B.3 Colour Image Coding Scheme with Transparency

31.1023GPPCharacteristics of the Universal Subscriber Identity Module (USIM) applicationRelease 17TS

Tools: ARFCN - Frequency Conversion for 5G NR/LTE/UMTS/GSM

This coding scheme is identical to the Colour Image Coding Scheme as defined in appendix B.2, with the following exception:

– Entry number C-1in the colour look-up table (CLUT), where C is the number of entries in the CLUT, defines transparency. Raster image points which point to this entry are transparent, so that the underlying colour in the display is shown.

The three colour-coding bytes of entry number C-1 in the CLUT are of no importance when referenced from images using the ’22’ coding scheme.

NOTE: Two different descriptors in the EF_IMG file with Image Coding Scheme ’21’ and ’22’ may point to the same actual image instance. In that case, the descriptor with Image Coding Scheme ’21’ would describe an image where a raster image point pointing to entry number C-1 in the CLUT would have the colour described in that CLUT entry, while the descriptor with Image Coding Scheme ’22’ would describe an image where a raster image point pointing to entry number C-1 in the CLUT is transparent.

Annex C (informative):
Structure of the Network parameters TLV objects

Structure of the GSM network parameter TLV object, 0<= m <=32

Tag

Length

Tag

Currently Camped Frequency

Length

BCCH Frequency downlink

Tag

Neighbour BCCH Frequency

Length

BCCH Neighbour Frequency 1

BCCH Neighbour Frequency 2

…………

BCCH Neighbour Frequency m

‘A0’

’80’

’02’

’81’

Structure of the FDD network parameter TLV object, 0 <= m <= 32

Tag

Length

Tag

Intra frequency carrier

Length

Intra Frequency downlink carrier

Primary Scrambling code 1

Primary Scrambling code m

Tag

Inter frequency carrier

Length

Inter Frequency downlink carrier

Primary Scrambling code n1

‘A1’

’80’

’81’

Structure of the TDD network parameter TLV object, 0 <= m <= 32

Tag

Length

Tag

Intra frequency carrier

Length

Intra Frequency downlink carrier

Primary Scrambling code 1

Primary Scrambling code m

Tag

Inter frequency carrier

Length

Inter Frequency downlink carrier

Primary Scrambling code n1

‘A2’

’80’

’81’

