONAL,ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddr essFl ag [ 11] Dynami cAddr essFl ag OPTI ONAL,l i st Of Traf f i cVol umes [12] SEQUENCE OF ChangeOf Char Condi t i on,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,r ecor dSequenceNumber [ 17] I NTEGER,nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,

ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL}

Encoded ASN.1 Tag

H' A1 ggsnPDPRecor d


ASN.1 Format


GGSNPDPRecor d : : = SET{r ecor dType [ 0] Cal l Event Recor dType,ser vedI MSI [ 3] I MSI ,ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,sgsnAddress [ 6] SEQUENCE OF GSNAddress OPTI ONAL,





accessPoi ntName [ 7] AccessPoi nt Name OPTI ONAL,pdpType [ 8] PDPType OPTI ONAL,ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddr essFl ag [ 11] Dynami cAddr essFl ag OPTI ONAL,l i st Of Traf f i cVol umes [12] SEQUENCE OF ChangeOf Char Condi t i on,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,r ecor dSequenceNumber [ 17] I NTEGER,nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,l ocal SequenceNumber [ 20] Local SequenceNumber OPTI ONAL,apnSel ect i onMode [ 21] APNSel ect i onMode OPTI ONAL,ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL}

Encoded ASN.1 Tag

H' A1 ggsnPDPRecor d


ASN.1 Format


GGSNPDPRecor d : : = SET{r ecor dType [ 0] Cal l Event Recor dType,ser vedI MSI [ 3] I MSI ,ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,sgsnAddress [ 6] SEQUENCE OF GSNAddress OPTI ONAL,accessPoi ntNameNI [ 7] AccessPoi ntNameNI ,pdpType [ 8] PDPType OPTI ONAL,ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddr essFl ag [ 11] Dynami cAddressFl ag OPTI ONAL,l i st Of Traf f i cVol umes [ 12] SEQUENCE OF ChangeOf Char Condi t i on,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,r ecor dSequenceNumber [ 17] I NTEGER,

nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,l ocal SequenceNumber [ 20] Local SequenceNumber,apnSel ect i onMode [ 21] APNSel ect i onMode OPTI ONAL,ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,char gi ngChar act er i st i cs [23] Chargi ngChar acteri st i cs,sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL}

Encoded ASN.1 Tag





H' B5 ggsnPDPRecor d


ASN.1 Format


GGSNPDPRecor d : : = SET{r ecor dType [ 0] Cal l Event Recor dType,ser vedI MSI [ 3] I MSI ,ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,sgsnAddress [ 6] SEQUENCE OF GSNAddress OPTI ONAL,accessPoi ntNameNI [ 7] AccessPoi nt NameNI OPTI ONAL,pdpType [ 8] PDPType OPTI ONAL,ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddr essFl ag [ 11] Dynami cAddressFl ag OPTI ONAL,l i st Of Traf f i cVol umes [ 12] SEQUENCE OF ChangeOf Char Condi t i on,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,r ecor dSequenceNumber [ 17] I NTEGER,nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,l ocal SequenceNumber [ 20] Local SequenceNumber,apnSel ect i onMode [ 21] APNSel ect i onMode OPTI ONAL,ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,char gi ngChar act er i st i cs [23] Chargi ngChar acteri st i cs,chChSel ect i onMode [ 24] ChChSel ect i onMode OPTI ONAL,

sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL}

Encoded ASN.1 Tag



ASN.1 Format


GGSNPDPRecor d : : = SET{r ecor dType [ 0] Cal l Event Recor dType,ser vedI MSI [ 3] I MSI ,ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,sgsnAddress [ 6] SEQUENCE OF GSNAddress OPTI ONAL,accessPoi ntNameNI [ 7] AccessPoi ntNameNI ,





pdpType [ 8] PDPType OPTI ONAL,ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddr essFl ag [ 11] Dynami cAddressFl ag OPTI ONAL,l i st Of Traf f i cVol umes [ 12] SEQUENCE OF ChangeOf Char Condi t i on,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,r ecor dSequenceNumber [ 17] I NTEGER,nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,l ocal SequenceNumber [ 20] Local SequenceNumber,apnSel ect i onMode [ 21] APNSel ect i onMode OPTI ONAL,ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,char gi ngChar act er i st i cs [23] Chargi ngChar acteri st i cs,chChSel ect i onMode [ 24] ChChSel ect i onMode OPTI ONAL,i MSsi gnal i ngCont ext [ 25] NULL OPTI ONAL,sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL,servedI MEI [ 29] I MEI ,r ATType [ 30] RATType OPTI ONAL}

Encoded ASN.1 Tag



ASN.1 Format

ggsnPDPRecor d [ 21] GGSNPDPRecor d,

GGSNPDPRecor d : : = SET{

r ecor dType [ 0] Cal l Event Recor dType,ser vedI MSI [ 3] I MSI ,ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,sgsnAddress [ 6] SEQUENCE OF GSNAddress OPTI ONAL,accessPoi nt NameNI [ 7] AccessPoi nt NameNI OPTI ONAL,pdpType [ 8] PDPType OPTI ONAL,ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddressFl ag [ 11] Dynami cAddr essFl ag OPTI ONAL,l i st Of Traf f i cVol umes [ 12] SEQUENCE OF ChangeOf Char Condi t i on,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,r ecor dSequenceNumber [ 17] I NTEGER,nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,l ocal SequenceNumber [ 20] Local SequenceNumber,apnSel ect i onMode [ 21] APNSel ect i onMode OPTI ONAL,ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,char gi ngChar act er i st i cs [23] Chargi ngChar acteri st i cs,





chChSel ect i onMode [ 24] ChChSel ect i onMode OPTI ONAL,i MSsi gnal i ngCont ext [ 25] NULL OPTI ONAL,ext ernal Chargi ngI D [ 26] OCTET STRI NG OPTI ONAL,sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL,ser vedI MEI SV [ 29] I MEI OPTI ONAL,r ATType [ 30] RATType OPTI ONAL,mSTi meZone [ 31] MSTi meZone OPTI ONAL,user Locat i onI nf or mat i on [ 32] OCTET STRI NG

}

Encoded ASN.1 Tag


Release 6 EGSN PDP Record

ASN.1 Format

egsnPDPRecor d [ 28] EGSNPDPRecor d

EGSNPDPRecor d : : = SET{

r ecor dType [ 0] Cal l Event Recor dType,ser vedI MSI [ 3] I MSI ,ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,sgsnAddress [ 6] SEQUENCE OF GSNAddress OPTI ONAL,accessPoi nt NameNI [ 7] AccessPoi nt NameNI OPTI ONAL,pdpType [ 8] PDPType OPTI ONAL,

ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddressFl ag [ 11] Dynami cAddr essFl ag OPTI ONAL,l i st Of Traf f i cVol umes [ 12] SEQUENCE OF ChangeOf Char Condi t i on,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,r ecor dSequenceNumber [ 17] I NTEGER,nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,l ocal SequenceNumber [ 20] Local SequenceNumber,apnSel ect i onMode [ 21] APNSel ect i onMode OPTI ONAL,ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,char gi ngChar act er i st i cs [23] Chargi ngChar acteri st i cs,chChSel ect i onMode [ 24] ChChSel ect i onMode OPTI ONAL,i MSsi gnal i ngCont ext [ 25] NULL OPTI ONAL,ext ernal Chargi ngI D [ 26] OCTET STRI NG OPTI ONAL,sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL,pSFur ni shChargi ngI nf or mat i on [ 28] PSFur ni shChargi ngI nf or mat i on OPTI ONAL,ser vedI MEI SV [ 29] I MEI OPTI ONAL,r ATType [ 30] RATType OPTI ONAL,mSTi meZone [ 31] MSTi meZone OPTI ONAL,user Locat i onI nf or mat i on [ 32] OCTET STRI NG,l i st Of Ser vi ceDat a [ 34] SEQUENCE OF ChangeOf Servi ceCondi t i on OPTI





}

Encoded ASN.1 tag

H' BC egsnPDPRecor d

3.3 Record Type

Contents

This field identifies the type of the CDR.

Release 97, 98, 99, 4, and 5

ASN.1 Format

r ecor dType [ 0] Cal l Event Recor dType,

Cal l Event RecordType : : = I NTEGER{

ggsnPDPRecor d ( 19)}

Value

19

Encoded ASN.1 Tag

H' 80 r ecordType

Release 6

ASN.1 Format


Cal l Event RecordType : : = I NTEGER{

ggsnPDPRecord ( 19) ,egsnPDPRecor d ( 70)}

Value

19 ggsnPDPRecord

70 egsnPDPRecord





Encoded ASN.1 Tag

H' 80 r ecordType

3.4 Served IMSI

Contents

This field contains the International Mobile Subscriber Identity (IMSI) of the served party. The termserved party is used to describe the mobile subscriber initiating the PDP context.

Note: The format of the GGSN Charging Data parameter Served IMSI reflects the IMSI

format as received from the SGSN. This section describes the format of Served IMSI,

as would result from interworking with SGSNs implemented according to 3GPP TS

23.003 v6.12.0, for example, Ericsson SGSNs.

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

ser vedI MSI [ 3] I MSI ,

I MSI : : = TBCD- STRI NG ( SI ZE ( 3. . 8) )

TBCD- STRI NG : : = OCTET STRI NG

Value

The IMSI structure is specified in 3GPP TS 23.003 v6.12.0. The IMSI data type is specified in 3GPP

TS 29.002 v6.15.0.

The value is encoded as the IMSI IE in 29.060 v6.11.0, that is, a fixed length of 8 octets is used.Each unused half octet is filled with binary “1 1 1 1”.

The IMSI components are concatenated in the following order: MCC, MNC, and MSIN. The valueand encoding for TBCD-STRING is presented in Table 3.

Digits 0 – 9, two digits per octet, each digit encoded 0000 – 1001. Overdecadic digits H’A to H’E,

Table 3 TBCD-STRING

8 7 6 5 4 3 2 1digit 2 digit 1 Octet 1

digit 4 digit 3 Octet 2

digit 6 digit 5 Octet 3

digit

2n

digit

2n-1

Octet n





two digits per octet, each digit encoded 1010 – 1110. 1111 is used as filler when an odd number of digits occurs.

Encoded ASN.1 Tag

H' 83 ser vedI MSI

3.5 GGSN Address

Contents

This field contains the address of the GGSN for the control plane. This address is provided in thesignaling messages towards the involved SGSNs. Only IPv4 is supported.

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

ggsnAddr ess [ 4] GSNAddr ess,

GSNAddr ess : : = I PAddr ess

I PAddr ess : : = CHOI CE{

i PBi nar yAddr ess I PBi naryAddr ess,i PText Repr esent edAddr ess I PText Repr esent edAddr ess

}I PBi naryAddr ess : : = CHOI CE{

i PBi nV4Addr ess [ 0] OCTET STRI NG ( SI ZE( 4) ) ,i PBi nV6Address [ 1] OCTET STRI NG ( SI ZE(16) )

}I PTextRepr esent edAddress : : = CHOI CE{

i PTextV4Addr ess [ 2] I A5St r i ng ( SI ZE( 7. . 15) ) ,i PTextV6Addr ess [ 3] I A5St r i ng ( SI ZE( 15. . 45) )

}

Value

A binary IPv4 address (iPBinV4Address).

Encoded ASN.1 tag

H' A4 ggsnAddressH' 80 i PBi nV4Addr essH' 81 i PBi nV6Addr essH' 82 i PText V4AddressH' 83 i PText V6Address





3.6 Charging ID

Contents

This field is a charging identifier, which together with the GGSN address, uniquely identifies all

CDRs produced for a certain primary or secondary PDP context. The charging ID is generated byGGSN upon PDP context activation and transferred to the SGSNs involved in the PDP context.

GGSNs allocate charging IDs independent of each other and, as a result, may allocate the samenumbers, so the charging ID must always be combined with the GGSN address to form a unique

identifier for the PDP context. Mediation devices or billing systems may use the charging ID withthe GGSN address to consolidate G-CDRs.

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

char gi ngI D [ 5] Chargi ngI D,

Chargi ngI D : : = I NTEGER ( 0. . 4294967295)

Value

The value range is from 0 – 232-1.

Encoded ASN.1 Tag

H' 85 Chargi ngI D

3.7 SGSN Address

Contents

This field contains the control plane addresses of the involved SGSNs. These are the same asreceived in the signaling messages from the SGSNs. Only IPv4 is supported and the number of

SGSN addresses can be configured between one and five. If SACC 2.0 is used with other functionsthan PISC, the number is limited to one.

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

sgsnAddress [ 6] SEQUENCE OF GSNAddress OPTI ONAL,

GSNAddr ess : : = I PAddr essI PAddr ess : : = CHOI CE{

i PBi nar yAddr ess I PBi naryAddr ess,





i PText Repr esent edAddr ess I PText Repr esent edAddr ess}I PBi naryAddr ess : : = CHOI CE{




}

Value

A binary IPv4 address (iPBinV4Address).

Encoded ASN.1 Format

H' A6 sgsnAddr essH' 80 i PBi nV4Addr essH' 81 i PBi nV6Addr essH' 82 i PTextV4Addr essH' 83 i PTextV6Addr ess

3.8 APN Network Identif ier

Content

This field contains the network identifier part of the APN. This can be either the APN used on the Gi

interface or the APN provided by the SGSN on the Gn interface.

Value

According to 3GPP TS 23.003 v6.12.0, AccessPointName/NI may be encoded in either dot or digit

notation. The notation is configurable in the GGSN. In dot notation, the labels are separated by adot

Example of dot notation (“www.ericsson.se”) in hexadecimal representation, see Table 4.

Octets 1, 2 and 3 – 8-bit ASCII characters (here: w, w and w)

Octet 4 – 8-bit ASCII character (here: ".")

Octets 5, 6, 7, 8, 9, 10, 11, and 12 – 8-bit ASCII characters (here: e, r, i, c, s, s, o and n)

Octet 13 – 8-bit ASCII character (here: “.”)

Octets 14 and 15 – 8-bit ASCII characters (here: s and e)

Table 4 Dot Notation

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

77 77 77 2e 65 72 69 63 73 73 6f 6e 2e 73 65





In digit notation the label length precedes each label. The syntax of the APN follows the NameSyntax defined in RFC 2181 and RFC 1035. The APN consists of one or more labels. Each label is

coded as a 1-octet field followed by that number of octets coded as 8-bit ASCII characters.Following RFC 1035 the labels consist only of the alphabetic characters (A – Z and a – z), digits (0

– 9) and the dash (–). The APN is not terminated by a length byte of zero.

Example of digit notation (\03www\08ericsson\02se) in hexadecimal representation:

Octet 1 – length of following octets (here: three octets)

Octets 2, 3 and 4 – 8-bit ASCII characters (here: w, w and w)

Octet 5 – length of following octets (here: eight octets)

Octets 6, 7, 8, 9, 10, 11, 12, and 13 – 8-bit ASCII characters (here: e, r, i, c, s, s, o and n)

Octet 14 – length of following octets (here: two octets)

Octets 15 and 16 – 8-bit ASCII characters (here: s and e)

Release 97 and 98

ASN.1 Format

accessPoi ntName [ 7] AccessPoi nt Name OPTI ONAL,

AccessPoi nt Name : : = I A5St r i ng ( SI ZE( 1. . 63) )

Encoded ASN.1 Tag

H' 87 accessPoi nt Name

Release 99, 4, 5, and 6

ASN.1 Format

accessPoi ntNameNI [ 7] AccessPoi ntNameNI ,

AccessPoi nt NameNI : : = I A5St r i ng ( SI ZE( 1. . 63) )

Encoded ASN.1 Tag

H' 87 accessPoi nt NameNI

3.9 PDP Type

Contents

Table 5 Digit notation

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

03 77 77 77 08 65 72 69 63 73 73 6f 6e 02 73 65





This field contains the PDP type.

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

pdpType [ 8] PDPType OPTI ONAL,

PDPType : : = OCTET STRI NG ( SI ZE(2) )

Value

The PDP Type Organization number is 01 (hexadecimal) meaning Internet Engineering Task Force(IETF). The PDP Type Number for Internet Protocol (IP) is 21 (hexadecimal) for IPv4 and 57

(hexadecimal) for IPv6, as specified in Assigned PPP DLL Protocol Numbers list in the RFC1700.

Encoded ASN.1 Tag

H' 88 pdpType

3.10 Served PDP Address

Contents

This field contains the PDP address of the served IMSI. Address types IPv4 and IPv6 are supported.

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,

PDPAddr ess : : = CHOI CE{

i PAddr ess [ 0] I PAddr ess,eTSI Addr ess [ 1] ETSI Addr ess

}ETSI Addr ess : : = Addr essSt r i ng


Table 6 Shows the content of the PDP type field.

8 7 6 5 4 3 2 1

PDP TypeOrganization

Octet 1

PDP Type

Number

Octet 2







i PBi nV4Addr ess [ 0] OCTET STRI NG ( SI ZE( 4) ) ,i PBi nV6Address [ 1] OCTET STRI NG ( SI ZE( 16) )



}

Value

A binary IPv4 address (iPBinV4Address) or IPv6 address (iPBinV6Address).

Encoded ASN.1 Tag

H' A9 ser vedPDPAddr essH' A0 I PAddr essH' 80 i PBi nV4Addr essH' 81 i PBi nV6Addr essH' 82 i PTextV4Addr ess - - Thi s val ue i s not usedH' 83 i PTextV6Addr ess - - Thi s val ue i s not used

H' 81 ETSI Addr ess - - Thi s val ue i s not used

3.11 Dynamic Address Flag

Contents

This field indicates that a PDP address was dynamically allocated. This field is omitted if the

address is static, that is, part of PDP context subscription. Dynamic address allocation might berelevant for charging, for example, the dynamic allocated address may be a resource owned and

offered by the network operator.

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

dynami cAddr essFl ag [ 11] Dynami cAddr essFl ag OPTI ONAL,

Dynami cAddressFl ag : : = BOOLEAN

Value

TRUE

Encoded ASN.1 Tag





H' 8B dynami cAddressFl ag

3.12 List of Traffic Data Volumes

Contents

This list includes up to five volume containers, each including the following fields:

QoS negotiated

Describes the quality of service negotiated for the PDP context. Always included in the first

volume container of a partial CDR and in the following containers if the previous changecondition is QoS change, or if QoS negotiated is configured to be included in all containers.

See Section 3.33 QoS Negotiated for description of QoS negotiated sub-fields.

Data volume uplink/downlink

Includes the number of octets transmitted during the use of packet data services. The

amount of data counted in the GGSN is the data volume sent over the GTP layer whichincludes the IP PDP bearer protocol. The volume is not cumulative; each container reports

the volume transmitted since the closure of the previous container, except the first, whichreports volume transmitted since the record opening.

Change condition

Specifies the reason for closing the container, such as tariff change (controlled by configuredtariff times), QoS change, or closing the CDR. See also Section 3.12.1 Change Condition.

Change time

Timestamp defining the time when volume container is closed. See Section 3.13 RecordOpening Time for a description of the encoding timestamp.

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

l i st Of Traf f i cVol umes [ 12] SEQUENCE OF ChangeOf Char Condi t i on,

ChangeOf CharCondi t i on : : = SEQUENCE,

{qosNegot i at ed [ 2] QoSI nf or mat i on OPTI ONAL,dataVol umeGPRSUpl i nk [ 3] Dat aVol umeGPRS,dat aVol umeGPRSDownl i nk [ 4] Dat aVol umeGPRS,changeCondi t i on [ 5] ChangeCondi t i on,changeTi me [ 6] Ti meSt amp

}Dat aVol umeGPRS : : = I NTEGER

Ti meStamp : : = OCTET STRI NG ( SI ZE( 9) )





3.12.1 Change Condition

Contents

The change condition sub-field (a part of the volume container (see Section 3.12 List of Traffic DataVolumes) indicates the reason for closing the container. A priority is assigned to each change

condition (1 is highest priority). If more than one condition applies at the same time, the prioritydetermines the condition to be reported in the container. The following list describes the change

conditions and the assigned priority:

Record closure (priority 7). The partial CDR has been closed.

QoS change (priority 5). The quality of service has been changed.

Tariff time (priority 4). The tariff (including authorization and rating information) has been

changed due to the tariff time limit. The condition is applicable when:

{ No SACC or if SACC 3.0 or greater, applies to the PDP context. The time limit has beenconfigured in the GGSN.

{ SACC 2.0 with service authorization or rating applies to the PDP context. The time limithas either been configured in the GGSN, or provided for the rating group by the PCS ina policy control interaction.

The following conditions are applicable for SACC 2.0:

Tariff usage (priority 3). The tariff (including authorization and rating information) has been

changed due to a volume limit (total, uplink or downlink) defined for the user. The condition

is only applicable when SACC with policy control applies to the PDP context.

