F.3.4 Measurement of performance requirements

36.521-13GPPEvolved Universal Terrestrial Radio Access (E-UTRA)Part 1: Conformance testingRadio transmission and receptionRelease 17TSUser Equipment (UE) conformance specification

Table F.3.4-1: Derivation of Test Requirements (performance tests)

Test

Minimum Requirement in TS 36.101

Test Tolerance
(TT)

Test Requirement in TS 36.521-1

8.2.1.1.1 Multiple PRBs

– Prop’n Condition EVA5

– Prop’n Condition ETU70

– Prop’n Condition ETU300

SNRs as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.1.1 Multiple PRBs

– Prop’n Condition HST

SNR as specified

0.6dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.1.1 Single PRB

– Prop’n Condition ETU70

SNRs as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.1.1_1 Multiple PRBs

– Prop’n Condition EVA5

– Prop’n Condition ETU70

– Prop’n Condition ETU300

SNRs as specified

Same as 8.2.1.1.1 Multiple PRBs

Propagation EVA5, ETU70, ETU300

Formula: SNR + TT

T-put limit unchanged

8.2.1.1.1_2 Multiple PRB

– Prop’n Condition EVA5

SNRs as specified

Same as 8.2.1.1.1 Multiple PRBs

Propagation EVA5

Formula: SNR + TT

T-put limit unchanged

8.2.1.1.1_A.1

SNRs as specified

Same as 8.2.1.1.1 Multiple PRBs, for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.1.1_A.2

SNRs as specified

Same as 8.2.1.1.1 Multiple PRBs for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.1.1_A.4

SNRs as specified

Same as 8.2.1.1.1 Multiple PRBs for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.1.1_A.5

SNRs as specified

Same as 8.2.1.1.1 Multiple PRBs for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.1.1_A.6

SNRs as specified

Same as 8.2.1.1.1 Multiple PRBs for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.1.1_A.7

SNRs as specified

Same as 8.2.1.1.1 Multiple PRBs for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.1.2 Single PRB

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.2.1

– Prop’n Condition EVA5

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.2.1

– Prop’n Condition HST

SNR as specified

0.6 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.2.1_1

– Prop’n Condition EVA5

SNR as specified

Same as 8.2.1.2.1

Formula: SNR + TT

T-put limit unchanged

8.2.1.2.2

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.2.2_1

SNR as specified

Same as 8.2.1.2.2

Formula: SNR + TT

T-put limit unchanged

8.2.1.2.3_C.1

Noc1: -102dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -94.8dBm/15kHz

Ês1 / Noc2: +3.4dB

Ês2 / Noc2: +6dB

-0.1dB

0dB

-0.1dB

+0.9dB

-0.2dB

Noc1: -102.1dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -94.9dBm/15kHz

Ês1 / Noc2: +4.3dB

Ês2 / Noc2: +5.8dB

Formulae for Test Tolerance values:

Noc1: -(Ês1/Noc1 uncertainty – Ês1/Noc2 uncertainty)

Noc2: unchanged

Noc3: -(Ês1/Noc3 uncertainty – Ês1/Noc2 uncertainty)

Ês1 / Noc2: +Ês1/Noc2 uncertainty

Ês2 / Noc2: -(Ês2/Ês1 uncertainty – Ês1/Noc2 uncertainty)

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.2.1.2.3_E.1

– Prop’n Condition EVA5

Noc1: -98dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -93dBm/15kHz

Ês1 / Noc2: +3.4dB

Ês2 / Noc2: +12dB

Ês3 / Noc2: +10dB

0dB

0dB

-0.1dB

+0.9dB

-0.2dB

-0.2dB

Noc1: -98dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -93.1dBm/15kHz

Ês1 / Noc2: +4.3dB

Ês2 / Noc2: +11.8dB

Ês3 / Noc2: +9.8dB

The analysis is recorded in 3GPP TR 36.904 [17]

T-put limit unchanged

8.2.1.2.4

Noc: -98dBm/15kHz

DIP 1: -2.23dB

DIP 1: -8.06dB

SINR: -1.10dB

0dB

+0.35dB

+0.85dB

+0.95dB

Noc: -98dBm/15kHz

DIP 1: -1.88dB

DIP 1: -7.21dB

SINR: -0.15dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.2.1.2.5

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +15.5 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +17.35 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.2.1.2.6

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +8.4 dB

Cell 2 Ês/Noc: +3.28 dB

Cell 3 Ês/Noc: +0.74 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.54 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +9.94 dB

Cell 2 Ês/Noc: +4.08 dB

Cell 3 Ês/Noc: +1.54 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.2.1.3.1

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.3.1_1

SNR as specified

Same as 8.2.1.3.1

Formula: SNR + TT

T-put limit unchanged

8.2.1.3.1_A.1

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.3.1_A.2

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.3.1_A.3

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.3.1_A.4

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.3.1_A.5

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.3.1A_A.1

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.3.1B

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.3.1C

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +19.9 dB

Cell 2 Ês/Noc: +12.95 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.9 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +21.8 dB

Cell 2 Ês/Noc: +13.75 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.2.1.3.2

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.3.3_C.1

Noc1: -102dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -94.8dBm/15kHz

Ês1 / Noc2: +13.3dB

Ês2 / Noc2: +6dB

-0.1dB

0dB

-0.1dB

+0.9dB

-0.2dB

Noc1: -102.1dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -94.9dBm/15kHz

Ês1 / Noc2: +14.2dB

Ês2 / Noc2: +5.8dB

Formulae for Test Tolerance values:

Noc1: -(Ês1/Noc1 uncertainty – Ês1/Noc2 uncertainty)

Noc2: unchanged

Noc3: -(Ês1/Noc3 uncertainty – Ês1/Noc2 uncertainty)

Ês1 / Noc2: +Ês1/Noc2 uncertainty

Ês2 / Noc2: -(Ês2/Ês1 uncertainty – Ês1/Noc2 uncertainty)

T-put limit unchanged

8.2.1.3.3_C.2

Noc1: -102dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -94.8dBm/15kHz

Ês1 / Noc2: +12.0dB

Ês2 / Noc2: +6dB

-0.1dB

0dB

-0.1dB

+0.9dB

-0.2dB

Noc1: -102.1dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -94.9dBm/15kHz

Ês1 / Noc2: +12.9dB

Ês2 / Noc2: +5.8dB

Formulae for Test Tolerance values:

Noc1: -(Ês1/Noc1 uncertainty – Ês1/Noc2 uncertainty)

Noc2: unchanged

Noc3: -(Ês1/Noc3 uncertainty – Ês1/Noc2 uncertainty)

Ês1 / Noc2: +Ês1/Noc2 uncertainty

Ês2 / Noc2: -(Ês2/Ês1 uncertainty – Ês1/Noc2 uncertainty)

T-put limit unchanged

8.2.1.3.3_E.1

– Prop’n Condition EVA5

Noc1: -98dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -93dBm/15kHz

Test 1

Ês1 / Noc2: + 13.9dB

Ês2 / Noc2: + 9dB

Ês3 / Noc2: + 7dB

Test 2

Ês1 / Noc2: +22.6dB

Ês2 / Noc2: +9dB

+1dB Ês3 / Noc2:

0dB

0dB

-0.1dB

+0.9dB

-0.2dB

-0.2dB

+0.9dB

-0.2dB

-0.2dB

Noc1: -98dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: – 93.1 dBm/15kHz

Ês1 / Noc2: + 14.8 dB

Ês2 / Noc2: + 8.8dB

Ês3 / Noc2: + 6.8 dB

Ês1 / Noc2: +23.5dB

Ês2 / Noc2: +8.8dB

Ês3 / Noc2: +0.8dB

The analysis is recorded in 3GPP TR 36.904 [17]

T-put limit unchanged

8.2.1.4.1

SNRs as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.4.1_1

SNR as specified

Same as 8.2.1.4.1

Formula: SNR + TT

T-put limit unchanged

8.2.1.4.1_E.1

– Prop’n Condition EPA5

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93 dBm/15kHz

Ês1 / Noc2: +6.1 dB

Ês2 / Noc2: +12 dB

Ês3 / Noc2: +10 dB

0 dB

0 dB

-0.1 dB

+0.9 dB

-0.2 dB

-0.2 dB

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93.1 dBm/15kHz

Ês1 / Noc2: +7.0 dB

Ês2 / Noc2: +11.8 dB

Ês3 / Noc2: +9.8 dB

The analysis is recorded in 3GPP TR 36.904 [17]

