C.4 Derivation of Test Requirements (This clause is informative)

37.571-13GPPPart 1: Conformance test specificationRelease 16TSUser Equipment (UE) conformance specification for UE positioning

The Test Requirements have been calculated by relaxing the Conformance requirement of the core specification using the Test Parameter Relaxations defined in clause C.2. When the Test Parameter Relaxation is zero, the Test Requirement will be the same as the Conformance requirement. When the Test Parameter Relaxation is non-zero, the Test Requirements will differ from the Conformance requirement, and the formula used for this relaxation is given in table C.4.1, C.4.2, C.4.3 and C.4.4.

Table C.4.1: Derivation of Test Requirements for A-GNSS Minimum Performance tests

Test

Conformance requirement in
TS 25.171 [31] or TS 25.172 [19] or TS 36.171 [3] or 38.171 [43]

Test Parameter Relaxation (TPR)

Test Requirement

5.2.1, 6.2.1, 7.1.1, 13.2.1 Sensitivity Coarse Time Assistance

Coarse Time Assistance

±2 s

200 ms

Formulas: UL-TPR, LL+TPR: ±1.8 s

Absolute GPS L1 C/A signal level (test 5.2.1, 7.1.1, 13.2.1, sub-test 1)

-142, -147 dBm

1 dB

Level + TPR: -141, -146 dBm

Absolute GNSS signal level (Galileo)

-142, -147 dBm

1 dB

Level + TPR: -141, -146 dBm

Absolute GNSS signal level (GPS) (test 6.2.1, 7.1.1, 13.2.1, sub-tests 4, 5, 8, and 10 to 13)

-142, -147 dBm

1 dB

Level + TPR: -141, -146 dBm

Absolute GNSS signal level (GLONASS)

-142, -147 dBm

1 dB

Level + TPR: -141, -146 dBm

Absolute GNSS signal level (BDS)

-136, -145 dBm

1 dB

Level + TPR: -135, -144 dBm

Position error

100 m

1.3 m

Error +TPR: 101.3 m

Response time

20 s

300 ms

Time + TPR: 20.3 s

5.2.2, 6.2.2, 7.1.2, 13.2.2 Sensitivity Fine Time Assistance

Coarse Time Assistance

±2 s

200 ms

Formulas: UL-TPR, LL+TPR: ±1.8 s

Fine Time Assistance

±10 us

1 us

UL-TPR, LL+TPR: ±9 us

Absolute GPS L1 C/A signal level (test 5.2.2, 7.1.2, 13.2.2, sub-test 1)

-147 dBm

1 dB

Level + TPR: -146 dBm

Absolute GNSS signal level (Galileo)

-147 dBm

1 dB

Level + TPR: -146 dBm

Absolute GNSS signal level (GPS) (test 6.2.2, 7.1.2, 13.2.2, sub-tests 4, 5, 8 and 10 to 13)

-147 dBm

1 dB

Level + TPR: -146 dBm

Absolute GNSS signal level (GLONASS)

-147 dBm

1 dB

Level + TPR: -146 dBm

Absolute GNSS signal level (BDS)

-147 dBm

1 dB

Level + TPR: -146 dBm

Position error

100 m

1.3 m

Error +TPR: 101.3 m

Response time

20 s

300 ms

Time + TPR: 20.3 s

5.3, 6.3, 7.2, 13.3 Nominal Accuracy

Coarse Time Assistance

±2 s

200 ms

Formulas: UL-TPR, LL+TPR: ±1.8 s

Absolute GPS L1 C/A signal level (test 5.3, 7.2, 13.3, sub-test 1)

-130 dBm

0 dB

Formulas: Level + TPR: -130 dBm

Absolute GNSS signal level (Galileo)

-127 dBm

0 dB

Level + TPR: -127 dBm

Absolute GNSS signal level (GPS) (test 6.3, 7.2, 13.3, sub-tests 4, 5, 8 and 10 to 13)

-128.5 dBm

0 dB

Level + TPR: -128.5 dBm

Absolute GNSS signal level (GLONASS)

-131 dBm

0 dB

Level + TPR: -131 dBm

Absolute GNSS signal level (QZSS)

-128.5 dBm

0 dB

Level + TPR: -128.5 dBm

Absolute GNSS signal level (SBAS)

-131 dBm

0 dB

Level + TPR: -131 dBm

Absolute GNSS signal level (BDS)

-133 dBm

0 dB

Level + TPR: -133 dBm

Position error

30 m

1.3 m

Error +TPR: 31.3 m

Response time

20 s

300 ms

Time + TPR: 20.3 s

5.4, 6.4, 7.3, 13.4 Dynamic Range

Coarse Time Assistance

±2 s

200 ms

Formulas: UL-TPR, LL+TPR: ±1.8 s

Absolute GPS L1 C/A signal level (test 5.4, 7.3, 13.4, sub-test 1)

-129 to -147 dBm

1 dB

Level + TPR: each level +1 dBm

Absolute GNSS signal level (Galileo)

-127.5 to -147 dBm

1 dB

Level + TPR: each level +1 dBm

Absolute GNSS signal level (GPS) (test 6.4, 7.3, 13.4, sub-tests 4, 5, 8 and 10 to 13)

-129 to -147 dBm

1 dB

Level + TPR: each level +1 dBm

Absolute GNSS signal level (GLONASS)

-131.5 to -147 dBm

1 dB

Level + TPR: each level +1 dBm

Absolute GNSS signal level (BDS)

-133.5 to -145 dBm

1 dB

Level + TPR: each level +1 dBm

Relative GPS L1 C/A signal level (test 5.4, 7.3, 13.4, sub-test 1)

18 dB

0.2 dB

Level – TPR: highest level -0.2 dB: -128.2 dBm

Relative GNSS signal level (Galileo)