Tariff service class usage (priority 2). The tariff (including authorization and rating

information) has been changed due to a volume limit (total, uplink, or downlink) or block

limit defined for one of the user’s authorized service classes. The condition is only applicable

when SACC with policy control applies to the PDP context.

Tariff update (priority 1). The tariff (including authorization and rating information) has beenchanged due to a forced update of the subscription. The condition is only applicable when

SACC with policy control applies to the PDP context.

Tariff event (priority 6). The tariff (including authorization and rating information) has beenchanged due to an event in GGSN or SGSN, for example Time Of Day (ToD) based request

for new tariff information from PCS.

The following conditions are applicable for SACC 3.0, or greater, and eG-CDRs:

Failure handling continue ongoing (priority 3). Used at credit control failure handling when

the PDP context continues without credit control. Also used when OCS indicates that creditcontrol is not applicable for the PDP context.

Failure handling retry and terminate ongoing (priority 2). Used at credit control failurehandling that causes the PDP context to be deactivated.

Failure handling terminate ongoing (priority 1). Used at credit control failure handling that

causes the PDP context to be deactivated.






ASN.1 Format

ChangeCondi t i on : : = ENUMERATED{

qoSChange (0) ,t ar i f f Ti me ( 1) ,r ecor dCl osur e ( 2) ,

t ar i f f Usage ( 101) ,t ar i f f Ser vi ceCl assUsage ( 102) ,t ar i f f Updat e ( 103)

}

Release 5

ASN.1 Format

ChangeCondi t i on : : = ENUMERATED{

qoSChange (0) ,

t ar i f f Ti me ( 1) ,r ecor dCl osur e ( 2) ,t ar i f f Usage ( 101) ,t ar i f f Ser vi ceCl assUsage ( 102) ,t ar i f f Updat e ( 103) ,t ar i f f Event ( 104)

}

Release 6

ASN.1 Format

ChangeCondi t i on : : = ENUMERATED{qoSChange (0) ,t ar i f f Ti me ( 1) ,r ecor dCl osur e ( 2) ,f ai l ur eHandl i ngCont i nueOngoi ng ( 3) ,f ai l ur eHandl i ngRetr yandTermi nateOngoi ng( 4) ,f ai l ur eHandl i ngTermi nateOngoi ng ( 5) ,t ar i f f Usage ( 101) ,t ar i f f Ser vi ceCl assUsage ( 102) ,t ar i f f Updat e ( 103) ,t ar i f f Event ( 104)

}

3.12.2 Encoded ASN.1 Tag

Release 97 and 98

H' AC l i st Of Tr af f i cVol umesH' 30 ( sequence i ndi cat or)H' A2 qoSNegot i at edH' 80 rel i abi l i ty





H' 81 del ayH' 82 precedenceH' 83 peakThroughputH' 84 meanThr oughput

H' 83 dataVol umeGPRSUpl i nkH' 84 dat aVol umeGPRSDownl i nkH' 85 changeCondi t i onH' 86 changeTi me

Release 99

H' AC l i st Of Tr af f i cVol umesH' 30 ( sequence i ndi cat or)H' A2 qoSNegot i at edH' A0 gsmQosI nf or mat i onH' 80 rel i abi l i tyH' 81 del ayH' 82 precedenceH' 83 peakThroughputH' 84 meanThr oughput

H' 81 umt sQosI nf or mat i onH' 83 dataVol umeGPRSUpl i nkH' 84 dat aVol umeGPRSDownl i nkH' 85 changeCondi t i onH' 86 changeTi me

Release 4, 5 and 6

H' AC l i st Of Tr af f i cVol umesH' 30 ( sequence i ndi cat or)H' 82 qoSNegot i at edH' 83 dataVol umeGPRSUpl i nkH' 84 dat aVol umeGPRSDownl i nkH' 85 changeCondi t i onH' 86 changeTi me

3.13 Record Opening Time

Contents

This field contains the time stamp when the record was opened.

Release 97, 98, 99, 4 , 5, and 6

ASN.1 Format

r ecor dOpeni ngTi me [ 13] Ti meStamp,

Ti meStamp : : = OCTET STRI NG ( SI ZE( 9) )

Value





TimeStamp is local time in Universal Coordinated Time (UTC) compact format:"YYMMDDhhmmssShhmm".

Example of TimeStamp for Sweden, Central European Time (CET), when:

TimeStamp = 010502154500+0200

Encoded ASN.1 Tag

H' 8D r ecor dOpeni ngTi me

3.14 Duration

Contents

This field contains the duration in seconds for a PDP context. For partial records, this field

represents the duration of the individual partial record and not the cumulative PDP contextduration.

Release 97, 98, 99, 4 , 5, and 6

ASN.1 Format

dur at i on [ 14] Cal l Dur at i on,

Cal l Dur at i on : : = I NTEGER

Value

-

Encoded ASN.1 Tag

H' 8E dur at i on

YY = Year 00 to 99 BCD encoded

MM = Month 01 to 12 BCD encoded

DD = Day 01 to 31 BCD encoded

hh = hour 00 to 23 BCD encoded

mm = minute 00 to 59 BCD encoded

ss = second 00 to 59 BCD encoded

S = Sign 0 = "+", "-" ASCII encoded

hh = hour 00 to 23 BCD encoded

mm = minute 00 to 59 BCD encoded

Date = 02 May 2001

Time = 15.45 hrs.





3.15 Cause for Record Closing

Contents

This field specifies the closing cause for a partial CDR. A priority is assigned to each closing cause

(1 is highest priority). If more than one cause applies at the same time, the priority determines thecause to be reported in the CDR. The following list describes the closing causes and the assigned

priority:

Time limit (priority 7) is used at partial CDR closure when the time limit is reached.

Volume limit (priority 8) is used at partial CDR closure when the volume limit is reached.

Maximum number of changes in charging conditions (priority 9) is used at partial CDR

closure, when the maximum number of changes or maximum number of URIs is reached.The maximum number of URIs is 10 and the URI is truncated to contain a maximum of 255

characters.

The maximum number of changes is determined by the CLI-parameter 'change-limit'. The

number of changes to an open CDR is incremented by the following events:

{ QoS-change (the listOfTrafficVolumes container must be closed, a listOfServiceDatacontainer for each active RG must be closed).

{ Tariff change (the listOfTrafficVolumes container must be closed, a listOfServiceDatacontainer for each active RG must be closed).

{ Closure of a listOfServiceData container due to any other reason than QoS change or

Tariff change (eG-CDRs only). See Section 3.32.1 Service Condition Change.Note: One event (for example SGSN change) that can lead to closure for all

ListOfServiceData containers for all active RGs must only be counted as onechange.

SGSN change (priority 6) is used at partial CDR closure when there is an overflow in theSGSN Address List. The list can be configured to contain one to five addresses. This is valid

for SACC 3.0 and greater, SACC 2.0 used only with PISC functions, or no SACC functions

used at all. If SACC 2.0 is used with other functions than PISC, a partial CDR is closed ateach SGSN change. For more information see SACC 2.0 Overview and SACC Overview.

An initial partial G-CDR is closed with closing cause SGSN change upon activation of a PDP context. It is however possible to configure suppression of the initial partial G-CDR, see CDR-

Based Charging for further information.

MS time zone change (priority 5) is used at partial CDR closure when the time zone ischanged.

PLMN change (priority 4) is used at partial CDR closure when the SGSN PLMN Id is changed.

RAT change (priority 3) is used at partial CDR closure when the Radio Access Technology

(RAT) type is changed for the MS.

Credit control change (priority 1) is used at partial CDR closure when SACC 2.0 with credit

control applies to the PDP context and the control changes from enabled to disabled (fall backto only CDR based charging) or vice versa. The cause is also used at partial CDR closure if

the current credit session has been aborted and the credit control is taken over by a newsession. Further information about the credit control change is found in the items Credit

Control Diagnostics, Credit-Denied Action, and Credit Control Failure Action at the record





extension sub-field Credit Control Information (see Section 3.18 Record Extensions).

Policy control change (priority 2) is used at partial CDR closure if SACC 2.0 with policy control

applies to the PDP context and the policy control changes from enabled to disabled (falls backto default policies, configured at the GGSN) or vice versa. Further information about the

policy control change is found in the item Policy Control Diagnostics at the record extensionsub-field Policy Control Information (see Section 3.18 Record Extensions).

Normal release (priority 14) is used at closure of the final CDR when the PDP context is

normally released.

Abnormal release (priority 11) is used at closure of the final CDR when the PDP context isreleased due to an error condition in the GGSN or network (for example, a failing GGSN-SC).

Management initiated release (priority 10) is used at closure of the final CDR when the PDP

context is released from the management interface.

Credit control initiated release (priority 12) is used at closure of the final CDR when SACC with credit control applies to the PDP context and the credit control forces a termination of

the PDP context. Further information about the termination is found in the itemcreditControlDiagnostics and Credit Control Failure Report (SACC 3.0 or greater) at the

record extension sub-field Credit Control Information (see Section 3.18 Record Extensions).

Policy control initiated release (priority 13) is used at closure of the final CDR when SACC with policy control applies to the PDP context and the policy control causes a termination of

the PDP context. Further information about the termination is found in the itempolicyControlDiagnostics and Policy Control Failure Report (SACC 3.0 or greater) at the

record extension sub-field Policy Control Information. (see Section 3.18 Record Extensions).

Post-release failure (priority 15) is used at closure of a CDR when SACC 2.0 applies to the

PDP context and the CDR is generated after termination of the PDP context and closure of its

final CDR. The PDP context is the last context for the PDP session and the GGSN has detecteda credit control failure or policy control failure at the final update, completed after the context

termination, and generates this post CDR with failure information. The failure information isfurther detailed in the Credit Control Failure Report and Policy Control Failure Report at the

record extension sub-fields Credit Control Information and Policy Control Information,

respectively (see Section 3.18 Record Extensions).Note: Post-release failure is applicable for SACC 2.0 only.


ASN.1 Format

causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,

CauseForRecCl osi ng : : = I NTEGER{

normal Rel ease (0) ,abnormal Rel ease ( 4) ,vol umeLi mi t ( 16) ,t i meLi mi t ( 17) ,sgsnChange ( 18) ,maxChangeCond ( 19) ,management I ni t Rel ease ( 100) ,pLMNChange ( 101) ,cr edi t Cont r ol Change ( 102) ,pol i cyCont r ol Change (103) ,credi t Cont r ol I ni t Rel ease ( 104) ,





pol i cyCont r ol I ni t Rel ease (105) ,post Rel easeFai l ur e ( 106) - SACC 2. 0 onl y

}

Encoded ASN.1 Tag

H' 8F causeFor RecCl osi ng

Release 5

ASN.1 Format



normal Rel ease (0) ,abnormal Rel ease ( 4) ,

vol umeLi mi t ( 16) ,t i meLi mi t ( 17) ,sgsnChange ( 18) ,maxChangeCond ( 19) ,r ATChange ( 22) ,management I ni t Rel ease ( 100) ,pLMNChange ( 101) ,cr edi t Cont r ol Change ( 102) ,pol i cyCont r ol Change (103) ,credi t Cont r ol I ni t Rel ease ( 104) ,pol i cyCont r ol I ni t Rel ease (105) ,post Rel easeFai l ur e ( 106)

}

Encoded ASN.1 Tag


Release 6

ASN.1 Format



normal Rel ease (0) ,abnormal Rel ease ( 4) ,vol umeLi mi t ( 16) ,t i meLi mi t ( 17) ,sgsnChange ( 18) ,maxChangeCond ( 19) ,r ATChange ( 22) ,





mSTi meZoneChange ( 23) ,management I ni t Rel ease ( 100) ,pLMNChange ( 101) ,cr edi t Cont r ol Change ( 102) ,pol i cyCont r ol Change (103) ,credi t Cont r ol I ni t Rel ease ( 104) ,pol i cyCont r ol I ni t Rel ease (105) ,post Rel easeFai l ur e ( 106)

}

Encoded ASN.1 Tag


3.16 Record Sequence Number

Contents

This field contains a sequence number for linking CDRs generated for the same PDP context(holding the same Charging ID and GGSN address).

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

r ecor dSequenceNumber [ 17] I NTEGER,

Value

With a value starting at 1, this field appears in all partial CDRs.

Encoded ASN.1 Tag

H' 91 r ecor dSequenceNumber

3.17 Node ID

Contents

This field contains an optional operator-configurable identifier string for the GGSN that generated

the CDR.

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

nodeI D [ 18] NodeI D OPTI ONAL,

NodeI D : : = I A5St r i ng ( SI ZE( 1. . 32) )





Value

Configured node identifier.

Encoded ASN.1 Tag

H' 92 nodeI D

3.18 Record Extensions

Contents

This field includes charging information related to the optional feature SACC. The field contains thesub-fields Charging Containers, Credit Control Information, Policy Control Information, User

Category, Rule Space ID, Service Containers, and Time Reports.

Note: The sub-fields Rule Space ID, Service Containers, and Time Reports are onlyapplicable for Release 6.

Release 97, 98, 99, 4, and 5

ASN.1 Format

r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,

ManagementExt ensi ons : : = SET OF ManagementExt ensi onManagement Ext ensi on : : = SEQUENCE

{ i dent i f i er OBJ ECT I DENTI FI ER,si gni f i cance [ 1] BOOLEAN DEFAULT TRUE,i nf or mat i on [ 2] Gpr sCdr Ext ensi ons

}Gpr sCdr Ext ensi ons : : = SET{

char gi ngContai ners [ 1] SEQUENCE OF Chargi ngCont ai ner OPTI ONAL,credi t Cont r ol I nf o [ 2] Cr edi t Cont r ol I nf o OPTI ONAL,pol i cyCont r ol I nf o [ 3] Pol i cyCont r ol I nf o OPTI ONAL,userCat egor y [ 5] I NTEGER OPTI ONAL

}

Release 6

ASN.1 Format

r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,

ManagementExt ensi ons : : = SET OF ManagementExt ensi onManagement Ext ensi on : : = SEQUENCE{





i dent i f i er OBJ ECT I DENTI FI ER,si gni f i cance [ 1] BOOLEAN DEFAULT TRUE,i nf or mat i on [ 2] Gpr sCdr Ext ensi ons

}Gpr sCdr Ext ensi ons : : = SET{char gi ngContai ners [ 1] SEQUENCE OF Chargi ngCont ai ner OPTI ONAL,credi t Cont r ol I nf o [ 2] Cr edi t Cont r ol I nf o OPTI ONAL,pol i cyCont r ol I nf o [ 3] Pol i cyCont r ol I nf o OPTI ONAL,user Cat egory [ 5] I NTEGER OPTI ONAL,r ul eSpaceI d [ 6] I A5St r i ng OPTI ONAL,ser vi ceCont ai ner s [7] SEQUENCE OF Ser vi ceContai ner OPTI ONAL,t i meRepor t s [ 8] SEQUENCE OF Ti meRepor t OPTI ONAL

}

Value

The identifier refers to the virtual ASN.1 module that defines the information type

GprsCdrExtensions: GPRS Charging Extensions { itu-t (0) identified-organization (4) etsi (0)

reserved (127) etsi-identified-organization (0) ericsson (5) oAM (2) accounting (2) charging (0)mobileDomain (0) umts (0) packetSwitched (1) ts32015Extensions (0) version1 (1) }.

Encoded ASN.1 Tag

H’ B3 r ecor dExt ensi onsH’ 30 Management Ext ensi on (SEQUENCE)H’ 06 i dent i f i erH’ 81 si gni f i canceH’ A2 GprsCdrExt ensi ons

3.18.1 Charging Containers

Note: This field is applicable for SACC 2.0 only.

Contents

The Charging Containers sub-field contains volume, time, and rating information related to the

used services. The sub-field is present if SACC with at least PISC is active for the PDP context, andif there is any usage to report for the partial CDR. The sub-field is a list of charging containers,

each covering a specific charging period. A container is only present if there is any usage or policyto report for the charging period. The closure of a charging container is synchronized with the

closure of a corresponding volume container in the CDR field List Of Traffic Volumes (see Section3.12 List of Traffic Data Volumes). The charging container contains the following items:

Change Time

Time stamp, which defines when the container is closed.

List of Services

Contains service usage information per service. A service item is only present if there is any





volume to report for the service.

{ Service Identifier

Number, identifying a service.

{ Volume (uplink/downlink)

Volume transferred for this service in bytes.

List of Service Classes

Contains service- and credit usage information per service class. A service class item is onlypresent if there is any volume, block usage, or session policy to report for the service class.

{ Service Class

Number, identifying a service class. A service class groups a number of services thatshould be treated in the same way with respect to charging.

{ Volume (uplink/downlink)

Volume transferred for this service class in bytes. Present if there is any volume toreport.

{ Volume Rate (uplink/downlink)

Volume rate used at calculation of the credit usage for this service class. The rate

defines the cost in units per transferred byte. The unit type is money and the sub-fieldPolicy Control Information (see Section 3.18 Record Extensions) specifies the usedcurrency. The rate is represented by a value together with an exponent (base 10).

Present if rating is active and there is any volume to rate.

{ Block Item

Present if block-based charging is active and there is any block usage to report for the

Service Class.

z Blocks

Number of blocks for this service class. Mandatory.

z BlockRate

Rate per block for this service. The block rate multiplied with the number of blocks gives the total cost for the service. The unit type is money and the sub-

field Policy Control Information specifies the currency. The rate is represented bya value together with an exponent (base 10). Present if rating is active.





z BlockSize

The size of a single block. The unit type is specified in the BlockSizeType.

Mandatory.

z BlockSizeType

While the unit types for Blocks and BlockRate are well-defined, the unit type for

BlockSize is not; it can be either seconds or bytes. Hence, BlockSizeType

specifies the unit type of the BlockSize. Unit type is either seconds or bytes.Mandatory.

z StartTime

The start time correspond to the first second charged for. After generation of an

intermediate CDR container, the start time is considered unused again, so that a

new start time is reported in the new CDR container. With the first secondcharged for, it is meant that if a CDR container event is triggered before the

inactivity period has ended, the start time in the following CDR container may beearlier than the opening time of the new CDR container.

z StopTime

The stop time correspond to the last second charged for. After generation of anintermediate CDR container, the stop time is considered unused again, so that a

new stop time is reported in the new CDR container. With the last secondcharged for, it is meant that if a CDR container event is triggered before the

active time block charged for has ended, the stop time may be later that theclosing time of the new CDR container.

{ Initial Charge

Charge used at calculation of the initial credit usage for a PDP context. The chargedefines the cost in units generated the first time the PDP context is used. The unit type

is money and the sub-field Policy Control Information specifies the used currency. Thecharge is represented by a value together with an exponent (base 10). Present if SACC

with rating applies and an initial charge is withdrawn for the PDP context.

{ Session Policy

Applied user session policy specified for the service class by the PRS. The policy fieldincludes the following items:

z Volume Limit Action

Applied volume limits (uplink/downlink or total) are either preserved or changedat a tariff change. This item is included if the limits were changed (modified or

removed) at the tariff time change that caused this container to be opened. Theitem specifies the action taken by GGSN to initiate the volume limits at the tariff

time change. Possible values are:





reset Each limit is reset to a new limit value

add For each limit the volume that was remaining to the previous limit is

added to a new limit.

z Block Limit Action

Applied block limit is either preserved or changed at a tariff change. This item is

included if the limit was changed (modified or removed) at the tariff change thatcaused this container to be opened. The item specifies the action taken by GGSN to initiate the limit at the tariff change. Possible values are:

reset Each limit is reset to a new limit value

add For each limit the usage that was remaining to the previous limit isadded to a new limit.

Release 97, 98, 99, 4, 5 and 6

ASN.1 Format

char gi ngContai ners [ 1] SEQUENCE OF Chargi ngCont ai ner

Chargi ngContai ner : : = SEQUENCE{

changeTi me [ 0] Ti meSt amp,l i st Of Servi ces [ 1] SEQUENCE OF Servi ceI t em,l i st Of Servi ceCl asses [ 2] SEQUENCE OF Ser vi ceCl assI t em,i ni t i al Char ge [ 3] Real Uni t ,sessi onPol i cy [ 4] Sessi onPol i cy,bl ockI t em [ 5] Bl ockI t em

}

Encoded ASN.1 Tag

H’ A1 char gi ngCont ai ner sH’ 30 Chargi ngContai ner ( SEQUENCE)H’ 80 changeTi meH’ A1 l i st Of Ser vi cesH’ 30 Servi ceI t em ( SEQUENCE)H’ 80 ser vi ceI dent i f i erH’ 81 vol umeUpl i nkH’ 82 vol umeDownl i nk

H’ A2 l i st Of Ser vi ceCl asses

H’ 30 Servi ceCl assI t em ( SEQUENCE)H’ 80 ser vi ceCl assH’ 81 vol umeUpl i nkH’ 82 vol umeDownl i nkH’ A3 vol umeRat eUpl i nkH’ 80 val ueDi gi t sH’ 81 exponent

H’ A4 vol umeRat eDownl i nkH’ 80 val ueDi gi t sH’ 81 exponent





H’ A5 sessi onPol i cyH’ 80 vol umeLi mi t Act i onH’ 81 bl ockLi mi t Act i on

H’ A6 bl ockI t emH’ 80 bl ocksH’ A1 bl ockRateH’ 80 val ueDi gi t sH’ 81 exponent

H’ 82 bl ockSi zeH’ 83 bl ockSi zeTypeH’ 84 st ar t Ti meH’ 85 st opTi me

H’ A3 i ni t i al Char geH’ 80 val ueDi gi t sH’ 81 exponent


H’ A5 bl ockI t emH’ 80 bl ocks

H’ A1 bl ockRat eH’ 80 val ueDi gi t sH’ 81 exponent


3.18.2 Credit Control Information

Contents

The Credit Control Information sub-field contains information on the interaction with the CreditControl Server (CCS) when SACC with credit control is active for the PDP context.

