B.1 Parameter values

34.123-33GPPPart 3: Abstract test suite (ATS)TSUser Equipment (UE) conformance specification

B.1.1 BasicM test suite parameter declarations

The following parameters are common to all ATSs.

Table B.1.1: BasicM PIXIT

Parameter name

Description

Type

Default value

Supported value

px_AuthAMF

Authentication Management Field (16 bits). The value shall be different from ‘1111 1111 1111 1111’B (AMFresynch).

B16

See note 2

px_AuthK

Authentication Key (128 bits)

B128

‘01011110010010101011001101011000100100010011011101011101001010101110111010000001001011100110011111000011000010011010011000101001’B

px_AuthN

Value of n to initialize tcv_Auth_n (length of extended response)

min 31, max 127 (3GPP TS 34.108 [3], clause 8.1.2)

INTEGER

127

px_AuthRAND

Random Challenge (128 bits)

BITSTRING

‘01010101…01’B

px_GPRS_CipheringAlgorithm

Cipher algorithm

GPRS_CipheringAlgorithm_Type

‘010’B

Allowed values

gea0 ’000’B,

gea2 ’010’B,

gea3 ’011’B,

gea4 ’100’B

px_CipheringOnOff

Security mode – TRUE if ciphering is applicable

BOOLEAN

TRUE

px_CN_DomainTested

CN domain to be tested. This parameter is used in test cases that handle both PS and CS domains.

CN_DomainIdentity 

ps_domain

px_DL_MaxCC_TB_bits

Maximum sum of number of bits of all convolutionally coded transport blocks being received at an arbitrary time instant.

MaxNoBits 

b163840

px_DL_MaxCCTrCH

Maximum number of Simultaneous CCTrCH for downlink

MaxSimultaneousCCTrCH_Count 

8

px_DL_MaxTB_bits

Maximum sum of number of bits of all transport blocks being received at an arbitrary time instant.

MaxNoBits 

b163840

px_DL_MaxTF

Maximum number of TF for downlink

MaxNumberOfTF 

tf1024

px_DL_MaxTFS

Maximum number of TFC in the TFCS for downlink

MaxNumberOfTFC_DL

tfc1024

px_DL_MaxTrCHs

Maximum number of simultaneous transport channels for downlink.

MaxSimultaneousTransChsDL 

e32

px_DL_MaxTTI_TB

Maximum total number of transport blocks received within TTIs that end within the same 10 ms interval.

MaxTransportBlocksDL 

tb512

px_FRESH

Value for FRESH

Fresh

See note 1

px_FDD_OperationBand

Applicable for FDD

The operation band under test as defined in 34.108 clause 5.1.1.

INTEGER

1, see note 3

px_UARFCN_D_Mid, px_UARFCN_D_Low and px_UARFCN_D_High shall take the values according to the value of px_FDD_OperationBand.

px_GuardTimerExtension

Guard timer extension value (in seconds). A reasonable value shall be used.

INTEGER

0

px_IMSI_Def

Default IMSI value

HEXSTRING

‘001010123456063’H

px_JapanMCC

Japan MCC to be used for Band VI

HEXSTRING

‘442’H

px_PriScrmCode

Applicable for FDD

Primary scrambling code 

PrimaryScramblingCode

100

px_MaxAM_EntityNumberRLC_Cap

Maximum AM Entity Number for RLC.

MaximumAM_EntityNumberRLC_Cap 

am30

px_MaxNoDPDCH_BitsTransmitted

Part of UL_PhysChCapabilityFDD

MaxNoDPDCH_BitsTransmitted

b57600

px_MaxNoDPCH_PDSCH_Codes

Part of DL_PhysChCapabilityFDD. INTEGER (1..8).

INTEGER 

8

px_MaxNoPhysChBitsReceived

Part of DL_PhysChCapabilityFDD.

MaxNoPhysChBitsReceived 

b76800

px_MaxRLC_WindowSize

Maximum RLC window size.

MaximumRLC_WindowSize 

mws4095

px_MS_ClsmkESIND

default Early Sending Indication

B1

‘0’B

px_MS_ClsmkRevLvl

default Revision Level

B2

’10’B

px_PTMSI_Def

default PTMSI

OCTETSTRING

‘C2345678’O

px_PTMSI_SigDef

default PTMSI signature (3 octets, 3GPP TS 24.008 [9], clause 10.5.5.8).

OCTETSTRING

‘AB1234’O

px_RAT

Applicable for FDD

This parameter is used to specify which radio access technology is being used for the current test execution. Valid values: fdd and tdd

RatType

fdd

px_RRC_CS_ServTested

CS service to be tested for RRC test cases.

RRC_ServTested 

Speech

px_RRC_PS_ServTested

PS service to be tested for RRC test cases.

RRC_ServTested 

ps_Interactive

px_SRNC_Id

SRNC Id

SRNC_Identity

‘0000 0000 0001’B

px_SRNTI

S RNTI

S_RNTI

‘0000 0000 0000 0000 0001’B

px_TCellA

TCell value for cell A or 1. Except for the first created cell, the value 0 applied in ts_SS_CellCfg.

Tcell

256

px_TCellB

TCell value for cell B or 2. Except for the first created cell, the value 0 applied in ts_SS_CellCfg.

Tcell

512

px_TCellC

TCell value for cell C or 3. Except the first created cell, the value 0 applied in ts_SS_CellCfg.

Tcell

1536

px_TCellD

TCell value for cell D or 4. Except the first created cell, the value 0 applied in ts_SS_CellCfg.

Tcell

321

px_TCellE

TCell value for cell E or 5. Except the first created cell, the value 0 applied in ts_SS_CellCfg.

Tcell

833

px_TCellF

TCell value for cell F or 6. Except the first created cell, the value 0 applied in ts_SS_CellCfg.

Tcell

6577

px_TCellG

TCell value for cell G or 7. Except the first created cell, the value 0 applied in ts_SS_CellCfg.

Tcell

7253

px_TCellH

TCell value for cell H or 8. Except the first created cell, the value 0 applied in ts_SS_CellCfg.

