4.5 Definition of default values

31.1273GPPnon-removable Universal Subscriber Identity Module (nrUSIM) application behavioural test specificationRelease 17TSUICC-terminal interaction

4.5.1 Definition of the Default UICC

As Default UICC for the present document the values of the Default UICC as defined in TS 31.121 [2] clause 4.1.1 are used with the following exceptions:

PIN

Key reference: 01

Logically: 0000

Coding:

Byte	B1	B2	B3	B4	B5	B6	B7	B8
Hex	30	30	30	30	FF	FF	FF	FF

Unblock PIN

Key reference: 01

Logically: 11111111

Coding:

Byte	B1	B2	B3	B4	B5	B6	B7	B8
Hex	31	31	31	31	31	31	31	31

PIN2

Key reference: 81

Logically: 9999

Coding:

Byte	B1	B2	B3	B4	B5	B6	B7	B8
Hex	39	39	39	39	FF	FF	FF	FF

Unblock PIN2

Key reference: 81

Logically: 22222222

Coding:

Byte	B1	B2	B3	B4	B5	B6	B7	B8
Hex	32	32	32	32	32	32	32	32

If the usage of EFs with random value generation is indicated, the appropriate values defined in clause 4.5.8 of the present document are used instead. For required EFs/DFs not explicitly defined in TS 31.121 [2], clause 4.1.1 or in the initial conditions of the particular test case, it is recommended to use the values from GSMA TS.48 [9] UICC Test Profile (see NOTE 2).

NOTE 1: Installation, provisioning or modification methods for EFs and DFs defined in the test USIMs or in the test cases are out of scope of the present document. Respective methods have to be provided by the UE vendor.

NOTE 2: The usage of file values defined in GSMA TS.48 [9] does not imply that remote SIM provisioning as defined in GSMA or profiles as defined by the TCA have to be supported by the nrUSIM.

4.5.2 Definition of E-UTRAN/EPC UICC

In general, the values of the E-UTRAN/EPC UICC are identical to the values of the Default UICC. E‑UTRAN/EPC UICC specific configurations, as defined in TS 31.121 [2], clause 4.4 apply.

EF/DF definitions provided in the Initial condition clause of a test case/test sequence take precedence over values defined as default.

4.5.3 Definition of E-UTRAN/EPC ISIM-UICC

The E-UTRAN/EPC ISIM-UICC shall contain a USIM as defined in clause 4.5.2 of the present document and an ISIM for IMS access as defined in TS 31.121 [2], clause 4.5.3.

EF/DF definitions provided in the Initial condition clause of a test case/test sequence take precedence over values defined as default.

4.5.4 Definition of ACSGL/OCSGL E-UTRAN/EPC UICC

In general, the values of the ACSGL/OCSGL E-UTRAN/EPC UICC are identical to the values of the Default UICC. ACSGL/OCSGL E-UTRAN/EPC UICC specific configurations, as defined in TS 31.121 [2], clause 4.6 apply.

EF/DF definitions provided in the Initial condition clause of a test case/test sequence take precedence over values defined as default.

4.5.5 Definition of Non-Access Stratum Configuration UICC

In general, the values of the Non-Access Stratum Configuration UICC are identical to the values of the Default UICC. Non-Access Stratum Configuration UICC specific configurations, as defined in TS 31.121 [2], clause 4.7 apply.

EF/DF definitions provided in the Initial condition clause of a test case/test sequence take precedence over values defined as default.

4.5.6 Definition of Non-Access Stratum Configuration of EUTRAN/EPC UICC

In general, the values of the Non-Access Stratum Configuration of EUTRAN/EPC UICC are identical to the values of the Default UICC. Non-Access Stratum Configuration of EUTRAN/EPC UICC specific configurations, as defined in TS 31.121 [2], clause 4.8 apply.

EF/DF definitions provided in the Initial condition clause of a test case/test sequence take precedence over values defined as default.

4.5.7 Definition of 5G-NR UICC

In general, the values of the 5G-NR UICC are identical to the values of the Default UICC. 5G-NR UICC specific configurations, as defined in TS 31.121 [2], clause 4.9 apply.