The Credit Control Information contains the following items:

Credit Control Enabled (SACC 2.0)

Specifies if credit control has been used for the services reported in this CDR (true) or not(false). If set to true, the user has already been charged for the reported usage in real time,

that is, the usage has been deducted from the credit retrieved from CCS.

CCS Realm

Realm for the server responsible for the credit control. Only supported for CDR format Rel 5and later.

CCS Peer (SACC 2.0)

Address of the peer through which the server responsible for the credit control is accessed.





Credit Control Session Id

Identifies the current credit control session, if available.

Credit Unit (SACC 2.0)

Specifies the credit type used towards CCS. If the type is money, also the used currency,according to the standard ISO 4217, is specified.

Credit Control Diagnostics (SACC 2.0)

Contains a detailed reason for the closure of a CDR in case of a credit control change or acredit control initiated release of the PDP context:

{ creditDenied

No more credit is granted by the CCS. The action taken by GGSN is specified in the

item creditDeniedAction.

{ creditControlFailure

The credit control for the PDP context has failed due to a failed CCS request. The action

taken by GGSN is specified in the item Credit Control Failure Action. Detailed failure

information is found in the item Credit Control Failure Report in this CDR or in the CDR for one of the other PDP contexts belonging to the same PDP session.

{ creditControlSuspended

The real-time credit control is currently enabled but will intentionally be disabled byGGSN and be replaced by CDR based charging. The change will take effect in the

following partial CDR.

{ creditControlResumed

The real-time credit control is currently disabled due to a suspension or a credit control

failure and will be enabled by GGSN. The change will take effect in the following partialCDR.

Credit Denied Action (SACC 2.0)

Specifies the action taken if no more credit is granted by the CCS:

{ release

The PDP context is terminated.

{ continue





The PDP context continues and all services are allowed. The real-time credit control isdisabled and replaced by CDR based charging.

{ continueFreeServiceClasses

The PDP context continues but only services belonging to a service classes with zero

rate are allowed. The real-time credit control is disabled and replaced by CDR based

charging.

{ continueLimitServiceClasses

The PDP context continues but only services belonging to a limited set of serviceclasses are allowed. The real-time credit control is disabled and replaced by CDR based

charging.

Credit Control Failure Action (SACC 2.0)

Specifies the action taken by the GGSN when a credit requests towards the CCS fails:

{ release


{ continue

The PDP context continues and all services are allowed. The real-time credit control isdisabled and replaced by CDR based charging. The action is also used to indicate a

temporary failure that not affects the credit control status.

{ continueFreeServiceClasses

The PDP context continues but only services belonging to a service classes with zerorate are allowed. The real-time credit control is disabled and replaced by CDR based

charging.

{ newCreditControlSession

The current credit session has been aborted in CCS but the GGSN has successfully

established a new session. The PDP context continues with credit control enabled and

using the new session. Information on the new session and any credit usage deferredto the new session is found in the failure report generated for one of the PDP contexts.

Only supported for G-CDR format Rel 5 and later.

Credit Control Failure Report

Contains information on an unsuccessful credit request towards the Credit Control Server

(CCS). The report includes the reported usage. If several PDP contexts are active for the PDP session, the report is included in the CDR for one of the PDP contexts. The Credit Control

Failure Report contains the following items:





{ Request Type

Type of request: start, interim or stop.

{ Request Status

Specifies the status of the request: unsent, no answer or failure.

{ Result Code

Result of the credit request. Value from the Result-code AVP as defined by the GGSN-

CCS interface.

{ Record Number (SACC 2.0)

Sequential number assigned to the request. The number is local to the credit controlsession. Present if available.

{ Start Time (SACC 2.0)

Start time for the reported credit period. Only present for interim- and stop requests.

{ Stop Time (SACC 2.0)

Stop time for the reported credit period. Only present for interim- and stop requests.

{ Last Credit Granted (SACC 2.0)

Credit available at the start of the credit period. The item Credit Unit in the sub-field

Credit Control Information defines the unit type. The credit is represented by a valuetogether with an exponent (base 10). Only present for interim- and stop requests.

{ Credit Used (SACC 2.0)

Credit used during the credit period. Contains credit used but not successfully updated

at the CCS or deferred to a new session. The item Credit Unit in the sub-field Credit

Control Information defines the unit type. The credit is represented by a value togetherwith an exponent (base 10). Only present for interim- and stop requests.

{ New Credit Control Session Id (SACC 2.0)

Identity of the credit control session established when the current session has been

aborted in the CCS. Present if a new session is successfully established. Only supported

for G-CDR format Rel 5 and later.

{ Deferred Credit Usage (SACC 2.0)

Credit usage deferred to a new session when the current session has been aborted in





the CCS. If there is no credit to defer, this field is set to zero. The item Credit Unit inthe sub-field Credit Control Information defines the unit type. The credit is represented

by a value together with an exponent (base 10). Present if the new session issuccessfully established.

Note: If this field is present, the credit usage until the G-CDR closure has alreadybeen withdrawn from the user’s granted credit, and must not be charged

for in a CDR based credit control backup system. Only supported for G-CDR format Release 5 and later.

{ CC Request Number (SACC 3.0 or greater)

The sequence number of the CCR message that resulted in failure.

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

Cr edi t Cont r ol I nf o : : = SEQUENCE

{cr edi t Cont r ol Enabl ed [ 0] BOOLEAN,ccsPeer [ 1] I PAddr ess OPTI ONAL,cr edi t Uni t [ 2] Cr edi t Uni t OPTI ONAL,credi t Cont r ol Di agnost i cs [ 3] Cr edi t Cont r ol Di agnost i cs,cr edi t Deni edAct i on [ 4] Cr edi t Deni edAct i on,credi t Cont r ol Fai l ur eAct i on [ 5] Cr edi t Cont r ol Fai l ur eAct i on,credi t Cont r ol Fai l ur eRepor t [ 6] Cr edi t Cont r ol Fai l ur eRepor t ,credi t Cont r ol Sessi onI d [ 7] OCTET STRI NG ( SI ZE( 1. . 255) ) ,ccsReal m

[ 8] OCTET STRI NG ( SI ZE( 1. . 255) ) OPTI ONAL - Rel ease 5 or gr eat er

}

Encoded ASN.1 Tag

H’ A2 credi t Cont r ol I nf oH’ 80 cr edi t Cont r ol Enabl edH’ A1 ccsPeerH’ 80 i PBi nV4Addr essH’ 81 i PBi nV6Addr essH’ 82 i PText V4AddressH’ 83 i PText V6Address

H’ A2 cr edi t Uni t

H’ 80 uni t TypeH’ 81 cur r encyCode

H’ 83 credi t Cont r ol Di agnost i csH’ 84 credi t Deni edAct i onH’ 85 credi t Cont r ol Fai l ur eAct i onH’ A6 cr edi t Cont r ol Fai l ur eRepor tH’ 80 r equest TypeH’ 81 r equest St atusH’ 82 resul t CodeH’ 84 r ecor dNumber





H’ 85 st art Ti meH’ 86 st opTi meH’ A7 l ast Cr edi t Gr ant edH’ 80 val ueDi gi t sH’ 81 exponent

H’ A8 credi t UsedH’ 80 val ueDi gi t sH’ 81 exponent

H’ 8A newCr edi t Cont r ol Sessi onI dH’ AB def err edCr edi t UsedH’ 80 val ueDi gi t sH’ 81 exponent

H’ 8C ccRequest NumberH’ 87 credi t Cont r ol Sessi onI dH’ 88 ccsReal m

3.18.3 Policy Control Information

Contents

The Policy Control Information sub-field contains information on the interaction with the Policy

Control Server (PCS) when SACC with dynamic authorization and/or rating applies to the PDP context.

The Policy Control Information contains the following items:

Policy Control Enabled (SACC 2.0)

Specifies if policy control has been performed by PCS for the services reported in this CDR (true) or not (false). If not enabled, static rating tables configured at the GGSN have been

used.

Note: The field does not indicate whether the usage (volume, block usage, and initial

charge) included in this partial CDR has been reported to the PCS.

PCS Realm

Realm for the server responsible for the policy control. Only supported for CDR format Release 5 and later.

PCS Peer (SACC 2.0)

Address of the peer through which the server responsible for the policy control is accessed.

Currency Code (SACC 2.0)

Currency used for rating information according to the standard ISO 4217.

Policy Control Session ID

The ID of the policy control session.





Policy Control Diagnostics (SACC 2.0)

Contains a detailed reason for the closure of a CDR in case of a policy control change or a

policy control initiated release of the PDP context.

{ policyControlFailure

The policy control for the PDP context has failed due to a failed PCS request. The action

taken by GGSN is specified in the item Policy Control Failure Action. Detailed failure

information is found in the item Policy Control Failure Report in this CDR or in the CDR for one of the other PDP contexts belonging to the same PDP session.

{ policyControlSuspended

The real-time policy control is currently enabled but will intentionally be disabled by

GGSN and be replaced by GGSN configured default policies. The change will take effect

in the following partial CDR.

{ policyControlResumed

The real-time policy control is currently disabled due to a suspension or a policy controlfailure and will be enabled by GGSN. The change will take effect in the following partial

CDR.

Policy Control Failure Action (SACC 2.0)

Specifies the action taken by the GGSN when a policy request towards the PCS fails and the

applied policies become invalid:

{ release


{ continueDefaultPolicy

The PDP context continues and default policies configured at GGSN are used.

Policy Control Failure Report

The Policy Control Failure Report sub-field reports an unsuccessful policy request towards thePolicy and Charging Rules Function (PCRF) . If several attempts have been made, the report

covers the latest unsuccessful request. If several PDP contexts are active for the PDP session,the report is included in the CDR for one of the PDP contexts. The report contains the

following items:

{ Request Type

Type of request: start (initial), interim or stop (final).





{ Request Status

Specifies the status of the request: unsent, no answer or failure.

{ Result Code

Result of the policy request. Only present if the request status indicates failure. Valuefrom the Result-code AVP as defined by the GGSN-PCS interface.

{ Session Id (SACC 2.0)

Identifies the protocol session used for the request. Used for correlation. Present if available.

{ Start Time (SACC 2.0)

Start time for the policy usage period. The start time specifies when the latest

successful request including a usage report was sent towards the PCS.

{ Stop Time

Stop time for the policy usage period. The stop time specifies when the reported

unsuccessful request was sent towards the PCS.

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

pol i cyCont r ol I nf o [ 3] Pol i cyCont r ol I nf o

Pol i cyCont r ol I nf o : : = SEQUENCE{

pol i cyCont r ol Enabl ed [ 0] BOOLEAN,pcsPeer [ 1] I PAddr ess,pol i cyCont r ol Di agnost i cs [ 2] Pol i cyCont r ol Di agnost i cs,pol i cyCont r ol Fai l ur eAct i on [ 3] Pol i cyCont r ol Fai l ur eAct i on,pol i cyCont r ol Fai l ur eRepor t [ 4] Pol i cyCont r ol Fai l ur eRepor t ,cur r encyCode [ 5] Cur r encyCodepcsReal m [ 6] OCTET STRI NG ( SI ZE( 1. . 255) ) ,pol i cyCont r ol Sessi onI d [ 7] OCTET STRI NG ( SI ZE( 1. . 255) )

}

Encoded ASN.1 Tag

H’ A3 pol i cyCont r ol I nf oH’ 80 pol i cyCont r ol Enabl edH’ A1 pcsPeerH’ 80 i PBi nV4Addr essH’ 81 i PBi nV6Addr essH’ 82 i PText V4Address





H’ 83 i PText V6AddressH’ 82 pol i cyCont r ol Di agnost i csH’ 83 pol i cyCont r ol Fai l ur eAct i onH’ A4 pol i cyCont r ol Fai l ur eRepor tH’ 80 r equest TypeH’ 81 r equest St atusH’ 82 resul t CodeH’ 83 sessi onI dH’ 84 st art Ti meH’ 85 st opTi me

H’ 85 cur r encyCodeH’ 86 pcsReal mH’ 87 pol i cyCont r ol Sessi onI d

3.18.4 User Category

Contents

The User Category sub-field contains the user category assigned to the user session to which the

PDP context belongs. The user category selects certain APN configuration for the user session thatis common to several users. The user category is assigned at primary PDP context activation and isbased on charging characteristics, MSISDN, IMSI or default configuration.

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

userCat egory [ 5] I NTEGER

Encoded ASN.1 Tag

H’ 85 user Cat egory

3.18.5 Rule Space Identity

Note: This sub-field is only applicable for Release 6, and SACC 3.0 or greater.

Contents

The Rule Space Identity sub-field identifies the ID of the Rule space used.

Release 6

ASN.1 Format

r ul eSpaceI d [ 6] I A5St r i ng

Encoded ASN.1 Tag

H’ 86 r ul eSpaceI d





3.18.6 Service Containers


Contents

A list of containers with extensions to the List of Service Data . A service container is included if CC

Request Number, Service Specific Units or Time Measurement Method is to be indicated.

Rating Group Id, Service Id, Sequence Number

Keys to identify the corresponding listOfServiceData container. Service Id is included at SI level reporting or if Service Id is configured for the online charging interface.

CC Request Number

If online charging is applied, and the trigger that caused the closure of the container alsocaused quota report to OCS, this is the sequence number of the CCR message.

Method

Active time measurement method, included if active time measurement is applied. Theconsumed time is reported in the field timeUsage in the listOfServiceData container

Inactivity, Resolution

Time measurement parameters, included if applicable.

Service Specific Units

Consumed service specific units quota. Units are counted and reported if event tracking has

been enabled in the http-wsp-filter-rule.

List of URI

Related to quota type service specific units. If there is an URI or URL related to the event

that consumed a service specific unit, the URI/URL is included in the CDR. If a URI isaccessed several times during the lifetime of the container, the URI is included only once in

the List of URI and the sub-field ‘count’ indicates the number of times the URI was accessed.The URI is truncated to contain a maximum of 255 characters. The URI can be accessedthrough the protocols which are listed in Table 7. The content of the URI list is determined on

which protocol is used.

Table 7 Shows the content of the URI list depending on which protocol is used.

Protocol The content of URI list

HTTP The list of URI includes HTTP absolute URIs.

Wireless Session Protocol (WSP)/WSP The list of URI includes WSP URIs.





Release 6

ASN.1 Format

servi ceCont ai ner s [ 7] SEQUENCE OF Servi ceContai nerSer vi ceCont ai ner : : = SEQUENCE{

r at i ngGr oup [ 1] Rat i ngGr oup,ser vi ceI dent i f i er [ 2] Servi ceI dent i f i er ,l ocal SequenceNumber [ 3] Local SequenceNumber,met hod [ 4] Act i veTi meMet hod,

i nact i vi t y [ 5] I NTEGER,r esol ut i on [ 6] I NTEGER,ccRequest Number [ 7] I NTEGER,ser vi ceSpeci f i cUni t s [8] I NTEGER,l i st Of URI [ 9] SEQUENCE OF URI

}

Encoded ASN.1 Tag

H' A7 ser vi ceCont ai ner sH’ 30 Ser vi ceCont ai ner ( SEQUENCE)H’ 81 r at i ngGr oup

H’ 82 ser vi ceI dent i f i erH’ 83 l ocal SequenceNumberH’ 84 met hodH’ 85 i nact i vi t yH’ 86 r esol ut i onH’ 87 ccRequest NumberH’ 88 ser vi ceSpeci f i cUni t sH’ A9 l i st Of URIH’ 30 URI ( SEQUENCE)H’ 81 countH’ 82 ur i

3.18.7 Time reports


Contents

Time reports are constructed if active time measurement is applied (except the method ‘duration’)and the parameter ‘reporting’ is set to ‘timestamp’ or ‘timestamp-and-volume’. A time report is

Connection less

Real Time Streaming Protocol (RTSP) The list of URI includes RTSP PLAY URIs.

Session Initiation Protocol (SIP) The list of URI includes SIP ACK URIs.

Multimedia Messaging Service (MMS) The list of URI includes HTTP/WSP URIs or MMSC URIs.

File Transfer Protocol (FTP) The list of URI includes FTP URIs, for example:ftp://172.30.21.21/gprs.





included in the first partial CDR that is closed after the closure of the time report.

Release 6

ASN.1 Format

t i meRepor t s [ 8] SEQUENCE OF Ti meRepor t

Ti meRepor t : : = SEQUENCE{

r at i ngGr oup [ 1] Rat i ngGr oup,st ar t Ti me [ 2] Ti meSt amp,endTi me [ 3] Ti meSt amp,dataVol umeUpl i nk [ 4] Dat aVol umeGPRS,dataVol umeDownl i nk [ 5] Dat aVol umeGPRS

}

Encoded ASN.1 Tag

H' A8 t i meRepor t s

H’ 30 Ti meRepor t ( SEQUENCE)H’ 81 r at i ngGr oupH’ 82 st art Ti meH’ 83 endTi meH’ 84 dat aVol umeUpl i nkH’ 85 dataVol umeDownl i nk

3.19 Local Sequence Number

Contents

This field includes a unique record number created by the GGSN. The number is allocatedsequentially.

Note: This field is neither included in Release 97 CDRs nor in CDRs transferred using GTP’.

Release 98, 99, 4, 5, and 6

ASN.1 Format

l ocal SequenceNumber [ 20] Local SequenceNumber,

Local SequenceNumber : : = I NTEGER ( 0. . 4294967295)

Value

-

Encoded ASN.1 Tag

H' 94 l ocal SequenceNumber





3.20 APN Selection Mode

Contents

This field indicates how the SGSN selected the APN.

Note: This field is not applicable for Release 97.

Release 98, 99, 4, 5, and 6

ASN.1 Format

apnSel ect i onMode [ 21] APNSel ect i onMode OPTI ONAL,

APNSel ect i onMode : : = ENUMERATED{

mSorNet wor kPr ovi dedSubscr i pt i onVer i f i ed ( 0) ,mSProvi dedSubscr i pt i onNot Ver i f i ed ( 1) ,Net wor kPr ovi dedSubscr i pt i onNot Ver i f i ed ( 2)

}

Value

Encoded ASN.1 Tag

H' 95 apnSel ect i onMode

3.21 Served MSISDN

Contents

This field contains the Mobile Station ISDN number (MSISDN) of the served party (including an

address indicator octet), if available. The term served party is used to describe the mobilesubscriber initiating the PDP context.

Note: The format of the field Served MSISDN reflects the MSISDN format as received from

the SGSN. This section describes the format of MSISDN, as would result from

interworking with SGSNs implemented according to standard 3GPP TS 23.003 v6.12.0,for example, Ericsson SGSNs.

Release 97, 98, 99, 4 , 5, and 6

0 Mobile Station (MS) or network-provided APN, subscription verified.

1 MS-provided APN, subscription not verified.

2 Network-provided APN, subscription not verified.





ASN.1 Format

ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,

MSI SDN : : = I SDN- Addr essSt r i ngI SDN- Addr essSt r i ng : : = Addr essSt r i ng ( SI ZE( 1. . 9) )

Addr essSt r i ng : : = OCTET STRI NG ( SI ZE ( 1. . 20) )

Value

The structure of MSISDN is specified in 3GPP TS 23.003 v6.12.0. The MSISDN data type is

specified in 3GPP TS 29.002 v6.15.0.

The maximum length is nine octets, of which eight stand for the TBCD digits and one for the

Extension Indication, Nature of Address and NPI.

The range is: 5 – 15 digits. Only decadic digits are allowed.

The data type AddressString is specified in 3GPP TS 29.002 v6.15.0, see also Table 8.

This type is used to represent a number for addressing purposes. It is composed of:

One octet for the nature of address, and numbering plan indicator. This octet includes a 1-bitextension indicator, a 3-bit nature of address indicator, and a 4-bit numbering plan indicator

as described in Table 9.

Digits of an address encoded as TBCD-STRING.

Table 8 Shows the content of the AddressString field.