Tcell

4351

px_TimerDequeuePCO

Additional time for dequeueing PCO

INTEGER

5000 (ms)

px_TMSI_Def

Default TMSI

OCTETSTRING

‘12345678’O

px_TotalRLC_AM_BufferSize

Total RLC AM buffer size for R99. The values are according to TotalRLC-AM-BufferSize defined in 3GPP TS 25.331.

TotalRLC_AM_BufferSize 

NA

px_UARFCN_D_Mid

Applicable for FDD

Mid Range downlink UARFCN value

INTEGER

10700

px_UARFCN_D_Low

Applicable for FDD

Low Range downlink UARFCN value

INTEGER

10563

px_UARFCN_D_High

Applicable for FDD

High Range downlink UARFCN value

INTEGER

10837

px_UE_OpModeDef

Default UE operation mode (either opModeA or opModeC). (For most UEs

this corresponds class-A or class-C, and can not be changed by the user)

UE_OperationMode

opModeA

px_UE_PositioningNetworkAssistedGPS_Sup

UE positioning capability: supports the network assisted GPS

NetworkAssistedGPS_Supported

networkBased

px_UE_PowerClass

UE_PowerClass value of the band under test (px_FDD_OperationBand or px_TDD_OperationBand).

UE_PowerClass

1

px_UL_MaxCC_TB_bits

Maximum sum of number of bits of all convolutionally coded transport blocks being transmitted at an arbitrary time instant.

MaxNoBits 

b163840

px_UL_MaxTB_bits

Maximum sum of number of bits of all transport blocks being transmitted at an arbitrary time instant.

MaxNoBits 

b163840

px_UL_MaxTF

Maximum number of TF for uplink.

MaxNumberOfTF 

tf1024

px_UL_MaxTFS

Maximum number of TFC in the TFCS for uplink.

MaxNumberOfTFC_DL

tfc1024

px_UL_MaxTrCHs

Maximum number of simultaneous transport channels for uplink.

MaxSimultaneousTransChsUL 

e32

px_UL_MaxTTI_TB

Maximum total number of transport blocks transmitted within TTIs that start at the same time.

MaxTransportBlocksUL 

tb512

px_UL_ScramblingCode

Applicable for FDD

UL scrambling code value to be used by UE.

UL_ScramblingCode

0

px_TDD_OperationBand

Applicable for TDD

The operation band under test as defined in 34.108 clause 5.1.2.

INTEGER

1

px_UARFCN_Mid, px_UARFCN_Low and px_UARFCN_High shall take the values according to the value of px_TDD_OperationBand.

px_UARFCN_Mid

Applicable for TDD

Mid Range UARFCN value

INTEGER

9550

px_UARFCN_Low

Applicable for TDD

Low Range UARFCN value

INTEGER

9504

px_UARFCN_High

Applicable for TDD

High Range UARFCN value

INTEGER

9596

px_UARFCN_Mid_S1

Applicable for TDD

Mid Range UARFCN value

INTEGER

9545

px_UARFCN_Mid_S2

Applicable for TDD

Mid Range UARFCN value

INTEGER

9555

px_UARFCN_High_S1

Applicable for TDD

High Range UARFCN value

INTEGER

9591

px_UARFCN_High_S2

Applicable for TDD

High Range UARFCN value

INTEGER

9586

NOTE 1: No default value can be proposed (Manufacturer defined value).

NOTE 2: No default value can be proposed, because not enough information is available in 3GPP TS 34.109 [4], clause 8.1.2.

NOTE 3: This value shall be set in synchronization with the values that are being set for the 3 other pixits with: px_UARFCN_D_High, px_UARFCN_D_Mid, px_UARFCN_D_Low

B.1.2 L3M test suite parameters declarations

The following parameters are commonly used in the RRC and NAS ATSs.

Table B.1.2: L3M PIXIT

Parameter name

Description

Type

Default value

Supported value

px_3G324M_MmediaEnable

For a Multimedia UE:

set to TRUE if a multimedia call is enabled;

set to FALSE if a speech call is enabled.

BOOLEAN

TRUE

px_BcapDataCompression

Data compression supported (used in the Bearer Capability)

B1

‘0’B

px_BcapFNUR

Fixed Network User rate supported:

‘00000’B: Fixed network user rate not applicable

‘00001’B: FNUR 9.6 kbit/s

‘00010’B: FNUR 14.4 kbit/s

‘00011’B: FNUR 19.2 kbit/s

‘00100’B: FNUR 28.8 kbit/s

‘00101’B: FNUR 38.4 kbit/s

‘00110’B: FNUR 48.0 kbit/s

‘00111’B: FNUR 56.0 kbit/s

‘01000’B: FNUR 64.0 kbit/s

‘01001’B: FNUR 33.6 kbit/s

‘01010’B: FNUR 32.0 kbit/s

B5

‘00001’B

px_BcapITC

Information transfer capability supported (used for the generation of the Bearer Capability)

0 – UDI

1 – RDI

2 – 31 kHz Audio

3 – Other

ItcInt

2

px_BcapModemType

Modem type supported (used in the Bearer Capability)

B5

‘00110’B

px_BcapNumberDataBits

Number of data bits supported (used in the Bearer Capability)

B1

‘1’B

px_BcapNumberStopBits

Number of Stops bits supported (used in the Bearer Capability)

B1

‘1’B

px_BcapOtherModemType

Other modem type supported (used in the Bearer Capability)

B2

’10’B

px_BcapParity

Parity supported (used in the Bearer Capability)

B3

‘011’B

px_BcapSACP

Signalling access protocol supported (used in the Bearer Capability)

B3

‘001’B

px_BcapSyncAsync

Synchronous ‘0’B or Asynchronous ‘1’B mode supported by IUT

B1

‘1’B

px_BcapUeFlowControl

UE flow control.

0-outband,

1-inband,

2-no flow control.

3- X.25

4- X.75

Default: 0, outband flow control

FlowControl

0

px_CC_CallDiallingDigits

Dialling digits used to initiate a CC MO call (used with the AT dial D command).

IA5String

"0123456902" 

px_CC_Serv

Service selected for Mobile Originated calls and Mobile Terminated calls. The possible values are

("Telephony", "EmergencyCall", "31kHz", "V110", "V120", "PIAFS", "FTM", "X31", "BTM", "3G324M_Call", "Alternate Speech/Facsimile", "3G324M_SpeechPreferred")

Services

"31 kHz"

px_DeltaSS_DelayTime

Tdelta value (refer to 3GPP TS 34.108 [3], clause 4.2.3) in ms.