T-put limit unchanged

8.2.1.4.1_H FDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 2×2 for SCE-L1

SNR as specified

Same as 8.2.1.4.1

Formula: SNR + TT

T-put limit unchanged

8.2.1.4.2

SNRs as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.4.2_1

SNR as specified

Same as 8.2.1.4.2

Formula: SNR + TT

T-put limit unchanged

8.2.1.4.2_A.1

SNR as specified

Same as 8.2.1.4.2 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.4.2_A.2

SNR as specified

Same as 8.2.1.4.2 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.4.2_A.3

SNR as specified

Same as 8.2.1.4.2 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.4.2_A.4

SNR as specified

Same as 8.2.1.4.2 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.4.2_A.5

SNR as specified

Same as 8.2.1.4.2 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.4.2_A.6

SNR as specified

Same as 8.2.1.4.2 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.4.2A

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.1.4.3

Noc: -98dBm/15kHz

DIP 1: -1.73dB

DIP 1: -8.66dB

SINR: 0.8dB

0dB

+0.29dB

+0.89dB

+0.99dB

Noc: -98dBm/15kHz

DIP 1: -1.44dB

DIP 1: -7.77dB

SINR: 1.79dB

T-put limit unchanged

8.2.1.4.3A

SNR as specified

Same as 8.2.1.4.2 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.4.4

Test 1:

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +17.0 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Test 2:

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +10.1 dB

Cell 2 Ês/Noc: +3.28 dB

Cell 3 Ês/Noc: +0.74 dB

Test 1:

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Test 2:

0 dB

+1.54 dB

+0.8 dB

+0.8 dB

Test 1:

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +18.85 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

Test 2:

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +11.64 dB

Cell 2 Ês/Noc: +4.08 dB

Cell 3 Ês/Noc: +1.54 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.2.1.7.1_A.1

TBD

TBD

TBD

8.2.1.9 Multiple PRBs

– Prop’n Condition HST-SFN

SNR as specified

0.6dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.1.1 Multiple PRBs

– Prop’n Condition EVA5

– Prop’n Condition ETU70

– Prop’n Condition ETU300

SNRs as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.1.1 Multiple PRBs

– Prop’n Condition HST

SNR as specified

0.6dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.1.1 Single PRB

– Prop’n Condition ETU70

SNRs as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.1.1_1 Multiple PRBs

– Prop’n Condition EVA5

– Prop’n Condition ETU70

– Prop’n Condition ETU300

SNRs as specified

Same as 8.2.2.1.1 Multiple PRBs

Propagation EVA5, ETU70, ETU300

Formula: SNR + TT

T-put limit unchanged

8.2.2.1.1_2 Multiple PRB

– Prop’n Condition EVA5

SNRs as specified

Same as 8.2.2.1.1 Multiple PRBs

Propagation EVA5

Formula: SNR + TT

T-put limit unchanged

8.2.2.1.1_A.1

SNRs as specified

8.2.2.1.1 Multiple PRBs for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.2.1.1_A.2

SNRs as specified

8.2.2.1.1 Multiple PRBs for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.2.1.1_A.3

SNRs as specified

8.2.2.1.1 Multiple PRBs for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.2.1.1_A.4

SNRs as specified

8.2.2.1.1 Multiple PRBs for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.2.1.2 Single PRB

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.2.1

– Prop’n Condition EVA5

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.2.1

– Prop’n Condition HST

SNR as specified

0.6 dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.2.1_1

– Prop’n Condition EVA5

SNR as specified

Same as 8.2.2.2.1

Formula: SNR + TT

T-put limit unchanged

8.2.2.2.2

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.2.2_1

SNR as specified

Same as 8.2.2.2.2

Formula: SNR + TT

T-put limit unchanged

8.2.2.2.3_C.1

Noc1: -102dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -94.8dBm/15kHz

Ês1 / Noc2: +3.8dB

Ês2 / Noc2: +6dB

-0.1dB

0dB

-0.1dB

+0.9dB

-0.2dB

Noc1: -102.1dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -94.9dBm/15kHz

Ês1 / Noc2: +4.7dB

Ês2 / Noc2: +5.8dB

Formulae for Test Tolerance values:

Noc1: -(Ês1/Noc1 uncertainty – Ês1/Noc2 uncertainty)

Noc2: unchanged

Noc3: -(Ês1/Noc3 uncertainty – Ês1/Noc2 uncertainty)

Ês1 / Noc2: +Ês1/Noc2 uncertainty

Ês2 / Noc2: -(Ês2/Ês1 uncertainty – Ês1/Noc2 uncertainty)

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.2.2.2.3_E.1

– Prop’n Condition EVA5

Noc1: [-98dBm/15kHz]

Noc2: -98dBm/15kHz

Noc3: -93dBm/15kHz

Ês1 / Noc2: +3.5dB

Ês2 / Noc2: +12dB

Ês3 / Noc2: +10dB

0dB

0dB

-0.1dB

+0.9dB

-0.2dB

-0.2dB

Noc1: -98dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -93.1dBm/15kHz

Ês1 / Noc2: +4.4dB

Ês2 / Noc2: +11.8dB

Ês3 / Noc2: +9.8dB

The analysis is recorded in 3GPP TR 36.904 [17]

T-put limit unchanged

8.2.2.2.4

Noc: -98dBm/15kHz

DIP 1: -1.73dB

DIP 2: -8.66dB

SINR: -1.4dB

0 dB

+0.29dB

+0.89dB

+0.99dB

Noc: -98dBm/15kHz

DIP1: -1.44dB

DIP2: -7.77

SINR: -0.41dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.2.2.2.5

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.2.6

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +15.3 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +17.15 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.2.2.2.7

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +8.1 dB

Cell 2 Ês/Noc: +3.28 dB

Cell 3 Ês/Noc: +0.74 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.54 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +9.64 dB

Cell 2 Ês/Noc: +4.08 dB

Cell 3 Ês/Noc: +1.54 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.2.2.3.1

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.3.1_1

SNR as specified

Same as 8.2.2.3.1

Formula: SNR + TT

T-put limit unchanged

8.2.2.3.1_2

SNR as specified

Same as 8.2.2.3.1

Formula: SNR + TT

T-put limit unchanged

8.2.2.3.1_A.1

SNRs as specified

Same as 8.2.2.3.1 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.2.3.1_A.2

SNRs as specified

Same as 8.2.2.3.1 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.2.3.1_A.3

SNRs as specified

Same as 8.2.2.3.1 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.2.3.1_A.4

SNRs as specified

Same as 8.2.2.3.1 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.1.3.1_A.6

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.3.1A_A.1

SNRs as specified

Same as 8.2.2.3.1 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.2.3.1B

SNRs as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.3.1C

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +19.6 dB

Cell 2 Ês/Noc: +12.95 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.9 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +21.5 dB

Cell 2 Ês/Noc: +13.75 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.2.2.3.2

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.3.3_C.1

Noc1: -102dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -94.8dBm/15kHz

Ês1 / Noc2: +14.0dB

Ês2 / Noc2: +6dB

-0.1dB

0dB

-0.1dB

+0.9dB

-0.2dB

Noc1: -102.1dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -94.9dBm/15kHz

Ês1 / Noc2: +14.9dB

Ês2 / Noc2: +5.8dB

Formulae for Test Tolerance values:

Noc1: -(Ês1/Noc1 uncertainty – Ês1/Noc2 uncertainty)

Noc2: unchanged

Noc3: -(Ês1/Noc3 uncertainty – Ês1/Noc2 uncertainty)

Ês1 / Noc2: +Ês1/Noc2 uncertainty

Ês2 / Noc2: -(Ês2/Ês1 uncertainty – Ês1/Noc2 uncertainty)

T-put limit unchanged

8.2.2.3.3_C.2

Noc1: -102dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -94.8dBm/15kHz

Ês1 / Noc2: +12.2dB

Ês2 / Noc2: +6dB

-0.1dB

0dB

-0.1dB

+0.9dB

-0.2dB

Noc1: -102.1dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -94.9dBm/15kHz

Ês1 / Noc2: +13.1dB

Ês2 / Noc2: +5.8dB

Formulae for Test Tolerance values:

Noc1: -(Ês1/Noc1 uncertainty – Ês1/Noc2 uncertainty)

Noc2: unchanged

Noc3: -(Ês1/Noc3 uncertainty – Ês1/Noc2 uncertainty)

Ês1 / Noc2: +Ês1/Noc2 uncertainty

Ês2 / Noc2: -(Ês2/Ês1 uncertainty – Ês1/Noc2 uncertainty)

T-put limit unchanged

8.2.2.3.3_E.1

– Prop’n Condition EVA5

Noc1: -98dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -93dBm/15kHz

Test 1

Ês1 / Noc2: + 14.2 dB

Ês2 / Noc2: + 9 dB

Ês3 / Noc2: + 7 dB

Test 2

Ês1 / Noc2: +22.7dB

Ês2 / Noc2: +9dB

Ês3 / Noc2: +1dB

0dB

0dB

-0.1dB

+0.9dB

-0.2dB

-0.2dB

+0.9dB

-0.2dB

-0.2dB

Noc1: -98dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -93.1dBm/15kHz

Ês1 / Noc2: + 15.1 dB

Ês2 / Noc2: + 8.8 dB

Ês3 / Noc2: + 6.8 dB

Ês1 / Noc2: +23.6dB

Ês2 / Noc2: +8.8dB

Ês3 / Noc2: +0.8dB

The analysis is recorded in 3GPP TR 36.904 [17]

T-put limit unchanged

8.2.2.4.1

SNRs as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.4.1_1

SNR as specified

Same as 8.2.2.4.1

Formula: SNR + TT

T-put limit unchanged

8.2.2.4.1_E.1

– Prop’n Condition EPA5

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93 dBm/15kHz

Ês1 / Noc2: +6.4 dB

Ês2 / Noc2: +12 dB

Ês3 / Noc2: +10 dB

0 dB

0 dB

-0.1 dB

+0.9 dB

-0.2 dB

-0.2 dB

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93.1 dBm/15kHz

Ês1 / Noc2: +7.3 dB

Ês2 / Noc2: +11.8 dB

Ês3 / Noc2: +9.8 dB

The analysis is recorded in 3GPP TR 36.904 [17]

T-put limit unchanged

8.2.2.4.1_H TDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 2×2 for SCE-L1

SNR as specified

Same as 8.2.2.4.1

Formula: SNR + TT

T-put limit unchanged

8.2.2.4.2

SNRs as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.4.2_1

SNR as specified

Same as 8.2.2.4.2

Formula: SNR + TT

T-put limit unchanged

8.2.2.4.2_A.1

SNR as specified

Same as 8.2.2.4.2 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.2.4.2_A.2

SNR as specified

Same as 8.2.2.4.2 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.2.4.2_A.3

SNR as specified

Same as 8.2.2.4.2 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.2.4.2_A.4

SNR as specified

Same as 8.2.2.4.2 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.2.4.2A

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.2.2.4.3

Noc: -98dBm/15kHz

DIP 1: -1.73dB

DIP 2: -8.66dB

SINR: 1.1dB

0 dB

+0.29dB

+0.89dB

+0.99dB

Noc: -98dBm/15kHz

DIP1: -1.44dB

DIP2: -7.77

SINR: 2.09dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.2.2.4.4

SNR as specified

Same as 8.2.2.4.2 for each CC

Formula: SNR + TT

T-put limit unchanged

8.2.2.4.5

Test 1:

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +16.1 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Test 2:

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +9.5 dB

Cell 2 Ês/Noc: +3.28 dB

Cell 3 Ês/Noc: +0.74 dB

Test 1:

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Test 2:

0 dB

+1.54 dB

+0.8 dB

+0.8 dB

Test 1:

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +17.95 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

Test 2:

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +11.04 dB

Cell 2 Ês/Noc: +4.08 dB

Cell 3 Ês/Noc: +1.54 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.2.2.7.1_A.1

TBD

TBD

TBD

8.2.2.8.1

SNRs as specified

Same as 8.2.2.1.1 Multiple PRBs

Propagation EVA5

Formula: SNR + TT

T-put limit unchanged

8.2.2.8.2

SNRs as specified

Same as 8.2.2.1.1 Multiple PRBs

Propagation EVA5

Formula: SNR + TT

T-put limit unchanged

8.2.2.9 Multiple PRBs

– Prop’n Condition HST-SFN

SNR as specified

0.6dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.1.1.1

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.1.1.2

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.1.1.3

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.1.1.4

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.1.1.5

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.1.1.6

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.1.2.1

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.1.2.2

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.1.2.3

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.1.2.4

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.1.2.5

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.1.2.6

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.1.1

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.1.2

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.1.3

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.1.4

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.1.5

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.1.6

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.1A

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.2.1

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.2.2

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.2.3

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.2.4

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.2.5

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.2.6

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.2.2A

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.3.1.1

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.3.1.2

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.3.1.3

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.3.1.4

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.3.1.5

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.3.1.6

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.3.2.1

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.3.2.2

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.3.2.3

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.3.2.4

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.3.2.5

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.3.3.2.6

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.4.1.1

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.2.4.1.2

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.3.1.1.1_D

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.1.1.1_H FDD PDSCH Single-layer Spatial Multiplexing on antenna ports 7 or 8 without a simultaneous transmission for eDL-MIMO for SCE-L1

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.1.1.2_D

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.1.1.3

Noc: -98dBm/15kHz

DIP 1: -1.73dB

SINR: -1.10dB

0 dB

+0.28dB

+0.98dB

Noc: -98dBm/15kHz

DIP1: -1.45dB

SINR: -0.12dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.3.1.1.4

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +18.5 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +20.35 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.3.1.1.5

Ês1 / Noc: +14.3dB

Ês2 / Noc: +13.91dB

Ês3 / Noc: +3.34dB

+0.9dB

-0.2dB

0 dB

Ês1 / Noc: +15.2dB

Ês2 / Noc: +13.71dB

Ês3 / Noc: +3.34dB

Formulas for Test Tolerance values:

Ês1 / Noc: +Ês1/Noc uncertainty

Ês2 / Noc: -(Ês2/Ês1 uncertainty – Ês1/Noc uncertainty)

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.3.1.1.6

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +11.5 dB

Cell 2 Ês/Noc: +3.28 dB

Cell 3 Ês/Noc: +0.74 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.54 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +13.04 dB

Cell 2 Ês/Noc: +4.08 dB

Cell 3 Ês/Noc: +1.54 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.3.1.1.7

TBD

TBD

TBD

8.3.1.1.9

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.1.2.1_D

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.1.2.1_D_1

Noc: -98dBm/15kHz

Ês1 / Noc: +14.2 dB

Ês2 / Noc: +7.25 dB

0 dB

+0.8 dB

-0.35 dB

Noc: -98dBm/15kHz

Ês1 / Noc: +15.0 dB

Ês2 / Noc: +6.9 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.3.1.2.2

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.1.3.1_F

SNR as specified

Test 1: 2us

Test 2: -0.5us

0.9 dB

-0.145us

+0.142us

Formula: SNR + TT

Test 1: 57Ts

Test 2: -11Ts

Timings: (Offset – uncertainty), then rounded to integer multiple of Ts

T-put limit unchanged

8.3.1.3.2_F

SNR as specified

Test 1: 2us

Test 2: -0.5us

0.9 dB

-0.145us

+0.142us

Formula: SNR + TT

Test 1: 57Ts

Test 2: -11Ts

Timings: (Offset – uncertainty), then rounded to integer multiple of Ts

T-put limit unchanged

8.3.1.3.3_F

SNR as specified

Test 1: 2us

Test 2: -0.5us

0.9 dB

-0.145us

+0.142us

Formula: SNR + TT

Test 1: 57Ts

Test 2: -11Ts

Timings: (Offset – uncertainty), then rounded to integer multiple of Ts

T-put limit unchanged

8.3.2.1.1

SNRs as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.2.1.1_1

SNRs as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.2.1.2

SNRs as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.2.1.2_D

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.2.1.2_H TDD PDSCH Single-layer Spatial Multiplexing on antenna ports 7 or 8 without a simultaneous transmission for eDL-MIMO for SCE-L1