8 7 6 5 4 3 2 1

TON Numbering

PlanIdentifier

(NPI)

digit 2 digit 1 Octet 1 of TBCD



digit

2n

digit 2n-1 Octet n of TBCD

Table 9 Numbering Plan Indicator

Bit 8 Extension indicator

1 No extension

Bit 7–5 Nature of address indicator:

000 Unknown

001 International number

010 National significant number





Encoded ASN.1 Tag

H' 96 ser vedMSI SDN

3.22 Charging Characteristics

Contents

This field contains the charging characteristics of the subscriber provided by the Home LocationRegister (HLR) through the SGSN or by GGSN configuration. The selection of charging

characteristics for a PDP context is further described in CDR-Based Charging. The charging characteristics determine the charging method to apply for the PDP context.

Note: This field is applicable for Release 99, 4, 5, and 6 only.


ASN.1 Format

char gi ngChar act er i st i cs [23] Chargi ngChar acteri st i cs,

Chargi ngChar act eri st i cs : : = OCTET STRI NG ( SI ZE ( 2) )

Value

Table 10 describes the structure of the charging characteristics octets.

The charging characteristics octets consist of profile bits P0-P3 and behavior bits B1-12 notinterpreted by the GGSN.

Representing a value range of 0-15, the profile bits are used to select one of the 16 charging characteristics profiles configured in the GGSN. The profile bits are interpreted as follows, see Table

11:

Bit 4–1 Numbering plan indicator

0001 ISDN/Telephony Number Plan (ITU-T Recommendation E.164)

0110 Land mobile numbering plan (ITU-T Recommendation E.212)

Table 10 Structure of Charging Characteristics

B4 B3 B2 B1 P3 P2 P1 P0

B12 B11 B10 B9 B8 B7 B6 B5

Table 11 Profile Bits

Value Configuration name

0 profile-0

1 profile-1

2 profile-2





Encoded ASN.1 Tag

H' 97 char gi ngChar acteri st i cs

3.23 Charging Characteristics Selection Mode

Contents

This field describes how the charging characteristics value is selected. See the following list for

possible values:

Note: This field is applicable for Release 4, 5, and 6 only.

Home default

Visiting default

Roaming default

SGSN supplied

RADIUS supplied

Roaming class based

The GGSN does not support the values Visiting default and Roaming default. The Home defaultrefers to charging characteristics configured in the GGSN, and is used in all traffic cases, including

the Home, Roaming and Visiting cases.

Release 4, 5, and 6

ASN.1 Format

chChSel ect i onMode [ 24] ChChSel ect i onMode OPTI ONAL,

ChChSel ect i onMode : : = ENUMERATED

3 profile-3

4 profile-4

5 profile-5

6 profile-6

7 profile-7

8 profile-8

9 profile-9

10 profile-10

11 profile-11

12 profile-12

13 profile-13

14 profile-14

15 profile-15





{sGSNSuppl i ed (0) ,homeDef aul t ( 3) ,r oami ngDef aul t ( 4) ,vi s i t i ngDef aul t ( 5) ,r adi usSuppl i ed ( 100) ,r oami ngCl assBased ( 101)

}

Value

Only sGSNSuppl i ed, homeDef aul t , r adi usSuppl i ed, and r oami ngCl assBased are used.

Encoded ASN.1 Tag

H' 98 chChSel ect i onMode

3.24 IMS Signaling Context

Contents

This field indicates if the PDP context is used for IMS signaling. It is only present if the PDP contextis a dedicated IMS signaling PDP context. A PDP context for IMS signaling is determined through

the "IM CN Subsystem Signaling Flag", conveyed by the "Activate PDP context request" messagefrom the MS to the network, refer to 3GPP TS 24.008 v6.15.0.

Note: This field is applicable for Release 5 and 6 only.

Release 5 and 6

ASN.1 Format

i MSsi gnal i ngCont ext [ 25] NULL OPTI ONAL,

Value

-

Encoded ASN.1 Tag

H' 99 i MSsi gnal i ngCont ext

3.25 External Charging ID

Contents

This field is included if an external charging identifier has been received on the Gx+ interface.





Note: This field is currently not supported.

ASN.1 Format

ext ernal Chargi ngI D [ 26] OCTET STRI NG OPTI ONAL,

Value

-

Encoded ASN.1 Tag

H' 9A ext ernal Chargi ngI D

3.26 SGSN PLMN Identifier

Contents

This field contains the Public Land Mobile Network (PLMN) identifier, that is, Mobile Country Code

(MCC) and Mobile Network Code (MNC), for the SGSN that has been connected during the record.

This means that when the MS moves to another PLMN, a partial CDR is generated. The field ispresent if PLMN identifier is provided by SGSN in a PDP context request (Create/Update) or from a

pre-configured table in the GGSN with mapping between SGSN-IP-address and PLMN-ID information. GGSN can also accept PLMN-ID information from a RADIUS server, but only if no

PLMN-ID is provided by SGSN or from internal configuration.

Release 97, 98, 99, 4, 5, and 6

ASN.1 Format

sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL

PLMN- I d : : = OCTET STRI NG ( SI ZE(3) )

Value

This is a 1:1 copy from the Routing Area Identity (RAI) IE specified in 3GPP TS 29.060 v6.16.0 asfollows:

OCTET 1 of PLMN-Id = OCTET 2 of RAI OCTET 2 of PLMN-Id = OCTET 3 of RAI

OCTET 3 of PLMN-Id = OCTET 4 of RAI

The PLMN id contains MCC and MNC, which are stored Binary Coded Decimal (BCD) encoded aspresented in Table 12.

Table 12 PLMN Id Contains BCD Encoded MCC and MNC

8 7 6 5 4 3 2 1





Bits 5-8 of octet 2 contain third MNC digit, or 1111 used as filler when MNC has only two digits.

Depending on the MCC value, the MNC will have two or three digits. If the MCC has a value

between 310-316, a three-digit MNC is provided. Otherwise, a two-digit MNC is provided.

Encoded ASN.1 Tag

H' 9B sgsnPLMNI dent i f i er

3.27 PS Furnish Charging Information

Contents

Furnish Charging Information (FCI) that can be included if received from an Online Charging System (OCS) on the Gy+ interface. The FCI consists of a text string and optionally an append

indicator. If the append indicator is true, the text string shall be appended to any previouslyreceived FCI; otherwise the text shall replace the previous FCI.

Note: Only applicable for an eG-CDR, that is, Release 6 EGSNPDPRecord.

Release 6 EGSNPDPRecord

ASN.1 Format

pSFur ni shChargi ngI nf or mat i on [ 28] PSFur ni shChargi ngI nf or mat i on OPTI ONAL,

PSFur ni shChargi ngI nf or mat i on : : = SEQUENCE{

pSFreeFor mat Dat a [ 1] FreeFor mat Dat a,pSFFDAppendI ndi cat or [ 2] FFDAppendI ndi cat or

}FFDAppendI ndi cat or : : = BOOLEANFreeFor mat Dat a : : = OCTET STRI NG ( SI ZE ( 1. . 160) )

Value

Data received from the OCS for the PDP context.

Encoded ASN.1 Tag

H' BC pSFur ni shChargi ngI nf or mat i onH' 81 pSFr eeFor mat Dat a

MCC digit 2

MCC digit 1

Octet 1

MNC digit 3

MCC digit 3

Octet 2

MNC

digit 2

MNC

digit 1

Octet 3





H' 82 pSFFDAppendI ndi cat or

3.28 Served IMEISV

Contents

This field contains the International Mobile Equipment Identity and Software Version (IMEI-SV) of

the served party. The term served party is used to describe the mobile subscriber initiating the PDP context. This field is present if IMEI-SV is provided by SGSN.


Release 5 and 6

ASN.1 Format

ser vedI MEI SV [ 29] I MEI OPTI ONAL

I MEI : : = TBCD- STRI NG ( SI ZE ( 8) ) TBCD- STRI NG : : = OCTET STRI NG

Value

The IMEI structure is specified in 3GPP TS 23.003 v6.12.0. The IMEI data type is specified in 3GPP

TS 29.002 v6.15.0.

The IMEI consists of the following elements:

Type Allocation Code (TAC) – 8 digits

Serial Number (SNR) – 6 digits

Software Version Number (SVN) – 2 digits

Each element consists of decimal digits only. The elements are concatenated and BCD encoded in

the following order TAC, SNR, and SVN, see Table 13.

Table 13 IMEI Format

8 7 6 5 4 3 2 1

TAC

digit 2

TAC

digit 1

Octet 1

TAC digit 4

TAC digit 3

Octet 2

TAC digit 6

TAC digit 5

Octet 3

TAC

digit 8

TAC

digit 7

Octet 4

SNR

digit 2

SNR

digit 1

Octet 5

SNR SNR Octet 6





Note: If the SVN is not present, octet 8 bit:4-1 contains 0000 and bit:8-5 contains 1111.

Encoded ASN.1 Format

H' 9D ser vedI MEI SV

3.29 Radio Access Technology Type

Contents

This field indicates the Radio Access Technology (RAT) type (for example UTRAN, GERAN or WLAN)

currently used by the MS. This field is present if RAT type is provided by SGSN in a PDP contextrequest (Create/Update) or from a pre-configured table in the GGSN with mapping between SGSN-

IP-address and RAT-type information.


Release 5 and 6

ASN.1 Format

r ATType [ 30] RATType OPTI ONAL,

RATType : : = I NTEGER ( 0. . 255)

Value

The value is encoded according to 3GPP TS 29.060 v6.16.0:

Encoded ASN.1 Tag

H' 9E r ATType

digit 4 digit 3

SNR

digit 6

SNR

digit 5

Octet 7

SVN digit 2

SVN digit 1

Octet 8

RAT Type

Values

Value(s) (Decimal)

<reserved> 0

UTRAN 1GERAN 2

WLAN 3

<spare> 4-255





3.30 MS Time Zone

Contents

This field contains the MS Time Zone information received from the SGSN at the PDP context

activation and modification procedure. If a changed MS time zone is received from SGSN in anUpdate PDP Context Request message, a partial CDR is closed with the cause MS time zone

change. This field is included if the information has been received from SGSN.

Note: This field is applicable for Release 6 only.

Release 6

ASN.1 Format

mSTi meZone [ 31] MSTi meZone OPTI ONAL,

MSTi meZone : : = OCTET STRI NG ( SI ZE ( 2) )

Value

The first octet contains the time zone. The second octet contains daylight saving time, see 3GPP TS

29.060 v6.11.0.

Encoded ASN.1 Tag

H' 9F1F mSTi meZone

3.31 User Location Information

Contents

This field is used to indicate Cell Global Identification (CGI) and Service Area Identity (SAI) of where the MS is currently located, which can be provided by the SGSN. The information presented

in the CDR is the Geographical Location Type field and the Geographical location field copiedfrom the GTP User Location Information IE.

Note: This field is applicable for Release 6 only.

Release 6

ASN.1 Format

user Locat i onI nf or mat i on [ 32] OCTET STRI NG

Value





Table 14 and Table 15 describes the encoded value for the Geographic Location field. For moreinformation, see 3GPP TS 29.060 v6.11.0.

Note: If only two digits are included in the MNC, then bits 5 to 8 of octet 3 are coded as

1111.

Encoded ASN.1 tag

H' 9F20 user Locat i onI nf or mat i on

3.32 List of Service Data

Contents

This list includes containers with the following sub-fields:

Note: These fields are applicable for eG-CDR, that is, Release 6 EGSN PDP Record only.,

Rating Group

Table 14 Shows the content of User Location Informat ion field for Cell Global Identification ( CGI )

Octet Bits

8 7 6 5 4 3 2 1

1 Geographic Location Type = 0 (CGI)2 MCC digit 2 MCC digit 1

3 MNC digit 3 MCC digit 3

4 MNC digit 2 MNC digit 1

5 LAC (most significant octet)

6 LAC (least significant octet)

7 CI (most significant octet)

8 CI (least significant octet)

Table 15 Shows the content of User Location Informat ion field for Service Area Identity (SAI)

Octet Bits

8 7 6 5 4 3 2 1

1 Geographic Location Type = 1 (SAI)

2 MCC digit 2 MCC digit 1

3 MNC digit 3 MCC digit 3

4 MNC digit 2 MNC digit 1

5 LAC (most significant octet)

6 LAC (least significant octet)

7 SAC (most significant octet)

8 SAC (least significant octet)





ID of the Rating Group (RG)

Result Code

Contains the result code received in the corresponding MSCC AVP from OCS. Included if aresult code other than diameter-success is received.

Local Sequence Number

Sequence numbering of all containers belonging to the RG or RG/Service Identifier (SI)within the partial CDR. The numbering restarts at 1 in every new partial CDR.

Time of first usage, time of last usage

Time stamps of first and last transferred service data during the lifetime of this container.The fields are omitted if no service data has been transferred.

Note: If service data is buffered, for example due to OCS communication, the time of

first usage can occur before the record opening time.

Time Usage

Consumed time quota. Included if time measurement is active.

Service Condition Change

Bitmap indicating the causes for closure of the container. For more information, see Section

3.32.1 Service Condition Change .

QoS Information Negotiated

Included in the first listOfServiceData container of each service in the partial CDR, and infollowing containers only when QoS changes. Also included in the listOfTrafficVolumes

container. For more information, see Section 3.33.

SGSN Address

The address of the SGSN used during the container lifetime.

SGSN PLMN Identifier

The PLMN identifier that is valid during the lifetime of the container.

Data Volume FBC Uplink and Downlink

Transferred service data during the lifetime of the container. In a container on RG level,

volume reported on SI level is not included. That is, each transferred data is reported eitherin a container on SI level, or a container on RG level, but not in both.





Time of Report

The time of closure of the container.

RAT Type

The RAT type that is valid during the lifetime of the container.

Failure Handling Continue

Included if a failure handling procedure has been executed (included in all subsequent

containers).

Service Identifier

Included in a container that reports volume per RG/SI combination. Such a container iscreated if SI level reporting has been configured for the SI or if Service Id is configured for

the online charging interface.

PS Furnish Charging Information

Free text information that may be provided by OCS for the RG.

Note: The Furnish Charging Information is sent on RG level. If the GGSN is configured to

report on SI level, the first container in the CDR will contain the Furnish Charging

Information data for the RG with no volume and hence the Service Identifier sub-field is left out. The traffic is reported in the subsequent containers. See Charging

Configuration for details on configuring reporting levels for eG-CDR.

AF Record Information

Contains a list of Application Function (AF) charging IDs. If an AF Charging ID has been

received over Gx+ for a charging rule, which is matched within the scope of this service data

container, the ID is included in the list.

Release 6

ASN.1 Format

listOfServiceData [34] SEQUENCE OF ChangeOfServiceCondition OPTIONAL

ChangeOf Ser vi ceCondi t i on : : = SEQUENCE{

r at i ngGr oup [ 1] Rat i ngGr oup,r esul t Code [ 3] Resul t Code,l ocal SequenceNumber [ 4] Local SequenceNumber,t i meOf Fi r st Usage [ 5] Ti meSt amp,t i meOf Last Usage [ 6] Ti meSt amp,





t i meUsage [ 7] Cal l Dur at i on,servi ceCondi t i onChange [ 8] Servi ceCondi t i onChange,qoSI nf or mat i onNeg [ 9] QoSI nf or mat i on,sgsn- Addr ess [ 10] GSNAddress,sGSNPLMNI dent i f i er [ 11] PLMN- I d OPTI ONAL,datavol umeFBCUpl i nk [ 12] Dat aVol umeGPRS,dat avol umeFBCDownl i nk [ 13] Dat aVol umeGPRS,t i meOf Repor t [ 14] Ti meSt amp,r ATType [ 15] RATType OPTI ONAL,f ai l ur eHandl i ngCont i nue [ 16] Fai l ur eHandl i ngCont i nue,servi ceI dent i f i er [ 17] Servi ceI dent i f i er ,pSFur ni shChargi ngI nf or mat i on [ 18] PSFur ni shChargi ngI nf or mat i on OPTI ONAL,aFRecor dI nf or mat i on [ 19] SEQUENCE OF OCTET STRI NG

}Rat i ngGr oup : : = I NTEGERResul t Code : : = I NTEGERLocal SequenceNumber : : = I NTEGER ( 0. . 4294967295)

Ti meStamp : : = OCTET STRI NG ( SI ZE( 9) )Cal l Dur at i on : : = I NTEGERGSNAddr ess : : = I PAddr ess







}PLMN- I d : : = OCTET STRI NG ( SI ZE(3) )Dat aVol umeGPRS : : = I NTEGERRATType : : = I NTEGER ( 0. . 255)Fai l ur eHandl i ngCont i nue : : = BOOLEANSer vi ceI dent i f i er : : = I NTEGER ( 0. . 4294967295)PSFur ni shChargi ngI nf or mat i on : : = SEQUENCE{

pSFreeFor mat Data [ 1] FreeFor mat Dat a,pSFFDAppendI ndi cat or [ 2] FFDAppendI ndi cat or OPTI ONAL

}FFDAppendI ndi cat or : : = BOOLEANFreeFor mat Dat a : : = OCTET STRI NG ( SI ZE ( 1. . 160) )

3.32.1 Service Condition Change

Contents

The service condition change sub-field (part of the service data container, see Section 3.32 List of





Service Data) indicates the causes for closure of the container. If more than one condition isapplicable at the same time, several causes can be reported simultaneously. The following list

describes the causes:

qoSChange

Used when QoS changes for the PDP context.

sGSNChange

Used when the SGSN address changes for the PDP context.

sGSNPLMNIDChange

Used when the PLMN id changes for the PDP context.

tariffTimeSwitch

Used when the container is closed due to a tariff switch.

pDPContextRelease

Used when the PDP context is deactivated.

rATChange

Used when the RAT type changes for the PDP context.

serviceIdledOut

Used at sending of a CCR to OCS due to QHT expiry.

qCTExpiry

Not used in GGSN 2009A.

configurationChange

Used when the container is closed due to change of configuration in the GGSN.

serviceStop

Used when the service data transfer is stopped due to blacklisting, OCS requested credit

instance termination, or quota exhausted with final unit indication – action ‘terminate’.

timeThresholdReached, volumeThresholdReached





Used at sending of a CCR to OCS due to reached time or volume quota threshold.

timeExhausted, volumeExhausted

Used at sending of a CCR to OCS due to time or volume quota exhausted.

timeout

Used at sending of a CCR to OCS due to quota validity time expiry.

returnRequested

Used when the container is closed because quota is reported in a CCR message to OCS.

reauthorisationRequest

Used at sending of a CCR to OCS due to a received RAR message.

continueOngoingSession

Used at credit control failure handling when the PDP context continues without credit control.Also used when OCS indicates that credit control is not applicable (for the RG or the PDP

context).

retryAndTerminateOngoingSession, terminateOngoingSession

Used at credit control failure handling that causes the PDP context to be deactivated. Always

used in combination with the cause pDPContextRelease.

Release 6

ASN.1 Format

Servi ceCondi t i onChange : : = BI T STRI NG{

qoSChange (0) ,sGSNChange ( 1) ,sGSNPLMNI DChange (2) ,t ar i f f Ti meSwi t ch ( 3) ,pDPCont extRel ease ( 4) ,r ATChange (5) ,ser vi ceI dl edOut ( 6) ,qCTExpi r y (7) ,conf i gur at i onChange ( 8) ,ser vi ceSt op ( 9) ,t i meThr eshol dReached ( 10) ,vol umeThr eshol dReached ( 11) ,t i meExhaust ed ( 13) ,vol umeExhaust ed ( 14) ,t i meout ( 15) ,





r et ur nRequest ed ( 16) ,r eaut hor i sat i onRequest ( 17) ,cont i nueOngoi ngSessi on ( 18) ,r et r yAndTer mi nateOngoi ngSessi on ( 19) ,t ermi nat eOngoi ngSessi on ( 20)

}

3.32.2 Encoded ASN.1 Tag

H' BF22 l i st Of Ser vi ceDat aH' 30 ChangeOf Ser vi ceCondi t i on ( SEQUENCE)H' 81 rat i ngGr oupH’ 83 resul t CodeH’ 84 l ocal SequenceNumberH’ 85 t i meOf Fi r st UsageH’ 86 t i meOf Last UsageH' 87 t i meUsageH' 88 ser vi ceCondi t i onChangeH' 89 qoSI nf or mat i onNeg

H' AA sgsn- AddressH' 80 i PBi nV4Addr essH' 81 i PBi nV6Addr essH' 82 i PTextV4Addr essH' 83 i PTextV6Addr ess

H' 8B sGSNPLMNI dent i f i erH' 8C dat avol umeFBCUpl i nkH' 8D datavol umeFBCDownl i nkH' 8E t i meOf Repor tH' 8F r ATTypeH' 90 f ai l ur eHandl i ngCont i nueH' 91 ser vi ceI dent i f i er

H' B2 pSFur ni shChargi ngI nf or mat i onH' 81 pSFr eeFor mat Dat aH' 82 pSFFDAppendI ndi cat or

H' B3 aFRecordI nf or mat i on

3.33 QoS Negotiated

The QoS negotiated sub-field is part of the volume container and list of service data (see Section

3.32 List of Service Data and Section 3.12 List of Traffic Data Volumes) and indicates the appliedQoS profile accepted by the network. For a pre-release 99 terminal, the QoS profile consists of the

following R97 /98 attributes, refer to 3GPP TS 24.008 v6.15.0:

Reliability class

Delay class

Precedence class

Peak throughput

Mean throughput

For a release 99 (and later) terminal, the QoS profile consists of the following additional R99

attributes, refer to 3GPP TS 24.008 v6.15.0 and 3GPP TS 29.060 v6.16.0:





Allocation/Retention priority

Delivery of erroneous SDU

Delivery order

Traffic class

Maximum SDU size

Maximum bit rate for uplink or downlink

SDU error ratio

Residual BER

Traffic handling priority

Transfer delay

Guaranteed bit rate for uplink or downlink

For a release 5 (and later) terminal, the QoS profile may consist of the following additionalattributes, refer to 3GPP TS 24.008 v6.15.0:

Signaling indication

Source statistics descriptor

Extended max bit rate for downlink

Extended guaranteed bit rate for uplink

The relation between UMTS QoS attributes and R99 attributes is defined by 3GPP TS 23.107 v6.4.0, which also specifies a mapping between R97 /98 attributes and R99 attributes.