Annex D (informative):
Tags defined in 31.102

Tag	Name of Data Element	Usage
’43’	Full name for network IEI	PLMN Network Name (EF_PNN)
’45’	Short name for network IEI	PLMN Network Name (EF_PNN)
’53’	MBMS Data Object	AUTHENTICATE command parameter, in MBMS security context
’53’	MBMS operation response Data Object The following tags are encapsulated within ’53’ ‘DB’ successful MBMS operation tag	Response to AUTHENTICATE command, in MBMS security context
’73’	Key Derivation Data Object The following tags are encapsulated within ’73’ ’80’ Local Key Establishment Control tag ’81’ Counter limit tag ’82’ Request MAC tag ’83’ NAF_ID tag ’84’ Terminal_ID tag ’85’ Terminal_appli_ID_tag ’86’ UICC_appli_ID tag ’87’ RANDx tag ‘A0’ Key Identifier tag	AUTHENTICATE command parameter, in Local Key Establishment security context
’73’	Key Derivation Operation Response Object The following tags are encapsulated within ’73’ ’80’ Local Key Establishment Control tag ’82’ Request MAC tag	Response to AUTHENTICATE command, in Local Key Establishment security context
’73’	Key Availability Check Data Object The following tags are encapsulated within ’73’ ’80’ Local Key Establishment Control tag ‘A0’ Key Identifier tag	AUTHENTICATE command parameter in Local Key Establishment security context
’80’	NAF_ID tag	GBA NAF List (EF_GBANL)
’80’	NAF Key Centre address tag	NAF Key Centre Address (EF_NAFKCA)
’80’	Icon Tag (Icon link is URI)	Service Provider Name Icon (EF_SPNI)
’80’	Reauthentication Identity tag	WLAN Reauthentication Identity (EF_WRI)
’80’	NAS signalling priority Tag	Non Access Stratum Configuration (EF_NASCONFIG)
’80’	MMS Implementation tag	MMS User Preference (EF_MMSUP) Multimedia Messages List (EF_MML)
’80’	IARI TLV TAG	UICC IARI (EF_UICCIARI)
’80’	Graphics CSG Type tag (Icon link is URI)	CSG Type (EF_CSGT)
’80’	HNB Name tag	Home NodeB Name (EF_HNBN)
’80’	PLMN Additional information tag	PLMN Network Name (EF_PNN)
’80’	ICE Free Format Label tag	In Case of Emergency – Free Format (EF_ICE-FF)
’80’	HPLMN ProSe Function tag	Address of the HPLMN ProSe Function (EF_PROSEFUNC)
’80’	ProSe Group Counter	Counter for ProSe group (EF_{PROSE_GC})
’80’	ProSe ServerAddress tag	Server address for usage information reports (EF_{PROSE_UIRC})
’80’	Home ePDG Identifier TLV	Home ePDG Identifier (EF_ePDGId)
’80’	ePDG Selection Information TLV	ePDG Selection Information (EF_{ePDGSelection})
’80’	Emergency ePDG Identifier TLV	Emergency ePDG Identifier (EF_ePDGIdEm)
’80’	ePDG Selection Information for Emergency Services TLV	ePDG Selection Information for Emergency Services (EF_{ePDGSelectionEm})
’80’	XCAP_conn_params_policy TLV TAG	EF_{XCAPConfigData}
’80’	Serving network name TLV tag	EF_TN3GPPSNN
’80’	IMS configuration data encoding	EF_{IMSConfigData}
’81’	IMS configuration data	EF_{IMSConfigData}
’80’	K_AUSF tag	EF_5GAUTHKEYS
’80’	Protection Scheme Identifier List data object tag	Protection Scheme Identifier List (EF_{SUCI_Calc_Info})
’80’	Network Specific Identifier TLV data object tag	SUPI as Network Access Identifier (EF_{SUPI_NAI})
’80’	SOR-CMCI data object tag	EF_SOR-CMCI
’81’	Global Line Identifier Tag TLV data object tag	SUPI as Network Access Identifier (EF_{SUPI_NAI})
’82’	Global Cable Identifier TLV data object tag	SUPI as Network Access Identifier (EF_{SUPI_NAI})
’80’	MuD_and_MiD_configuration_data encoding	EF_{MuDMiDConfigData}
’81’	MuD_and_MiD_configuration_data	EF_{MuDMiDConfigData}
’81’	B-TID tag	GBA NAF List (EF_GBANL)
’81’	Icon Tag (Icon link is record number)	Service Provider Name Icon (EF_SPNI)
’81’	Master key tag	WLAN Reauthentication Identity (EF_WRI)
’81’	Time Stamp counter tag	MBMS User Key (EF_MUK)
’81’	MMS User preference profile name tag	MMS User Preference (EF_MMSUP)
’81’	Login Tag	Network Connectivity Parameters for USIM IP connections (EF_NCP-IP)
’81’	NMO I Behaviour Tag	Non Access Stratum Configuration (EF_NASCONFIG)
’81’	Graphics CSG Type tag (Icon link is record number)	CSG Type (EF_CSGT)
’81’	ICE Free Format Content tag	In Case of Emergency – Free Format (_EFICE-FF)
’81’	MM File Identifier / SFI tag	Multimedia Messages List (EF_MML)
’81’	ProSe CollectionPeriod tag	Collection Period Parameter (EF_{PROSE_UIRC})
’82’	Counter tag	WLAN Reauthentication Identity (EF_WRI)
’82’	MMS User Preference information tag	MMS User Preference (EF_MMSUP)
’82’	Password Tag	Network Connectivity Parameters for USIM IP connections (EF_NCP-IP)
’82’	Attach with IMSI Tag	Non Access Stratum Configuration (EF_NASCONFIG)
’82’	MM Content Data Object Tag	Multimedia Messages List (EF_MML)
’82’	ProSe ReportingWindow tag	Reporting Window Parameter (EF_{PROSE_UIRC})
’82’	K_SEAF for non-3GPP access tag	EF_5GAUTHKEYS
’80’	Home Network Public Key Identifier tag	Home Network Public Key Identifier (EF_{SUCI_Calc_Info})
’81’	K_SEAF for 3GPP access tag	EF_5GAUTHKEYS
’83’	Data Destination Address Range Tag	Network Connectivity Parameters for USIM IP connections (EF_NCP-IP)
’83’	Minimum Periodic Search Timer Tag	Non Access Stratum Configuration (EF_NASCONFIG)
’83’	MM Size tag	Multimedia Messages List (EF_MML)
’83’	SOR counter tag	EF_5GAUTHKEYS
’84’	UE parameter update counter tag	EF_5GAUTHKEYS
’83’	ProSe ReportGroupParameters tag	Reporting Parameter for Goups (EF_{PROSE_UIRC})
’81’	Home Network Public Key tag	Home Network Public Key (EF_{SUCI_Calc_Info})
’84’	Bearer Description Tag	Network Connectivity Parameters for USIM IP connections (EF_NCP-IP)
’84’	Extended access barring Tag	Non Access Stratum Configuration (EF_NASCONFIG)
’84’	MM Status tag	Multimedia Messages List (EF_MML)
’84’	ProSe ReportTimeStampsFirstTransmissionAndReception tag	Reporting Parameter (EF_{PROSE_UIRC})
’85’	Timer T3245 Behaviour Tag	Non Access Stratum Configuration (EF_NASCONFIG)
’85’	MM Alpha Identifier tag	Multimedia Messages List (EF_MML)
’85’	ProSe ReportDataTransmitted tag	Reporting Parameter for transmitted Data (EF_{PROSE_UIRC})
’86’	Override NAS signalling low priority Tag	Non Access Stratum Configuration (EF_NASCONFIG)
’86’	ProSe ReportDataReceived tag	Reporting Parameter for received Data (EF_{PROSE_UIRC})
’86’	PLMN-ID tag	PLMN-ID (EF5GS 3GPP Access NAS Security Context)