INTEGER

55 ms

px_EmergencyCallNumber

Emergency Number used by UE to initiate an emergency call

IA5String

"112"

px_IMEI_Def

Default IMEI value transmitted by UE.

Digit 15 shall be set as a Spare Digit, i.e. shall be set to ‘0’ (see TS 23.003[6]).

HEXSTRING

See note

px_IMEISV_Def

Default IMEISV value

HEXSTRING

See note

px_IMSI_Diff

Different IMSI from the IMSI stored in the USIM

HEXSTRING

‘001010654321063’H

px_SupportOpModeC

TRUE if UE supports operation mode C, i.e. UE offers PS services only (see 3GPP TS 23.060 [60], clause 4.1 and 3GPP TS 24.008 [9])

BOOLEAN

TRUE

px_NwOrgPDP_Support

This indicates if the UE implementation supports network originated PDP Context.

TRUE indicates, supported

FALSE indicate, not supported

BOOLEAN

FALSE 

px_PDP_IP_AddrInfoDCH

A string parameter that identifies the MT in the address space applicable to the PDP for DCH.

IA5String

"200.1.1.80" 

px_PDP_IP_AddrInfoFACH

A string parameter that identifies the MT in the address space applicable to the PDP for FACH.

IA5String

"200.1.1.90" 

px_PTMSI_2

Second PTMSI used for testing.

OCTETSTRING

‘C9876543’O

px_PTMSI_Sig2

Second PTMSI signature used for testing.

OCTETSTRING

‘AB1234’O 

px_TMSI_2

Second TMSI value for testing

OCTETSTRING

‘09876543’O

px_SMS_IndexOffset

SMS index offset for the numbering of short messages, value range: (0,1)

INTEGER

0

NOTE: No default value can be proposed (Manufacturer defined value).

B.1.3 NAS test suite parameters declarations

The following parameters are commonly used in the NAS ATS.

Table B.1.3: NAS PIXIT

Parameter name

Description

Type

Default value

Supported value

px_AuthRAND_2

A second Random Challenge (128 bits)

BITSTRING

‘1010101…10’B

px_PTMSI_Sig3

Second PTMSI signature used for testing

OCTETSTRING

‘AB1239’O

B.1.4 SMS test suite parameters declarations

These parameters are used in the SMS ATS.

Table B.1.4: SMS PIXIT

Parameter name

Description

Type

Default value

Supported value

px_BMC_CB_RepPeriod01

CB repetition period for CB message 1

INTEGER

2

px_BMC_CB_RepPeriod02

CB repetition period for CB message 2

INTEGER

2

px_BMC_NoOfBC_Req01

No of broadcasts requested for CB message 1

INTEGER

2

px_BMC_NoOfBC_Req02

No of broadcasts requested for CB message 2

INTEGER

2

px_MaxCP_DataRetx

max. number of CP data retransmissions for SMS

INTEGER

3

px_SMS_CB_Data01

Contents of the first Cell Broadcast Message sent will be converted to an OCTETSTRING

IA5String

"First Cell Broadcast Message"

px_SMS_CB_Data02

Contents of the second Cell Broadcast Message sent will be converted to an OCTETSTRING

IA5String

"Second Cell Broadcast Message"

px_SMS_CB_MsgId02

Message Id to be used for the second Cell Broadcast Message sent

HEXSTRING[4]

‘0002’H

px_SMS_PrefMem1

SMS Preferred Memory 1

<mem1> of 3GPP TS 27.005 [22], clause 3.1

IA5String

"SM"

px_SMS_PrefMem2

SMS Preferred Memory 2

<mem2> of 3GPP TS 27.005 [22], clause 3.1

IA5String

"SM"

px_SMS_PrefMem3

SMS Preferred Memory 3

<mem3> of 3GPP TS 27.005 [22], clause 3.1

IA5String

"MT"

px_TC1M

Value for timer TC1M, to be declared by the manufacturer

INTEGER

10000

B.1.5 RRC_M test suite parameters declarations

These parameters are used in the RRC and RAB ATS.

Table B.1.5: RRC and RAB PIXIT

Parameter name

Description

Type

Default value

Supported value

px_DL_MaxTC_TB_bits

Maximum sum of number of bits of all turbo coded transport blocks being received at an arbitrary time instant.

MaxNoBits 

b163840

px_ExecutePS_Class

Service to be executed in RAB test cases. The allowed values are:

1: Interactive

2: BackGround

3: Streaming

0: All supported classes.

Any other value is not defined.

INTEGER

1

px_MaxHcContextSpace

MaxHcContextSpace if RFC 2507 [30] is supported.

MaxHcContextSpace 

by1024

px_MaxNoSCCPCH_RL

Part of SimultaneousSCCPCH_DPCH_Reception.

MaxNoSCCPCH_RL 

rl1

px_PrimaryBand

The primary operation band under test, as defined in 34.108 clause 5.1.1.

Value 1 means Band 1, 2 means Band 2, 3 means Band 3, 6 means Band 6.

INTEGER

1

This pixit shall be set in synchronization with the values that are being set to other Pixit:

px_UARFCN_D_Mid

px_SecondaryBand

The secondary operation band under test, as defined in 34.108 clause 5.1.1.

Value 1 means Band 1, 2 means Band 2, 3 means Band 3, 6 means Band 6.

INTEGER

8

px_SMS_CB_MsgId01

the operator shall define the CB Message ID for the CB data1 used for transmitting this CB data, different to CB-Data 2 IXIT

HEXSTRING[4]

‘0001’H

px_SMS_CB_Store

TRUE if Broadcast Messages are kept in BM storage

BOOLEAN

TRUE

px_SMS_MsgFrmt

SMS Message Format

<mode> of TS 27.005 cl. 3.2.3

IA5String

"1"

Default “Text mode”

NOTE: Change value to “0” to execute tests with PDU mode.

px_SMS_PrefMemCB1

SMS Preferred CB Memory 1

<mem1> of 3GPP TS 27.005 [22], clause 3.1

IA5String

"BM"

px_SMS_PrefMemCB2

SMS Preferred CB Memory 2

<mem2> of 3GPP TS 27.005 [22], clause 3.1

IA5String

"BM"

px_SMS_PrefMemCB3

SMS Preferred CB Memory 3

<mem3> of 3GPP TS 27.005 [22], clause 3.1

IA5String

"BM"

px_SMS_Service

SMS Service

<service> of 3GPP TS 27.005 [22], clause 3.2.1

IA5String

"0"

px_UL_MaxTC_TB_bits

Maximum sum of number of bits of all turbo coded transport blocks being transmitted at an arbitrary time instant.