3.33.1 QoSInformation

Release 97 and Release 98

ASN.1 Format

QoSI nf or mat i on : : =SEQUENCE{

rel i abi l i t y [ 0] QoSRel i abi l i t y,del ay [ 1] QoSDel ay,precedence [ 2] QoSPr ecedence,peakThr oughput [ 3] QoSPeakThr oughput ,meanThr oughput [ 4] QoSMeanThr oughput

}

Release 99

ASN.1 Format

QoSI nf or mat i on : : =CHOI CE{

gsmQosI nf or mat i on [ 0] GSMQoSI nf or mat i on,umt sQosI nf or mat i on [ 1] OCTET STRI NG ( SI ZE ( 12) )

}





GSMQoSI nf or mat i on : : =SEQUENCE{


}

Value and Encoding

If a pre-Release 99 terminal is served, gsmQoSInformation is selected. If a Release 99 and

onwards terminal is served, umtsQosInformation is selected. The umtsQosInformation octet stringis a 1:1 copy of the contents (for example starting with octet 4) of the QoS profile information

element specified in 3GPP TS 29.060 v6.16.0 as shown in Table 16. For interpretation of theinformation entities see 3GPP TS 29.060 v6.16.0 and 3GPP TS 24.008 v6.11.0.

Note: If the QoS granted for a PDP context specifies a downlink maximum bit rate or adownlink guaranteed bit rate that exceeds the maximum value for the corresponding

octet in umtsQoSinformation, the GGSN encodes 0 (zero) in this octet.

Table 16 QoS Profile Informat ion Element, Release 99

8 7 6 5 4 3 2 1

Allocation/Retention Priority Octet 1

0 0 Octet 2

Spare Delayclass

Reliabilityclass

0 Octet 3

Peakthroughput

Spare Precedenceclass

0 0 0 Octet 4

Spare Mean throughput

Traffic

class

Delivery

order

Delivery of

erroneous

SDU

Octet 5

Maximum SDU size Octet 6

Maximum bit rate for uplink Octet 7

Maximum bit rate for downlink Octet 8

Residual

BER

SDU error ratio Octet 9

Transfer delay Traffic

Handlingpriority

Octet 10

Guaranteed bit rate for uplink Octet 11

Guaranteed bit rate fordownlink

Octet 12





Release 4

ASN.1 Format

QoSI nf or mat i on : : = OCTET STRI NG ( SI ZE ( 4. . 12) )

Value and Encoding

The octet string is a 1:1 copy of the contents (that is starting with octet 4) of the QoS profile

information element specified in 3GPP TS 29.060 v6.16.0 as shown in Table 16. For interpretationof the information entities see 3GPP TS 29.060 v6.16.0 and 3GPP TS 24.008 v6.11.0.

If a pre-Release 99 terminal is served, only octets 1 – 4 are included.

If a pre-Release 99 terminal is served, the Allocation or Retention Priority (octet 1) shall beignored.

Note: If the QoS granted for a PDP context specifies a downlink maximum bit rate or a

downlink guaranteed bit rate that exceeds the maximum value for the corresponding

octet in QoSinformation, the GGSN encodes 0 (zero) in this octet.

Release 5 and 6

ASN.1 Format

QoSI nf or mat i on : : = OCTET STRI NG ( SI ZE ( 4. . 15) )

Value and Encoding

The octet string is a 1:1 copy of the contents (for example starting with octet 4) of the QoS profileinformation element specified in 3GPP TS 29.060 v6.16.0 as shown in Table 17. For interpretation

of the information entities see 3GPP TS 29.060 v6.16.0 and 3GPP TS 24.008 v6.15.0.

If a pre-Release 99 terminal is served, only octets 1 to 4 are included.

If a pre-Release 99 terminal is served, the Allocation/Retention Priority (octet 1) shall be ignored.

Octets 13 to 15 are conditionally present as specified by 3GPP TS 24.008 v6.15.0:

If octet 14 is included, then octet 15 shall also be included.

A QoS without octets 13 to 15, or without octets 14 to 15 is a valid QoS.

Table 17 QoS Profile Informat ion Element, Release 5

8 7 6 5 4 3 2 1

Allocation/Retention Priority Octet 1

0 0 Octet 2

Spare Delay class Reliabilityclass

0 Octet 3





3.33.2 QoSReliability


ASN.1 Format

rel i abi l i t y [0] QoSRel i abi l i t y,

QoSRel i abi l i t y : : = ENUMERATED{

unspeci f i edRel i abi l i t y ( 0) ,acknowl edgedGTP ( 1) ,unackGTPAcknowLLC ( 2) ,

unackGTPLLCAcknowRLC ( 3) ,unackGTPLLCRLC ( 4) ,unacknowUnpr ot ect edDat a ( 5)

}

3.33.3 QoSDelay

Release 97

ASN.1 Format

Peakthroughput

Spare Precedenceclass

0 0 0 Octet 4

Spare Mean throughput

Traffic

class

Delivery

order

Delivery of

erroneous

SDU

Octet 5

Maximum SDU size Octet 6

Maximum bit rate for uplink Octet 7

Maximum bit rate for downlink Octet 8

Residual

BER

SDU error ratio Octet 9

Transfer delay Traffic

Handlingpriority

Octet 10

Guaranteed bit rate for uplink Octet 11

Guaranteed bit rate fordownlink

Octet 12

0 0 0 Sig.ind

Source statisticsdescriptor

Octet 13

spare

Maximum bit rate for downlink(extended)

Octet 14

Guaranteed bit rate fordownlink (extended)

Octet 15





del ay [ 1] QoSDel ay

QoSDel ay : : = ENUMERATED{

del ayCl ass1 ( 0) ,del ayCl ass2 ( 1) ,del ayCl ass3 ( 2) ,del ayCl ass4 ( 3)

}

Release 98 and 99

ASN.1 Format

del ay [ 1] QoSDel ay

QoSDel ay : : = ENUMERATED{

del ayCl ass1 ( 1) ,

del ayCl ass2 ( 2) ,del ayCl ass3 ( 3) ,del ayCl ass4 ( 4)

}

3.33.4 QoSMeanThroughput


ASN.1 Format

meanThr oughput [ 4] QoSMeanThr oughput

QoSMeanThr oughput : : = ENUMERATED{

bestEf f ort ( 0) ,mean100oct et Ph ( 1) ,mean200oct et Ph ( 2) ,mean500oct et Ph ( 3) ,mean1000oct et Ph ( 4) ,mean2000oct et Ph ( 5) ,mean5000oct et Ph ( 6) ,mean10000oct et Ph ( 7) ,mean20000oct et Ph ( 8) ,

mean50000oct et Ph ( 9) ,mean100000oct et Ph ( 10) ,mean200000oct et Ph ( 11) ,mean500000oct et Ph ( 12) ,mean1000000oct et Ph ( 13) ,mean2000000oct et Ph ( 14) ,mean5000000oct et Ph ( 15) ,mean10000000oct et Ph ( 16) ,mean20000000oct et Ph (17) ,mean50000000oct et Ph ( 18)





}

3.33.5 QoSPeakThroughput


ASN.1 Format

peakThroughput [ 3] QoSPeakThroughput

QoSPeakThr oughput : : = ENUMERATED{

unspeci f i ed ( 0) ,upTo1000oct etPs ( 1) ,upTo2000oct etPs ( 2) ,upTo4000oct etPs ( 3) ,upTo8000oct etPs ( 4) ,upTo16000oct et Ps ( 5) ,upTo32000oct et Ps ( 6) ,

upTo64000oct et Ps ( 7) ,upTo128000oct et Ps ( 8) ,upTo256000oct et Ps ( 9)

}

3.33.6 QoSPrecedence


ASN.1 Format

precedence [ 2] QoSPr ecedence,

QoSPr ecedence : : = ENUMERATED{unspeci f i ed ( 0) ,hi ghPri or i t y ( 1) ,nor mal Pr i or i t y ( 2) ,l owPr i or i t y ( 3)}

4 G-CDR and eG-CDR ASN.1 Tag Values

4.1 CallEventRecord

4.2 GGSNPDPRecord

TAG value Description

H'A1 GGSNPDPRecord release 97 and 98

H'B5 GGSNPDPRecord release 99, 4, 5 and 6

H’BC EGSNPDPRecord release 6





Release 97 and Release 98


H'80 recordType

H'83 servedIMSI

H'A4 ggsnAddressH'80 iPBinV4Address

H'81 iPBinV6Address(1)

H'82 iPTextV4Address(1)


H'85 chargingID

H'A6 sgsnAddress

H'80 iPBinV4Address




H'87 accessPointName

H'88 pdpType

H'A9 servedPDPAddress

H'A0 IPAddress

H'80 iPBinV4Address

H'81 iPBinV6Address



H'81 ETSIAddress(1)

H'8B dynamicAddressFlag

H'AC listOfTrafficVolumes

H'30 (sequence indicator)

H'42 qoSNegotiated

H'80 reliability

H'81 delay

H'82 precedence

H'83 peakThroughput

H'84 meanThroughput

H'83 dataVolumeGPRSUplink

H'84 dataVolumeGPRSDownlink

H'85 changeCondition

H'86 changeTime

H'8D recordOpeningTime

H'8E duration

H'8F causeForRecClosing

H'91 recordSequenceNumber

H'92 nodeID





H'B3 recordExtensions

H'94 localSequenceNumber for release ‘98

H'95 apnSelectionMode for release ‘98

H'96 servedMSISDN

H'9B sgsnPLMNIdentifier

(1) This value is not used

Release 99


H'80 recordType

H'83 servedIMSI

H'A4 ggsnAddress

H'80 iPBinV4Address




H'85 chargingID

H'A6 sgsnAddress

H'80 iPBinV4Address




H'87 accessPointNameNI

H'88 pdpType

H'A9 servedPDPAddressH'A0 IPAddress

H'80 iPBinV4Address

H'81 iPBinV6Address



H'81 ETSIAddress(1)




H'A2 qoSNegotiatedH'A0 gsmQosInformation

H'80 reliability

H'81 delay

H'82 precedence

H'83 peakThroughput

H'84 meanThroughput

H'81 umtsQosInformation








H'86 changeTime


H'8E duration


H'91 recordSequenceNumberH'92 nodeID


H'94 localSequenceNumber

H'95 apnSelectionMode

H'96 servedMSISDN

H'97 chargingCharacteristics



Release 4


H'80 recordType

H'83 servedIMSI

H'A4 ggsnAddress

H'80 iPBinV4Address




H'85 chargingID

H'A6 sgsnAddress

H'80 iPBinV4Address





H'88 pdpType


H'A0 IPAddress

H'80 iPBinV4Address

H'81 iPBinV6Address



H'81 ETSIAddress(1)








H'82 qoSNegotiated




H'86 changeTime


H'8E durationH'8F causeForRecClosing


H'92 nodeID




H'96 servedMSISDN


H'98 chChSelectionMode



Release 5


H'80 recordType

H'83 servedIMSI

H'A4 ggsnAddress

H'80 iPBinV4Address




H'85 chargingID

H'A6 sgsnAddress

H'80 iPBinV4Address





H'88 pdpType


H'A0 IPAddress

H'80 iPBinV4Address

H'81 iPBinV6Address



H'81 ETSIAddress(1)








H'82 qoSNegotiated



H'85 changeConditionH'86 changeTime


H'8E duration



H'92 nodeID




H'96 servedMSISDNH'97 chargingCharacteristics


H'99 iMSsignalingContext


H'9D servedIMEI

H'9E rATType


Release 5 RecordExtensions



H'30 ManagementExtension (SEQUENCE)

H'06 identifier

H'81 significance

H'A2 GprsCdrExtensions

H'A1 chargingContainers

H'30 ChargingContainer (SEQUENCE)

H'80 changeTime

H'A1 listOfServicesH'30 ServiceItem

(SEQUENCE)

H'80 serviceIdentifier

H'81 volumeUplink

H'82 volumeDownlink

H'A2 listOfServiceClasses

H'30 ServiceClassItem

(SEQUENCE)





H'80 serviceClass

H'81 volumeUplink

H'82 volumeDownlink

H'A3 volumeRateUplink

H'80 valueDigits

H'81 exponent

H'A4 volumeRateDownlinkH'80 valueDigits

H'81 exponent

H'A5 sessionPolicy

H'80 volumeLimitAction

H'81 blockLimitAction

H'A6 blockItem

H'80 blocks

H'A1 blockRate

H'80 valueDigits

H'81 exponentH'82 blockSize

H'83 blockSizeType

H'A3 initialCharge

H'80 valueDigits

H'81 exponent

H'A4 sessionPolicy

H'80 volumeLimitAction

H'81 blockLimitAction

H'A5 blockItem

H'80 blocksH'A1 blocksRate

H'80 valueDigits

H'81 exponent

H'82 blockSize

H'83 blockSizeType

H'A2 creditControlInfo

H'80 creditControlEnabled

H'A1 ccsPeer

H'80 iPBinV4Address

H'81 iPBinV6AddressH'82 iPTextV4Address

H'83 iPTextV6Address

H'A2 creditUnit

H'80 unitType

H'81 currencyCode

H'83 creditControlDiagnostics

H'84 creditDeniedAction

H'85 creditControlFailureAction





Release 6 GGSNPDPRecord

H'A6 creditControlFailureReport

H'80 requestType

H'81 requestStatus

H'82 resultCode

H'84 recordNumber

H'85 startTime

H'86 stopTimeH'A7 lastCreditGranted

H'80 valueDigits

H'81 exponent

H'A8 creditUsed

H'80 valueDigits

H'81 exponent

H'8A newCreditControlSessionID

H'AB deferredCreditUsed

H'80 valueDigits

H'81 exponentH'87 creditControlSessionId

H'88 ccsRealm

H'A3 policyControlInfo

H'80 policyControlEnabled

H'A1 pcsPeer

H'80 iPBinV4Address

H'81 iPBinV6Address



H'82 policyControlDiagnosticsH'83 policyControlFailureAction

H'A4 policyControlFailureReport

H'80 requestType

H'81 requestStatus

H'82 resultCode

H'83 sessionId

H'84 startTime

H'85 stopTime

H'85 currencyCode

H'86 pcsRealmH'85 userCategory


H'80 recordType

H'83 servedIMSI

H'A4 ggsnAddress





H'80 iPBinV4Address




H'85 chargingID

H'A6 sgsnAddress

H'80 iPBinV4Address





H'88 pdpType


H'A0 IPAddress

H'80 iPBinV4Address

H'81 iPBinV6Address



H'81 ETSIAddress(1)




H'82 qoSNegotiated



H'85 changeConditionH'86 changeTime


H'8E duration



H'92 nodeID




H'96 servedMSISDN




H’9A externalChargingID


H'9D servedIMEISV

H'9E rATType

H’9F1F mSTimeZone





H’9F20 userLocationInformation


Release 6 EGSNPDPRecord


H'80 recordType

H'83 servedIMSI

H'A4 ggsnAddress

H'80 iPBinV4Address




H'85 chargingID

H'A6 sgsnAddress

H'80 iPBinV4Address





H'88 pdpType


H'A0 IPAddress

H'80 iPBinV4Address

H'81 iPBinV6Address



H'81 ETSIAddress(1)




H'82 qoSNegotiated




H'86 changeTimeH'8D recordOpeningTime

H'8E duration



H'92 nodeID








H'96 servedMSISDN




H’9A externalChargingID


H’BC pSFurnishChargingInformationH’81 pSFreeFormatData

H’82 pSFFDAppendIndicator

H'9D servedIMEISV

H'9E rATType

H’9F1F mSTimeZone

H’9F20 userLocationInformation

H’BF22 listOfServiceData

H'30 ChangeOfServiceCondition (SEQUENCE)

H’81 ratingGroup

H’83 resultCodeH’84 localSequenceNumber

H’85 timeOfFirstUsage

H’86 timeOfLastUsage

H’87 timeUsage

H’88 serviceConditionChange

H’89 qoSInformationNeg

H'AA sgsn-Address

H’80 iPBinV4Address

H’81 iPBinV6Address

H’82 iPTextV4Address(1) H’83 iPTextV6Address(1)

H’8B sGSNPLMNIdentifier

H’8C datavolumeFBCUplink

H’8D datavolumeFBCDownlink

H’8E timeOfReport

H’8F rATType

H’90 failureHandlingContinue

H’91 serviceIdentifier

H’B2 pSFurnishChargingInformation

H’81 pSFreeFormatDataH’82 pSFFDAppendIndica

H’B3 aFRecordInformation

H’04 OCTET STRING


Release 6 RecordExtensions





TAG value Description H’ B3 r ecor dExt ensi ons

H’ 30 Management Ext ensi on ( SEQUENCE)H’ 06 i dent i f i erH’ 81 si gni f i canceH’ A2 GprsCdr Ext ensi ons

H’ A1 char gi ngCont ai nersH’ 30 Chargi ngContai ner ( SEQUENCE)

H’ 80 changeTi meH’ A1 l i st Of Ser vi ces

H’ 30 Ser vi ceI t em ( SEQUENCE)H’ 80 ser vi ceI dent i f i erH’ 81 vol umeUpl i nkH’ 82 vol umeDownl i nk

H’ A2 l i st Of Ser vi ceCl assesH’ 30 Servi ceCl assI t em ( SEQUENCE)

H’ 80 ser vi ceCl assH’ 81 vol umeUpl i nkH’ 82 vol umeDownl i nkH’ A3 vol umeRat eUpl i nk

H’ 80 val ueDi gi t sH’ 81 exponent

H’ A4 vol umeRat eDownl i nkH’ 80 val ueDi gi t sH’ 81 exponent


H’ A6 bl ockI t emH’ 80 bl ocksH’ A1 bl ockRate

H’ 80 val ueDi gi t s

H’ 81 exponentH’ 82 bl ockSi zeH’ 83 bl ockSi zeTypeH’ 84 st art Ti meH’ 85 st opTi me

H’ A3 i ni t i al Char geH’ 80 val ueDi gi t sH’ 81 exponent


H’ A5 bl ockI t em

H’ 80 bl ocksH’ A1 bl ockRateH’ 80 val ueDi gi t sH’ 81 exponent


H’ A2 credi t Cont r ol I nf oH’ 80 cr edi t Cont r ol Enabl ed





H’ A1 ccsPeerH’ 80 i PBi nV4Addr essH’ 81 i PBi nV6Addr essH’ 82 i PTextV4AddressH’ 83 i PTextV6Address

H’ A2 cr edi t Uni tH’ 80 uni t TypeH’ 81 cur r encyCode

H’ 83 credi t Cont r ol Di agnost i csH’ 84 credi t Deni edAct i onH’ 85 credi t Cont r ol Fai l ur eAct i onH’ A6 cr edi t Cont r ol Fai l ur eRepor t

H’ 80 r equest TypeH’ 81 r equest St at usH’ 82 resul t CodeH’ 84 r ecor dNumberH’ 85 st art Ti meH’ 86 st opTi meH’ A7 l ast Cr edi t Gr ant ed

H’ 80 val ueDi gi t s

H’ 81 exponentH’ A8 credi t Used


H’ 8A newCr edi t Cont r ol Sessi onI dH’ AB def err edCr edi t Used


H’ 8C ccRequest NumberH’ 87 credi t Cont r ol Sessi onI dH’ 88 ccsReal m

H’ A3 pol i cyCont r ol I nf o

H’ 80 pol i cyCont r ol Enabl edH’ A1 pcsPeer

H’ 80 i PBi nV4Addr essH’ 81 i PBi nV6Addr essH’ 82 i PTextV4AddressH’ 83 i PTextV6Address