’87’	Override Extended access barring Tag	Non Access Stratum Configuration (EF_NASCONFIG)
’87’	ProSe ReportTimeStampsOutOfCoverage tag	Reporting Parameter (EF_{PROSE_UIRC})
’88’	Fast First Higher Priority PLMN Search Tag	Non Access Stratum Configuration (EF_NASCONFIG)
’88’	ProSe ReportLocationInCoverage tag	Reporting Parameter (EF_{PROSE_UIRC})
’89’	Text CSG Type tag	CSG Type (EF_CSGT)
’89’	E-UTRA Disabling Allowed for EMM cause #15 Tag	Non Access Stratum Configuration (EF_NASCONFIG)
’89’	ProSe ReportRadioParameters tag	Reporting Parameter for Radio Parameters (EF_{PROSE_UIRC})
‘8A’	SM RetryWaitTime Tag	Non Access Stratum Configuration (EF_NASCONFIG)
‘8B’	SM RetryAtRATChange Tag	Non Access Stratum Configuration (EF_NASCONFIG)
‘8C’	Default_DCN_ID Tag	Non Access Stratum Configuration (EF_NASCONFIG)
‘8D’	Exception Data Reporting Allowed Tag	Non Access Stratum Configuration (EF_NASCONFIG)
‘8E’	RLOSPreferredPLMNList Tag	Non Access Stratum Configuration (EF_NASCONFIG)
‘8F’	RLOSAllowedMCCList Tag	Non Access Stratum Configuration (EF_NASCONFIG)
’90’	No E-UTRA Disabling In 5GS Tag	Non Access Stratum Configuration (EF_NASCONFIG)
‘A0’	MUK ID tag The following tags are encapsulated within ‘A0’ ’80’ MUk IDr tag ’82’ MUk IDi tag	MBMS User Key (EF_MUK)
‘A0’	EPS NAS security Context tag The following tags are encapsulated within ‘A0’ ’80’ Key set identifier KSI_ASMETag ’81’ ASME key (K_ASME) Tag ’82’ Uplink NAS count Tag ’83’ Downlink NAS count Tag ’84’ Identifiers of selected NAS integrity and encryption algorithms Tag	EPS NAS Security Context (EF_EPSPSC)
‘A0’	CSG List TLV object tag The following tags are encapsulated within ‘A0’ ’80’ PLMN tag ’81’ CSG Information tag	Allowed CSG List (EF_ACSGL)
‘A0’	GSM cell information The following tags are encapsulated within ‘A0’: ’80’ GSM Camping Frequency Information data object ’81’ GSM Neighbour Frequency Information data object	Network Parameters (EF_NETPAR)
‘A0’	Operator CSG List TLV object Tag The following tags are encapsulated within ‘A0’ ’80’ PLMN Tag ’81’ CSG Information Tag ’82’ CSG Display indicator tag	Operator CSG Lists (EF_OCSGL)
‘A0’	ProSe Discovery monitoring parameters The following tags are encapsulated within ‘A0’: ’80’ PLMN tag ’81’ RFU ’82’ Model tag	ProSe Monitoring Parameters (EF_{PROSE_MON})
‘A0’	ProSe Discovery announcing parameters The following tags are encapsulated within ‘A0’: ’80’ PLMN tag ’81’ Range tag ’82’ Model tag	ProSe Announcing Parameters (EF_{PROSE_ANN})
‘A0’	ProSe Policy parameters The following tags are encapsulated within ‘A0’: ’80’ ProSe Layer-2 Group ID tag ’81’ ProSe UE ID tag ’82’ ProSe Group IP multicast address tag ’83’ Address type tag ’84’ Ipv4 address as source tag ’85’ Group related security tag ’86’ Application Layer Group ID tag	ProSe Policy Parameters (EF_{PROSE_POLICY})
‘A0’	ProSe PLMN Parameters tag The following tags are encapsulated within ‘A0’ ’80’ PLMN tag ’81’ Direct communication authorisation tag	ProSe PLMN Parameters (EF_{PROSE_PRMN})
‘A0’	ProSe Direct Communication parameters tag The following tags are encapsulated within ‘A0’ ’80’ Geographical Area – Polygon tag ’81’ Radio parameters tag	ProSe Direct Communication Radio Parameters (EF _{PROSE_RADIO_COM})
‘A0’	ProSe Radio parameters tag The following tags are encapsulated within ‘A0’ ’80’ Geographical Area – Polygon tag ’81’ Radio parameters tag	ProSe Direct Discovery Monitoring Radio Parameters (EF_{PROSE_RADIO_MON})
‘A0’	ProSe Radio parameters tag The following tags are encapsulated within ‘A0’ ’80’ Geographical Area – Polygon tag ’81’ Radio parameters tag	ProSe Direct Discovery Announcing Radio Parameters (EF_{PROSE_RADIO_ANN})
‘A0’	ACDC OS tag	ACDC List (EF_{ACDC_LIST})
‘A0’	ACDC App Id tag The following tags are encapsulated within ‘A0’ ’80’ ACDC category tag ’81’ OS App Id tag	ACDC OS Configuration (EF_{ACDC_OS_CONFIG})
‘A0’	Group member discovery parameters tag The following tags are encapsulated within ‘A0’ ’80’ User Info ID tag ’81’ Discovery Group ID tag ’82’ Application Layer Group ID tag	ProSe Group Member Discovery Parameters (EF_{PROSE_GM_DISCOVERY})
‘A0’	ProSe Relay Parameters tag The following tags are encapsulated within ‘A0’ ’80’ PLMN tag ’81’ Relay type tag	ProSe Relay Parameters (EF_{PROSE_RELAY})
‘A0’	Remote UE parameters tag The following tags are encapsulated within ‘A0’ ’80’ Relay Service Code tag ’81’ User Info ID of Relay tag ’82’ IP Versions tag ’83’ Security content tag	ProSe Relay Discovery Parameters (EF_{PROSE_RELAY_DISCOVERY})
‘A0’	TMGI List Tag	TV Configuration (EF_TVCONFIG)
‘A0’	USD Tag	TV User Service Description (EF_TVUSD)
‘A0’	XCAP_conn_params_policy part tag The following tags are encapsulated within ‘A0’ ’81’ AccessForXCAPTag ’82’ Number of XCAP connection parameters policy part TLV’s Tag ‘A1’ XCAP connection parameters policy part tag	EF_{XCAPConfigData}
‘A0’	EARFCN List tag The following tags are encapsulated within ‘A0’ ’80’ EARFCN tag ’81’ Geographical Area – Polygon tag	EARFCN list for MTC/NB-IOT UEs (EF_EARFCNList)
‘A0’	5GS 3GPP access NAS security Context tag or 5GS non-3GPP access NAS security Context tag The following tags are encapsulated within ‘A0’ ’80’ ngKSITag ’81’ K_AMF Tag ’82’ Uplink NAS count Tag ’83’ Downlink NAS count Tag ’84’ Identifiers of selected NAS integrity and encryption algorithms Tag ’85’ Identifiers of selected EPS NAS integrity and encryption algorithms for use after mobility to EPS Tag	5GS 3GPP Access NAS Security Context (EF_5GS3GPPSNSC) or 5GS non-3GPP Access NAS Security Context (EF_5GSN3GPPSNSC)
‘A0’	Protection Scheme Identifier List data object tag	Protection Scheme Identifier List (EF_{SUCI_Calc_Info})
‘A0’	V2X data policy over PC5 data object tag The following tags are encapsulated within ‘A0’ ’80’ Served by E-UTRA or served by NR Tag ’81’ Not Served by E-UTRA or not served by NR Tag ’82’ V2X service identifier to Tx profiles mapping rules Tag ’83’ Privacy config Tag ’84’ V2X communication over PC5 in E-UTRA Tag ’85’ V2X communication over PC5 in NR Tag	V2X data policy over PC5 (EF_{V2XP_PC5})