EF/DF definitions provided in the Initial condition clause of a test case/test sequence take precedence over values defined as default.

4.5.8 Definition of default values for EFs commonly used with random value generation

4.5.8.1 EF_IMSI with 3-digit MNC and random value

EF_IMSI

Logically:

2460813579135x

Coding:

Byte	B1	B2	B3	B4	B5	B6	B7	B8	B9
Hex	08	21	64	80	31	75	19	53	Fx

D: x ∈ {0x0; …; 0x9, 0xF}

4.5.8.2 EF_IMSI "short", with 3-digit MNC and random value

EF_IMSI

Logically:

24608135x

Coding:

Byte	B1	B2	B3	B4	B5	B6	B7	B8	B9
Hex	05	21	64	80	31	x5	FF	FF	FF

D: x ∈ {0x0; …; 0x9, 0xF}

4.5.8.3 EF_IMSI "short", with 2-digit MNC and random value

EF_IMSI

Logically:

24681357x

Coding:

Byte	B1	B2	B3	B4	B5	B6	B7	B8	B9
Hex	05	29	64	18	53	x7	FF	FF	FF

D: x ∈ {0x0; …; 0x9, 0xF}

4.5.8.4 EF_IMSI "long", with 3-digit MNC and random value

EF_IMSI

Logically:

24608111111111x

Coding:

Byte	B1	B2	B3	B4	B5	B6	B7	B8	B9
Hex	08	29	64	80	11	11	11	11	x1

D: x ∈ {0x0; …; 0x9, 0xF}

4.5.8.5 EF_IMSI for SUCI calculation tests

EF_IMSI

Logically:

24608135793579x

Coding:

Byte	B1	B2	B3	B4	B5	B6	B7	B8	B9
Hex	08	29	64	80	31	75	39	75	x9

D: x ∈ {0x0; …; 0x9, 0xF}

4.5.8.6 EF_IMSI for "change IMSI" tests

EF_IMSI

Logically:

24608122223333x

Coding:

Byte	B1	B2	B3	B4	B5	B6	B7	B8	B9
Hex	08	29	64	80	21	22	32	33	X3

D: x ∈ {0x0; …; 0x9, 0xF}

4.5.8.7 EF_{Routing_Indicator} with 2-digit MNC and random value

EF_{Routing_Indicator}

Logically:

1y

Coding:

Byte	B1	B2	B3	B4
Hex	y1	FF	FF	FF

D: y ∈ {0x0; …; 0x9, 0xF}

4.5.8.8 EF_LOCI with "short" random TMSI value

EF_LOCI

Logically:

LAI-MCC: 246

LAI-MNC: 081

LAI-LAC: 0001

TMSI: 0000214x

Coding:

Byte	B1	B2	B3	B4	B5	B6	B7	B8	B9	B10	B11
Hex	00	00	21	4x	42	16	80	00	01	FF	00

D: x ∈ {0x0; …; 0x9}

4.5.8.9 EF_LOCI with "long" random TMSI value

EF_LOCI

Logically:

LAI-MCC: 246

LAI-MNC: 081

LAI-LAC: 0001

TMSI: 214×0000

Coding:

Byte	B1	B2	B3	B4	B5	B6	B7	B8	B9	B10	B11
Hex	21	4x	00	00	42	16	80	00	01	FF	00

D: x ∈ {0x0; …; 0x9}

4.5.8.10 EF_EPSLOCI

EF_EPSLOCI

Logically:

GUTI: 24608100010266uvwxyz

Last visited registered TAI: 246/081/0001

EPS update status: not updated

Coding:

Byte	B1	B2	B3	B4	B5	B6	B7	B8
Hex	0B	F6	42	16	80	00	01	02
	B9	B10	B11	B12	B13	B14	B15	B16
	66	vu	xw	zy	42	16	80	00
	B17	B18
	01	01

D: u, v, w, x, y, z ∈ {0x0; …; 0x9}