H’ 82 pol i cyCont r ol Di agnost i csH’ 83 pol i cyCont r ol Fai l ur eAct i onH’ A4 pol i cyCont r ol Fai l ur eRepor t

H’ 80 r equest TypeH’ 81 r equest St at usH’ 82 resul t Code

H’ 83 sessi onI dH’ 84 st art Ti meH’ 85 st opTi me

H’ 85 cur r encyCodeH’ 86 pcsReal mH’ 87 pol i cyCont r ol Sessi onI d

H’ 85 userCat egoryH’ 86 r ul eSpaceI dH’ A7 ser vi ceCont ai ner s

H’ 30 Ser vi ceCont ai ner ( SEQUENCE)





H’ 81 r at i ngGr oupH’ 82 ser vi ceI dent i f i erH’ 83 l ocal SequenceNumberH’ 84 met hodH’ 85 i nacti vi t yH’ 86 r esol ut i onH’ 87 ccRequest NumberH’ 88 ser vi ceSpeci f i cUni t sH’ A9 l i st Of URI

H’ 30 URI ( SEQUENCE)H’ 81 countH’ 82 ur i

H’ A8 t i meRepor t sH’ 30 Ti meRepor t ( SEQUENCE)

H’ 81 r at i ngGr oupH’ 82 st ar t Ti meH’ 83 endTi meH’ 84 dat aVol umeUpl i nkH’ 85 dataVol umeDownl i nk

5 G-CDR and eG-CDR ASN.1 Format

5.1 Release 97

Cal l Event Recor d : : = CHOI CE{

ggsnPDPRecor d [ 1] GGSNPDPRecor d}

GGSNPDPRecor d : : = SET

{ r ecor dType [ 0] Cal l Event Recor dType,ser vedI MSI [ 3] I MSI ,ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,sgsnAddress [ 6] SEQUENCE OF GSNAddr ess OPTI ONAL,accessPoi nt Name [ 7] AccessPoi nt Name OPTI ONAL,pdpType [ 8] PDPType OPTI ONAL,ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddressFl ag [ 11] Dynami cAddr essFl ag OPTI ONAL,l i st Of Traf f i cVol umes [ 12] SEQUENCE OF ChangeOf Char Condi t i on,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,

causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,r ecor dSequenceNumber [ 17] I NTEGER OPTI ONAL,nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL

}

AccessPoi nt Name : : = I A5St r i ng ( SI ZE( 1. . 63) )





Addr essSt r i ng : : = OCTET STRI NG ( SI ZE ( 1. . 20) )Cal l Dur at i on : : = I NTEGERCal l Event RecordType : : = I NTEGER{

ggsnPDPRecor d ( 19)}CauseForRecCl osi ng : : = I NTEGER{

normal Rel ease (0) ,abnormal Rel ease ( 4) ,vol umeLi mi t ( 16) ,t i meLi mi t ( 17) ,sGSNChange ( 18) ,maxChangeCond ( 19) ,management I ni t Rel ease ( 100) ,pLMNChange ( 101) ,cr edi t Cont r ol Change ( 102) ,pol i cyCont r ol Change (103) ,credi t Cont r ol I ni t Rel ease ( 104) ,pol i cyCont r ol I ni t Rel ease (105) ,

post Rel easeFai l ur e ( 106)}ChangeCondi t i on : : = ENUMERATED{

qoSChange (0) ,t ar i f f Ti me ( 1) ,r ecor dCl osur e ( 2) ,t ar i f f Usage ( 101) ,t ar i f f Ser vi ceCl assUsage ( 102) ,t ar i f f Updat e ( 103)

}ChangeOf CharCondi t i on : : = SEQUENCE

{qosNegot i at ed [ 2] QoSI nf or mat i on OPTI ONAL,dataVol umeGPRSUpl i nk [ 3] Dat aVol umeGPRS,dat aVol umeGPRSDownl i nk [ 4] Dat aVol umeGPRS,changeCondi t i on [ 5] ChangeCondi t i on,changeTi me [ 6] Ti meSt amp

}Chargi ngI D : : = I NTEGER ( 0. . 4294967295)Dat aVol umeGPRS : : = I NTEGERDynami cAddressFl ag : : = BOOLEANETSI Addr ess : : = Addr essSt r i ngGSNAddr ess : : = I PAddress

I MSI : : = TBCD- STRI NG ( SI ZE ( 3. . 8) )I PAddr ess : : = CHOI CE{

i PBi nar yAddr ess I PBi nar yAddr ess,i PText Repr esent edAddr ess I PText Repr esent edAddr ess









}I SDN- Addr essSt r i ng : : = Addr essSt r i ng ( SI ZE( 1. . 9) )ManagementExt ensi ons : : = SET OF ManagementExt ensi onManagement Ext ensi on : : = SEQUENCE{


}MSI SDN : : = I SDN- Addr essSt r i ngNodeI D : : = I A5St r i ng ( SI ZE( 1. . 20) )PDPAddr ess : : = CHOI CE{


}PDPType : : = OCTET STRI NG ( SI ZE(2) )PLMN- I d : : = OCTET STRI NG ( SI ZE( 3) )QoSDel ay : : = ENUMERATED{


}QoSI nf or mat i on : : =SEQUENCE{


}QoSMeanThr oughput : : = ENUMERATED{

bestEf f ort ( 0) ,mean100oct et Ph ( 1) ,mean200oct et Ph ( 2) ,mean500oct et Ph ( 3) ,

mean1000oct et Ph ( 4) ,mean2000oct et Ph ( 5) ,mean5000oct et Ph ( 6) ,mean10000oct et Ph ( 7) ,mean20000oct et Ph ( 8) ,mean50000oct et Ph ( 9) ,mean100000oct et Ph ( 10) ,mean200000oct et Ph ( 11) ,mean500000oct et Ph ( 12) ,mean1000000oct et Ph ( 13) ,





mean2000000oct et Ph ( 14) ,mean5000000oct et Ph ( 15) ,mean10000000oct et Ph ( 16) ,mean20000000oct et Ph (17) ,mean50000000oct et Ph ( 18)

}QoSPeakThr oughput : : = ENUMERATED{

unspeci f i ed ( 0) ,upTo1000oct etPs ( 1) ,upTo2000oct etPs ( 2) ,upTo4000oct etPs ( 3) ,upTo8000oct etPs ( 4) ,upTo16000oct et Ps ( 5) ,upTo32000oct et Ps ( 6) ,upTo64000oct et Ps ( 7) ,upTo128000oct et Ps ( 8) ,upTo256000oct et Ps ( 9)

}QoSPr ecedence : : = ENUMERATED

{unspeci f i ed ( 0) ,hi ghPri or i t y ( 1) ,nor mal Pr i or i t y ( 2) ,l owPr i or i t y ( 3)

}QoSRel i abi l i t y : : = ENUMERATED{

unspeci f i edRel i abi l i t y ( 0) ,acknowl edgedGTP ( 1) ,unackGTPAcknowLLC ( 2) ,unackGTPLLCAcknowRLC ( 3) ,

unackGTPLLCRLC ( 4) ,unacknowUnpr ot ect edDat a ( 5)

} TBCD- STRI NG : : = OCTET STRI NG Ti meStamp : : = OCTET STRI NG ( SI ZE( 9) )

5.2 Release 98




r ecor dType [ 0] Cal l Event Recor dType,ser vedI MSI [ 3] I MSI ,ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,sgsnAddress [ 6] SEQUENCE OF GSNAddr ess OPTI ONAL,accessPoi nt NameNI [ 7] AccessPoi nt NameNI OPTI ONAL,pdpType [ 8] PDPType OPTI ONAL,





ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddressFl ag [ 11] Dynami cAddr essFl ag OPTI ONAL,l i st Of Traf f i cVol umes [ 12] SEQUENCE OF ChangeOf Char Condi t i on,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,r ecor dSequenceNumber [ 17] I NTEGER OPTI ONAL,nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,l ocal SequenceNumber [ 20] Local SequenceNumber OPTI ONAL,apnSel ect i onMode [ 21] APNSel ect i onMode OPTI ONAL,ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL

}

AccessPoi nt NameNI : : = I A5St r i ng (SI ZE( 1. . 63) )Addr essSt r i ng : : = OCTET STRI NG ( SI ZE ( 1. . 20) )APNSel ect i onMode : : = ENUMERATED{

mSorNet wor kPr ovi dedSubscr i pt i onVer i f i ed ( 0) ,mSProvi dedSubscr i pt i onNot Ver i f i ed ( 1) ,net wor kPr ovi dedSubscr i pt i onNot Ver i f i ed ( 2)

}Cal l Dur at i on : : = I NTEGERCal l Event RecordType : : = I NTEGER{


normal Rel ease (0) ,

abnormal Rel ease ( 4) ,vol umeLi mi t ( 16) ,t i meLi mi t ( 17) ,sGSNChange ( 18) ,maxChangeCond ( 19) ,management I ni t Rel ease ( 100) ,pLMNChange ( 101) ,cr edi t Cont r ol Change ( 102) ,pol i cyCont r ol Change (103) ,credi t Cont r ol I ni t Rel ease ( 104) ,pol i cyCont r ol I ni t Rel ease (105) ,post Rel easeFai l ur e ( 106)

}ChangeCondi t i on : : = ENUMERATED{

qoSChange (0) ,t ar i f f Ti me ( 1) ,r ecor dCl osur e ( 2) ,t ar i f f Usage ( 101) ,t ar i f f Ser vi ceCl assUsage ( 102) ,t ar i f f Updat e ( 103)

}





ChangeOf CharCondi t i on : : = SEQUENCE{

qosNegot i at ed [ 2] QoSI nf or mat i on OPTI ONAL,dataVol umeGPRSUpl i nk [ 3] Dat aVol umeGPRS,dat aVol umeGPRSDownl i nk [ 4] Dat aVol umeGPRS,changeCondi t i on [ 5] ChangeCondi t i on,changeTi me [ 6] Ti meSt amp

}Chargi ngI D : : = I NTEGER ( 0. . 4294967295)Dat aVol umeGPRS : : = I NTEGERDynami cAddressFl ag : : = BOOLEANETSI Addr ess : : = Addr essSt r i ngGSNAddr ess : : = I PAddressI MSI : : = TBCD- STRI NG ( SI ZE ( 3. . 8) )I PAddr ess : : = CHOI CE{


}I PBi naryAddr ess : : = CHOI CE

{i PBi nV4Addr ess [ 0] OCTET STRI NG ( SI ZE( 4) ) ,i PBi nV6Address [ 1] OCTET STRI NG ( SI ZE(16) )



}I SDN- Addr essSt r i ng : : = Addr essSt r i ng ( SI ZE( 1. . 9) )Local SequenceNumber : : = I NTEGER ( 0. . 4294967295)ManagementExt ensi ons : : = SET OF ManagementExt ensi on

Management Ext ensi on : : = SEQUENCE{






}





QoSI nf or mat i on : : =SEQUENCE{



bestEf f ort ( 0) ,mean100oct et Ph ( 1) ,mean200oct et Ph ( 2) ,mean500oct et Ph ( 3) ,mean1000oct et Ph ( 4) ,mean2000oct et Ph ( 5) ,mean5000oct et Ph ( 6) ,mean10000oct et Ph ( 7) ,mean20000oct et Ph ( 8) ,mean50000oct et Ph ( 9) ,

mean100000oct et Ph ( 10) ,mean200000oct et Ph ( 11) ,mean500000oct et Ph ( 12) ,mean1000000oct et Ph ( 13) ,mean2000000oct et Ph ( 14) ,mean5000000oct et Ph ( 15) ,mean10000000oct et Ph ( 16) ,mean20000000oct et Ph (17) ,mean50000000oct et Ph ( 18)



}QoSPr ecedence : : = ENUMERATED

{ unspeci f i ed ( 0) ,hi ghPri or i t y ( 1) ,nor mal Pr i or i t y ( 2) ,l owPr i or i t y ( 3)


unspeci f i edRel i abi l i t y ( 0) ,acknowl edgedGTP ( 1) ,





unackGTPAcknowLLC ( 2) ,unackGTPLLCAcknowRLC ( 3) ,unackGTPLLCRLC ( 4) ,unacknowUnpr ot ect edDat a ( 5)


5.3 Release 99




r ecor dType [ 0] Cal l Event Recor dType,ser vedI MSI [ 3] I MSI ,

ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,sgsnAddress [ 6] SEQUENCE OF GSNAddress OPTI ONAL,accessPoi nt NameNI [ 7] AccessPoi nt NameNI OPTI ONAL,pdpType [ 8] PDPType OPTI ONAL,ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddressFl ag [ 11] Dynami cAddr essFl ag OPTI ONAL,l i st Of Traf f i cVol umes [ 12] SEQUENCE OF ChangeOf Char Condi t i on,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,r ecor dSequenceNumber [ 17] I NTEGER OPTI ONAL,

nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,l ocal SequenceNumber [ 20] Local SequenceNumber OPTI ONAL,apnSel ect i onMode [ 21] APNSel ect i onMode OPTI ONAL,ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,char gi ngChar act er i st i cs [23] Chargi ngChar act er i st i cs OPTI ONAL,sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL

}










normal Rel ease (0) ,abnormal Rel ease ( 4) ,vol umeLi mi t ( 16) ,t i meLi mi t ( 17) ,sGSNChange ( 18) ,maxChangeCond ( 19) ,management I ni t Rel ease ( 100) ,pLMNChange ( 101) ,cr edi t Cont r ol Change ( 102) ,pol i cyCont r ol Change (103) ,credi t Cont r ol I ni t Rel ease ( 104) ,pol i cyCont r ol I ni t Rel ease (105) ,post Rel easeFai l ur e ( 106)


qoSChange (0) ,t ar i f f Ti me ( 1) ,

r ecor dCl osur e ( 2) ,t ar i f f Usage ( 101) ,t ar i f f Ser vi ceCl assUsage ( 102) ,t ar i f f Updat e ( 103)

}ChangeOf CharCondi t i on : : = SEQUENCE{


}Chargi ngChar act eri st i cs : : = OCTET STRI NG ( SI ZE ( 2) )Chargi ngI D : : = I NTEGER ( 0. . 4294967295)Dat aVol umeGPRS : : = I NTEGERDynami cAddressFl ag : : = BOOLEANETSI Addr ess : : = Addr essSt r i ngGSMQoSI nf or mat i on : : = SEQUENCE{

rel i abi l i t y [ 0] QoSRel i abi l i t y,del ay [ 1] QoSDel ay,precedence [ 2] QoSPr ecedence,peakThr oughput [ 3] QoSPeakThr oughput ,

meanThr oughput [ 4] QoSMeanThr oughput}GSNAddr ess : : = I PAddressI MSI : : = TBCD- STRI NG ( SI ZE ( 3. . 8) )I PAddr ess : : = CHOI CE{










}I SDN- Addr essSt r i ng : : = Addr essSt r i ng ( SI ZE( 1. . 9) )Local SequenceNumber : : = I NTEGER ( 0. . 4294967295)ManagementExt ensi ons : : = SET OF ManagementExt ensi onManagement Ext ensi on : : = SEQUENCE{


}MSI SDN : : = I SDN- Addr essSt r i ngNodeI D : : = I A5St r i ng ( SI ZE( 1. . 20) )

PDPAddr ess : : = CHOI CE{



del ayCl ass1 ( 1) ,del ayCl ass2 ( 2) ,del ayCl ass3 ( 3) ,

del ayCl ass4 ( 4)}QoSI nf or mat i on : : = CHOI CE{

gsmQosI nf or mat i on [ 0] GSMQoSI nf or mat i on,umt sQosI nf or mat i on [ 1] OCTET STRI NG ( SI ZE ( 12) )


bestEf f ort ( 0) ,mean100oct et Ph ( 1) ,mean200oct et Ph ( 2) ,

mean500oct et Ph ( 3) ,mean1000oct et Ph ( 4) ,mean2000oct et Ph ( 5) ,mean5000oct et Ph ( 6) ,mean10000oct et Ph ( 7) ,mean20000oct et Ph ( 8) ,mean50000oct et Ph ( 9) ,mean100000oct et Ph ( 10) ,mean200000oct et Ph ( 11) ,mean500000oct et Ph ( 12) ,





mean1000000oct et Ph ( 13) ,mean2000000oct et Ph ( 14) ,mean5000000oct et Ph ( 15) ,mean10000000oct et Ph ( 16) ,mean20000000oct et Ph (17) ,mean50000000oct et Ph ( 18)



}

QoSPr ecedence : : = ENUMERATED{

unspeci f i ed ( 0) ,hi ghPri or i t y ( 1) ,nor mal Pr i or i t y ( 2) ,l owPr i or i t y ( 3)


unspeci f i edRel i abi l i t y ( 0) ,acknowl edgedGTP ( 1) ,unackGTPAcknowLLC ( 2) ,

unackGTPLLCAcknowRLC ( 3) ,unackGTPLLCRLC ( 4) ,unacknowUnpr ot ect edDat a ( 5)


5.4 Release 4




r ecor dType [ 0] Cal l Event Recor dType,ser vedI MSI [ 3] I MSI ,ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,sgsnAddress [ 6] SEQUENCE OF GSNAddress OPTI ONAL,accessPoi nt NameNI [ 7] AccessPoi nt NameNI OPTI ONAL,





pdpType [ 8] PDPType OPTI ONAL,ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddressFl ag [ 11] Dynami cAddr essFl ag OPTI ONAL,l i st Of Traf f i cVol umes [ 12] SEQUENCE OF ChangeOf Char Condi t i on OPTI ONAL,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,r ecor dSequenceNumber [ 17] I NTEGER OPTI ONAL,nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,l ocal SequenceNumber [ 20] Local SequenceNumber OPTI ONAL,apnSel ect i onMode [ 21] APNSel ect i onMode OPTI ONAL,ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,char gi ngChar act er i st i cs [23] Chargi ngChar acteri st i cs,chChSel ect i onMode [ 24] ChChSel ect i onMode OPTI ONAL,sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL

}

AccessPoi nt NameNI : : = I A5St r i ng (SI ZE( 1. . 63) )

Addr essSt r i ng : : = OCTET STRI NG ( SI ZE ( 1. . 20) )APNSel ect i onMode : : = ENUMERATED{





normal Rel ease (0) ,abnormal Rel ease ( 4) ,vol umeLi mi t ( 16) ,t i meLi mi t ( 17) ,sGSNChange ( 18) ,maxChangeCond ( 19) ,management I ni t Rel ease ( 100) ,pLMNChange ( 101) ,cr edi t Cont r ol Change ( 102) ,pol i cyCont r ol Change (103) ,

credi t Cont r ol I ni t Rel ease ( 104) ,pol i cyCont r ol I ni t Rel ease (105) ,post Rel easeFai l ur e ( 106)


qoSChange (0) ,t ar i f f Ti me ( 1) ,r ecor dCl osur e ( 2) ,t ar i f f Usage ( 101) ,





t ar i f f Ser vi ceCl assUsage ( 102) ,t ar i f f Updat e ( 103)



}Chargi ngChar act eri st i cs : : = OCTET STRI NG ( SI ZE ( 2) )Chargi ngI D : : = I NTEGER ( 0. . 4294967295)ChChSel ect i onMode : : = ENUMERATED{

sGSNSuppl i ed (0) ,homeDef aul t ( 3) ,r oami ngDef aul t ( 4) ,vi s i t i ngDef aul t ( 5) ,r adi usSuppl i ed ( 100)

}Dat aVol umeGPRS : : = I NTEGERDynami cAddressFl ag : : = BOOLEANETSI Addr ess : : = Addr essSt r i ngGSNAddr ess : : = I PAddressI MSI : : = TBCD- STRI NG ( SI ZE ( 3. . 8) )I PAddr ess : : = CHOI CE{







Management Ext ensi on : : = SEQUENCE{i dent i f i er OBJ ECT I DENTI FI ER,si gni f i cance [ 1] BOOLEAN DEFAULT TRUE,i nf or mat i on [ 2] Gpr sCdr Ext ensi ons







}PDPType : : = OCTET STRI NG ( SI ZE(2) )PLMN- I d : : = OCTET STRI NG ( SI ZE( 3) )QoSI nf or mat i on : : = OCTET STRI NG ( SI ZE ( 4. . 12) )

TBCD- STRI NG : : = OCTET STRI NG Ti meStamp : : = OCTET STRI NG ( SI ZE( 9) )