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.2.1.3

SNRs as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.2.1.3_D

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.2.1.4

Noc: -98dBm/15kHz

DIP 1: -1.73dB

SINR: -1.0dB

0 dB

+0.28dB

+0.98dB

Noc: -98dBm/15kHz

DIP1: -1.45dB

SINR: -0.02dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.3.2.1.5

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +18.0 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +19.85 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.3.2.1.6

Ês1 / Noc: +14.0dB

Ês2 / Noc: +13.91dB

Ês3 / Noc: +3.34dB

+0.9dB

-0.2dB

0 dB

Ês1 / Noc: +14.9dB

Ês2 / Noc: +13.71dB

Ês3 / Noc: +3.34dB

Formulas for Test Tolerance values:

Ês1 / Noc: +Ês1/Noc uncertainty

Ês2 / Noc: -(Ês2/Ês1 uncertainty – Ês1/Noc uncertainty)

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.3.2.1.7

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +11.3 dB

Cell 2 Ês/Noc: +3.28 dB

Cell 3 Ês/Noc: +0.74 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.54 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +12.84 dB

Cell 2 Ês/Noc: +4.08 dB

Cell 3 Ês/Noc: +1.54 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.3.2.1.8

TBD

TBD

TBD

8.3.2.1.10

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.2.2.1

SNRs as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.2.2.1_D

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.2.2.1_D_1

Noc: -98dBm/15kHz

Ês1 / Noc: +14.8 dB

Ês2 / Noc: +7.25 dB

0 dB

+0.8 dB

-0.35 dB

Noc: -98dBm/15kHz

Ês1 / Noc: +15.6 dB

Ês2 / Noc: +6.9 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.3.2.2.2

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.3.2.4.1_F

SNR as specified

Test 1: 2us

Test 2: -0.5us

0.9 dB

-0.145us

+0.142us

Formula: SNR + TT

Test 1: 57Ts

Test 2: -11Ts

Timings: (Offset – uncertainty), then rounded to integer multiple of Ts

T-put limit unchanged

8.3.2.4.2_F

SNR as specified

Test 1: 2us

Test 2: -0.5us

0.9 dB

-0.145us

+0.142us

Formula: SNR + TT

Test 1: 57Ts

Test 2: -11Ts

Timings: (Offset – uncertainty), then rounded to integer multiple of Ts

T-put limit unchanged

8.3.2.4.3_F

SNR as specified

Test 1: 2us

Test 2: -0.5us

0.9 dB

-0.145us

+0.142us

Formula: SNR + TT

Test 1: 57Ts

Test 2: -11Ts

Timings: (Offset – uncertainty), then rounded to integer multiple of Ts

T-put limit unchanged

8.3.3.1.1

SNR as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.3.3.1.2

SNR as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.4.1.1

SNR as specified

0.8 dB

Formula: SNR + TT

T-put limit unchanged

8.4.1.2.1

SNR as specified

1.0 dB

Formula: SNR + TT

T-put limit unchanged

8.4.1.2.1_1

SNR as specified

Same as 8.4.1.2.1

Formula: SNR + TT

T-put limit unchanged

8.4.1.2.2

SNR as specified

1.0 dB

Formula: SNR + TT

T-put limit unchanged

8.4.1.2.2_1

SNR as specified

Same as 8.4.1.2.2

Formula: SNR + TT

T-put limit unchanged

8.4.1.2.3_C.1

Noc1: -100.5dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -95.3dBm/15kHz

Ês1 / Noc2: -3.9dB

Ês2 / Noc2: +1.5dB

-0.1dB

0dB

-0.1dB

+0.9dB

-0.2dB

Noc1: -100.6dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -95.4dBm/15kHz

Ês1 / Noc2: -3dB

Ês2 / Noc2: +1.3dB

Formula for Test Tolerance values:

Noc1: -(Ês1/Noc1 uncertainty – Ês1/Noc2 uncertainty)

Noc2: unchanged

Noc3: -(Ês1/Noc3 uncertainty – Ês1/Noc2 uncertainty)

Ês1 / Noc2: +Ês1/Noc2 uncertainty

Ês2 / Noc2: -(Ês2/Ês1 uncertainty – Ês1/Noc2 uncertainty)

T-put limit unchanged

8.4.1.2.3_C.2

Noc1: -100.5dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -95.3dBm/15kHz

Ês1 / Noc2: -4.2dB

Ês2 / Noc2: +1.5dB

-0.1dB

0dB

-0.1dB

+0.9dB

-0.2dB

Noc1: -100.6dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -95.4dBm/15kHz

Ês1 / Noc2: -3.3dB

Ês2 / Noc2: +1.3dB

Formula for Test Tolerance values:

Noc1: -(Ês1/Noc1 uncertainty – Ês1/Noc2 uncertainty)

Noc2: unchanged

Noc3: -(Ês1/Noc3 uncertainty – Ês1/Noc2 uncertainty)

Ês1 / Noc2: +Ês1/Noc2 uncertainty

Ês2 / Noc2: -(Ês2/Ês1 uncertainty – Ês1/Noc2 uncertainty)

T-put limit unchanged

8.4.1.2.3_E.1

– Prop’n Condition EVA5

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93 dBm/15kHz

Ês1 / Noc2: -2.2 dB

Ês2 / Noc2: +5 dB

Ês3 / Noc2: +3 dB

0 dB

0 dB

-0.1 dB

+0.9 dB

-0.2 dB

-0.2 dB

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93.1 dBm/15kHz

Ês1 / Noc2: -1.3 dB

Ês2 / Noc2: +4.8 dB

Ês3 / Noc2: +2.8 dB The analysis is recorded in 3GPP TR 36.904 [17]

Pm-dsg limit unchanged

8.4.1.2.3_E.2

– Prop’n Condition EVA5

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93 dBm/15kHz

Ês1 / Noc2: -2 dB

Ês2 / Noc2: +5 dB

Ês3 / Noc2: +3 dB

0 dB

0 dB

-0.1 dB

+0.9 dB

-0.2 dB

-0.2 dB

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93.1 dBm/15kHz

Ês1 / Noc2: -1.1 dB

Ês2 / Noc2: +4.8 dB

Ês3 / Noc2: +2.8 dB

The analysis is recorded in 3GPP TR 36.904 [17]

Pm-dsg limit unchanged

8.4.2.1

SNR as specified

0.8 dB

Formula: SNR + TT

T-put limit unchanged

8.4.2.2.1

SNR as specified

1.0 dB

Formula: SNR + TT

T-put limit unchanged

8.4.2.2.1_1

SNR as specified

Same as 8.4.2.2.1

Formula: SNR + TT

T-put limit unchanged

8.4.2.2.2

SNR as specified

1.0 dB

Formula: SNR + TT

T-put limit unchanged

8.4.2.2.2_1

SNR as specified

Same as 8.4.2.2.2

Formula: SNR + TT

T-put limit unchanged

8.4.2.2.3_C.1

Noc1: -100.5dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -95.3dBm/15kHz

Ês1 / Noc2: -3.9dB

Ês2 / Noc2: +1.5dB

-0.1dB

0dB

-0.1dB

+0.9dB

-0.2dB

Noc1: -100.6dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -95.4dBm/15kHz

Ês1 / Noc2: -3dB

Ês2 / Noc2: +1.3dB

Formula for Test Tolerance values:

Noc1: -(Ês1/Noc1 uncertainty – Ês1/Noc2 uncertainty)

Noc2: unchanged

Noc3: -(Ês1/Noc3 uncertainty – Ês1/Noc2 uncertainty)

Ês1 / Noc2: +Ês1/Noc2 uncertainty

Ês2 / Noc2: -(Ês2/Ês1 uncertainty – Ês1/Noc2 uncertainty)

T-put limit unchanged

8.4.2.2.3_C.2

Noc1: -100.5dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -95.3dBm/15kHz

Ês1 / Noc2: -4.1dB

Ês2 / Noc2: +1.5dB

-0.1dB

0dB

-0.1dB

+0.9dB

-0.2dB

Noc1: -100.6dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -95.4dBm/15kHz

Ês1 / Noc2: -3.2dB

Ês2 / Noc2: +1.3dB

Formula for Test Tolerance values:

Noc1: -(Ês1/Noc1 uncertainty – Ês1/Noc2 uncertainty)

Noc2: unchanged

Noc3: -(Ês1/Noc3 uncertainty – Ês1/Noc2 uncertainty)

Ês1 / Noc2: +Ês1/Noc2 uncertainty

Ês2 / Noc2: -(Ês2/Ês1 uncertainty – Ês1/Noc2 uncertainty)