MaxNoBits 

b163840

The px_ExecutePS_Class allows the option 0 to be selected. This has been allowed in order to preserve the changes implemented in TTCN for handling all traffic classes in RAB testcase execution. System simulators are not required to support this execution and also TTCN maintenance of this path should be limited.

B.1.6 PDCP test suite parameters declarations

These parameters are used in the PDCP ATS.

Table B.1.6: PDCP PIXIT

Parameter name

Description

Type

Default value

Supported value

px_PDCP_TcpIpCompressedTcpNonDeltaPacket01

IP header compressed packet type (PID=3) of px_PDCP_TcpIpUncompressedPacket01

IP_Packet 

0000 0000 0000 0a00 0000 0050 1000 0026 3400 006a 6e6e 206a 6e6e 206a 6e6e 

px_PDCP_TcpIpCompressedTcpNonDeltaPacket02

IP header compressed packet type (PID=3) of px_PDCP_TcpIpUncompressedPacket02

IP_Packet 

"Test_PDCP_TCPIP_Packet2_PID_Type3"

px_PDCP_TcpIpCompressedTcpPacket01

IP header compressed packet type (PID=2) of px_PDCP_TcpIpUncompressedPacket01

IP_Packet 

0028 2634 0a00 0000 6a6e 6e20 6a6e 6e

px_PDCP_TcpIpCompressedTcpPacket02

IP header compressed packet type (PID=2) of px_PDCP_TcpIpUncompressedPacket02

IP_Packet 

"Test_PDCP_TCPIP_Packet2_PID_Type2"

px_PDCP_TcpIpFullHeaderPacket01

IP header compressed packet type (PID=1) of px_PDCP_TcpIpUncompressedPacket01

IP_Packet 

c500 0000 0000 0000 4006 7ac6 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 5010 0000 263e 0000 6a6e 6e20 6a6e 6e 

px_PDCP_TcpIpFullHeaderPacket02

IP header compressed packet type (PID=1) of px_PDCP_TcpIpUncompressedPacket02

IP_Packet 

"Test_PDCP_TCPIP_Packet2_PID_Type1"

px_PDCP_TcpIpUncompressedPacket01

uncompressed TCP/IP Packet01

IP_Packet 

4500 0033 0000 0000 4006 7ac6 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 5010 0000 263e 0000 6a6e 6e20 6a6e 6e 

px_PDCP_TcpIpUncompressedPacket02

uncompressed TCP/IP Packet02

IP_Packet 

"Test_PDCP_TCPIP_Packet2"

px_PDCP_UdpIpCompressedTcpNonTcpPacket01

IP header compressed packet type (PID=4) of px_PDCP_UdpIpUncompressedPacket01

IP_Packet 

0001 0000 763c 6a6e 6e20 6a6e 6e20 6a6e 6e 

px_PDCP_UdpIpCompressedTcpNonTcpPacket02

IP header compressed packet type (PID=4) of px_PDCP_UdpIpUncompressedPacket02

IP_Packet 

"Test_PDCP_UDPIP_Packet2_PID_Type4"

px_PDCP_UdpIpFullHeaderPacket01

IP header compressed packet type (PID=1) of px_PDCP_UdpIpUncompressedPacket01

IP_Packet 

8500 0100 0000 0000 4011 7ac7 0000 0000 0000 0000 0000 0000 0013 763c 6a6e 6e20 6a6e 6e20 6a6e 6e 

px_PDCP_UdpIpFullHeaderPacket02

IP header compressed packet type (PID=1) of px_PDCP_UdpIpUncompressedPacket02

IP_Packet 

"Test_PDCP_UDPIP_Packet2_PID_Type1"

px_PDCP_UdpIpUncompressedPacket01

uncompressed UDP/IP Packet01

IP_Packet 

4500 0027 0000 0000 4011 7ac7 0000 0000 0000 0000 0000 0000 0013 763c 6a6e 6e20 6a6e 6e20 6a6e 6e 

px_PDCP_UdpIpUncompressedPacket02

uncompressed UDP/IP Packet02

IP_Packet 

"Test_PDCP_UDPIP_Packet2"

B.1.7 BMC test suite parameters declarations

These parameters are used in the BMC ATS.

Table B.1.7: BMC PIXIT

Parameter name

Description

Type

Default value

Supported value

px_CB_Data1

Data to be sent for each PDCP test, except TC 7.4.1.4, 7.4.1.5 and 7.4.1.6

IA5String [1..1246]

"CB Data1"

px_CB_Data2

Data to be sent in TC 7.4.2.1

IA5String [1..1246]

"CB Data2"

px_SMS_CB_MsgId01

Data to be sent for each PDCP test, except TC 7.4.1.4, 7.4.1.5 and 7.4.1.6

HEXSTRING[4]

‘0000’H

px_SMS_CB_MsgId02

Data to be sent in TC 7.4.2.1

HEXSTRING[4]

‘0000’H

px_gS01

Data to be sent for each PDCP test, except TC 7.4.1.4, 7.4.1.5 and 7.4.1.6

BITSTRING[2]

"Test_gS1"

px_ggS02

Data to be sent in TC 7.4.2.1

BITSTRING[2]

"Test_gS2"

px_MsgCode01

Data to be sent for each PDCP test, except TC 7.4.1.4, 7.4.1.5 and 7.4.1.6

BITSTRING[10]

"Test_msgCode01"

px_MsgCode02

Data to be sent in TC 7.4.2.1

BITSTRING[10]

"Test_msgCode02"

px_UpdateNumber01

Data to be sent for each PDCP test, except TC 7.4.1.4, 7.4.1.5 and 7.4.1.6

BITSTRING[4]

"Test_ updateNumber01"

px_UpdateNumber02

Data to be sent in TC 7.4.2.1

BITSTRING[4]

"Test_ updateNumber02"

B.1.8 RRC test suite parameters declarations

These parameters are used in the RRC ATS.