19.5 dB

0.2 dB

Level – TPR: highest level -0.2 dB: -126.7 dBm

Relative GNSS signal level (GPS) (test 6.4, 7.3, 13.4, sub-tests 4, 5, 8 and 10 to 13)

18 dB

0.2 dB

Level – TPR: highest level -0.2 dB: -128.2 dBm

Relative GNSS signal level (GLONASS)

15.5 dB

0.2 dB

Level – TPR: highest level -0.2 dB: -130.7 dBm

Relative GNSS signal level (BDS)

11.5 dB

0.2 dB

Level – TPR: highest level -0.2 dB: -132.7 dBm

Position error

100 m

1.3 m

Error +TPR: 101.3 m

Response time

20 s

300 ms

Time + TPR: 20.3 s

5.5, 6.5, 7.4, 13.5 Multi-path scenario

Coarse Time Assistance

±2 s

200 ms

Formulas: UL-TPR, LL+TPR: ±1.8 s

Absolute GPS L1 C/A signal level (test 5.5, 7.4, 13.5, sub-test 1)

-130 dBm

0 dB

Formulas: Level + TPR: -130 dBm

Absolute GNSS signal level (Galileo)

-127 dBm

0 dB

Level + TPR: -127 dBm

Absolute GNSS signal level (GPS) (test 6.5, 7.4, 13.5, sub-tests 4, 5, 8 and 10 to 13)

-128.5 dBm

0 dB

Level + TPR: -128.5 dBm

Absolute GNSS signal level (GLONASS)

-131 dBm

0 dB

Level + TPR: -131 dBm

Absolute GNSS signal level (BDS)

-133 dBm

0 dB

Level + TPR: -133 dBm

Relative GPS L1 C/A signal level (test 5.5, 7.4, 13.5, sub-test 1)

-142, -147 dBm

6 dB

0.2 dB

Relative level + TPR: relative level + 0.2dB: 6.2 dB

Relative GNSS signal level (all GNSSs) (test 6.5, 7.4, 13.5, sub-tests 4, 5, 8 and 10 to 13)

Y dB where “Y” is given in Table 4.2.2

0.2 dB

Relative level + TPR: relative level + 0.2dB: Y + 0.2 dB

Position error

100 m

1.3 m

Error +TPR: 101.3 m

Response time

20 s

300 ms

Time + TPR: 20.3 s

5.6, 6.6, 7.5, 7.5A., 13.6, 13.7 Moving scenario and periodic update

Absolute GPS L1 C/A Signal level (test 5.6, 7.5, 7.5A., 13.6, 13.7, sub-test 1)

-130 dBm

0 dB

Formulas: Level + TPR: -130 dBm

Absolute GNSS signal level (Galileo)

-127 dBm

0 dB

Level + TPR: -127 dBm

Absolute GNSS signal level (GPS) (test 6.6, 7.5, 7.5A., 13.6, 13.7, sub-tests 4, 5, 8 and 10 to 13)

-128.5 dBm

0 dB

Level + TPR: -128.5 dBm

Absolute GNSS signal level (GLONASS)

-131 dBm

0 dB

Level + TPR: -131 dBm

Absolute GNSS signal level (BDS)

-133 dBm

0 dB

Level + TPR: -133 dBm

Position error

100 m

1.3 m

Error +TPR: 101.3 m

Differential response time

2s +/- 20 %

100 ms

Time +TPR: 1.5 s and 2.5 s

Table C.4.2: Derivation of Test Requirements for ECID and OTDOA Measurement tests

Test

Minimum Requirement in TS 36.133

Test Parameter Relaxation
(TPR)

Test Requirement in TS 36.571-1

8.1.1 E-UTRAN FDD UE Rx Tx time difference case (Rel-9 to Rel-11)

Test 1:

Noc: -98dBm/15kHz

Ês / Noc: -3.0dB

Reported RxTx time difference value: Measured value converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

Test 2:

Noc: -98dBm/15kHz

Ês / Noc: -3.0dB

Reported RxTx time difference value: Measured value converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

Test 1:

0dB

0.3dB

Via mapping

Test 2:

0dB

0.3dB

Via mapping

Test 2:

Noc: -98dBm/15kHz

Ês / Noc: -2.7.0dB

(Measured value from step 7 – 23) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

To

(Measured value from step 7 +23) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

Test 2:

Noc: -98dBm/15kHz

Ês1 / Noc: +6.0dB

Ês2 / Noc: +2.0dB

Measured value from step 7 -13) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

To

(Measured value from step 7 +13) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

8.1.1A E-UTRAN FDD UE Rx – Tx time difference case (Rel-12 onwards)

Same as 8.1.1

Same as 8.1.1

Test 1:

Noc: -98dBm/15kHz

Ês / Noc: -2.7.0dB

(Measured value from step 7 – 23) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

To

(Measured value from step 7 +23) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

Test 2:

Noc: -98dBm/15kHz

Ês1 / Noc: +6.0dB

Ês2 / Noc: +2.0dB

Measured value from step 7 -10) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

To

(Measured value from step 7 +10) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

8.1.1B E-UTRAN FDD UE Rx – Tx time difference case for UE Category 1bis

Same as 8.1.1

Same as 8.1.1

Same as 8.1.1A

8.1.2 E-UTRAN TDD UE Rx Tx time difference case (Rel-9 to Rel-11)

Same as 8.1.1 except use Table 4.6.3-2

Same as 8.1.1

Same as 8.1.1 except use Table 4.6.3-2

8.1.2A E-UTRAN TDD UE Rx – Tx time difference case (Rel-12 onwards)

Same as 8.1.1 except use Table 4.6.3-2

Same as 8.1.1

Same as 8.1.1A except use Table 4.6.3-2

8.1.2B E-UTRAN TDD UE Rx – Tx time difference case for UE Category 1bis

Same as 8.1.1 except use Table 4.6.3-2

Same as 8.1.1

Same as 8.1.1A except use Table 4.6.3-2

8.1.3 E-UTRAN FDD UE Rx-Tx time difference under Time Domain Measurement Resource Restriction with Non-MBSFN ABS (eICIC)

Test 1:

Noc: -98dBm/15kHz

Ês1 / Noc: -3.00dB

Ês2 / Noc: +1.00dB

Reported RxTx time difference value: Measured value converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

Test 2:

Noc: -98dBm/15kHz

Ês1 / Noc: -3.00dB

Ês2 / Noc: +1.00dB

Reported RxTx time difference value: Measured value converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

Test 1:

0dB

0.3dB

0dB

Via mapping

Test 2:

0dB

0.3dB

0dB

Via mapping

Test 2:

Noc: -98dBm/15kHz

Ês1 / Noc: -2.70dB

Ês2 / Noc: +1.00dB

Measured value from step 7 -13) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

To

(Measured value from step 7 +13) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

Test 2:

Noc: -98dBm/15kHz

Ês1 / Noc: -2.70dB

Ês2 / Noc: +1.00dB

Measured value from step 7 -13) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

To

(Measured value from step 7 +13) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

8.1.4 E-UTRAN TDD UE Rx-Tx time difference under Time Domain Measurement Resource Restriction with Non-MBSFN ABS (eICIC)

Same as 8.1.3 except use Table 4.6.3-2

Same as 8.1.3

Same as 8.1.3 except use Table 4.6.3-2

8.1.5 E-UTRAN FDD UE Rx–Tx time difference under Time Domain Measurement Resource Restriction with CRS Assistance Information and Non-MBSFN ABS (feICIC)

Test 1:

Noc: -98dBm/15kHz

Ês1 / Noc: -3.00dB

Ês2 / Noc: +3.00dB

Ês3 / Noc: +1.00dB

Reported RxTx time difference value: Measured value converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

Test 2:

Noc: -98dBm/15kHz

Ês1 / Noc: -3.00dB

Ês2 / Noc: +3.00dB

Ês3 / Noc: +1.00dB

Reported RxTx time difference value: Measured value converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

Test 1:

0dB

0.4dB

0dB

0dB

Via mapping

Test 2:

0dB

0.4dB

0dB

0dB

Via mapping

Test 1:

Noc: -98dBm/15kHz

Ês1 / Noc: -2.60dB

Ês2 / Noc: +3.00dB

Ês3 / Noc: +1.00dB

Measured value from step 7 -13) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

To

(Measured value from step 7 +13) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

Test 2:

Noc: -98dBm/15kHz

Ês1 / Noc: -2.60dB

Ês2 / Noc: +3.00dB

Ês3 / Noc: +1.00dB

Measured value from step 7 -13) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

To

(Measured value from step 7 +13) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

8.1.6 E-UTRAN TDD UE Rx–Tx time difference under Time Domain Measurement Resource Restriction with CRS Assistance Information and Non-MBSFN ABS (feICIC)

Same as 8.1.5 except use Table 4.6.3-2

Same as 8.1.5

Same as 8.1.5 except use Table 4.6.3-2

8.1.7 E-UTRAN FDD UE Rx-Tx time difference case for Category M1/M2 UE in CEModeA

Noc: -98dBm/15kHz

Ês / Noc: -3.0dB

Reported RxTx time difference value: Measured value converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

0dB

0.3dB

Via mapping

Noc: -98dBm/15kHz

Ês / Noc: -2.7.0dB

Category M1: (Measured value from step 7 – 23) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

To

(Measured value from step 7 +23) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

Category M2: (Measured value from step 7 -13) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

To

(Measured value from step 7 +13) Ts converted to RX-TX_TIME_DIFFERENCE according to Table 4.6.3-1

8.1.8 E-UTRAN HD-FDD UE Rx-Tx time difference case for Category M1/M2 UE in CEModeA

Same as 8.1.7

Same as 8.1.7

Same as 8.1.7

8.1.9 E-UTRAN TDD UE Rx-Tx time difference case for Category M1/M2 UE in CEModeA

Same as 8.1.7 except use Table 4.6.3-2

Same as 8.1.7

Same as 8.1.7 except use Table 4.6.3-2

9.1.1 FDD RSTD Measurement Reporting Delay

Response Time = 3 s

300 ms

Time + TPR: 3.3 s

9.1.1A FDD RSTD Measurement Reporting Delay for UE Category 1bis

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.1.2 TDD RSTD Measurement Reporting Delay

Response Time = 3 s

300 ms

Time + TPR: 3.3 s

9.1.2A TDD RSTD Measurement Reporting Delay for UE Category 1bis

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.1.3 FDD RSTD Measurement Accuracy

For Test 2 and Test 4:

PRS Ês1 / Noc = -6dB

PRS Ês2 / Noc = -13dB

Cell timing difference:

Test 1 and 2 = ±15 Ts

Test 3 and 4 = ±5 Ts

+0.3 dB

+0.3 dB

± 1 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR,

±16 Ts

±6 Ts

9.1.3A FDD RSTD Measurement Accuracy for UE Category 1bis

Same as 9.1.3

Same as 9.1.3

Same as 9.1.3

9.1.4 TDD RSTD Measurement Accuracy

Same as 9.1.3

Same as 9.1.3

Same as 9.1.3

9.1.4A TDD RSTD Measurement Accuracy for UE Category 1bis

Same as 9.1.3

Same as 9.1.3

Same as 9.1.3

9.2.1 FDD-FDD inter-frequency RSTD measurement reporting delay

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.2.1A FDD-FDD inter-frequency RSTD measurement reporting delay for UE Category 1bis

Response Time = 11 s

300 ms

Time + TPR: 11.3 s

9.2.2 TDD-TDD inter-frequency RSTD measurement reporting delay

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.2.2A TDD-TDD inter-frequency RSTD measurement reporting delay for UE Category 1bis