‘A0’	V2X data policy over Uu_data object tag The following tags are encapsulated within ‘A0’ ’80’ V2X service identifier to PDU session parameters mapping rules Tag ’81’ PLMN infos Tag	V2X data policy over PC5 (EF_{V2XP_Uu})
‘A0’	5G ProSe configuration data for direct discovery Tag The following tags are encapsulated within ‘A0’ ’80’ Served by NG-RAN Tag ’81’ Not served by NG-RAN Tag ’82’ ProSe identifiers Tag ’83’ ProSe identifier to default destination layer-2 ID for initial discovery signalling mapping rules Tag ’84’ Group member discovery parameters Tag ’85’ Validity timer Tag ’86’ ProSe direct discovery UE ID Tag ’98’….HPLMN 5G DDNMF address information Tag	5G ProSe configuration data for direct discovery (EF_{5G_PROSE_DD})
‘A0’	5G ProSe configuration data for direct communication Tag The following tags are encapsulated within ‘A0’ ’80’ Served by NG-RAN Tag ’81’ Not served by NG-RAN Tag ’87’ Privacy config Tag ’88’ 5G ProSe direct communication in NR-PC5 Tag ’89’ ProSe application to path preference mapping rules Tag ’85’ Validity timer Tag ’91’….ProSe identifiers to NR Tx profile for broadcast and groupcast mapping rules Tag	5G ProSe configuration data for direct communication (EF_{5G_PROSE_DC})
‘A0’	5G ProSe configuration data for UE-to-network relay UE Tag The following tags are encapsulated within ‘A0’ ’80’ Served by NG-RAN Tag ’81’ Not served by NG-RAN Tag ‘8A’ Default destination layer-2 IDs for sending the discovery signalling for announcement and additional information and for receiving the discovery signalling for solicitation Tag ‘8B’ RSC info list Tag ‘8C’ 5QI to PC5 QoS parameters mapping rules Tag ‘8D’ ProSe identifier to ProSe application server address mapping rules Tag ’85’ Validity timer Tag ‘8E’ User info ID for discovery Tag ’92’ Privacy timer Tag ’93’ 5G PKMF address information Tag	5G ProSe configuration data for UE-to-network relay UE (EF_{5G_PROSE_U2NRU})
‘A0’	5G ProSe configuration data for remote UE Tag The following tags are encapsulated within ‘A0’ ’80’ Served by NG-RAN Tag ’81’ Not served by NG-RAN Tag ‘8F’ Default destination layer-2 IDs for sending the discovery signalling for solicitation and for receiving the discovery signalling for announcement and additional information Tag ‘8B’ RSC info list Tag ’90’ N3IWF selection information for 5G ProSe layer-3 remote UE Tag ’85’ Validity timer Tag ‘8E’ User info ID for discovery Tag ’93’ 5G PKMF address information Tag	5G ProSe configuration data for remote UE (EF_{5G_PROSE_RU})
‘A0’	5G ProSe configuration data for usage reporting information Tag The following tags are encapsulated within ‘A0’ ’85’ Validity timer Tag ’94’ Collection period Tag ’95’ Reporting window Tag ’96’ Reporting indicators Tag ’97’ 5G DDNMF CTF address for uploading the usage information reports Tag	5G ProSe configuration data for usage reporting information (EF_{5G_PROSE_UIR})
‘A1’	XCAP connection parameters policy part tag The following tags are encapsulated within ‘A0’ ’81’ AccessTag ’82’ Application nameTag ’83’ Provider ID Tag ’84’ URI Tag ’85’ XCAP Aithentication User Name Tag ’86’ XCAP Authentication password Tag ’87’…XCAP Authentication type Tag ’88’…Address type Tag ’89’…Address Tag ‘8A’…PDP Authentication type Tag ‘8B’…PDP Authentication Name Tag	EF_{XCAPConfigData}
‘A1’	FDD cell information The following tags are encapsulated within ‘A1’: ’80’ FDD Intra Frequency Information data object ’81’ FDD Inter Frequency Information data object	Network Parameters (EF_NETPAR)
‘A1’	Relay parameters tag The following tags are encapsulated within ‘A0’ ’80’ Relay Service Code tag ’81’ PDN type tag ’82’ APN tag ’83’ ProSe Relay UE ID tag ’84’ Security content tag	ProSe Relay Discovery Parameters (EF_{PROSE_RELAY_DISCOVERY})
‘A1’	EARFCN List Tag	TV Configuration (EF_TVCONFIG)
‘A1’	SUCI TLV data object tag	Response to GET IDENTITY
‘A1’	Home Network Public Key List data object The following tags are encapsulated under ‘A1’ ’80’ Home Network Public Key Identifier tag ’81’ Home Network Public Key tag	Home Network Public Key List (EF_{SUCI_Calc_Info})
‘A2’	TDD frequency information The following tags are encapsulated within ‘A2’: ’80’ TDD Intra Frequency Information data object ’81’ TDD Inter Frequency Information data object	Network Parameters (EF_NETPAR)
‘A3’	Service provider display information The following tags are encapsulated within ‘A3’: ’80’ Service provider PLMN list	Service Provider Display Information (EF_SPDI)
‘A8’	Indicator for type 1 EFs (amount of records equal to master EF) The following tags are encapsulated within ‘A8’: ‘C0’ EF_ADNdata object ‘C1’ EF_IAPdata object ‘C3’ EF_SNEdata object ‘C4’ EF_ANRdata object ‘C5’ EF_PBCdata object ‘C6’ EF_GRPdata object ‘C9’ EF_UID data object ‘CA’ EF_EMAILdata object ‘CC’ EF_PURIdata object	Phone Book Reference File (EF_PBR)
‘A9’	Indicator for type 2 EFs (EFs linked via the index administration file) The following tags are encapsulated within ‘A9’: ‘C3’ EF_SNEdata object ‘C4’ EF_ANRdata object ‘CA’ EF_EMAILdata object ‘CC’ EF_PURIdata object	Phone Book Reference File (EF_PBR)
‘AA’	Indicator for type 3 EFs (EFs addressed inside an object using a record identifier as a pointer) The following tags are encapsulated within ‘AA’: ‘C2’ EF_EXT1data object ‘C7’ EF_AASdata object ‘C8’ EF_GASdata object ‘CB’ EF_CCP1 data object	Phone Book Reference File (EF_PBR)
‘AB’	MMS Connectivity Parameters: The following are encapsulated under ‘AB’: ’80’ MMS Implementation Tag ’81’ MMS Relay/Server Tag ’82’ Interface to core network and bearer Tag ’83’ Gateway Tag ’84’ Reserved for 3GPP2: MMS Authentication Mechanism Tag ’85’ Reserved for 3GPP2: MMS Authentication User Name Tag	MMS Connectivity Parameters (EF_MMSICP / EF_MMSUCP)
‘DB’	Successful 3G authentication	Response to AUTHENTICATE
‘DB’	Successful VGCS/VBS operation authentication tag	Response to AUTHENTICATE
‘DB’	Successful GBA operation tag	Response to AUTHENTICATE
‘DC’	Synchronisation failure	Response to AUTHENTICATE
‘DD’	Access Point Name	APN Control List (EF_ACL)
‘DD’	GBA Security Context Bootstrapping Mode tag	AUTHENTICATE command parameter, in GBA security context
‘DE’	GBA Security Context NAF Derivation Mode tag	Response to AUTHENTICATE