Table B.1.8: RRC PIXIT

Parameter name

Description

Type

Default value

Supported value

B.1.9 RAB test suite parameters declarations

These parameters are used in the RAB ATS.

Table B.1.9: RAB PIXIT

Parameter Name

Description

Type

Default Value

Supported Value

px_CB_Data1

the operator shall define CBS data as IA5String together with the CB message ID used for transmitting this CB data, which is indicated by the UE after reception in a clear way according to the capabilities stored on the SIM. Furthermore, the operator shall describe the indication on the UE side (e.g. certain CBS traffic information)

IA5String_BMC

the CB data range is 1..1246 Octets which refers to a IA5String of 1..1246

px_DSCH_RNTI

DSCH RNTI

DSCH_RNTI

‘0000 0000 0000 0010’B

px_gS01

used in the Serial No. of the CB_Data01 given as PIXIT, which differentiates between CBS messages from the same source and type

B2

’00’B

px_MsgCode01

used in the Serial No. of the CB_Data01 given as PIXIT, which is the Geographical Scope indicates the area over which the msg code is unique

MsgCodeType

‘0000000000’B

px_UpdateNumber01

used in the Serial No. of the CB_Data01 given as PIXIT, which indicates a change of the message content of the same CBS message

B4

‘0000’B

px_PowerDSCH

transmission power level of DSCH

DL_TxPower

px_RAB_ExecImplctTestedTC

TRUE enforces execution of optional lower bit rate R99 RAB combination test cases that are implicitly tested in higher bit rate RAB combination test cases

BOOLEAN

FALSE

B.1.10 RLC and MAC test suite parameters declarations

These parameters are used in the MAC ATS.

Table B.1.10: RLC & MAC PIXIT

Parameter Name

Description

Type

Default Value

Supported Value

px_NumOfSegInPagResOrServReq

This Pixit is used in MAC test cases 7.1.1.2, 7.1.1.3, 7.1.1.4, 7.1.1.5 and 7.1.1.8

This indicates the number of RLC segments the Paging Response (CS Domain) or Service Request (PS domain) will be segmented in.

INTEGER

2

px_RLC_SDU_buffering

Is used in RLC TC 7.2.3.13, indicating the way to handle RLC SDU data for UL transmission when the transmission window is full

BOOLEAN(TRUE for buffering, FALSE for discard)

B.1.11 Multi RAT test suite parameters declarations

These parameters are used in the MultiRAT ATS.

Table B.1.11: MultiRAT PIXIT

Parameter name

Description

Type

Default value

Supported value

px_ExtDTM_EGPRS_MultiSlotClass

Extended DTM GPRS Multi Slot Class.

Used in Classmark 3

B2

px_GSM_BandUnderTest

indicates which band is under test

INTEGER

1 -> GSM450;

2 -> GSM480;

3 -> GSM750;

4 -> GSM850;

5 -> GSM-P-900;

6-> GSM-E-900;

7-> DCS1800;

8 -> PCS1900;

9 -> 450 & 900 MultiBand test;

10 -> 450 & 1800 MultiBand test;

11 -> 480 & 900 MultiBand test;

12 -> 480 & 1800 MultiBand test;

13 -> 900 & 1800 MultiBand test;

14-> GSM710;

15->T-GSM810;

px_GSM_CipheringOnOff

GSM Ciphering to be started or not

B1

1

px_GSM_CipherAlg

GSM Cipher algorithm.

B3_CipherAlg

‘000’B

Allowed values: ‘000’B(A5/1), ‘010’B(A5/3),

‘011’B(A5/4)

px_HighMultiSlotCap

High Multislot Capability.

Used in Classmark 3

B2

px_CipherKey

Cipher key (64 bits)

B64

‘0101111001001010101100110101100010010001001101110101110100101010’B

Any

px_CipherKey128

Cipher key (128 bits) to be used e.g. for A5/4 and GEA/4

B128

‘01011110010010101011001101011000100100010011011101011101001010100101111001001010101100110101100010010001001101110101110100101010’B

Any

px_MS_TXPWR_MAX_CCH

MS_TXPWR_MAX_CCH

B5

‘01010’B

px_RXLEV_ACCESS_MIN

minimum received signal level at MS

B6

‘000000’B

px_SplitOnCCCH

split paging cycle on CCCH supported indication

B1

‘0’B not supported

px_TSC

Training sequence code for traffic channels

B3

‘011’B

px_PowerLevel

power level value for L1 header

B5

px_TimingAdvance

Timing advance value for L1 header

B1

‘0000000’B

B.1.12 MMI questions

Table B.1.12 requests additional information needed for the execution of the MMI commands used in the ATSs, the column ‘ATS’ indicates in which ATS the question is used.

Table B.1.12: MMI questions

Required information for MMI question

ATS

Please switch the PLMN selection mode of the UE to automatic selection

RRC, SMS, NAS, RAB, HSD_ENH, IR_U, AGPS, HSU_ENH, HS_ENH

Please switch the PLMN selection mode of the UE to manual selection

RRC, SMS, NAS, RAB, HSD_ENH, IR_U, AGPS, HSU_ENH, HS_ENH

Please select the following PLMN manually: MCC = <p_MCC>, MNC = <p_MNC>

RRC, SMS, NAS, RAB HSD_ENH, IR_U, AGPS, HSU_ENH, HS_ENH

Please power off the UE

All ATSs

Please power on the UE

All ATSs

Please switch off the UE

All ATSs

Please switch on the UE

All ATSs

Please insert the USIM card into the UE

All ATSs

Please remove the USIM card into the UE

All ATSs

Please check that the DTCH is through connected by generating a noise

RRC, SMS, NAS, RAB, HSD_ENH, IR_U, AGPS, HSU_ENH

Configure UE for an MO Telephony call

RRC, SMS, NAS, RAB, HSD_ENH, IR_U, AGPS, HSU_ENH, HS_ENH

Configure UE for an Emergency call

RRC, SMS, NAS, RAB, HSD_ENH, IR_U, AGPS, HSU_ENH, HS_ENH

Configure UE for an MT telephony call

RRC, SMS, NAS, RAB, HSD_ENH, IR_U, AGPS, HSU_ENH, HS_ENH

Please set UE in operation mode C (PS services only)