T-put limit unchanged

8.4.2.2.3_E.1

– Prop’n Condition EVA5

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93 dBm/15kHz

Ês1 / Noc2: -.2 dB

Ês2 / Noc2: +5 dB

Ês3 / Noc2: +3 dB

0 dB

0 dB

-0.1 dB

+0.9 dB

-0.2 dB

-0.2 dB

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93.1 dBm/15kHz

Ês1 / Noc2: -1.1 dB

Ês2 / Noc2: +4.8 dB

Ês3 / Noc2: +2.8 dB

The analysis is recorded in 3GPP TR 36.904 [17]

Pm-dsg limit unchanged

8.4.2.2.3_E.2

– Prop’n Condition EVA5

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93 dBm/15kHz

Ês1 / Noc2: -1.8 dB:

Ês2 / Noc2 +5 dB

Ês3 / Noc2: +3 dB

0 dB

0 dB

-0.1 dB

+0.9 dB

-0.2 dB

-0.2 dB

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93.1 dBm/15kHz

Ês1 / Noc2: -0.9 dB

Ês2 / Noc2: +4.8 dB

Ês3 / Noc2: +2.8 dB

The analysis is recorded in 3GPP TR 36.904 [17]

Pm-dsg limit unchanged

8.4.2.2.5

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +16.10 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +17.95 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.4.2.2.6

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +13.30 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +15.15 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.4.2.2.7

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +13.70 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +15.55 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.4.2.2.8

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +11.20 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +13.05 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.4.3.1.1

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.4.3.1.2

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.5.1.1

SNRs as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.5.1.2.1

SNR as specified

1.1 dB

Formula: SNR + TT

T-put limit unchanged

8.5.1.2.1_1

SNR as specified

Same as 8.5.1.2.1

Formula: SNR + TT

T-put limit unchanged

8.5.1.2.2

SNR as specified

1.0 dB

Formula: SNR + TT

T-put limit unchanged

8.5.1.2.2_1

SNR as specified

Same as 8.5.1.2.2

Formula: SNR + TT

T-put limit unchanged

8.5.1.2.3_C.1

Noc1: -100.5dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -95.3dBm/15kHz

Ês1 / Noc2: +4.6dB

Ês2 / Noc2: +1.5dB

-0.1dB

0dB

-0.1dB

+0.9dB

-0.2dB

Noc1: -100.6dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -95.4dBm/15kHz

Ês1 / Noc2: +5.5dB

Ês2 / Noc2: +1.3dB

Formula for Test Tolerance values:

Noc1: -(Ês1/Noc1 uncertainty – Ês1/Noc2 uncertainty)

Noc2: unchanged

Noc3: -(Ês1/Noc3 uncertainty – Ês1/Noc2 uncertainty)

Ês1 / Noc2: +Ês1/Noc2 uncertainty

Ês2 / Noc2: -(Ês2/Ês1 uncertainty – Ês1/Noc2 uncertainty)

T-put limit unchanged

8.5.1.2.3_E.1

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93 dBm/15kHz

Ês1 / Noc2: +5 dB

Ês2 / Noc2: +5 dB

Ês3 / Noc2: +3 dB

0 dB

0 dB

-0.1 dB

+0.9 dB

-0.2 dB

-0.2 dB

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93.1 dBm/15kHz

Ês1 / Noc2: +5.9 dB

Ês2 / Noc2: +4.8 dB

Ês3 / Noc2: +2.8 dB The analysis is recorded in 3GPP TR 36.904 [17]

Pm-an limit unchanged

8.5.1.2.5

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +17.9 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +19.75 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.5.1.2.6

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +15.80 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +17.65 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.5.1.2.7

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +13.40 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +15.25 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.5.1.2.8

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +15.00 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +16.85 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.5.2.1

SNRs as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.5.2.2.1

SNR as specified

1.1 dB

Formula: SNR + TT

T-put limit unchanged

8.5.2.2.1_1

SNR as specified

Same as 8.5.2.2.1

Formula: SNR + TT

T-put limit unchanged

8.5.2.2.2

SNR as specified

1.0 dB

Formula: SNR + TT

T-put limit unchanged

8.5.2.2.2_1

SNR as specified

Same as 8.5.2.2.2

Formula: SNR + TT

T-put limit unchanged

8.5.2.2.3_C.1

Noc1: -100.5dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -95.3dBm/15kHz

Ês1 / Noc2: +4.6dB

Ês2 / Noc2: +1.5dB

-0.1dB

0dB

-0.1dB

+0.9dB

-0.2dB

Noc1: -100.6dBm/15kHz

Noc2: -98dBm/15kHz

Noc3: -95.4dBm/15kHz

Ês1 / Noc2: +5.5dB

Ês2 / Noc2: +1.3dB

Formula for Test Tolerance values:

Noc1: -(Ês1/Noc1 uncertainty – Ês1/Noc2 uncertainty)

Noc2: unchanged

Noc3: -(Ês1/Noc3 uncertainty – Ês1/Noc2 uncertainty)

Ês1 / Noc2: +Ês1/Noc2 uncertainty

Ês2 / Noc2: -(Ês2/Ês1 uncertainty – Ês1/Noc2 uncertainty)

T-put limit unchanged

8.5.2.2.3_E.1

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93 dBm/15kHz

Ês1 / Noc2: +5.7 dB

Ês2 / Noc2: +5 dB

Ês3 / Noc2: +3 dB

0 dB

0 dB

-0.1 dB

+0.9 dB

-0.2 dB

-0.2 dB

Noc1: -98 dBm/15kHz

Noc2: -98 dBm/15kHz

Noc3: -93.1 dBm/15kHz

Ês1 / Noc2: +6.6 dB

Ês2 / Noc2: +4.8 dB

Ês3 / Noc2: +2.8 dB The analysis is recorded in 3GPP TR 36.904 [17]

Pm-an limit unchanged

8.5.2.2.5

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +16.20 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +18.05 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.5.2.2.6

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +16.10 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +17.95 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.5.2.2.7

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +14.00 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +15.85 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.5.2.2.8

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +15.50 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +17.35 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.7.1.1 FDD sustained data rate performance

Downlink power -85dBm/15kHz

0 dB

Formula: Downlink power + TT

T-put limit unchanged

8.7.1.1_1

Same as 8.7.1.1

Same as 8.7.1.1

Formula: Downlink power + TT

T-put limit unchanged

8.7.1.1_2

Same as 8.7.1.1

Same as 8.7.1.1

Formula: Downlink power + TT

T-put limit unchanged

8.7.1.1_A.1

Same as 8.7.1.1

Same as 8.7.1.1

Formula: Downlink power + TT

T-put limit unchanged

8.7.1.1_A.2

Same as 8.7.1.1

Same as 8.7.1.1

Formula: Downlink power + TT

T-put limit unchanged

8.7.1.1_A.4

Same as 8.7.1.1

Same as 8.7.1.1

Formula: Downlink power + TT

T-put limit unchanged

8.7.1.1_A.5

Same as 8.7.1.1

Same as 8.7.1.1

Formula: Downlink power + TT

T-put limit unchanged

8.7.1.1_A.7

Same as 8.7.1.1

Same as 8.7.1.1

Formula: Downlink power + TT

T-put limit unchanged

8.7.1.1_H.1

Same as 8.7.1.1

Same as 8.7.1.1

Formula: Downlink power + TT

T-put limit unchanged

8.7.1.1_H.2

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.1.1_H.3

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.1.1_H.4

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.1.1_H.5

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.1.1_H.7

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.2.1 TDD sustained data rate performance

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.2.1_1

Same as 8.7.2.1

Same as 8.7.2.1

Formula: Downlink power + TT

T-put limit unchanged

8.7.2.1_2

Same as 8.7.2.1

Same as 8.7.2.1

Formula: Downlink power + TT

T-put limit unchanged

8.7.2.1_A.1

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.2.1_A.2

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.2.1_A.3

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.2.1_A.5

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.2.1_A.7

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.2.1_H.1

Same as 8.7.2.1

Same as 8.7.2.1

Formula: Downlink power + TT

T-put limit unchanged

8.7.2.1_H.2

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.2.1_H.3

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.2.1_H.4

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.2.1_H.5

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

8.7.2.1_H.7

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Formula: Downlink power + TT