NOTE: the value ‘FF’ is an invalid tag value. For ASN.1 tag assignment rules see ISO/IEC 8825-1 [35].

Annex E (informative):
Suggested contents of the EFs at pre‑personalization

If EFs have an unassigned value, it may not be clear from the main text what this value should be. This annex suggests values in these cases.

File Identification	Description	Value
‘2F00’	Application directory	Card issuer/operator dependent
‘2F05’	Preferred languages	‘FF…FF’
‘2F06’	Access rule reference	Card issuer/operator dependent
‘2F08’	UICC Maximum Power Consumption	Card issuer/operator dependent
‘2FE2’	ICC identification	operator dependent
‘4F01’	ProSe Monitoring Parameters	Operator dependent
‘4F01’	ACDC List	Operator dependent
‘4F01’	MCS Service Table	‘0000’
‘4F01’	V2X Service Table	Operator dependent
‘4F01’	5GS 3GPP location information	‘FFFFFFFFFFFFFFFFFFFFFFFFFF xxxxxx 000000 01’ (see NOTE 2)
‘4F01’	5G ProSe Service Table	Operator dependent
‘4F01’	PWS configuration in SNPN	Operator dependent
‘4F02’	V2X configuration data	Operator dependent
‘4F02’	ProSe Announcing Parameters	Operator dependent
‘4F02’	MCS configuration data	Operator dependent
‘4F02’	5GS non-3GPP location information	‘FFFFFFFFFFFFFFFFFFFFFFFFFF xxxxxx 000000 01’ (see NOTE 2)
‘4F02’	5G ProSe configuration data for direct discovery	Operator dependent
‘4F03’	HPLMN ProSe Function	Operator dependent
‘4F03’	5GS 3GPP Access NAS Security Context	‘FF…FF’
‘4F03’	V2X data policy over PC5	Operator dependent
‘4F03’	5G ProSe configuration data for direct communication	Operator dependent
‘4F04’	ProSe Direct Communication Radio Parameters	Operator dependent
‘4F04’	5GS non-3GPP Access NAS Security Context	‘FF…FF’
‘4F04’	V2X data policy over Uu	Operator dependent
‘4F04’	5G ProSe configuration data for UE-to-network relay UE	Operator dependent
‘4F05’	ProSe Direct Discovery Monitoring Radio Parameters	Operator dependent
‘4F05’	5G authentication keys	‘FF…FF’
‘4F05’	5G ProSe configuration data for remote UE	Operator dependent
‘4F06’	ProSe Direct Discovery Announcing Radio Parameters	Operator dependent
‘4F06’	UAC Access Identities Configuration	Operator dependent
‘4F06’	5G ProSe configuration data for usage reporting information	Operator dependent
‘4F07’	ProSe Policy Parameters	Operator dependent
‘4F07’	Subscriber Concealed Identifier Calculation Information	Operator dependent
‘4F08’	5GS Operator PLMN List	Operator dependent
‘4F08’	ProSe PLMN Parameters	Operator dependent
‘4F09’	SUPI as Network Access Identifier	Operator dependent
‘4F09’	ProSe Group Counter	‘FF…FF’
‘4F0A’	Routing Indicator	‘F0FF0000’
‘4F0B’	UE Route Selection Policies	Operator dependent
‘4F0C’	Trusted non-3GPP Serving network name list	Operator dependent
‘4F0D’	Pre-configured CAG information list	Operator dependent
‘4F0E’	Steering of roaming connected mode control information	Operator dependent
‘4F0F’	Disaster roaming information	Operator dependent
‘4F10’	ProSe Service Table	Operator dependent
‘4F10′	5GS eDRX Parameters	Operator dependent
‘4F11’	ProSe UsageInformationReportingConfiguration	Operator dependent
‘4F11’	5G Non-Seamless WLAN Offload configuration	Operator dependent
‘4F12’	ProSe Group Member Discovery Parameters	Operator dependent
‘4F13’	ProSe Relay Parameters	Operator dependent
‘4F14’	ProSe Relay Discovery Parameters	Operator dependent
‘4F15’	Multiplier coefficient for Higher Priority PLMN search via NG-RAN satellite access	Operator dependent
‘4F16’	K_AUSF derivation configuration	Operator dependent
‘4F20’	Image data	’00FF…FF’
‘4F20’	GSM Ciphering key Kc	‘FF…FF07’
‘4FXX’	Image instance data files	‘FF…FF’
‘4FXX’	ACDC OS Configuration	Operator dependent
‘4FXX’	TV User Service Description	Operator dependent
‘4F21’	ICE graphics	‘FF…FF’
‘4FXX’	Unique identifier	‘0000’
‘4F22’	Phone book synchronisation counter	‘00000000’
‘4F23’	Change counter	‘0000’
‘4F24’	Previous unique identifier	‘0000’
‘4F30’	Phone book reference file	Operator dependent
‘4F30’	SoLSA Access Indicator	’00FF…FF’
‘4F31’	SoLSA LSA List	‘FF…FF’
‘4FXX’	LSA Descriptor files	‘FF…FF’
‘4FXX’	Capability configuration parameters 1	‘FF…FF’
‘4F52’	GPRS Ciphring key KcGPRS	‘FF…FF07’
‘4F63’	CPBCCH Information	‘FF..FF’
‘4F64’	Investigation PLMN scan	’00’
‘4FXX’	E-mail addresses	‘FF…FF’
‘4FXX’	Additional number alpha string	‘FF…FF’
‘4FXX’	Second name entry	‘FF…FF’
‘4FXX’	Abbreviated dialling numbers	‘FF…FF’
‘4FXX’	Grouping file	’00…00′
‘4FXX’	Grouping information alpha string	‘FF…FF’
‘4FXX’	Phone book control	‘0000’
‘4FXX’	Index administration phone book	‘FF…FF’
‘4FXX’	Additional number	‘FF…FF’
‘4FXX’	Extension 1	’00FF…FF’
‘4F41’	Pseudonym	‘0000FF…FF’
‘4F42’	User Controlled PLMN selector for I-WLAN	‘FF…FF’
‘4F43’	Operator Controlled PLMN selector for I-WLAN	Operator dependent
‘4F44’	User Controlled WSID list	’00FF…FF’
‘4F45’	Operator controlled WSID list	Operator dependent
‘4F46’	WLAN Reauthentication Identity	‘FF…FF’
‘4F47’	Home I-WLAN Specific Identifier List	Operator dependent
‘4F47’	Multimedia Messages List	‘FF…FF’
‘4F48’	I-WLAN Equivalent HPLMN Presentation Indication	Operator dependent
‘4F48’	Multimedia Messages Data File	‘FF…FF’
‘4F49’	I-WLAN HPLMN Indication	Operator dependent
‘4F4A’	I-WLAN Last Registered PLMN	‘FFFFFF’
‘4F4B’	HPLMN Direct Access Indicator	Operator dependent
‘4F81’	Allowed CSG lists	Operator dependent
‘4F82’	CSG Type	Operator dependent
‘4F83’	HNB name	Operator dependent
‘4F84’	Operator CSG lists	Operator dependent
‘4F85’	Operator CSG Type	Operator dependent
‘4F86’	Operator HNB name	Operator dependent