RRC, SMS, NAS, RAB, HSD_ENH, IR_U, AGPS, HSU_ENH, HS_ENH

Please set UE in operation mode A (to support simultaneous CS and PS services)

RRC, SMS, NAS, RAB, HSD_ENH, IR_U, AGPS, HSU_ENH, HS_ENH

Please configure UE to use the following emergency number <p_EmergencyNumber>

RRC, SMS, NAS, RAB, HSD_ENH, IR_U, A-GPS, HSU_ENH, HS_ENH

Please initiate a non call related supplementary service which is supported by the UE

NAS

Please insert Test USIM programmed with Access Class: <p_AccessClass>

NAS

Please insert 2nd SIM card with short IMSI

NAS, SMS, AGPS

Please initiate an autocalling call with the number: <p_AutocallingNumber>

NAS

Please initiate an autocalling call with a number that will be put in the blacklisted list. The following number shall not be used: <p_AutocallingNumber>

NAS

Please reset the autocalling list of blacklisted numbers

NAS

Please initiate a DTMF tone with the character <p_Character> and the tone duration <p_ToneDuration>

NAS

Please enable call refusal on the UE

NAS

Please check that the DTMF tone indication has been generated

NAS

Please insert another USIM card as required for test case tc_9_4_5_4_6. The PLMN selector on the USIM card shall contain entries for PLMNs MCC=’022’H, MNC=’01F’H resp. MCC=’022’H , MNC=’03F’H. The latter PLMN shall be ranked better than the first one

NAS

Please trigger UE to initiate a Detach procedure for non-PS services only

NAS

Please check that the mobile indicates the reception of a message with message id: <p_MessageId > and message code: <p_MessageCode>

SMS

Please check the length of the received Short Message: <p_LengthMessage> and the contents of the received Short Message: <p_Message>

SMS

Please send an SMS COMMAND message containing a request to delete the previously submitted Short Message

SMS

Please send an SMS COMMAND message containing an enquiry about the previously submitted Short Message

SMS

Please check that NO recalled Short Message is displayed

SMS

Please check that the reception of a received Short Message is indicated

SMS

Please check that the Mobile does not indicate the reception of a new message with message id: <p_MessageId> and message code: <p_MessageCode>

SMS

Please check that NO reception of a received Short Message of type 0 is indicated

SMS

Please insert the USIM card of type B into the UE

MAC

Please insert the USIM card, with information given in <p_TestCase>

RRC, NAS, IR_U, HSU_ENH, HS_ENH

Please check that the UE display the registered PLMN as PLMN <p_PLMN>

RRC, HSU_ENH, HS_ENH

Please insert the USIM card, with Type A EFACC

RRC

Please insert the USIM card, with Type B EFACC

RRC

Please trigger UE to send three SNDCP PDUs of 500 bytes each on SAPI 11

IR_G

Please trigger PDP Context Activation Type 2 in UE

IR_G

Please trigger MO-LR for position estimate

AGPS

Please trigger MO-LR for assistance data

AGPS

Please trigger MO-LR for transfer to 3rd party

AGPS

Please check that the UE displays the correct information about the LCS client

AGPS

Please accept the location request within 20 s

AGPS

Please deny the location request within 20 s

AGPS

Please do not reply to the location request

AGPS

Please check that the UE notifies the user of the location request

AGPS

If the UE does not support the RESET command defined in 34.109, please ensure that the UE has no assistance data stored before running this test case

AGPS

Please trigger UE to send 10 kbytes of data on SAPI 3

IR_G

Please trigger UE to send 1 kbyte of data on SAPI 3

IR_G

Please check that in the manual PLMN list the UE display: <p_PLMN_List>

HSU_ENH

Please check that UE displays no service or no network available

HSU_ENH, HSPA8_ENH

Please check that in the manual PLMN list the UE displays the PLMN with the following information:

– <p_PLMN_List1> offers voice call, SMS and PS data services

– <p_PLMN_List2> offers voice call services

– <p_PLMN_List3> offers PS data services

HS_ENH

Please check that in the manual PLMN list the UE indicates that:

– <p_PLMN1> is present on the the User Controlled PLMN List

– <p_PLMN2> is present on the Forbidden list

– <p_PLMN3> is present on the Operator Controlled PLMN List

HS_ENH

Please insert the USIM card with an empty CSG allowed list

HSPA8_ENH

Please switch the PLMN selection mode of the UE to manual CSG selection

HSPA8_ENH

Please switch the PLMN selection mode of the UE to automatic CSG selection

HSPA8_ENH

Please select the following CSG manually: MCC = <p_MCC>, MNC = <p_MNC>, CSG = <p_CSG>

HSPA8_ENH

Please check that in the manual CSG list the UE display: <p_CSG1> accessible, <p_CSG2> not accessible

HSPA8_ENH

Please check that the Mobile UE indicates the reception of ETWS data <p_ETWS_Data> and alerts or activate alerting the user.

HSPA8_ENH

Please check that the Mobile UE does NOT indicate the reception of ETWS data <p_ETWS_Data> and not alert, nor activate alerting the user

HSPA8_ENH

Please set the PLMN selection operation mode at switch on in the UE to automatic network selection

HSPA7_ENH

Please set the PLMN selection operation mode at switch on in the UE to manual network selection

HSPA7_ENH

B.1.13 A-GPS test suite parameters declarations

These parameters are used in the A-GPS ATS.

Table B.1.13: A-GPS PIXIT

Parameter Name

Description

Type

Default Value

Supported Value

px_GpsScenario

Pre-defined GPS scenario to be loaded by the upper tester in the Satellite Simulator. See 3GPP TS 34.108 [3], clause 10.7. Minimum value:0, Maximum value: 31

GpsScenarioType

0

px_GeoInfo

Geographical information to be sent as Location Estimate in FACILITY message from the System Simulator.