Response Time = 11 s

300 ms

Time + TPR: 11.3 s

9.2.4 FDD-FDD inter frequency RSTD Accuracy

PRS Ês1 / Noc1 = -6dB

PRS Ês2 / Noc2 = -13dB

Cell timing difference:

Test 1 = ±21 Ts

Test 2 = ±9 Ts

+0.3 dB

+0.3 dB

± 2 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR,

±23 Ts

±11 Ts

9.2.4A FDD-FDD inter frequency RSTD Accuracy for UE Category 1bis

Same as 9.2.4

Same as 9.2.4

Same as 9.2.4

9.2.5 TDD-TDD inter frequency RSTD Accuracy

Same as 9.2.4

Same as 9.2.4

Same as 9.2.4

9.2.5A TDD-TDD inter frequency RSTD Accuracy for UE Category 1bis

Same as 9.2.4

Same as 9.2.4

Same as 9.2.4

9.3.1.1 FDD intra-frequency RSTD Measurement Reporting Delay in CE Mode A for Category M1

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.3.1.2 FDD intra-frequency RSTD Measurement Reporting Delay in CE Mode A for Category M2

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.3.2.1 HD-FDD intra-frequency RSTD Measurement Reporting Delay in CE Mode A for Category M1

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.3.2.2 HD-FDD intra-frequency RSTD Measurement Reporting Delay in CE Mode A for Category M2

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.3.3.1 TDD intra-frequency RSTD Measurement Reporting Delay in CE Mode A for Category M1

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.3.3.2 TDD intra-frequency RSTD Measurement Reporting Delay in CE Mode A for Category M2

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.3.4.1 FDD intra-frequency RSTD Measurement Reporting Delay in CE Mode B for Category M1