‘6F01’	enhanced AKA support	Operator dependent
‘6F05’	Language indication	‘FF…FF’
‘6F06’	Access rule reference (under ADF_USIM and DF_TELECOM)	Card issuer/operator dependent
‘6F07’	IMSI	Operator dependent
‘6F08’	Ciphering and integrity keys	’07FF…FF’
‘6F09’	Ciphering and integrity keys for packet switched domain	’07FF…FF’
‘6F2C’	De-personalization control keys	‘FF…FF’
‘6F31’	Higher Priority PLMN search period	‘FF’
‘6F32’	Co-operative network list	‘FF…FF’
‘6F37’	ACM maximum value	‘000000’ (see note 1)
‘6F38’	USIM service table	Operator dependent
‘6F39’	Accumulated call meter	‘000000’
‘6F3B’	Fixed dialling numbers	‘FF…FF’
‘6F3C’	Short messages	’00FF…FF’
‘6F3E’	Group identifier level 1	Operator dependent
‘6F3F’	Group identifier level 2	Operator dependent
‘6F40’	MSISDN storage	‘FF…FF’
‘6F41’	PUCT	‘FFFFFF0000’
‘6F42’	SMS parameters	‘FF…FF’
‘6F43’	SMS status	‘FF…FF’
‘6F45’	CBMI	‘FF…FF’
‘6F46’	Service provider name	Operator dependent
‘6F47’	Short message status reports	’00FF…FF’
‘6F48’	CBMID	‘FF…FF’
‘6F49’	Service Dialling Numbers	‘FF…FF’
‘6F4B’	Extension 2	’00FF…FF’
‘6F4C’	Extension 3	’00FF…FF’
‘6F4D’	Barred Dialling Numbers	‘FF…FF’
‘6F4E’	Extension 5	’00FF…FF’
‘6F4F’	Capability configuration parameters 2	‘FF…FF’
‘6F50’	CBMIR	‘FF…FF’
‘6F54’	SetUp Menu Elements	Operator dependent
‘6F55’	Extension 4	’00FF…FF’
‘6F56’	Enabled services table	Operator dependent
‘6F57’	Access point name control list	’00FF…FF’
‘6F58’	Comparison method information	‘FF…FF’
‘6F5B’	Initialisation value for Hyperframe number	‘F0 00 00 F0 00 00’
‘6F5C’	Maximum value of START	Operator dependent
‘6F60’	User controlled PLMN selector with Access Technology	‘FFFFFF0000..FFFFFF0000’
‘6F61’	Operator controlled PLMN selector with Access Technology	‘FFFFFF0000..FFFFFF0000’
‘6F62’	HPLMN selector with Access Technology	‘FFFFFF0000..FFFFFF0000’
‘6F73’	Packet switched location information	‘FFFFFFFF FFFFFF xxxxxx 0000 FF 01’ (see note 2)
‘6F78’	Access control class	Operator dependent
‘6F7B’	Forbidden PLMNs	‘FF…FF’
‘6F7E	Location information	‘FFFFFFFF xxxxxx 0000 FF 01’ (see note 2)
‘6F80’	Incoming call information	‘FF…FF 000000 00 01FFFF’
‘6F81’	Outgoing call information	‘FF…FF 000000 01FFFF’
‘6F82’	Incoming call timer	‘000000’
‘6F83’	Outgoing call timer	‘000000’
‘6FAD’	Administrative data	Operator dependent
‘6FB1’	Voice Group Call Service	Operator dependent
‘6FB2’	Voice Group Call Service Status	Operator dependent
‘6FB3’	Voice Broadcast Service	Operator dependent
‘6FB4’	Voice Broadcast Service Status	Operator dependent
‘6FB5’	EMLPP	Operator dependent
‘6FB6’	AaeM	’00’
‘6FB7’	Emergency call codes	Operator dependent
‘6FC3’	Key for hidden phone book entries	‘FF…FF’
‘6FC4’	Network Parameters	‘FF…FF’
‘6FC5’	PLMN Network Name	Operator dependent
‘6FC6’	Operator Network List	Operator dependent
‘6FC7’	Mailbox Dialling Numbers	Operator dependent
‘6FC8’	Extension 6	’00 FF…FF’
‘6FC9’	Mailbox Identifier	Operator dependent
‘6FCA’	Message Waiting Indication Status	’00 00 00 00 00′
‘6FCB’	Call Forwarding Indication Status	‘xx 00 FF…FF’
‘6FCC’	Extension 7	’00 FF…FF’
‘6FCD’	Service Provider Display Information
‘6FCE’	MMS Notification	’00 00 00 FF…FF’
‘6FCF’	Extension 8	’00FF…FF’
‘6FD0’	MMS Issuer Connectivity Parameters	‘FF…FF’
‘6FD1’	MMS User Preferences	‘FF…FF’
‘6FD2’	MMS User Connectivity Parameters	‘FF…FF’
‘6FD3’	Network’s Indication of Alerting (NIA)	‘FF…FF’
‘6FD4’	Voice Group Call Service Ciphering Algorithm	’00…00′
‘6FD5’	Voice Broadcast Service Ciphering Algorithm	’00…00′
‘6FD6’	GBA Bootstrapping parameters	‘FF…FF’
‘6FD7’	MBMS Service Keys List	‘FF…FF’
‘6FD8’	MBMS User Key	‘FF…FF’
‘6FD9’	EHPLMN	‘FF…FF’ or xxxxxx (see Note 2)
‘6FDA’	GBA NAF List	‘FF…FF’
‘6FDB’	EHPLMN Presentation Indication	’00’
‘6FDC’	Last RPLMN Selection Indication	’00’
‘6FDD’	NAF Key Centre Address	‘FF…FF’
‘6FDE’	Service Provider Name Icon	’00 FF…FF’
‘6FDF’	PLMN Network Name Icon	’00 FF…FF’
‘6FE0’	In Case of Emergency – Dialling Number	Operator dependent
‘6FE1’	In Case of Emergency – Free Format	Operator dependent
‘6FE2’	Network Connectivity Parameters for UICC IP connections	Operator dependent
‘6FE3’	EPS location information	‘FFFFFFFFFFFFFFFFFFFFFFFF xxxxxx0000 01’ (see note 2)
‘6FE4’	EPS NAS Security Context	‘FF…FF’
‘6FE5’	Public Service Identity of the SM-SC	Operator dependent
‘6FE6’	USAT Facility Control	’80 1E 60 C0 1E 90 00 80 04 00 00 00 00 00 00 00 00 F0 00 00 00 00 40 00 00 00 00 00 00 80′
‘6FE7’	UICC IARI	Operator dependent
‘6FE8’	Non Access Stratum Configuration	Operator dependent
‘6FE9’	UICC certificate	Card Issuer / Operator dependent
‘6FEA’	Relay Node ID	Operator dependent
‘6FEB’	Max value of Secure Channel counter	FF..FF
‘6FEC’	Public Warning System	Operator dependent
‘6FED’	FDN URI	‘FF…FF’
‘6FEE’	BDN URI	‘FF…FF’
‘6FEF’	SDN URI	‘FF…FF’
‘6FF0’	IMEI(SV) Allowed List	Operator dependent (at least 1 range of IMEI(SV) values)
‘6FF1’	IMEI(SV) Pairing Status	‘FF…FF’
‘6FF2’	IMEI(SV) Pairing Devices	‘FF…FF’
‘6FF3’	Home ePDG Identifier	‘FF…FF’
‘6FF4’	ePDG Selection Information	‘FF…FF’
‘6FF5’	Emergency ePDG Identifier	‘FF…FF’
‘6FF6’	ePDG Selection Information for Emergency Services	‘FF…FF’
‘6FF7’	From Preferred	’00’
‘6FF8’	IMSConfigData	Operator dependent
‘6FF9’	3GPPPSDATAOFF	Operator dependent
‘6FFA’	3GPPPSDATAOFFservicelist	Operator dependent
‘6FFB’	TV Configuration	Operator dependent
‘6FFC’	XCAP Configuration Data	Operator dependent
‘6FFD’	EARFCN list for MTC/NB-IOT UEs	Operator dependent
‘6FFE’	MuD and MiD Configuration Data	Operator dependent