Ext_GeographicalInformation

9032B9D66360B600323C3C006544

px_LcsClientName

LCS Client name

IA5String

OPERATOR

px_LcsClientAddressTOA

LCS Client external address

TOA

B4

‘1001’B

px_LcsClientAddressNPI

LCS Client external address

NPI

B4

‘0001’B

px_LcsClientAddressDigits

LCS Client external address

Digits

IA5String

0123456

px_ResetStoredInfo

Support of RESETUEPOSITIONINGSTOREDINFORMATION command as defined in 3GPP TS 34.109 [4], clause 6.10

BOOLEAN

TRUE

px_UeLcsNotification

Value for UE LCS Notification timeout timer (in seconds)

INTEGER

20

B.1.14 HSD_ENH test suite parameters declarations

These parameters are used in the HSD_ENH ATS.

Table B.1.14: HSD_ENH PIXIT

Parameter Name

Description

Type

Default Value

Supported Value

px_GERANIu_RadioAccessCapability

MS GERAN Iu mode Radio Access Capability

BITSTRING

px_RAB_HS_Exec128_384Supp

TRUE enforces execution of optional UL 128 Kbps RAB HSDPA test cases, when UE supports UL384 Kbps

BOOLEAN

FALSE

px_RAB_HS_Exec64_384Supp

TRUE enforces execution of optional UL 64 Kbps RAB HSDPA test cases, when UE supports UL 384 kbps

BOOLEAN

FALSE

px_RAB_HS_Exec64_128Supp

TRUE enforces execution of optional UL 64 Kbps RAB HSDPA test cases, when UE supports UL128 kbps

BOOLEAN

FALSE

px_CMAS_CB_Data01

Contents of the first CMAS Cell Broadcast Message of 90 characters.

IA5String

"First CMAS message: CMAS Presidential Alert. ABCDEFGHIJKLMNOPQRSTUVWXYZ123456890abcdefghijklmnopqrst"

px_CMAS_CB_Data02

Contents of the second CMAS Cell Broadcast Message of 90 characters.

IA5String

"Second CMAS message: CMAS Imminent Threat Alert – Severity: Extreme, Urgency: Immediate. ABCDEFGHIJ”

px_CMAS_CB_Data03

Contents of the third CMAS Cell Broadcast Message of 90 characters.

IA5String

"Third CMAS message: CMAS Child Abduction Emergency. ABCDEFGHIJKLMNOPQRSTUVWXYZ123456890abcdefghijklm"

B.1.15 HSU_ENH test suite parameters declarations

These parameters are used in the HSU_ENH ATS.

Table B.1.15: HSU_ENH PIXIT

Parameter Name

Description

Type

Default Value

Supported Value

px_ExecNon_FDPCH_When_FDPCHSupp

To execute Non-FDPCH test case when fully FDPCH is supported

BOOLEAN

TRUE

B.1.16 HS_ENH test suite parameters declarations

These parameters are used in the HS_ENH ATS.

Table B.1.16: HS_ENH PIXIT

Parameter Name

Description

Type

Default Value

Supported Value

Void

B.1.17 Audit capabilities test suite parameters declarations

These parameters are used in the audit capabilities test case.

Table B.1.17.1: UTRA audit capabilities PIXIT

Parameter Name

Description

Type

Default Value

Supported Value

px_MaxNumberROHC_ContextSessions

Maximum number of ROHC context sessions, see 3GPP TS 25.331 [21], clause 10.3.3.24

MaxROHC_ContextSessions_r4

px_ReverseDecompressionDepth

Reverse decompression depth, see 3GPP TS 25.331 [21], clause 10.3.3.24

INTEGER

Table B.1.17.2: GERAN audit capabilities PIXIT

Parameter Name

Description

Type

Default Value

Supported Value

px_8PSK_PowerCap

Radio Capability used for 8PSK modulation, see 3GPP TS 24.008 [9], clause 10.5.5.12a

B2

px_Alt_EFTA_MultislotClass

Alternative Enhanced Flexible Timeslot Assignment Multislot Class, see 3GPP TS 24.008 [9], clause 10.5.5.12a

B4

px_EGPRS_MultislotClass

Integer representation of the multislot class, see 3GPP TS 24.008 [9], clause 10.5.5.12a

INTEGER

px_GERAN_to_EUTRA_Support

GERAN to E-UTRA support in GERAN packet transfer mode, see 3GPP TS 24.008 [9], clause 10.5.5.12a

B2

px_GMSK_PowerCap

Power Class used for GMSK with the indicated Access Technology, see 3GPP TS 24.008 [9], clause 10.5.5.12a

B3

px_GPRS_MultislotClass

Integer representation of the multislot class, see 3GPP TS 24.008 [9], clause 10.5.5.12a

INTEGER

px_Multislot_Capability_Reduction_for_Downlink_Dual_Carrier

Multislot Capability Reduction for Downlink Dual Carrier, see 3GPP TS 24.008 [9], clause 10.5.5.12a

B3

Table B.1.17.3: E-UTRA audit capabilities PIXIT

Parameter Name

Description

Type

Default Value

Supported Value

px_eMaxNumberROHC_ContextSessions

Maximum number of ROHC context sessions

maxNumberROHC_ContextSessions_Type

px_InterFreqMeasBandList_eBand1

Indicates need for measurement gaps when operating on the E‑UTRA band 1 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand2

Indicates need for measurement gaps when operating on the E‑UTRA band 2 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand3

Indicates need for measurement gaps when operating on the E‑UTRA band 3 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand4

Indicates need for measurement gaps when operating on the E‑UTRA band 4 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand5

Indicates need for measurement gaps when operating on the E‑UTRA band 5 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand6

Indicates need for measurement gaps when operating on the E‑UTRA band 6 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand7

Indicates need for measurement gaps when operating on the E‑UTRA band 7 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand8

Indicates need for measurement gaps when operating on the E‑UTRA band 8 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand9

Indicates need for measurement gaps when operating on the E‑UTRA band 9 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand10

Indicates need for measurement gaps when operating on the E‑UTRA band 10 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand11

Indicates need for measurement gaps when operating on the E‑UTRA band 11 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand12

Indicates need for measurement gaps when operating on the E‑UTRA band 12 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand13

Indicates need for measurement gaps when operating on the E‑UTRA band 13 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand14

Indicates need for measurement gaps when operating on the E‑UTRA band 14 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand17

Indicates need for measurement gaps when operating on the E‑UTRA band 17 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand18

Indicates need for measurement gaps when operating on the E‑UTRA band 18 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand19

Indicates need for measurement gaps when operating on the E‑UTRA band 19 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand20

Indicates need for measurement gaps when operating on the E‑UTRA band 20 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterFreqMeasBandList_eBand21

Indicates need for measurement gaps when operating on the E‑UTRA band 21 and measuring other supported E‑UTRA bands.