Response Time = 13 s

300 ms

Time + TPR: 13.3 s

9.3.4.2 FDD intra-frequency RSTD Measurement Reporting Delay in CE Mode B for Category M2

Test 1: Response Time 13 s

Test 2: Response Time 6 s

300 ms

Test 1: Time + TPR: 13.3 s

Test 2: Time + TPR: 6.3 s

9.3.5.1 HD-FDD intra-frequency RSTD Measurement Reporting Delay in CE Mode B for Category M1

Response Time = 13 s

300 ms

Time + TPR: 13.3 s

9.3.5.2 HD-FDD intra-frequency RSTD Measurement Reporting Delay in CE Mode B for Category M2

Test 1: Response Time 13 s

Test 2: Response Time 6 s

300 ms

Test 1: Time + TPR: 13.3 s

Test 2: Time + TPR: 6.3 s

9.3.6.1 TDD intra-frequency RSTD Measurement Reporting Delay in CE Mode B for Category M1

Response Time = 13 s

300 ms

Time + TPR: 13.3 s

9.3.6.2 TDD intra-frequency RSTD Measurement Reporting Delay in CE Mode B for Category M2

Test 1: Response Time 13 s

Test 2: Response Time 6 s

300 ms

Test 1: Time + TPR: 13.3 s

Test 2: Time + TPR: 6.3 s

9.3.7.1 FDD intra-frequency RSTD Measurement Accuracy in CE Mode A for Category M1

PRS Ês1 / Noc1 = -6 dB

PRS Ês2 / Noc2 = -13 dB

Cell timing difference = ±15 Ts

+0.3 dB

+0.3 dB

±1 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR, ±16 Ts

9.3.7.2 FDD intra-frequency RSTD Measurement Accuracy in CE Mode A for Category M2

PRS Ês1 / Noc1 = -6 dB

PRS Ês2 / Noc2 = -13 dB

Cell timing difference= ±6 Ts

+0.3 dB

+0.3 dB

± 1 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR, ±7 Ts

9.3.8.1 HD-FDD intra-frequency RSTD Measurement Accuracy in CE Mode A for Category M1

Same as 9.3.7.1

Same as 9.3.7.1

Same as 9.3.7.1

9.3.8.2 HD-FDD intra-frequency RSTD Measurement Accuracy in CE Mode A for Category M2

Same as 9.3.7.2

Same as 9.3.7.2

Same as 9.3.7.2

9.3.9.1 TDD intra-frequency RSTD Measurement Accuracy in CE Mode A for Category M1

Same as 9.3.7.1

Same as 9.3.7.1

Same as 9.3.7.1

9.3.9.2 TDD intra-frequency RSTD Measurement Accuracy in CE Mode A for Category M2

Same as 9.3.7.2

Same as 9.3.7.2

Same as 9.3.7.2

9.3.10.1 FDD intra-frequency RSTD Measurement Accuracy in CE Mode B for Category M1

PRS Ês1 / Noc1 = -15dB

PRS Ês2 / Noc2 = -15dB

Cell timing difference= ±15 Ts

+0.3 dB

+0.3 dB

± 1 Ts

Level + TPR, -14.7 dB

Level + TPR, -14.7 dB

Timing difference ± TPR, ±16 Ts

9.3.10.2 FDD intra-frequency RSTD Measurement Accuracy in CE Mode B for Category M2

PRS Ês1 / Noc1 = -15 dB

PRS Ês2 / Noc2 = -15 dB

Cell timing difference= ±6 Ts

+0.3 dB

+0.3 dB

± 1 Ts

Level + TPR, -14.7 dB

Level + TPR, -14.7 dB

Timing difference ± TPR, ±7 Ts

9.3.11.1 HD-FDD intra-frequency RSTD Measurement Accuracy in CE Mode B for Category M1

Same as 9.3.10.1

Same as 9.3.10.1

Same as 9.3.10.1

9.3.11.2 HD-FDD intra-frequency RSTD Measurement Accuracy in CE Mode B for Category M2

Same as 9.3.10.2

Same as 9.3.10.2

Same as 9.3.10.2

9.3.12.1 TDD intra-frequency RSTD Measurement Accuracy in CE Mode B for Category M1

Same as 9.3.10.1

Same as 9.3.10.1

Same as 9.3.10.1

9.3.12.2 TDD intra-frequency RSTD Measurement Accuracy in CE Mode B for Category M2

Same as 9.3.10.2

Same as 9.3.10.2

Same as 9.3.10.2

9.3.13 E-UTRAN FDD intra-frequency RSTD measurement period test case in CE Mode A with longer PRS occasions

Response Time = 3 s

300 ms

Time + TPR: 3.3 s

9.3.14 E-UTRAN HD-FDD intra-frequency RSTD measurement period test case in CE Mode A with longer PRS occasions

Response Time = 3 s

300 ms

Time + TPR: 3.3 s

9.3.15 E-UTRAN TDD intra-frequency RSTD measurement period test case in CE Mode A with longer PRS occasions

Response Time = 3 s

300 ms

Time + TPR: 3.3 s

9.3.16 E-UTRAN FDD intra-frequency RSTD measurement period test case in CE Mode B with longer PRS occasions

Response Time = 3 s

300 ms

Time + TPR: 3.3 s

9.3.17 E-UTRAN HD-FDD intra-frequency RSTD measurement period test case in CE Mode B with longer PRS occasions

Response Time = 3 s

300 ms

Time + TPR: 3.3 s

9.3.18 E-UTRAN TDD intra-frequency RSTD measurement period test case in CE Mode B with longer PRS occasions

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.4.1.1 FDD inter-frequency RSTD Measurement Reporting Delay in CE Mode A for Category M1