5.5 Release 5





ser vedI MSI [ 3] I MSI ,ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,sgsnAddress [ 6] SEQUENCE OF GSNAddress OPTI ONAL,accessPoi nt NameNI [ 7] AccessPoi nt NameNI OPTI ONAL,pdpType [ 8] PDPType OPTI ONAL,ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddressFl ag [ 11] Dynami cAddr essFl ag OPTI ONAL,l i st Of Traf f i cVol umes [ 12] SEQUENCE OF ChangeOf Char Condi t i on OPTI ONAL,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,

r ecor dSequenceNumber [ 17] I NTEGER OPTI ONAL,nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,l ocal SequenceNumber [ 20] Local SequenceNumber OPTI ONAL,apnSel ect i onMode [ 21] APNSel ect i onMode OPTI ONAL,ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,char gi ngChar act er i st i cs [23] Chargi ngChar acteri st i cs,chChSel ect i onMode [ 24] ChChSel ect i onMode OPTI ONAL,i MSsi gnal i ngCont ext [ 25] NULL OPTI ONAL,sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL,ser vedI MEI SV [ 29] I MEI OPTI ONAL,r ATType [ 30] RATType OPTI ONAL

}



}





Cal l Dur at i on : : = I NTEGERCal l Event RecordType : : = I NTEGER{


normal Rel ease (0) ,abnormal Rel ease ( 4) ,vol umeLi mi t ( 16) ,t i meLi mi t ( 17) ,sGSNChange ( 18) ,maxChangeCond ( 19) ,r ATChange ( 22) ,management I ni t Rel ease ( 100) ,pLMNChange ( 101) ,cr edi t Cont r ol Change ( 102) ,pol i cyCont r ol Change (103) ,credi t Cont r ol I ni t Rel ease ( 104) ,pol i cyCont r ol I ni t Rel ease (105) ,

post Rel easeFai l ur e ( 106)}ChangeCondi t i on : : = ENUMERATED{

qoSChange (0) ,t ar i f f Ti me ( 1) ,r ecor dCl osur e ( 2) ,t ar i f f Usage ( 101) ,t ar i f f Ser vi ceCl assUsage ( 102) ,t ar i f f Updat e ( 103) ,t ar i f f Event ( 104)

}

ChangeOf CharCondi t i on : : = SEQUENCE{



sGSNSuppl i ed (0) ,homeDef aul t ( 3) ,r oami ngDef aul t ( 4) ,vi s i t i ngDef aul t ( 5) ,r adi usSuppl i ed ( 100)

}Dat aVol umeGPRS : : = I NTEGERDynami cAddressFl ag : : = BOOLEANETSI Addr ess : : = Addr essSt r i ngGSNAddr ess : : = I PAddress





I MEI : : = TBCD- STRI NG ( SI ZE ( 8) )I MSI : : = TBCD- STRI NG ( SI ZE ( 3. . 8) )I PAddr ess : : = CHOI CE{







Management Ext ensi on : : = SEQUENCE{




}PDPType : : = OCTET STRI NG ( SI ZE(2) )PLMN- I d : : = OCTET STRI NG ( SI ZE( 3) )QoSI nf or mat i on : : = OCTET STRI NG ( SI ZE ( 4. . 15) )RATType : : = I NTEGER ( 0. . 255)


5.6 Release 6

GPRSCal l Event Recor d : : = CHOI CE{

ggsnPDPRecor d [ 21] GGSNPDPRecor d,egsnPDPRecor d [ 28] EGSNPDPRecor d

}


r ecor dType [ 0] Cal l Event Recor dType,ser vedI MSI [ 3] I MSI ,ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,





sgsnAddress [ 6] SEQUENCE OF GSNAddress OPTI ONAL,accessPoi nt NameNI [ 7] AccessPoi nt NameNI OPTI ONAL,pdpType [ 8] PDPType OPTI ONAL,ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddressFl ag [ 11] Dynami cAddr essFl ag OPTI ONAL,l i st Of Traf f i cVol umes [ 12] SEQUENCE OF ChangeOf Char Condi t i on OPTI ONAL,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,r ecor dSequenceNumber [ 17] I NTEGER OPTI ONAL,nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,l ocal SequenceNumber [ 20] Local SequenceNumber OPTI ONAL,apnSel ect i onMode [ 21] APNSel ect i onMode OPTI ONAL,ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,char gi ngChar act er i st i cs [23] Chargi ngChar acteri st i cs,chChSel ect i onMode [ 24] ChChSel ect i onMode OPTI ONAL,i MSsi gnal i ngCont ext [ 25] NULL OPTI ONAL,ext ernal Chargi ngI D [ 26] OCTET STRI NG OPTI ONAL,sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL,

ser vedI MEI SV [ 29] I MEI OPTI ONAL,r ATType [ 30] RATType OPTI ONAL,mSTi meZone [ 31] MSTi meZone OPTI ONAL,user Locat i onI nf or mat i on [ 32] OCTET STRI NG OPTI ONAL

}

EGSNPDPRecor d : : = SET{

r ecor dType [ 0] Cal l Event Recor dType,ser vedI MSI [ 3] I MSI ,ggsnAddr ess [ 4] GSNAddr ess,char gi ngI D [ 5] Chargi ngI D,

sgsnAddress [ 6] SEQUENCE OF GSNAddress OPTI ONAL,accessPoi nt NameNI [ 7] AccessPoi nt NameNI OPTI ONAL,pdpType [ 8] PDPType OPTI ONAL,ser vedPDPAddr ess [ 9] PDPAddr ess OPTI ONAL,dynami cAddressFl ag [ 11] Dynami cAddr essFl ag OPTI ONAL,l i st Of Traf f i cVol umes [ 12] SEQUENCE OF ChangeOf Char Condi t i on OPTI ONAL,r ecor dOpeni ngTi me [ 13] Ti meStamp,dur at i on [ 14] Cal l Dur at i on,causeFor RecCl osi ng [ 15] CauseFor RecCl osi ng,r ecor dSequenceNumber [ 17] I NTEGER OPTI ONAL,nodeI D [ 18] NodeI D OPTI ONAL,r ecor dExt ensi ons [ 19] Management Extensi ons OPTI ONAL,

l ocal SequenceNumber [ 20] Local SequenceNumber OPTI ONAL,apnSel ect i onMode [ 21] APNSel ect i onMode OPTI ONAL,ser vedMSI SDN [ 22] MSI SDN OPTI ONAL,char gi ngChar act er i st i cs [23] Chargi ngChar acteri st i cs,chChSel ect i onMode [ 24] ChChSel ect i onMode OPTI ONAL,i MSsi gnal i ngCont ext [ 25] NULL OPTI ONAL,ext ernal Chargi ngI D [ 26] OCTET STRI NG OPTI ONAL,sgsnPLMNI dent i f i er [ 27] PLMN- I d OPTI ONAL,pSFur ni shChargi ngI nf or mat i on [ 28] PSFur ni shChargi ngI nf or mat i on OPTI ONAL,ser vedI MEI SV [ 29] I MEI OPTI ONAL,





r ATType [ 30] RATType OPTI ONAL,mSTi meZone [ 31] MSTi meZone OPTI ONAL,user Locat i onI nf or mat i on [ 32] OCTET STRI NG OPTI ONAL,l i st Of Ser vi ceDat a [ 34] SEQUENCE OF ChangeOf Servi ceCondi t i on OPTI ONAL

}




ggsnPDPRecord ( 19) ,egsnPDPRecor d ( 70)

}CauseForRecCl osi ng : : = I NTEGER{

normal Rel ease (0) ,abnormal Rel ease ( 4) ,vol umeLi mi t ( 16) ,t i meLi mi t ( 17) ,sGSNChange ( 18) ,maxChangeCond ( 19) ,r ATChange ( 22) ,mSTi meZoneChange ( 23) ,management I ni t Rel ease ( 100) ,

pLMNChange ( 101) ,cr edi t Cont r ol Change ( 102) ,pol i cyCont r ol Change (103) ,credi t Cont r ol I ni t Rel ease ( 104) ,pol i cyCont r ol I ni t Rel ease (105) ,post Rel easeFai l ur e ( 106) - - SACC 2. 0, onl y


qoSChange (0) ,t ar i f f Ti me ( 1) ,r ecor dCl osur e ( 2) ,

f ai l ur eHandl i ngCont i nueOngoi ng ( 3) , - - SACC 3. 0 or gr eat er , onl yf ai l ur eHandl i ngRet r yandTer mi nat eOngoi ng ( 4) , - - SACC 3. 0 or gr eat er , onl yf ai l ur eHandl i ngTer mi nat eOngoi ng ( 5) , - - SACC 3. 0 or gr eat er , onl yt ar i f f Usage ( 101) , - - SACC 2. 0, onl yt ar i f f Ser vi ceCl assUsage ( 102) , - - SACC 2. 0, onl yt ar i f f Updat e ( 103) , - - SACC 2. 0, onl yt ar i f f Event ( 104) - - SACC 2. 0, onl y







}ChangeOf Ser vi ceCondi t i on : : = SEQUENCE{

r at i ngGr oup [ 1] Rat i ngGr oup,r esul t Code [ 3] Resul t Code OPTI ONAL,l ocal SequenceNumber [ 4] Local SequenceNumber OPTI ONAL,t i meOf Fi r st Usage [ 5] Ti meSt amp OPTI ONAL,t i meOf Last Usage [ 6] Ti meStamp OPTI ONAL,t i meUsage [ 7] Cal l Dur at i on OPTI ONAL,servi ceCondi t i onChange [ 8] Servi ceCondi t i onChange,qoSI nf or mat i onNeg [ 9] QoSI nf or mat i on OPTI ONAL,sgsn- Addr ess [ 10] GSNAddr ess OPTI ONAL,sGSNPLMNI dent i f i er [ 11] PLMN- I d OPTI ONAL,datavol umeFBCUpl i nk [ 12] Dat aVol umeGPRS OPTI ONAL,dat avol umeFBCDownl i nk [ 13] Dat aVol umeGPRS OPTI ONAL,

t i meOf Repor t [ 14] Ti meSt amp,r ATType [ 15] RATType OPTI ONAL,f ai l ur eHandl i ngCont i nue [ 16] Fai l ur eHandl i ngCont i nue OPTI ONAL,servi ceI dent i f i er [ 17] Ser vi ceI dent i f i er OPTI ONAL,pSFur ni shChargi ngI nf or mat i on [ 18] PSFur ni shChargi ngI nf or mat i on OPTI ONALaFRecor dI nf or mat i on [ 19] SEQUENCE OF OCTET STRI NG OPTI ONAL


sGSNSuppl i ed (0) ,

homeDef aul t ( 3) ,r oami ngDef aul t ( 4) ,vi s i t i ngDef aul t ( 5) ,r adi usSuppl i ed ( 100)

}Dat aVol umeGPRS : : = I NTEGERDynami cAddressFl ag : : = BOOLEANETSI Addr ess : : = Addr essSt r i ngFai l ur eHandl i ngCont i nue : : = BOOLEANFFDAppendI ndi cat or : : = BOOLEANFreeFor mat Dat a : : = OCTET STRI NG ( SI ZE ( 1. . 160) )GSNAddr ess : : = I PAddress

I MEI : : = TBCD- STRI NG ( SI ZE ( 8) )I MSI : : = TBCD- STRI NG ( SI ZE ( 3. . 8) )I PAddr ess : : = CHOI CE{

i PBi naryAddr ess I PBi nar yAddr ess,i PText Repr esent edAddr ess I PText Repr esent edAddr ess


i PBi nV4Addr ess [ 0] OCTET STRI NG ( SI ZE( 4) ) ,





i PBi nV6Address [ 1] OCTET STRI NG ( SI ZE(16) )}I PTextRepr esent edAddress : : = CHOI CE{


}I SDN- Addr essSt r i ng : : = Addr essSt r i ng ( SI ZE( 1. . 9) )Local SequenceNumber : : = I NTEGER ( 0. . 4294967295)ManagementExt ensi ons : : = SET OF ManagementExt ensi onManagement Ext ensi on : : = SEQUENCE{


}MSI SDN : : = I SDN- Addr essSt r i ngMSTi meZone : : = OCTET STRI NG ( SI ZE ( 2) )NodeI D : : = I A5St r i ng ( SI ZE( 1. . 20) )PDPAddr ess : : = CHOI CE

{i PAddr ess [ 0] I PAddr ess,eTSI Addr ess [ 1] ETSI Addr ess

}PDPType : : = OCTET STRI NG ( SI ZE(2) )PLMN- I d : : = OCTET STRI NG ( SI ZE( 3) )PSFur ni shChargi ngI nf or mat i on : : = SEQUENCE{

pSFreeFor mat Data [ 1] FreeFor mat Dat a,pSFFDAppendI ndi cat or [ 2] FFDAppendI ndi cat or OPTI ONAL

}QoSI nf or mat i on : : = OCTET STRI NG ( SI ZE ( 4. . 15) )

Rat i ngGr oup : : = I NTEGERRATType : : = I NTEGER ( 0. . 255)Resul t Code : : = I NTEGERServi ceCondi t i onChange : : = BI T STRI NG{

qoSChange (0) ,sGSNChange ( 1) ,sGSNPLMNI DChange (2) ,t ar i f f Ti meSwi t ch ( 3) ,pDPCont extRel ease ( 4) ,r ATChange (5) ,ser vi ceI dl edOut ( 6) , - - QHT expi r y

qCTExpi r y (7) ,conf i gur at i onChange ( 8) ,ser vi ceSt op ( 9) ,t i meThreshol dReached ( 10) ,vol umeThr eshol dReached ( 11) ,t i meExhaust ed ( 13) ,vol umeExhaust ed ( 14) ,t i meout ( 15) , - - Val i di t y t i me expi r yr etur nRequest ed ( 16) , - - Quota r epor t sent wi t h CCRr eaut hor i sat i onRequest ( 17) , - - CCR sent due t o r ecei ved RAR





cont i nueOngoi ngSessi on ( 18) ,r et r yAndTer mi nateOngoi ngSessi on ( 19) ,t ermi nat eOngoi ngSessi on ( 20)

}Ser vi ceI dent i f i er : : = I NTEGER ( 0. . 4294967295)


5.7 Record Extensions

5.7.1 Release 97, 98, 99, and 4

Note: The following record extensions are only applicable for SACC 2.0.

Gpr sCdr Ext ensi ons : : = SET{

char gi ngContai ners [ 1] SEQUENCE OF Chargi ngCont ai ner OPTI ONAL,

credi t Cont r ol I nf o [ 2] Cr edi t Cont r ol I nf o OPTI ONAL,pol i cyCont r ol I nf o [ 3] Pol i cyCont r ol I nf o OPTI ONAL,userCat egor y [ 5] I NTEGER OPTI ONAL

}

Bl ockI t em : : = SEQUENCE{

bl ocks [ 0] I NTEGER,bl ockRat e [ 1] Real Uni t OPTI ONAL,bl ockSi ze [ 2] I NTEGER,bl ockSi zeType [ 3] Bl ockSi zeType,st ar t Ti me [ 4] Ti meSt amp OPTI ONAL,

st opTi me [ 5] Ti meSt amp OPTI ONAL}Bl ockSi zeType : : = ENUMERATED{

seconds ( 0) ,byt es ( 1)

}Chargi ngContai ner : : = SEQUENCE{

changeTi me [ 0] Ti meSt amp,l i st Of Servi ces [ 1] SEQUENCE OF Servi ceI t em OPTI ONAL,l i st Of Servi ceCl asses [ 2] SEQUENCE OF Ser vi ceCl assI t em OPTI ONAL,

i ni t i al Char ge [ 3] Real Uni t OPTI ONAL,sessi onPol i cy [ 4] Sessi onPol i cy OPTI ONAL,bl ockI t em [ 5] Bl ockI t em OPTI ONAL

}Cr edi t Cont r ol Di agnost i cs : : = ENUMERATED{

credi t Deni ed ( 0) ,credi t Cont r ol Fai l ur e ( 1) ,cr edi t Cont r ol Suspended ( 2) ,cr edi t Cont r ol Resumed ( 3)





}Cr edi t Cont r ol Fai l ur eAct i on : : = ENUMERATED{

r el ease ( 0) ,cont i nue ( 1) ,cont i nueFreeSer vi ces ( 2)

}Cr edi t Cont r ol Fai l ur eReport : : = SEQUENCE{

r equest Type [ 0] Cr edi t Request Type,r equest St at us [ 1] Cr edi t Request St at us,r esul t Code [ 2] Cr edi t Resul t Code OPTI ONAL,r ecor dNumber [ 4] Cr edi t Recor dNumber OPTI ONAL,st ar t Ti me [ 5] Ti meSt amp OPTI ONAL,st opTi me [ 6] Ti meStamp OPTI ONAL,l ast Cr edi t Gr ant ed [7] Real Uni t OPTI ONAL,cr edi t Used [ 8] Real Uni t OPTI ONAL

}Cr edi t Cont r ol I nf o : : = SEQUENCE{

cr edi t Cont r ol Enabl ed [ 0] BOOLEAN,ccsAddr ess [ 1] I PAddr ess OPTI ONAL,cr edi t Uni t [ 2] Cr edi t Uni t OPTI ONAL,cr edi t Cont r ol Di agnost i cs [ 3] Cr edi t Cont r ol Di agnost i cs OPTI ONAL,cr edi t Deni edAct i on [ 4] Cr edi t Deni edAct i on OPTI ONAL,credi t Cont r ol Fai l ur eAct i on [ 5] Cr edi t Cont r ol Fai l ur eAct i on OPTI ONAL,credi t Cont r ol Fai l ur eRepor t [ 6] Cr edi t Cont r ol Fai l ur eRepor t OPTI ONAL,credi t Cont r ol Sessi onI d [ 7] OCTET STRI NG ( SI ZE(1. . 255) ) OPTI ONAL

}Cr edi t Deni edAct i on : : = ENUMERATED{

r el ease ( 0) ,

cont i nue ( 1) ,cont i nueFreeSer vi ceCl asses ( 2) ,cont i nueLi mi t Ser vi ceCl asses ( 3)

}Cr edi t RecordNumber : : = I NTEGER( 0. . 4294967295)Cr edi t Request Type : : = ENUMERATED{

start (0) ,i nt er i m ( 1) ,st op ( 2)

}Cr edi t Request Stat us : : = ENUMERATED

{ unsent ( 0) ,noAnswer ( 1) ,f ai l ure ( 2)

}Cr edi t Resul t Code : : = I NTEGERCr edi t Uni t : : = SEQUENCE{

uni t Type [ 0] Cr edi t Uni t Type,cur r encyCode [ 1] Curr encyCode OPTI ONAL





}Cr edi t Uni t Type : : = ENUMERATED{

t i me ( 0) ,vol ume (1) ,event ( 2) ,money ( 3)

}Curr encyCode : : = I NTEGERPol i cyCont r ol Di agnost i cs : : = ENUMERATED{

pol i cyCont r ol Fai l ur e ( 1) ,pol i cyCont r ol Suspended ( 2) ,pol i cyCont r ol Resumed ( 3)

}Pol i cyCont r ol Fai l ur eAct i on : : = ENUMERATED{

r el ease ( 0) ,cont i nueDef aul t Pol i cy ( 1)

}

Pol i cyCont r ol Fai l ur eReport : : = SEQUENCE{

r equest Type [ 0] Pol i cyRequest Type,r equest St at us [ 1] Pol i cyRequest St at us,r esul t Code [ 2] Pol i cyResul t Code OPTI ONAL,sessi onI d [ 3] OCTET STRI NG ( SI ZE( 1. . 255) ) OPTI ONAL,st ar t Ti me [ 4] Ti meSt amp OPTI ONAL,st opTi me [ 5] Ti meSt amp OPTI ONAL

}Pol i cyCont r ol I nf o : : = SEQUENCE{

pol i cyCont r ol Enabl ed [ 0] BOOLEAN,

pcsAddr ess [ 1] I PAddr ess OPTI ONAL,pol i cyCont r ol Di agnost i cs [ 2] Pol i cyCont r ol Di agnost i cs OPTI ONAL,pol i cyCont r ol Fai l ur eAct i on [ 3] Pol i cyCont r ol Fai l ur eAct i on OPTI ONAL,pol i cyCont r ol Fai l ur eRepor t [ 4] Pol i cyCont r ol Fai l ur eRepor t OPTI ONAL,cur r encyCode [ 5] Cur r encyCode

}Pol i cyRequest Type : : = ENUMERATED{


}

Pol i cyRequest Stat us : : = ENUMERATED{unsent ( 0) ,noAnswer ( 1) ,f ai l ure ( 2)