InterFreqBandList

px_InterRAT_MeasBandList_eBand1

Indicates need for DL measurement gaps when operating on the E‑UTRA band 1 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand2

Indicates need for DL measurement gaps when operating on the E‑UTRA band 2 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand3

Indicates need for DL measurement gaps when operating on the E‑UTRA band 3 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand4

Indicates need for DL measurement gaps when operating on the E‑UTRA band 4 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand5

Indicates need for DL measurement gaps when operating on the E‑UTRA band 5 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand6

Indicates need for DL measurement gaps when operating on the E‑UTRA band 6 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand7

Indicates need for DL measurement gaps when operating on the E‑UTRA band 7 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand8

Indicates need for DL measurement gaps when operating on the E‑UTRA band 8 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand9

Indicates need for DL measurement gaps when operating on the E‑UTRA band 9 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand10

Indicates need for DL measurement gaps when operating on the E‑UTRA band 10 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand11

Indicates need for DL measurement gaps when operating on the E‑UTRA band 11 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand12

Indicates need for DL measurement gaps when operating on the E‑UTRA band 12 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand13

Indicates need for DL measurement gaps when operating on the E‑UTRA band 13 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand14

Indicates need for DL measurement gaps when operating on the E‑UTRA band 14 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand17

Indicates need for DL measurement gaps when operating on the E‑UTRA band 17 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand18

Indicates need for DL measurement gaps when operating on the E‑UTRA band 18 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand19

Indicates need for DL measurement gaps when operating on the E‑UTRA band 19 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand20

Indicates need for DL measurement gaps when operating on the E‑UTRA band 20 and measuring other supported inter-RAT bands

interRAT_BandList

px_InterRAT_MeasBandList_eBand21

Indicates need for DL measurement gaps when operating on the E‑UTRA band 21 and measuring other supported inter-RAT bands

interRAT_BandList

B.1.18 eCall and HSPA8 test suite parameters declarations

These parameters are used in the eCall and HSPA8 ATS.

Table B.1.18: eCall and HSPA8 PIXIT

Parameter Name

Description

Type

Default Value

Supported Value

px_eCall_TestNumber

Number digits of the test number used in eCall Test Call.

Numbers are in the order: Digit 1, Digit 2, Digit 3, etc (see 3GPP TS 24.008 [9], clause 10.5.4.7)

IA5String

"123456"

px_eCall_ReconfNumber

Number digits of the reconfiguration number used in eCall Reconfiguration Call.

Numbers are in the order: Digit 1, Digit 2, Digit 3, etc (see 3GPP TS 24.008 [9], clause 10.5.4.7)

IA5String

"987654"

px_ETWS_BMC_CB_RepPeriod

CB repetition period for ETWS CB message

INTEGER

2

px_ETWS_BMC_NoOfBC_Req

No of broadcasts requested for ETWS CB message

INTEGER

2

px_ETWS_SMS_CB_Data01

Contents of the first ETWS Cell Broadcast Message sent will be converted to an OCTETSTRING

IA5String_BMC

"First ETWS Cell Broadcast Message"

px_ETWS_SMS_CB_Data02

Contents of the second ETWS Cell Broadcast Message sent will be converted to an OCTETSTRING

IA5String_BMC

"Second ETWS Cell Broadcast Message"

px_ETWS_SMS_CB_Data03

Contents of the third ETWS Cell Broadcast Message sent will be converted to an OCTETSTRING

IA5String_BMC

"Third ETWS Cell Broadcast Message"

px_ETWS_SMS_CB_Data04

Contents of the fourth ETWS Cell Broadcast Message sent will be converted to an OCTETSTRING

IA5String_BMC

"Fourth ETWS Cell Broadcast Message"

px_ETWS_SMS_CB_Data05

Contents of the fifth ETWS Cell Broadcast Message sent will be converted to an OCTETSTRING

IA5String_BMC

"Fifth ETWS Cell Broadcast Message"

px_ETWS_SMS_CB_Data06

Contents of the sixth ETWS Cell Broadcast Message sent will be converted to an OCTETSTRING

IA5String_BMC

"Sixth ETWS Cell Broadcast Message"

px_ETWS_TimeZone

Value of the Time Zone in ETWS cell broadcast message

TZONES

0

B.1.19 IR_U test suite parameters declarations

These parameters are used in the IR_U ATS.

Table B.1.19: IR_U PIXIT

Parameter Name

Description

Type

Default Value

Supported Value

px_ITURegion1_GSM_BandsUnderTest

Indicates the GSM band under test for ITU region 1

ITURegion1_GSM_BandsUnderTest

px_ITURegion2_GSM_BandsUnderTest

Indicates the GSM band under test for ITU region 2

ITURegion2_GSM_BandsUnderTest

px_ITURegion1_SecondaryFDD_Band

Indicates the secondary FDD band under test for ITU region 1

ITURegion1_FDD_Band

px_ITURegion2_SecondaryFDD_Band

Indicates the secondary FDD band under test for ITU region 2

ITURegion2_FDD_Band

B.1.20 TTCN-3 test suite parameters declarations

These parameters are used in the TTCN-3 test suites.

Table B.1.20: TTCN-3 PIXIT

Parameter Name

Description

Type

Default Value

Supported Value

px_AnrForUtranMeasLogWaitTime

Time required by UE to measure, detect and log an ANR cell in idle mode, CELL_PCH and URA_PCH. Value in seconds in the range of 1 to 60 seconds

integer

15 s

Annex C (informative):
Additional information to IXIT

Notwithstanding the provisions of the copyright related to the text of the present document, The Organizational Partners of 3GPP grant that users of the present document may freely reproduce the IXIT proforma in this annex so that it can be used for its intended purposes and may further publish the completed IXIT.

Additional information may be provided when completing the IXIT questions listed in annex A.