T-put limit unchanged

Haule13098.7.3.1 FDD sustained data rate performance for EPDCCH scheduling

Same as 8.7.1.1

Same as 8.7.1.1

Formula: Downlink power + TT

T-put limit unchanged

8.7.4.1 TDD sustained data rate performance for EPDCCH scheduling

Same as 8.7.2.1

Same as 8.7.2.1

Same as 8.7.2.1

8.7.5.1.1 TDD FDD CA Sustained data rate performance for FDD PCell (2DL CA)

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Same as 8.7.1.1

8.7.5.1.2 TDD FDD CA Sustained data rate performance for FDD PCell (3DL CA)

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Same as 8.7.1.1

8.7.5.1.3 TDD FDD CA Sustained data rate performance for FDD PCell (4DL CA)

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Same as 8.7.1.1

8.7.5.1.4 TDD FDD CA Sustained data rate performance for FDD PCell (5DL CA)

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Same as 8.7.1.1

8.7.5.1.5 TDD FDD CA Sustained data rate performance for FDD PCell (6DL CA)

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Same as 8.7.1.1

8.7.5.1.6 TDD FDD CA Sustained data rate performance for FDD PCell (7DL CA)

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Same as 8.7.1.1

8.7.5.1_H.1 TDD FDD CA Sustained data rate performance for FDD PCell for SCE-L1 (2DL CA)

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Same as 8.7.1.1

8.7.5.1_H.2 TDD FDD CA Sustained data rate performance for FDD PCell for SCE-L1 (3DL CA)

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Same as 8.7.1.1

8.7.5.1_H.3 TDD FDD CA Sustained data rate performance for FDD PCell for SCE-L1 (4DL CA)

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Same as 8.7.1.1

8.7.5.1_H.4 TDD FDD CA Sustained data rate performance for FDD PCell for SCE-L1 (5DL CA)

Same as 8.7.1.1

Same as 8.7.1.1 for each CC

Same as 8.7.1.1

8.7.5.2.1 TDD FDD CA Sustained data rate performance for TDD PCell (2DL CA)

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Same as 8.7.2.1

8.7.5.2.2 TDD FDD CA Sustained data rate performance for TDD PCell (3DL CA)

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Same as 8.7.2.1

8.7.5.2.3 TDD FDD CA Sustained data rate performance for TDD PCell (4DL CA)

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Same as 8.7.2.1

8.7.5.2.4 TDD FDD CA Sustained data rate performance for TDD PCell (5DL CA)

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Same as 8.7.2.1

8.7.5.2.5 TDD FDD CA Sustained data rate performance for TDD PCell (6DL CA)

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Same as 8.7.2.1

8.7.5.2.6 TDD FDD CA Sustained data rate performance for TDD PCell (7DL CA)

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Same as 8.7.2.1

8.7.5.2_H.1 TDD FDD CA Sustained data rate performance for TDD PCell for SCE-L1 (2DL CA)

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Same as 8.7.2.1

8.7.5.2_H.2 TDD FDD CA Sustained data rate performance for TDD PCell for SCE-L1 (3DL CA)

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Same as 8.7.2.1

8.7.5.2_H.3 TDD FDD CA Sustained data rate performance for TDD PCell for SCE-L1 (4DL CA)

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Same as 8.7.2.1

8.7.5.2_H.4 TDD FDD CA Sustained data rate performance for TDD PCell for SCE-L1 (5DL CA)

Same as 8.7.2.1

Same as 8.7.2.1 for each CC

Same as 8.7.2.1

8.7.6.1 FDD sustained data rate performance for Dual Connectivity 64QAM

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.6.2 FDD sustained data rate performance for Dual Connectivity 256QAM

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.7.1 TDD sustained data rate performance for Dual Connectivity 64QAM

Same as 8.7.2.1

Same as 8.7.2.1

Same as 8.7.2.1

8.7.7.2 TDD sustained data rate performance for Dual Connectivity 256QAM

Same as 8.7.2.1

Same as 8.7.2.1

Same as 8.7.2.1

8.7.9.2 FDD sustained data rate performance for 4 layer MIMO (single carrier)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.9.3 FDD sustained data rate performance for 4 layer MIMO (2DL CA)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.9.4 FDD sustained data rate performance for 4 layer MIMO (3DL CA)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.9.5 FDD sustained data rate performance for 4 layer MIMO (4DL CA)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.9.6 FDD sustained data rate performance for 4 layer MIMO (5DL CA)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.10.2 TDD sustained data rate performance for 4 layer MIMO (single carrier)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.10.3 TDD sustained data rate performance for 4 layer MIMO (2DL CA)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.10.4 TDD sustained data rate performance for 4 layer MIMO (3DL CA)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.10.5 TDD sustained data rate performance for 4 layer MIMO (4DL CA)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.10.6 TDD sustained data rate performance for 4 layer MIMO (5DL CA)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.11.2 TDD FDD CA sustained data rate performance for 4 layer MIMO (2DL CA)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.11.3 TDD FDD CA sustained data rate performance for 4 layer MIMO (3DL CA)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.11.4 TDD FDD CA sustained data rate performance for 4 layer MIMO (4DL CA)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.11.5 TDD FDD CA sustained data rate performance for 4 layer MIMO (5DL CA)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.12.1.2.1 FDD as Pcell with 2DL CA (2RX)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.12.1.2.2 FDD as Pcell with 2DL CA (4 layer MIMO)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.12.2.2.1 LAA sustained data rate performance with TDD PCell with 2DL CA (2Rx)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.7.12.2.2.2 LAA sustained data rate performance with TDD PCell for 4 layer MIMO (2DL CA)

Same as 8.7.1.1

Same as 8.7.1.1

Same as 8.7.1.1

8.8.1.1 FDD distributed EPDCCH performance

SNR as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.8.1.2 TDD distributed EPDCCH performance

SNR as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.8.2.1 FDD localized EPDCCH performance with TM9

SNR as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.8.2.2 TDD localized EPDCCH performance with TM9

SNR as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.8.3.1 FDD localized EPDCCH transmission with TM10 Type B quasi co-location type

SNR as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.8.3.2 TDD localized EPDCCH transmission with TM10 Type B quasi co-location type

SNR as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.8.4.1

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +13.40 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +15.25 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.8.4.2

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +14.20 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +16.05 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.8.5.1

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +14.80 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +16.65 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.8.6.1

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +15.90 dB

Cell 2 Ês/Noc: +13.91 dB

Cell 3 Ês/Noc: +3.34 dB

Cell 1 Ês/Noc is defined as SNR in minimum requirement.

0 dB

+1.85 dB

+0.8 dB

+0.8 dB

Noc: -98dBm/15kHz

Cell 1 Ês/Noc: +17.75 dB

Cell 2 Ês/Noc: +14.71 dB

Cell 3 Ês/Noc: +4.14 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.9.1.1.1 FDD PDSCH Transmit Diversity 2×1 for UE category 0

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.9.1.1.2 FDD Closed-loop spatial multiplexing performance (Cell-Specific Reference Symbols) for UE category 0

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.9.1.1.3 FDD PDSCH Single-layer Spatial Multiplexing on antenna ports 7 or 8 for UE category 0

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.9.1.1.3_1 FDD PDSCH Single-layer Spatial Multiplexing on antenna ports 7 or 8 for UE category 1bis

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.9.1.1.1_1 FDD PDSCH Transmit Diversity 2×1 for UE category 1bis

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.9.1.1.2_1 FDD PDSCH Closed Loop Single Layer Spatial Multiplexing 2×1 for UE Category 1bis

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.9.1.2.1 TDD PDSCH Transmit Diversity for UE category 0

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.9.1.2.1_1 TDD PDSCH Transmit Diversity 2×1 for UE category 1bis

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.9.1.2.2 TDD Closed-loop spatial multiplexing performance (Cell-Specific Reference Symbols) for UE category 0

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.9.1.2.2_1 TDD PDSCH Closed Loop Single Layer Spatial Multiplexing 2×1 for UE Category 1bis

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.9.1.2.3 TDD PDSCH Single-layer Spatial Multiplexing on antenna ports 7 or 8 for UE category 0

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.9.1.2.3_1 TDD PDSCH Single-layer Spatial Multiplexing on antenna ports 7 or 8 for UE category 1bis

SNR as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.9.2.1.1 FDD PHICH transmit diversity for UE category 0