NOTE 1: The value ‘000000’ means that ACMmax is not valid, i.e. there is no restriction on the ACM. When assigning a value to ACMmax, care should be taken not to use values too close to the maximum possible value ‘FFFFFF’, because the INCREASE command does not update EF_ACM if the units to be added would exceed ‘FFFFFF’. This could affect the call termination procedure of the Advice of Charge function.

NOTE 2: xxxxxx stands for any valid MCC and MNC, coded according to TS 24.008 [9].

Annex F (informative):
Examples of coding of LSA Descriptor files for SoLSA

The length of all the records is determined by the LSA descriptor containing the largest number of bytes. Combinations containing different numbers of LSA IDs, LAC+ CI and CI or LAC can therefore be done. Various examples are show. Due to the OTA management of the records it is recommended that the record length is maximum 100 bytes in order to leave room for command descriptor and signature information in the SMS.

This first example contains two LSAs, one described by two LSA IDs and another described by three Cell IDs, giving a record length of 8 bytes.

1^st record:

LSA descriptor type = LSA ID and number = 2 (1 byte)

LSA ID (3 bytes)

Identifier (1 byte)

2^nd record:

LSA descriptor type = CI and number = 3 (1 byte)

CI (2 bytes)

Identifier (1 byte)

The second example contains two LSAs, one described by one LSA ID and one described by two Cell Ids, giving a record length of 6 bytes.

1^st record:

LSA descriptor type = LSA ID and number = 1 (1 byte)

LSA ID (3 bytes)

‘FF’

Identifier (1 byte)

2^nd record:

LSA descriptor type = CI and number = 2 (1 byte)

CI (2 bytes)

Identifier (1 byte)

Annex G (informative):
Phonebook Example

This example phonebook has more than 254 entries. Additional number (3 additional numbers) information, second name and e-mail information can be added to each ADN entry. In addition each entry has a 2 byte Unique ID (UID) attached to it. The phonebook also contains three files that are shared EF_EXT1, EF_AAS and EF_GAS. These files are addressed from inside a file. EF_EXT1 is addressed via EF_ADN, EF_ADN1, EF_AAS is addressed via EF_ANRA, EF_ANRA1, EF_ANRB, EF_ANRB1, EF_ANRC, EF_ANRC1and EF_GAS is addressed via EF_GRP, EF_GRP1. The phonebook supports two levels of grouping and hidden entries in EF_PBC.

Two records are needed in the phonebook reference file PBR ‘4F30’ for supporting more than 254 entries. The content of the phonebook reference file PBR ‘4F30’ records is as shown in table G.2. The structure of the DF_PHONEBOOK is shown in table G.1.

The content of phonebook entries in the range from 1-508 is described in the tables G.3 and G.4.