}Pol i cyResul t Code : : = I NTEGERReal Uni t : : = SEQUENCE{

val ueDi gi t s [ 0] I NTEGER,





exponent [ 1] I NTEGER OPTI ONAL}Servi ceCl ass : : = I NTEGER( 0. . 4294967295)Servi ceCl assI t em : : = SEQUENCE{

ser vi ceCl ass [ 0] Ser vi ceCl ass,vol umeUpl i nk [ 1] I NTEGER OPTI ONAL,vol umeDownl i nk [ 2] I NTEGER OPTI ONAL,vol umeRat eUpl i nk [ 3] Real Uni t OPTI ONAL,vol umeRat eDownl i nk [ 4] Real Uni t OPTI ONAL,sessi onPol i cy [ 5] Sessi onPol i cy OPTI ONAL,bl ockI t em [ 6] Bl ockI t em OPTI ONAL

}Ser vi ceI dent i f i er : : = I NTEGER( 0. . 4294967295)Servi ceI t em : : = SEQUENCE{

ser vi ceI dent i f i er [0] Servi ceI dent i f i er ,vol umeUpl i nk [ 1] I NTEGER,vol umeDownl i nk [ 2] I NTEGER

}

Sessi onPol i cy : : = SEQUENCE{

vol umeLi mi t Act i on [ 0] UsageLi mi t Act i on OPTI ONAL,bl ockLi mi t Act i on [ 1] UsageLi mi t Act i on OPTI ONAL

}UsageLi mi t Act i on : : = ENUMERATED{

reset (1),add (2)

}

5.7.2 Release 5

Note: The following record extensions are only applicable for SACC 2.0.


char gi ngContai ners [ 1] SEQUENCE OF Chargi ngCont ai ner OPTI ONAL,credi t Cont r ol I nf o [ 2] Cr edi t Cont r ol I nf o OPTI ONAL,pol i cyCont r ol I nf o [ 3] Pol i cyCont r ol I nf o OPTI ONAL,userCat egor y [ 5] I NTEGER OPTI ONAL

}

Bl ockI t em : : = SEQUENCE{

bl ocks [ 0] I NTEGER,bl ockRat e [ 1] Real Uni t OPTI ONAL,bl ockSi ze [ 2] I NTEGER,bl ockSi zeType [ 3] Bl ockSi zeType,st ar t Ti me [ 4] Ti meSt amp OPTI ONAL,st opTi me [ 5] Ti meSt amp OPTI ONAL

}





Bl ockSi zeType : : = ENUMERATED{



changeTi me [ 0] Ti meSt amp,l i st Of Servi ces [ 1] SEQUENCE OF Servi ceI t em OPTI ONAL,l i st Of Servi ceCl asses [ 2] SEQUENCE OF Ser vi ceCl assI t em OPTI ONAL,i ni t i al Char ge [ 3] Real Uni t OPTI ONAL,sessi onPol i cy [ 4] Sessi onPol i cy OPTI ONAL,bl ockI t em [ 5] Bl ockI t em OPTI ONAL


credi t Deni ed ( 0) ,credi t Cont r ol Fai l ur e ( 1) ,cr edi t Cont r ol Suspended ( 2) ,cr edi t Cont r ol Resumed ( 3)


r el ease ( 0) ,cont i nue (1) ,cont i nueFreeSer vi ces (2) ,newCr edi t Cont r ol Sessi on ( 3)


r equest Type [ 0] Cr edi t Request Type,r equest St at us [ 1] Cr edi t Request St at us,

r esul t Code [ 2] Cr edi t Resul t Code OPTI ONAL,r ecor dNumber [ 4] Cr edi t Recor dNumber OPTI ONAL,st ar t Ti me [ 5] Ti meSt amp OPTI ONAL,st opTi me [ 6] Ti meStamp OPTI ONAL,l ast Cr edi t Gr ant ed [7] Real Uni t OPTI ONAL,cr edi t Used [ 8] Real Uni t OPTI ONAL,newCr edi t Cont r ol Sessi onI d [10] OCTET STRI NG ( SI ZE( 1. . 255) ) OPTI ONAL,def err edCr edi t Used [ 11] Real Uni t OPTI ONAL


cr edi t Cont r ol Enabl ed [ 0] BOOLEAN,

ccsPeer [ 1] I PAddr ess OPTI ONAL,cr edi t Uni t [ 2] Cr edi t Uni t OPTI ONAL,cr edi t Cont r ol Di agnost i cs [ 3] Cr edi t Cont r ol Di agnost i cs OPTI ONAL,cr edi t Deni edAct i on [ 4] Cr edi t Deni edAct i on OPTI ONAL,credi t Cont r ol Fai l ur eAct i on [ 5] Cr edi t Cont r ol Fai l ur eAct i on OPTI ONAL,credi t Cont r ol Fai l ur eRepor t [ 6] Cr edi t Cont r ol Fai l ur eRepor t OPTI ONAL,credi t Cont r ol Sessi onI d [ 7] OCTET STRI NG ( SI ZE(1. . 255) ) OPTI ONAL,ccsReal m [ 8] OCTET STRI NG ( SI ZE( 1. . 255) ) OPTI ONAL

}Cr edi t Deni edAct i on : : = ENUMERATED





{r el ease ( 0) ,cont i nue ( 1) ,cont i nueFreeSer vi ceCl asses ( 2) ,cont i nueLi mi t Ser vi ceCl asses ( 3)

}Cr edi t RecordNumber : : = I NTEGER( 0. . 4294967295)Cr edi t Request Type : : = ENUMERATED{


}Cr edi t Request Stat us : : = ENUMERATED{

unsent ( 0) ,noAnswer ( 1) ,f ai l ure ( 2)

}Cr edi t Resul t Code : : = I NTEGER

Cr edi t Uni t : : = SEQUENCE{




}

Curr encyCode : : = I NTEGERPol i cyCont r ol Di agnost i cs : : = ENUMERATED{

pol i cyCont r ol Fai l ur e ( 1) ,pol i cyCont r ol Suspended ( 2) ,pol i cyCont r ol Resumed ( 3)



}

Pol i cyCont r ol Fai l ur eReport : : = SEQUENCE{r equest Type [ 0] Pol i cyRequest Type,r equest St at us [ 1] Pol i cyRequest St at us,r esul t Code [ 2] Pol i cyResul t Code OPTI ONAL,sessi onI d [ 3] OCTET STRI NG ( SI ZE( 1. . 255) ) OPTI ONAL,st ar t Ti me [ 4] Ti meSt amp OPTI ONAL,st opTi me [ 5] Ti meSt amp OPTI ONAL

}Pol i cyCont r ol I nf o : : = SEQUENCE





{pol i cyCont r ol Enabl ed [ 0] BOOLEAN,pcsPeer [ 1] I PAddr ess OPTI ONAL,pol i cyCont r ol Di agnost i cs [ 2] Pol i cyCont r ol Di agnost i cs OPTI ONAL,pol i cyCont r ol Fai l ur eAct i on [ 3] Pol i cyCont r ol Fai l ur eAct i on OPTI ONAL,pol i cyCont r ol Fai l ur eRepor t [ 4] Pol i cyCont r ol Fai l ur eRepor t OPTI ONAL,cur r encyCode [ 5] Cur r encyCode,pcsReal m [ 6] OCTET STRI NG ( SI ZE(1. . 255) ) OPTI ONAL



}Pol i cyRequest Stat us : : = ENUMERATED{



val ueDi gi t s [ 0] I NTEGER,exponent [ 1] I NTEGER OPTI ONAL

}Servi ceCl ass : : = I NTEGER( 0. . 4294967295)Servi ceCl assI t em : : = SEQUENCE{

ser vi ceCl ass [ 0] Ser vi ceCl ass,vol umeUpl i nk [ 1] I NTEGER OPTI ONAL,

vol umeDownl i nk [ 2] I NTEGER OPTI ONAL,vol umeRat eUpl i nk [ 3] Real Uni t OPTI ONAL,vol umeRat eDownl i nk [ 4] Real Uni t OPTI ONAL,sessi onPol i cy [ 5] Sessi onPol i cy OPTI ONAL,bl ockI t em [ 6] Bl ockI t em OPTI ONAL

}Ser vi ceI dent i f i er : : = I NTEGER( 0. . 4294967295)Servi ceI t em : : = SEQUENCE{


}Sessi onPol i cy : : = SEQUENCE{

vol umeLi mi t Act i on [ 0] UsageLi mi t Act i on OPTI ONAL,bl ockLi mi t Act i on [ 1] UsageLi mi t Act i on OPTI ONAL


reset (1),add (2)





}

5.7.3 Release 6

Note: The following record extensions are applicable for SACC. Fields that are only relevant

for a specific SACC version are marked with (2) for SACC 2.0, (3) for SACC 3.0, and(4) for SACC 4.0


char gi ngContai ners [ 1] SEQUENCE OF Chargi ngCont ai ner OPTI ONAL, - - ( 2)credi t Cont r ol I nf o [ 2] Cr edi t Cont r ol I nf o OPTI ONAL,pol i cyCont r ol I nf o [ 3] Pol i cyCont r ol I nf o OPTI ONAL,userCat egor y [ 5] I NTEGER OPTI ONAL,r ul eSpaceI d [ 6] I A5St r i ng OPTI ONAL, - - ( 3) ( 4)ser vi ceCont ai ner s [7] SEQUENCE OF Ser vi ceCont ai ner OPTI ONAL, - - ( 3) ( 4)t i meRepor t s [ 8] SEQUENCE OF Ti meRepor t OPTI ONAL - - ( 3) ( 4)

}

Act i veTi meMet hod : : = ENUMERATED{

dur at i on ( 1) ,i nact i vi t yI ncl uded (2) ,i nact i vi ty (3) ,act i vePer i ods ( 4)

}Bl ockI t em : : = SEQUENCE{

bl ocks [ 0] I NTEGER,

bl ockRat e [ 1] Real Uni t OPTI ONAL,bl ockSi ze [ 2] I NTEGER,bl ockSi zeType [ 3] Bl ockSi zeType,st ar t Ti me [ 4] Ti meSt amp OPTI ONAL,st opTi me [ 5] Ti meSt amp OPTI ONAL

}Bl ockSi zeType : : = ENUMERATED{



changeTi me [ 0] Ti meSt amp,l i st Of Servi ces [ 1] SEQUENCE OF Servi ceI t em OPTI ONAL,l i st Of Servi ceCl asses [ 2] SEQUENCE OF Ser vi ceCl assI t em OPTI ONAL,i ni t i al Char ge [ 3] Real Uni t OPTI ONAL,sessi onPol i cy [ 4] Sessi onPol i cy OPTI ONAL,bl ockI t em [ 5] Bl ockI t em OPTI ONAL


credi t Deni ed ( 0) ,





credi t Cont r ol Fai l ur e ( 1) ,cr edi t Cont r ol Suspended ( 2) ,cr edi t Cont r ol Resumed ( 3)


r el ease ( 0) ,cont i nue (1) ,cont i nueFreeSer vi ces (2) ,newCr edi t Cont r ol Sessi on ( 3)


r equest Type [ 0] Cr edi t Request Type,r equest St at us [ 1] Cr edi t Request St at us,r esul t Code [ 2] Cr edi t Resul t Code OPTI ONAL,r ecordNumber [ 4] Cr edi t RecordNumber OPTI ONAL, - - ( 2)st art Ti me [ 5] Ti meSt amp OPTI ONAL, - - ( 2)st opTi me [ 6] Ti meSt amp OPTI ONAL, - - ( 2)l ast Cr edi t Gr ant ed [7] Real Uni t OPTI ONAL, - - ( 2)

cr edi t Used [ 8] Real Uni t OPTI ONAL, - - ( 2)newCr edi t Cont r ol Sessi onI d [ 10] OCTET STRI NG ( SI ZE( 1. . 255) ) OPTI ONAL, - - ( 2)def er r edCr edi t Used [ 11] Real Uni t OPTI ONAL, - - ( 2)ccRequest Number [ 12] I NTEGER OPTI ONAL - - ( 3) (


cr edi t Cont r ol Enabl ed [ 0] BOOLEAN OPTI ONAL, - - ( 2)ccsPeer [ 1] I PAddr ess OPTI ONAL, - - ( 2)credi t Uni t [ 2] Cr edi t Uni t OPTI ONAL, - - ( 2)credi t Cont r ol Di agnost i cs [ 3] Cr edi t Cont r ol Di agnost i cs OPTI ONAL, - - ( 2)cr edi t Deni edAct i on [ 4] Cr edi t Deni edAct i on OPTI ONAL, - - ( 2)

credi t Cont r ol Fai l ur eAct i on [5] Cr edi t Cont r ol Fai l ur eAct i on OPTI ONAL, - - ( 2)credi t Cont r ol Fai l ur eRepor t [ 6] Cr edi t Cont r ol Fai l ur eRepor t OPTI ONAL,credi t Cont r ol Sessi onI d [ 7] OCTET STRI NG ( SI ZE(1. . 255) ) OPTI ONAL,ccsReal m [ 8] OCTET STRI NG ( SI ZE( 1. . 255) ) OPTI ONAL

}Cr edi t Deni edAct i on : : = ENUMERATED{

r el ease ( 0) ,cont i nue ( 1) ,cont i nueFreeSer vi ceCl asses ( 2) ,cont i nueLi mi t Ser vi ceCl asses ( 3)

}

Cr edi t RecordNumber : : = I NTEGER( 0. . 4294967295)Cr edi t Request Type : : = ENUMERATED{


}Cr edi t Request Stat us : : = ENUMERATED{

unsent ( 0) ,





noAnswer ( 1) ,f ai l ure ( 2)

}Cr edi t Resul t Code : : = I NTEGERCr edi t Uni t : : = SEQUENCE{




}Curr encyCode : : = I NTEGERPol i cyCont r ol Di agnost i cs : : = ENUMERATED{

pol i cyCont r ol Fai l ur e ( 1) ,

pol i cyCont r ol Suspended ( 2) ,pol i cyCont r ol Resumed ( 3)



}Pol i cyCont r ol Fai l ur eReport : : = SEQUENCE{

r equest Type [ 0] Pol i cyRequest Type,r equest St at us [ 1] Pol i cyRequest St at us,

r esul t Code [ 2] Pol i cyResul t Code OPTI ONAL,sessi onI d [ 3] OCTET STRI NG ( SI ZE( 1. . 255) ) OPTI ONAL, - - ( 2)st art Ti me [ 4] Ti meSt amp OPTI ONAL, - - ( 2)st opTi me [ 5] Ti meSt amp OPTI ONAL

}Pol i cyCont r ol I nf o : : = SEQUENCE{

pol i cyCont r ol Enabl ed [ 0] BOOLEAN OPTI ONAL, - - ( 2)pcsPeer [ 1] I PAddr ess OPTI ONAL, - - ( 2)pol i cyCont r ol Di agnost i cs [ 2] Pol i cyCont r ol Di agnost i cs OPTI ONAL, - - ( 2)pol i cyCont r ol Fai l ur eAct i on [ 3] Pol i cyCont r ol Fai l ur eAct i on OPTI ONAL, - - ( 2)pol i cyCont r ol Fai l ur eRepor t [ 4] Pol i cyCont r ol Fai l ur eRepor t OPTI ONAL,

cur r encyCode [ 5] Cur r encyCode OPTI ONAL, - - ( 2)pcsReal m [ 6] OCTET STRI NG ( SI ZE(1. . 255) ) OPTI ONAL,pol i cyCont r ol Sessi onI d [ 7] OCTET STRI NG ( SI ZE( 1. . 255) ) OPTI ONAL - - ( 3)



}





Pol i cyRequest Stat us : : = ENUMERATED{



val ueDi gi t s [ 0] I NTEGER,exponent [ 1] I NTEGER OPTI ONAL

}Servi ceCl ass : : = I NTEGER( 0. . 4294967295)Servi ceCl assI t em : : = SEQUENCE{

ser vi ceCl ass [ 0] Ser vi ceCl ass,vol umeUpl i nk [ 1] I NTEGER OPTI ONAL,vol umeDownl i nk [ 2] I NTEGER OPTI ONAL,vol umeRat eUpl i nk [ 3] Real Uni t OPTI ONAL,vol umeRat eDownl i nk [ 4] Real Uni t OPTI ONAL,

sessi onPol i cy [ 5] Sessi onPol i cy OPTI ONAL,bl ockI t em [ 6] Bl ockI t em OPTI ONAL

}Ser vi ceCont ai ner : : = SEQUENCE{

r at i ngGr oup [ 1] Rat i ngGr oup,ser vi ceI dent i f i er [ 2] Ser vi ceI dent i f i er OPTI ONAL,l ocal SequenceNumber [ 3] Local SequenceNumber OPTI ONAL,met hod [ 4] Act i veTi meMet hod OPTI ONAL,i nact i vi t y [ 5] I NTEGER OPTI ONAL,r esol ut i on [ 6] I NTEGER OPTI ONAL,ccRequest Number [ 7] I NTEGER OPTI ONAL,

servi ceSpeci f i cUni t s [ 8] I NTEGER OPTI ONAL,l i st Of URI [ 9] SEQUENCE OF URI OPTI ONAL

}Servi ceI t em : : = SEQUENCE{


}Sessi onPol i cy : : = SEQUENCE{

vol umeLi mi t Act i on [ 0] UsageLi mi t Act i on OPTI ONAL,

bl ockLi mi t Act i on [ 1] UsageLi mi t Act i on OPTI ONAL} Ti meRepor t : : = SEQUENCE{

r at i ngGr oup [ 1] Rat i ngGr oup,st ar t Ti me [ 2] Ti meSt amp,endTi me [ 3] Ti meSt amp,dataVol umeUpl i nk [ 4] Dat aVol umeGPRS OPTI ONAL,dat aVol umeDownl i nk [ 5] Dat aVol umeGPRS OPTI ONAL

}





URI : : = SEQUENCE{

count [ 1] I NTEGER OPTI ONAL,ur i [ 2] I A5St r i ng


reset (1),add (2)

}

Reference List

Ericsson Documents

[1] CDR-Based Charging, TECHN PRODUCT DESCR, 9/221 02-AXB 250 10/4.

[2] CDR-Based Charging Interface Description, DESCRIPTION , 2/1551-AXB 250 10/4.

[3] Charging Configuration, OPERATION DIRECTIONS, 13/1543-AXB 250 10/4.

[4] PISC Configuration, OPERATION DIRECTIONS, 56/1543-AXB 250 10/4.

[5] SACC 2.0 Overview , TECHN PRODUCT DESCR, 23/221 02-AXB 250 10/4.

[6] SACC Overview , TECHN PRODUCT DESCR, 16/221 02-AXB 250 10/4.

Standards[7] 3rd Generation Partnership Project; Technical Specification Group Core Network; Numbering,

addressing and identification (Release 6) 3GPP TS 23.003 v6.12.0.

[8] 3rd Generation Partnership Project; Technical Specification Group Services and System

Aspects; QoS Concept and Architecture (Release 6) 3GPP TS 23.107 v6.4.0.

[9] 3rd Generation Partnership Project; Technical Specification Group Core Network; Mobile radio

interface layer 3 specification (Release 6) 3GPP TS 24.008 v6.15.0.

[10] 3rd Generation Partnership Project; Technical Specification Group Core Network; Mobile Application Part (MAP) specification (Release 6) 3GPP TS 29.002 v6.15.0.

[11] 3rd Generation Partnership Project; Technical Specification Group Core Network; General Packet Radio Service (GPRS); GPRS Tunneling Protocol (GTP) across the Gn and Gp Interface

(Release 6) 3GPP TS 29.060 v6.16.0.

[12] 3rd Generation Partnership Project; Technical Specification Group Services and System Aspects; Telecommunication management; Charging management; Charging architecture and

principles (Release 6) 3GPP TS 32.240 v6.3.0.

[13] Assigned Numbers, RFC 1700.

[14] Clarifications to the DNS Specification, RFC 2181.

[15] Domain names – implementation and specification, RFC 1035.

[16] Informat ion technology – ASN.1: Specification of Basic Notation, ITU-T Recommendation

X.680.

[17] Informat ion technology – ASN.1 encoding rules: Specification of Basic Encoding Rules (BER),

Canonical Encoding Rules (CER) and Distinguished Encoding Rules (DER) ITU-T RecommendationX.690.

Statements of Compliance

[18] STATEMENT OF COMPLIANCE 3GPP TS 29.060; General Packet Radio Service (GPRS); GPRSTunnelling Protocol (GTP) across the Gn and Gp, 16/174 02-CSA 113 35/4.

[19] STATEMENT OF COMPLIANCE 3GPP TS 32.251; Packet Switched (PS) domain charging (Release 6) 4/174 02-CSA 113 35/4.

[20] STATEMENT OF COMPLIANCE 3GPP TS 32.295; Charging Data Record (CDR) transfer (Release

6) 6/174 02-CSA 113 35/4.

[21] STATEMENT OF COMPLIANCE 3GPP TS 32.297 ; Charging Data Record (CDR) file format and





transfer (Release 6) 7 /174 02-CSA 113 35/4.

[22] STATEMENT OF COMPLIANCE 3GPP TS 32.298; Charging Data Record (CDR) parameter description (Release 6) 5/174 02-CSA 113 35/4.


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