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.9.2.1.1_1 FDD PHICH transmit diversity for UE category 1bis

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.9.2.2.1 TDD PHICH Transmit Diversity for UE category 0

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.9.2.2.1_1 TDD PHICH transmit diversity for UE category 1bis

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.10.1.1.1 FDD PDSCH Transmit Diversity 2×4

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.10.1.1.2 FDD PDSCH Open Loop Spatial Multiplexing 2×4

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.10.1.1.3 FDD PDSCH Closed Loop Single Layer Spatial Multiplexing 2×4 with TM4 Interference Model – Enhanced Performance Requirement Type A

Noc: -98dBm/15kHz

DIP 1: -1.73dB

SINR: -2.3dB

0dB

+0.28dB

+0.98dB

Noc: -98dBm/15kHz

DIP 1: -1.45dB

SINR: -1.32dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.10.1.1.4 FDD PDSCH Closed Loop Spatial Multiplexing 4×4

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.10.1.1.5 FDD PDSCH Single-layer Spatial Multiplexing 2×4 on antenna ports 7 or 8 with TM9 interference model – Enhanced Performance Requirement Type A

Noc: -98dBm/15kHz

DIP 1: -1.73dB

SINR: -3.0dB

0 dB

+0.28dB

+0.98dB

Noc: -98dBm/15kHz

DIP1: -1.45dB

SINR: -2.03dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.10.1.1.6 FDD Dual-Layer Spatial Multiplexing 2×4 (User-Specific Reference Symbols)

Noc: -98dBm/15kHz

Ês1 / Noc: +9.2 dB

Ês2 / Noc: +7.25 dB

0 dB

+0.8 dB

-0.35 dB

Noc: -98dBm/15kHz

Ês1 / Noc: +10.0 dB

Ês2 / Noc: +6.9 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.10.1.1.7 FDD Open-loop spatial multiplexing, 3 Layer Multiplexing with 4 Tx Antenna Ports

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.10.1.1.8 FDD Closed-loop spatial multiplexing performance, 4 Layers spatial multiplexing 4 Tx antennas

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.10.1.1.9 FDD 4 Layer Spatial Multiplexing (User-Specific Reference Symbols)

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.10.1.2.1 TDD PDSCH Transmit Diversity 2×4

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.10.1.2.2 TDD PDSCH Open Loop Spatial Multiplexing 2×4

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.10.1.2.3 TDD PDSCH Closed Loop Single Layer Spatial Multiplexing 2×4 with TM4 Interference Model – Enhanced Performance Requirement Type A

Noc: -98dBm/15kHz

DIP 1: -1.73dB

SINR: -1.9dB

0dB

+0.28dB

+0.98dB

Noc: -98dBm/15kHz

DIP 1: -1.45dB

SINR: -0.92dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.10.1.2.4 TDD PDSCH Closed Loop Spatial Multiplexing 4×4

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.10.1.2.5 FDD PDSCH Single-layer Spatial Multiplexing 2×4 on antenna ports 7 or 8 with TM9 interference model – Enhanced Performance Requirement Type A

Noc: -98dBm/15kHz

DIP 1: -1.73dB

SINR: -3.3dB

0 dB

+0.28dB

+0.98dB

Noc: -98dBm/15kHz

DIP1: -1.45dB

SINR: -2.32dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.10.1.2.6 TDD Dual-Layer Spatial Multiplexing 2×4 (User-Specific Reference Symbols)

Noc: -98dBm/15kHz

Ês1 / Noc: +9.5 dB

Ês2 / Noc: +7.25 dB

0 dB

+0.8 dB

-0.35 dB

Noc: -98dBm/15kHz

Ês1 / Noc: +10.3 dB

Ês2 / Noc: +6.9 dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.10.1.2.7 TDD Open-loop spatial multiplexing, 3 Layer Multiplexing with 4 Tx Antenna Ports

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.10.1.2.8 TDD Closed-loop spatial multiplexing performance, 4 Layers spatial multiplexing 4 Tx antennas

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.10.1.2.9 TDD 4 Layer Spatial Multiplexing (User-Specific Reference Symbols)

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.10.2.1.1 FDD PCFICH/PDCCH Single-antenna Port Performance 1×4

SNR as specified

0.8 dB

Formula: SNR + TT

T-put limit unchanged

8.10.2.1.2 FDD PCFICH/PDCCH Transmit Diversity 2×4

SNR as specified

1.0 dB

Formula: SNR + TT

T-put limit unchanged

8.10.2.1.3 FDD PCFICH/PDCCH Transmit Diversity 4×4

SNR as specified

1.0 dB

Formula: SNR + TT

T-put limit unchanged

8.10.2.2.1 TDD PCFICH/PDCCH Single-antenna Port Performance 1×4

SNR as specified

0.8 dB

Formula: SNR + TT

T-put limit unchanged

8.10.2.2.2 TDD PCFICH/PDCCH Transmit Diversity 2×4

SNR as specified

1.0 dB

Formula: SNR + TT

T-put limit unchanged

8.10.2.2.3 TDD PCFICH/PDCCH Transmit Diversity 4×4

SNR as specified

1.0 dB

Formula: SNR + TT

T-put limit unchanged

8.10.3.1.1 FDD PHICH Single-antenna Port Performance 1×4

SNR as specified

0.9 dB

Formula: SNR + TT

Pm-an limit unchanged

8.10.3.1.2 FDD PHICH Transmit Diversity 2×4

SNR as specified

1.1 dB

Formula: SNR + TT

Pm-an limit unchanged

8.10.3.1.3 FDD PHICH Transmit Diversity 4×4

SNR as specified

1.0 dB

Formula: SNR + TT

Pm-an limit unchanged

8.10.3.2.1 TDD PHICH Single-antenna Port Performance 1×4

SNR as specified

0.9 dB

Formula: SNR + TT

Pm-an limit unchanged

8.10.3.2.2 TDD PHICH Transmit Diversity 2×4

SNR as specified

1.1 dB

Formula: SNR + TT

Pm-an limit unchanged

8.10.3.2.3 TDD PHICH Transmit Diversity 4×4

SNR as specified

1.0 dB

Formula: SNR + TT

Pm-an limit unchanged

8.10.4.1.1 FDD distributed E2PDCCH performance 2×4

SNRs as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.10.4.1.2 TDD distributed EPDCCH performance 2×4

SNR as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.10.4.2.1 FDD localized EPDCCH performance with TM9 2×4

SNRs as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.10.4.2.2 TDD localized EPDCCH performance with TM9 2×4

SNRs as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.11.1.1.1 Closed-loop spatial multiplexing performance for UE supporting CE

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.11.1.1.2 FDD PDSCH Single-layer Spatial Multiplexing on antenna ports 7 or 8 for UE supporting CE

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.11.1.1.3.1 FDD PDSCH Transmit Diversity 2×1 for UE category M1

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.11.1.1.3.1_1 FDD PDSCH Transmit Diversity 2×1 for UE category M1 (CEModeB)

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.11.1.1.3.2 FDD and half-duplex FDD PDSCH Transmit Diversity 2×1 for UE category M2

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.11.1.1.3.2_1 FDD and half-duplex FDD PDSCH Transmit Diversity 2×1 for UE category M2 (CEModeB)

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.11.1.2.1 TDD Closed-loop spatial multiplexing performance in CE Mode A (Cell-Specific Reference Symbols)

Same as 8.11.1.1.1

Same as 8.11.1.1.1

Same as 8.11.1.1.1

8.11.1.2.2 TDD PDSCH Single-layer Spatial Multiplexing on antenna ports 7 or 8 for in CE Mode A

SNRs as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

8.11.1.2.3.1 TDD PDSCH Transmit Diversity for UE category M1

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.11.1.2.3.1_1 TDD PDSCH Transmit Diversity for UE category M1 (CEModeB)

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.11.1.2.3.2 TDD PDSCH 2 Tx Antenna Port supporting wideband transmission for UE category M2

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.11.1.2.3.2_1 TDD PDSCH 2 Tx Antenna Port supporting wideband transmission for UE category M2 (CEModeB)

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.11.2.1.1 FDD and HD‑FDD demodulation of MPDCCH in CE Mode A

SNRs as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.11.2.1.2 FDD and HD‑FDD demodulation of MPDCCH in CE Mode B