Table G.1: Structure of EFs inside DF_PHONEBOOK

DF_PHONEBOOK

‘5F3A’

Common Files

EF_PBR

EF_EXT1

EF_AAS

EF_GAS

‘4F30’

‘4F4A’

‘4F4B’

‘4F4C’

EF_PSC

EF_CC

EF_PUID

‘4F22’

‘4F23’

‘4F24’

PhoneBook Set1

EF_ADN

EF_PBC

EF_ANRA

EF_ANRB

‘4F3A’

‘4F09’

‘4F11’

‘4F13’

EF_PURI

EF_EMAIL

EF_SNE

EF_UID

EF_GRP

EF_ANRC

‘4F54’

‘4F50’

‘4F19’

‘4F21’

‘4F26’

‘4F15’

PhoneBook Set2

EF_ADN1

EF_PBC1

EF_ANRA1

EF_ANRB1

‘4F3B’

‘4F0A’

‘4F12’

‘4F14’

EF_PURI1

EF_EMAIL1

EF_SNE1

EF_UID1

EF_GRP1

EF_ANRC1

‘4F55’

‘4F51’

‘4F1A’

‘4F20’

‘4F25’

‘4F16’

Table G.2: Contents of EF_PBR

Tag’A8′	L=’2D’		(for Phonebook Set1)

Tag’C0′	L=’03’	‘4F3A’	’01’	Tag’C5′	L=’03’	‘4F09’	’02’	Tag’C6′	L=’03’	‘4F26’	’03’

Tag’C4′	L=’03’	‘4F11’	’04’	Tag’C4′	L=’03’	‘4F13’	’05’	Tag’C4′	L=’03’	‘4F15’	’06’

Tag’C3′	L=’03’	‘4F19’	’07’	Tag’C9′	L=’03’	‘4F21’	’12’	Tag’CA’	L=’03’	‘4F50’	’09’

Tag’CC’	L=’03’	‘4F54’	’16’

Tag’AA’	L=’0F’

Tag’C2′	L=’03’	‘4F4A’	’08’	Tag’C7′	L=’03’	‘4F4B’	’14’	Tag’C8′	L=’03’	‘4F4C’	’15’

Rec 2

Tag’A8′

L=’2D’

(for Phonebook Set 2)

Tag’C0′

L=’03’

‘4F3B’

‘0A’

Tag’C5′

L=’03’

‘4F0A’

‘0B’

Tag’C6′

L=’03’

‘4F25’

‘0C’

Tag’C4′

L=’03’

‘4F12’

‘0D

Tag’C4′

L=’03’

‘4F14’

‘0E’

Tag’C4′

L=’03’

‘4F16’

‘0F’

Tag’C3′

L=’03’

‘4F1A’

’10’

Tag’C9′

L=’03’

‘4F20’

’13’

Tag’CA’

L=’03’

‘4F51’

’11’

Tag’CC’

L=’03’

‘4F55’

’17’

Tag’AA’

L=’0F’

Tag’C2′

L=’03’

‘4F4A’

’08’

Tag’C7′

L=’03’

‘4F4B’

’14’

Tag’C8′

L=’03’

‘4F4C

’15’

Table G.3: Structure of the 254 first entries in the phonebook

Phonebook entry

ADN
‘4F3A’

SFI ’01’

PBC
‘4F09’

SFI ’02’

GRP
‘4F26’

SFI ’03’

ANRA
‘4F11’

SFI ’04’

ANRB
‘4F13’

SFI ’05’

ANRC
‘4F15’

SFI ’06’

SNE
‘4F19’

SFI ’07’

UID
‘4F21’

SFI ’12’

EXT1
‘4F4A’

SFI ’08’

AAS
‘4F4B’

SFI ’14’

GAS
‘4F4C’

SFI ’15’

EMAIL
‘4F50’

SFI ’09’

PURI ‘4F54′ SFI ’16’

# 1

ADN

Content Bytes (1-(X+13))

EXT1 Ident. (Byte X+14):
Rec ’02’

Hidden
(AID rec N° 3)

Rec n°1
Rec n°3
’00’

ANRA

Rec n°1

ANRB
Rec n°1

ANRC

Rec n°1

Second Name Alpha String

UID

Rec ’02’

Record numbers as defined in the ANRs

Record no.’s as defined in GRP

email address

SIP URI/TEL URI

# 2

ADN

Content Bytes (1-(X+13))

EXT1 Ident. (Byte X+14):
Rec ‘2A’

Not Hidden

Rec n°2
Rec n°1
Rec n°3

ANRA

Rec n°2

ANRB
Rec n°2

ANRC

Rec n°2

Second Name Alpha String

UID

Rec ‘2A’

Record numbers as defined in the ANRs

Record no.’s as defined in GRP

email address

SIP URI/TEL URI

# 3

# 254

Table G.4: Structure of phone book entries 255 to 508 (Rec 1-254)

Phonebook entry

ADN1
‘4F3B’

SFI ‘0A’

PBC1
‘4F0A’

SFI ‘0B’

GRP1
‘4F25’

SFI ‘0C’

ANRA1
‘4F12’

SFI ‘0D’

ANRB1
‘4F14’

SFI ‘0E’

ANRC1
‘4F16’

SFI ‘0F’

SNE1
‘4F1A’

SFI ’10’

UID1
‘4F20’

SFI ’13’

EXT1
‘4F4A’

SFI ’08’

AAS
‘4F4B’

SFI ’14’

GAS
‘4F4C’

SFI ’15’

EMAIL1
‘4F51’

SFI ’11’

PURI1 ‘4F55′ SFI ’17’

#255

ADN

Content Bytes (1-(X+13))

EXT1 Ident. (Byte X+14):
Rec ’03’

Hidden
(AID

Rec n° 3)

Rec n°1
Rec n°3
’00’

ANRA1

Rec n°1

ANRB1
Rec n°1

ANRC1

Rec n°1

Second Name Alpha String

UID

Rec ’03’

Record numbers as defined in the ANRs

Record no.’s as defined in GRP1

email address

SIP URI/TEL URI

#256

ADN

Content Bytes (1-(X+13))

EXT1 Ident. (Byte X+14):
Rec ‘2B’

Not Hidden

Rec n°2
Rec n°1
Rec n°3

ANRA1

Rec n°2

ANRB1
Rec n°2

ANRC1

Rec n°2

Second Name Alpha String

UID

Rec ‘2B’

Record numbers as defined in the ANRs

Record no.’s as defined in GRP1

email address

SIP URI/TEL URI

#257

#508

Figure G.1: Structure and Relations of the Example Phone Book

Annex H (normative):
List of SFI Values

This annex lists SFI values assigned in the present document.