Response Time = 16 s

300 ms

Time + TPR: 16.3 s

9.4.1.2 FDD inter-frequency RSTD Measurement Reporting Delay in CE Mode A for Category M2

Test 1: Response Time 16 s

Test 2: Response Time 11 s

300 ms

Test 1: Time + TPR: 16.3 s

Test 2: Time + TPR: 11.3 s

9.4.2.1 HD-FDD inter-frequency RSTD Measurement Reporting Delay in CE Mode A for Category M1

Response Time = 16 s

300 ms

Time + TPR: 16.3 s

9.4.2.2 HD-FDD inter-frequency RSTD Measurement Reporting Delay in CE Mode A for Category M2

Test 1: Response Time 16 s

Test 2: Response Time 11 s

300 ms

Test 1: Time + TPR: 16.3 s

Test 2: Time + TPR: 11.3 s

9.4.3.1 TDD inter-frequency RSTD Measurement Reporting Delay in CE Mode A for Category M1

Response Time = 16 s

300 ms

Time + TPR: 16.3 s

9.4.3.2 TDD inter-frequency RSTD Measurement Reporting Delay in CE Mode A for Category M2

Test 1: Response Time 16 s

Test 2: Response Time 11 s

300 ms

Test 1: Time + TPR: 16.3 s

Test 2: Time + TPR: 11.3 s

9.4.4.1 FDD inter-frequency RSTD Measurement Reporting Delay in CE Mode B for Category M1

Response Time = 42 s

300 ms

Time + TPR: 42.3 s

9.4.4.2 FDD inter-frequency RSTD Measurement Reporting Delay in CE Mode B for Category M2

Test 1: Response Time 42 s

Test 2: Response Time 11 s

300 ms

Test 1: Time + TPR: 42.3 s

Test 2: Time + TPR: 11.3 s

9.4.5.1 HD-FDD inter-frequency RSTD Measurement Reporting Delay in CE Mode B for Category M1

Response Time = 42 s

300 ms

Time + TPR: 42.3 s

9.4.5.2 HD-FDD inter-frequency RSTD Measurement Reporting Delay in CE Mode B for Category M2

Test 1: Response Time 42 s

Test 2: Response Time 11 s

300 ms

Test 1: Time + TPR: 42.3 s

Test 2: Time + TPR: 11.3 s

9.4.6.1 TDD inter-frequency RSTD Measurement Reporting Delay in CE Mode B for Category M1

Response Time = 42 s

300 ms

Time + TPR: 42.3 s

9.4.6.2 TDD inter-frequency RSTD Measurement Reporting Delay in CE Mode B for Category M2

Test 1: Response Time 42 s

Test 2: Response Time 11 s

300 ms

Test 1: Time + TPR: 42.3 s

Test 2: Time + TPR: 11.3 s

9.4.7.1 FDD inter-frequency RSTD Measurement Accuracy in CE Mode A for Category M1

PRS Ês1 / Noc1 = -6 dB

PRS Ês2 / Noc2 = -13 dB

Cell timing difference= ±21 Ts

+0.3 dB

+0.3 dB

± 2 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR, ±23 Ts

9.4.7.2 FDD inter-frequency RSTD Measurement Accuracy in CE Mode A for Category M2

PRS Ês1 / Noc1 = -6 dB

PRS Ês2 / Noc2 = -13 dB

Cell timing difference= ±10 Ts

+0.3 dB

+0.3 dB

± 2 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR, ±12 Ts

9.4.8.1 HD-FDD inter-frequency RSTD Measurement Accuracy in CE Mode A for Category M1

Same as 9.4.7.1

Same as 9.4.7.1

Same as 9.4.7.1

9.4.8.2 HD-FDD inter-frequency RSTD Measurement Accuracy in CE Mode A for Category M2

Same as 9.4.7.2

Same as 9.4.7.2

Same as 9.4.7.2

9.4.9.1 TDD inter-frequency RSTD Measurement Accuracy in CE Mode A for Category M1

Same as 9.4.7.1

Same as 9.4.7.1

Same as 9.4.7.1

9.4.9.2 TDD inter-frequency RSTD Measurement Accuracy in CE Mode A for Category M2

Same as 9.4.7.2

Same as 9.4.7.2

Same as 9.4.7.2

9.4.10.1 FDD inter-frequency RSTD Measurement Accuracy in CE Mode B for Category M1

PRS Ês1 / Noc1 = -15 dB

PRS Ês2 / Noc2 = -15 dB

Cell timing difference= ±21 Ts

+0.3 dB

+0.3 dB

± 2 Ts

Level + TPR, -14.7 dB

Level + TPR, -14.7 dB

Timing difference ± TPR, ±23 Ts

9.4.10.2 FDD inter-frequency RSTD Measurement Accuracy in CE Mode B for Category M2

PRS Ês1 / Noc1 = -15 dB

PRS Ês2 / Noc2 = -[13] dB

Cell timing difference= ±10 Ts

+0.3 dB

+0.3 dB

± 2 Ts

Level + TPR, -14.7 dB

Level + TPR, -[12.7] dB

Timing difference ± TPR, ±12 Ts

9.4.11.1 HD-FDD inter-frequency RSTD Measurement Accuracy in CE Mode B for Category M1

Same as 9.4.10.1

Same as 9.4.10.1

Same as 9.4.10.1

9.4.11.2 HD-FDD inter-frequency RSTD Measurement Accuracy in CE Mode B for Category M2

Same as 9.4.10.2

Same as 9.4.10.2

Same as 9.4.10.2

9.4.12.1 TDD inter-frequency RSTD Measurement Accuracy in CE Mode B for Category M1

Same as 9.4.10.1

Same as 9.4.10.1

Same as 9.4.10.1

9.4.12.2 TDD inter-frequency RSTD Measurement Accuracy in CE Mode B for Category M2

Same as 9.4.10.2

Same as 9.4.10.2

Same as 9.4.10.2

9.4.13 E-UTRAN FDD inter-frequency RSTD measurement period test case in CE Mode A with longer PRS occasions

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.4.14 E-UTRAN HD-FDD inter-frequency RSTD measurement period test case in CE Mode A with longer PRS occasions

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.4.15 E-UTRAN TDD inter-frequency RSTD measurement period test case in CE Mode A with longer PRS occasions

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.4.16 E-UTRAN FDD inter-frequency RSTD measurement period test case in CE Mode B with longer PRS occasions

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.4.17 E-UTRAN HD-FDD inter-frequency RSTD measurement period test case in CE Mode B with longer PRS occasions

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

9.4.18 E-UTRAN TDD inter-frequency RSTD measurement period test case in CE Mode B with longer PRS occasions

Response Time = 11 s

300 ms

Time + TPR: 11.3 s

9.5.1 HD-FDD Intra frequency RSTD Measurement Accuracy for NB-IOT Inband Mode in normal coverage

NPRS Ês1 / Noc = -6dB

NPRS Ês2 / Noc = -13dB

Cell timing difference= ±20 Ts

+0.3 dB

+0.3 dB

± 1 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR, ±21 Ts

9.5.2 HD-FDD Intra frequency RSTD Measurement Accuracy for NB-IOT Inband Mode in enhanced coverage

NPRS Ês1 / Noc = -15dB

NPRS Ês2 / Noc = -15dB

Cell timing difference= ±32 Ts

+0.3 dB

+0.3 dB

± 1 Ts

Level + TPR, -14.7 dB

Level + TPR, -14.7 dB

Timing difference ± TPR, ±33 Ts

9.5.3 HD-FDD Intra frequency RSTD Measurement Reporting Delay for NB-IOT Inband Mode in enhanced coverage

Response Time = 78 s

300 ms

Time + TPR: 78.3 s

9.6.1 HD-FDD Inter-Frequency RSTD Measurement Accuracy for NB-IOT Inband Mode in normal coverage

NPRS Ês1 / Noc1 = -6dB

NPRS Ês2 / Noc2 = -13dB

Cell timing difference= ±28 Ts

+0.3 dB

+0.3 dB

± 2 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR, ±30 Ts

9.6.2 HD-FDD Inter-Frequency RSTD Measurement Accuracy for NB-IOT Inband Mode in enhanced coverage

NPRS Ês1 / Noc1 = -15dB

NPRS Ês2 / Noc2 = -15dB

Cell timing difference= ±40 Ts

+0.3 dB

+0.3 dB

± 2 Ts

Level + TPR, -14.7 dB

Level + TPR, -14.7 dB

Timing difference ± TPR, ±42 Ts

9.6.3 HD-FDD Inter frequency RSTD Measurement Reporting Delay for NB-IOT Inband Mode in enhanced coverage

Same as 9.5.3

Same as 9.5.3

Same as 9.5.3

9.7.1 TDD Intra frequency RSTD Measurement Accuracy for NB-IOT Inband Mode in normal coverage

NPRS Ês1 / Noc = -6dB

NPRS Ês2 / Noc = -13dB

Cell timing difference= ±20 Ts

+0.3 dB

+0.3 dB

± 1 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR, ±21 Ts

9.7.2 TDD Intra frequency RSTD Measurement Accuracy for NB-IOT Inband Mode in enhanced coverage

NPRS Ês1 / Noc = -15dB

NPRS Ês2 / Noc = -15dB

Cell timing difference= ±32 Ts

+0.3 dB

+0.3 dB

± 1 Ts

Level + TPR, -14.7 dB

Level + TPR, -14.7 dB

Timing difference ± TPR, ±33 Ts

9.7.3 TDD Intra frequency RSTD Measurement Reporting Delay for NB-IOT Inband Mode in enhanced coverage

Response Time = 79 s

300 ms

Time + TPR: 79.3 s

9.8.1 TDD Inter-frequency RSTD Measurement Accuracy for NB-IOT Inband Mode in normal coverage

NPRS Ês1 / Noc1 = -6dB

NPRS Ês2 / Noc2 = -13dB

Cell timing difference= ±28 Ts

+0.3 dB

+0.3 dB

± 2 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR, ±30 Ts

9.8.2 TDD Inter-frequency RSTD Measurement Accuracy for NB-IOT Inband Mode in enhanced coverage

NPRS Ês1 / Noc1 = -15dB

NPRS Ês2 / Noc2 = -15dB

Cell timing difference= ±40 Ts

+0.3 dB

+0.3 dB

± 2 Ts

Level + TPR, -14.7 dB

Level + TPR, -14.7 dB

Timing difference ± TPR, ±42 Ts

9.8.3 TDD Inter frequency RSTD Measurement Reporting Delay for NB-IOT Inband Mode in enhanced coverage

Response Time = 90 s

300 ms

Time + TPR: 90.3 s

10.1 FDD RSTD Measurement Reporting Delay for Carrier Aggregation

Test 1:

Response Time = 3 s

Test 2:

Response Time = 6 s

300 ms

300 ms

Time + TPR: 3.3 s

Time + TPR: 6.3 s

10.1A FDD RSTD Measurement Reporting Delay for Carrier Aggregation for 20 MHz

Same as 10.1

Same as 10.1

Same as 10.1

10.1B FDD RSTD Measurement Reporting Delay Carrier Aggregation for 5 MHz +5 MHz Bandwidth

Same as 10.1

Same as 10.1

Same as 10.1

10.1C FDD RSTD Measurement Reporting Delay for Carrier Aggregation for 10 MHz+5 MHz Bandwidth

Same as 10.1

Same as 10.1

Same as 10.1

10.2 TDD RSTD Measurement Reporting Delay for Carrier Aggregation

Same as 10.1

Same as 10.1

Same as 10.1

10.2A TDD RSTD Measurement Reporting Delay for Carrier Aggregation for 20 MHz

Same as 10.1

Same as 10.1

Same as 10.1

10.2B TDD RSTD Measurement Reporting Delay Carrier Aggregation for 5 MHz +5 MHz Bandwidth

Same as 10.1

Same as 10.1

Same as 10.1

10.2C TDD RSTD Measurement Reporting Delay for Carrier Aggregation for 10 MHz+5 MHz Bandwidth

Same as 10.1

Same as 10.1

Same as 10.1

10.2D TDD RSTD Measurement Reporting Delay for Carrier Aggregation for 20 MHz +10 MHz Bandwidth

Same as 10.1

Same as 10.1

Same as 10.1

10.3 FDD RSTD Measurement Accuracy for Carrier Aggregation

PRS Ês2 / Noc2 = -6dB

PRS Ês3 / Noc2 = -13dB

Cell timing difference= ±5 Ts

+0.3 dB

+0.3 dB

± 1 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR, ±6 Ts

10.3A FDD RSTD Measurement Accuracy for Carrier Aggregation for 20 MHz (Rel-10 and Rel-11)

Same as 10.3

Same as 10.3

Same as 10.3

10.3A_1 FDD RSTD Measurement Accuracy for Carrier Aggregation for 20 MHz (Rel-12 onwards)

PRS Ês2 / Noc2 = -6dB

PRS Ês3 / Noc2 = -13dB

Cell timing difference= ±4 Ts

+0.3 dB

+0.3 dB

± 1 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR, ±5 Ts

10.3B FDD RSTD Measurement Accuracy for Carrier Aggregation for 5 MHz+5 MHz Bandwidth

PRS Ês2 / Noc2 = -6dB

PRS Ês3 / Noc2 = -13dB

Cell timing difference= ±6 Ts

+0.3 dB

+0.3 dB

± 1 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR, ±7 Ts

10.3C FDD RSTD Measurement Accuracy for Carrier Aggregation for 10 MHz+5 MHz Bandwidth

Same as 10.3B

Same as 10.3B

Same as 10.3B

10.4 TDD RSTD Measurement Accuracy for Carrier Aggregation

Same as 10.3

Same as 10.3

Same as 10.3

10.4A TDD RSTD Measurement Accuracy for Carrier Aggregation for 20 MHz (Rel-10 and Rel-11)

Same as 10.3

Same as 10.3

Same as 10.4

10.4A_1 TDD RSTD Measurement Accuracy for Carrier Aggregation for 20 MHz (Rel-12 onwards)

PRS Ês2 / Noc2 = -6dB

PRS Ês3 / Noc2 = -13dB

Cell timing difference= ±4 Ts

+0.3 dB

+0.3 dB

± 1 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR, ±5 Ts

10.4B TDD RSTD Measurement Accuracy for Carrier Aggregation for 5 MHz+5 MHz Bandwidth

Same as 10.3B

Same as 10.3B

Same as 10.3B

10.4C TDD RSTD Measurement Accuracy for Carrier Aggregation for 10 MHz+5 MHz Bandwidth

Same as 10.3B

Same as 10.3B

Same as 10.3B

10.4D TDD RSTD Measurement Accuracy for Carrier Aggregation for 20 MHz+10 MHz Bandwidth

Same as 10.3

Same as 10.3

Same as 10.3

10.5 FDD 3 DL CA RSTD Measurement Reporting Delay

Same as 10.1

Same as 10.1

Same as 10.1

10.6 TDD 3 DL CA RSTD Measurement Reporting Delay

Same as 10.1

Same as 10.1

Same as 10.1

10.7 FDD RSTD Measurement Accuracy for 3DL Carrier Aggregation

PRS Ês3 / Noc3 = -6dB

PRS Ês4 / Noc3 = -13dB

Cell timing difference=

Cell 1: ±10 Ts, ±9 Ts, ±8 Ts

Cell 2: ±10 Ts, ±9 Ts, ±8 Ts

Cell 4: ±6 Ts, ±5 Ts, ±4 Ts

+0.3 dB

+0.3 dB

± 2 Ts

± 2 Ts

± 1 Ts

Level + TPR, -5.7 dB

Level + TPR, -12.7 dB

Timing difference ± TPR,

Cell 1: ±12 Ts, ±11 Ts, ±10 Ts

Cell 2: ±12 Ts, ±11 Ts, ±10 Ts

Cell 4: ±7 Ts, ±6 Ts, ±5 Ts

10.8 TDD RSTD Measurement Accuracy for 3DL Carrier Aggregation

Same as 10.7

Same as 10.7

Same as 10.7

Table C.4.3: Derivation of Test Requirements for MBS Minimum Performance tests

Test

Conformance requirements in
11.1.3, 11.2.3, 11.3.3, 11.4.3 and 11.5.3

Test Parameter Relaxation (TPR)