SNRs as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.11.2.2.1 TDD demodulation of MPDCCH in CE Mode A

SNRs as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.11.2.2.2 TDD demodulation of MPDCCH in CE Mode B

SNRs as specified

0.9dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.12.1.1.1 Demodulation of NPDSCH (Cell-Specific Reference Symbols) in In-band mode for category NB1

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.12.1.1.2 Demodulation of NPDSCH (Cell-Specific Reference Symbols) in standalone and Guard-band mode for category NB1

SNRs as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.12.1.1.3 Demodulation of NPDSCH (Cell-Specific Reference Symbols) in standalone for NB2

SNRs as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

8.12.2.1.1 Demodulation of NPDCCH single-antenna performance for category NB1

SNRs as specified

0.8dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.12.2.1.2 Demodulation of NPDCCH Transmit diversity performance for category NB1

SNR as specified

0.9 dB

Formula: SNR + TT

Pm-dsg limit unchanged

8.13.1.1.1.2

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.1.1.1.3

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.1.1.1.4

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.1.1.1.5

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.1.1.3

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.1.1.4

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.1.2.2

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.1.2.3

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.1.2.4

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.1.2.5

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.1.3.1

Noc: -98dBm/15kHz

DIP 1: -1.73dB

SINR: -2.3dB

0dB

+0.28dB

+0.98dB

Noc: -98dBm/15kHz

DIP 1: -1.45dB

SINR: -1.32dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.13.1.4.1

Noc: -98dBm/15kHz

DIP 1: -1.73dB

SINR: -3.0dB

0 dB

+0.28dB

+0.98dB

Noc: -98dBm/15kHz

DIP1: -1.45dB

SINR: -2.03dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.13.2.1.1.2

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.2.1.1.3

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.2.1.1.4

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.2.1.1.5

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.2.1.3

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.2.1.4

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.2.2.2

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.2.2.3

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.2.2.4

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.2.2.5

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.2.3.1

Noc: -98dBm/15kHz

DIP 1: -1.73dB

SINR: -1.9dB

0dB

+0.28dB

+0.98dB

Noc: -98dBm/15kHz

DIP 1: -1.45dB

SINR: -0.92dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.13.2.4.1

Noc: -98dBm/15kHz

DIP 1: -1.73dB

SINR: -3.3dB

0 dB

+0.28dB

+0.98dB

Noc: -98dBm/15kHz

DIP1: -1.45dB

SINR: -2.32dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.13.3.1.1.2

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.1.1.3

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.1.1.4

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.1.1.5

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.1.2.2

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.1.2.3

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.1.2.4

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.1.2.5

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.2.3

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.2.4

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.2.5

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.2.6

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.2.7

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.2.8

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.2.9

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.2.10

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.3.1 TDD-FDD CA PDSCH Closed Loop Single Layer Spatial Multiplexing 2×4 with TM4 Interference Model-Enhanced Performance Requirement Type A for FDD Pcell (2DL CA)

– Noc: -98dBm/15kHz

– DIP 1: -1.73dB

– FDD Cell 2Rx SINR:

5MHz: 0.8dB

10MHz: 1.0dB

15MHz: 0.8dB

20MHz: 1.1dB

– FDD Cell 4Rx SINR:

5MHz: -3.0dB

10MHz: -2.7dB

15MHz: -2.9dB

20MHz: -2.8dB

– TDD Cell 2Rx SINR:

5MHz: 0.8dB

10MHz: 1.3dB

15MHz: 1.0 dB

20MHz: 1.3dB

– TDD Cell 4Rx SINR:

5MHz: -2.8dB

10MHz: -2.5dB

15MHz: -2.7dB

20MHz: -2.3dB

0dB

+0.28dB

+0.98dB

+0.98dB

+0.98dB

+0.98dB

Noc: -98dBm/15kHz

DIP 1: -1.45dB

– FDD Cell 2Rx SINR:

5MHz: 1.78dB

10MHz: 1.98dB

15MHz: 1.78dB

20MHz: 2.08dB

– FDD Cell 4Rx SINR:

5MHz: 2.02dB

10MHz: 1.72dB

15MHz: 1.92dB

20MHz: 1.82dB

– TDD Cell 2Rx SINR:

5MHz: 1.78dB

10MHz: 2.28dB

15MHz: 1.98dB

20MHz: 2.28dB

– TDD Cell 4Rx SINR:

5MHz: 1.82dB

10MHz: 1.52dB

15MHz: 1.72dB

20MHz: 1.32dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.13.3.3.2 TDD-FDD CA PDSCH Closed Loop Single Layer Spatial Multiplexing 2×4 with TM4 Interference Model-Enhanced Performance Requirement Type A for TDD Pcell (2DL CA)

Same as 8.13.3.3.1

Same as 8.13.3.3.1

Same as 8.13.3.3.1

8.13.3.4.1 TDD-FDD CA PDSCH Single-layer Spatial Multiplexing 2×4 on antenna ports 7 or 8 with TM9 Interference Model-Enhanced Performance Requirement Type A for FDD Pcell (2DL CA)

– Noc: -98dBm/15kHz

– DIP 1: -1.73dB

– FDD Cell 2Rx SINR:

5MHz: -0.4dB

10MHz: 0.1dB

15MHz: -0.2dB

20MHz: -0.4dB

– FDD Cell 4Rx SINR:

5MHz: -2.0dB

10MHz: -1.8dB

15MHz: -1.9dB

20MHz: -1.7dB

– TDD Cell 2Rx SINR:

5MHz: -0.6dB

10MHz: -0.1dB

15MHz: -0.2dB

20MHz: -0.4dB

– TDD Cell 4Rx SINR:

5MHz: -2.4dB

10MHz: -2.1dB

15MHz: -2.1dB

20MHz: -2.1dB

0dB

+0.28dB

+0.98dB

+0.98dB

+0.98dB

+0.98dB

Noc: -98dBm/15kHz

DIP 1: -1.45dB

– FDD Cell 2Rx SINR:

5MHz: 0.58dB

10MHz: 1.08dB

15MHz: 0.78dB

20MHz: 0.58dB

– FDD Cell 4Rx SINR:

5MHz: -1.02dB

10MHz: -0.82dB

15MHz: -0.92dB

20MHz: -0.72dB

– TDD Cell 2Rx SINR:

5MHz: 0.38dB

10MHz: 0.88dB

15MHz: 0.78dB

20MHz: 0.58dB

– TDD Cell 4Rx SINR:

5MHz: -1.42dB

10MHz: -1.12dB

15MHz: -1.12dB

20MHz: -1.12dB

T-put limit unchanged

The analysis is recorded in 3GPP TR 36.904 [17]

8.13.3.4.2 TDD-FDD CA PDSCH Single-layer Spatial Multiplexing 2×4 on antenna ports 7 or 8 with TM9 Interference Model-Enhanced Performance Requirement Type A for TDD Pcell (2DL CA)

Same as 8.13.3.4.1

Same as 8.13.3.4.1

Same as 8.13.3.4.1

8.13.3.6.1

SNR as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.6.2

SNR as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.7.1

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.13.3.7.2

SNRs as specified

0.9 dB for each CC

Formula: SNR + TT

T-put limit unchanged

8.14.1.1.1

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.14.1.1.2

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.14.1.2.1

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.14.1.2.2

SNR as specified

0.9 dB

Formula: SNR + TT

T-put limit unchanged

8.14.2.1

SNR as specified

1.0 dB

Formula: SNR + TT

T-put limit unchanged

8.14.2.2

SNR as specified

1.0 dB

Formula: SNR + TT

T-put limit unchanged

10.1

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

10.2

SNR as specified

0.9dB

Formula: SNR + TT

T-put limit unchanged

14.2

SNRs as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

14.3

SNRs as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

14.4

SNRs as specified

0.6dB

Formula: SNR + TT

T-put limit unchanged

14.6

SNRs as specified

0.8dB

Formula: SNR + TT

T-put limit unchanged

14.7

SNRs as specified

0.6dB

Formula: SNR + TT

T-put limit unchanged

14.8

Downlink power -85dBm/15kHz

0 dB

Formula: Downlink power + TT

T-put limit unchanged

14.9

SNRs as specified

E-UTRA: 0dB

Sidelink: 0.6dB

E-UTRA: Same as 8.7.1.1

Sidelink: Same as 14.7

[Other tests FFS]