Test Requirement

11.1, 11.1A MBS Measurement Reporting Delay

Beacon power level

-30 dBm

0 dB

Level+TPR: -30 dBm

Response time

12 seconds

300 ms

Time+TPR: 12.3 s

11.2 MBS Sensitivity Measurement Accuracy

Beacon power level

-130 dBm

2 dB

Level+TPR: -128 dBm

Code phase difference

2.35 × 10-4 ms

5 ns

Error+TPR: 2.40 × 10-4 ms

11.2A MBS Sensitivity Measurement Accuracy

Beacon power level

-130 dBm

2 dB

Level+TPR: -128 dBm

Code phase difference

2.35 × 10-4 ms

5 ns

Error+TPR: 2.40 × 10-4 ms

Code phase difference

9.3 × 10-5 ms

5 ns

Error+TPR: 9.8 × 10-5 ms

11.3 MBS Nominal Measurement Accuracy

Beacon power level

-30 dBm

0 dB

Level+TPR: -30 dBm

Code phase difference

7.1 × 10-5 ms

5 ns

Error+TPR: 7.6 × 10-5 ms

11.3A MBS Nominal Measurement Accuracy

Beacon power level

-30 dBm

0 dB

Level+TPR: -30 dBm

TB1 Code phase difference

7.1 × 10-5 ms

5 ns

Error+TPR: 7.6 × 10-5 ms

TB2 Code phase difference

2.8 × 10-5 ms

5 ns

Error+TPR: 3.3 × 10-5 ms

11.4 MBS Dynamic Range Measurement Accuracy

High Power Beacon power level

-30 dBm

0 dB

Level+TPR: -30 dBm

Code phase difference

7.1 × 10-5 ms

5 ns

Error+TPR: 7.6 × 10-5 ms

Low Power Beacon power level

-130 dBm

2 dB

Level+TPR: -128 dBm

Code phase difference

2.35 × 10-4 ms

5 ns

Error+TPR: 2.40 × 10-4 ms

11.4A MBS Dynamic Range Measurement Accuracy

High Power Beacon power level

-30 dBm

0 dB

Level+TPR: -30 dBm

TB1 High Power code phase difference

7.1 × 10-5 ms

5 ns

Error+TPR: 7.6 × 10-5 ms

TB2 High Power code phase difference

2.8 × 10-5 ms

5 ns

Error+TPR: 3.3 × 10-5 ms

Low Power Beacon power level

-130 dBm

2 dB

Level+TPR: -128 dBm

TB1 Low Power code phase difference

2.35 × 10-4 ms

5 ns

Error+TPR: 2.40 × 10-4 ms

TB2 Low Power code phase difference

9.3 × 10-5 ms

5 ns

Error+TPR: 9.8 × 10-5 ms

11.5, 11.5A MBS Measurement Accuracy in Multipath

Beacon power level

-30 dBm

0 dB

Level+TPR: -30 dBm

Code phase difference

2.35 × 10-4 ms

5 ns

Error+TPR: 2.40 × 10-4 ms

Table C.4.4: Derivation of Test Requirements for WLAN and BLE measurement tests

Test

Conformance requirements in
12.1.1, 12.1.2 and 12.2.1

Test Parameter Relaxation (TPR)

Test Requirement

12.1.1 WLAN AP Identification and reporting delay under nominal conditions

Response time

20.85 seconds

300 ms

Time+TPR: 21.15 s

12.1.2 WLAN AP Identification and reporting delay under dynamic range conditions

Response time

20.85 seconds

300 ms

Time+TPR: 21.15 s

Low Power WLAN APs Received Power Level

WLAN 2.4 GHz band: -74 dBm

WLAN 5 GHz band: -79 dBm

1 dB

Power+TPR: WLAN 2.4 GHz band: -73 dBm

WLAN 5 GHz band: -78 dBm

12.2.1 Bluetooth identification

Response time

10.85 seconds

300 ms

Time+TPR: 11.15 s

Table C.4.5: Derivation of Test Requirements for NR RSTD Measurement tests

Test

Minimum Requirement in TS 38.133

Test Parameter Relaxation
(TPR)

Test Requirement in TS 37.571-1

14.2.1 NR RSTD measurement period test case for single positioning frequency layer in FR1 SA

Response Time = 6 s

300 ms

Time + TPR: 6.3 s

14.2.2 NR RSTD measurement period test case for dual positioning frequency layers in FR1 SA

Response Time = FFS

FFS

Time + TPR: FFS

14.2.3 NR RSTD measurement period test case for single positioning frequency layer in FR2 SA

Response Time = FFS

FFS

Time + TPR: FFS

14.2.4 NR RSTD measurement period test case for dual positioning frequency layers in FR2 SA

Response Time = FFS

FFS

Time + TPR: FFS

14.3.1 NR RSTD measurement accuracy test case for single positioning frequency layer in FR1 SA

Cell Timing Difference = 3µs

32 Tc

Time + TPR: 3µs ± 32 Tc

14.3.2 NR RSTD measurement accuracy test case for dual positioning frequency layers in FR1 SA

Response Time = FFS

FFS

Time + TPR: FFS

14.3.3 NR RSTD measurement accuracy test case for single positioning frequency layer in FR2 SA

Response Time = FFS

FFS

Time + TPR: FFS

14.3.4 NR RSTD measurement accuracy test case for dual positioning frequency layer in FR2 SA

Response Time = FFS

FFS

Time + TPR: FFS

Annex D (normative):
Rules for statistical testing