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TR 37.827
Rel-17 Power Class 2 for EN-DC
with xLTE band + yNR DL with 1LTE+1(TDD) NR UL band (x= 2, 3, y=1; x=1, 2, y=2)

3GPP‑Page  
V17.0.0 (Wzip)  2022/06  103 p.
Rapporteur:
Mr. Lindell, Per
Ericsson LM

full Table of Contents for  TR 37.827  Word version:  17.0.0

Here   Top

1  Scope  p. 15

2  References  p. 15

3  Definitions of terms, symbols and abbreviations  p. 15

3.1  Terms  p. 15

3.2  Symbols  p. 15

3.3  Abbreviations  p. 15

4  Background  p. 15

4.1  TR maintenance  p. 16

5  EN-DC Power Class 2: Specific Band Combination Part  p. 16

5.1  DC_2A-5A_n77A  p. 16

5.1.1  Transmitter Characteristics  p. 16

5.1.1.1  Maximum Output Power  p. 16

5.1.1.2  Configurations for EN-DC  p. 16

5.1.1.3  Co-existence study  p. 16

5.1.2  Receiver Characteristics  p. 16

5.1.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 16

5.1.2.1.1  Power class 2 Case A  p. 16
5.1.2.1.2  Power class 2 Case B  p. 17

5.2  DC_2-13_n77  p. 17

5.2.1  Transmitter Characteristics  p. 17

5.2.1.1  Maximum Output Power  p. 17

5.2.1.2  Configurations for EN-DC  p. 17

5.2.1.3  Co-existence study  p. 17

5.2.2  Receiver Characteristics  p. 18

5.2.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 18

5.2.2.1.1  Power class 2 Case A  p. 18
5.2.2.1.2  Power class 2 Case B  p. 18

5.3  DC_2-66_n77  p. 18

5.3.1  Transmitter Characteristics  p. 18

5.3.1.1  Maximum Output Power  p. 18

5.3.1.2  Configurations for EN-DC  p. 18

5.3.1.3  Co-existence study  p. 19

5.3.2  Receiver Characteristics  p. 19

5.3.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 19

5.3.2.1.1  Power class 2 Case A  p. 19
5.3.2.1.2  Power class 2 Case B  p. 19

5.4  DC_5-66_n77  p. 20

5.4.1  Transmitter Characteristics  p. 20

5.4.1.1  Maximum Output Power  p. 20

5.4.1.2  Configurations for EN-DC  p. 20

5.4.1.3  Co-existence study  p. 20

5.4.2  Receiver Characteristics  p. 20

5.4.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 20

5.4.2.1.1  Power class 2 Case A  p. 20
5.4.2.1.2  Power class 2 Case B  p. 21

5.5  DC_13-66_n77  p. 21

5.5.1  Transmitter Characteristics  p. 21

5.5.1.1  Maximum Output Power  p. 21

5.5.1.2  Configurations for EN-DC  p. 21

5.5.1.3  Co-existence study  p. 21

5.5.2  Receiver Characteristics  p. 21

5.5.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 21

5.5.2.1.1  Power class 2 Case A  p. 21
5.5.2.1.2  Power class 2 Case B  p. 22

5.6  DC_2_n5-n77  p. 22

5.6.1  Transmitter Characteristics  p. 22

5.6.1.1  Maximum Output Power  p. 22

5.6.1.2  Configurations for EN-DC  p. 22

5.6.1.3  Co-existence study  p. 22

5.6.2  Receiver Characteristics  p. 23

5.6.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 23

5.6.2.1.1  Power class 2 Case A  p. 23
5.6.2.1.2  Power class 2 Case B  p. 23

5.7  DC_66_n2-n77  p. 23

5.7.1  Transmitter Characteristics  p. 23

5.7.1.1  Maximum Output Power  p. 23

5.7.1.2  Configurations for EN-DC  p. 23

5.7.1.3  Co-existence study  p. 24

5.7.2  Receiver Characteristics  p. 24

5.7.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 24

5.7.2.1.1  Power class 2 Case A  p. 24
5.7.2.1.2  Power class 2 Case B  p. 24

5.8  DC_66_n5-n77  p. 25

5.8.1  Transmitter Characteristics  p. 25

5.8.1.1  Maximum Output Power  p. 25

5.8.1.2  Configurations for EN-DC  p. 25

5.8.1.3  Co-existence study  p. 25

5.8.2  Receiver Characteristics  p. 25

5.8.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 25

5.8.2.1.1  Power class 2 Case A  p. 25
5.8.2.1.2  Power class 2 Case B  p. 26

5.9  DC_2-13_n66-n77  p. 26

5.9.1  Transmitter Characteristics  p. 26

5.9.1.1  Maximum Output Power  p. 26

5.9.1.3  Co-existence study  p. 26

5.9.2  Receiver Characteristics  p. 26

5.9.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 26

5.10  DC_2-13-66_n77  p. 27

5.10.1  Transmitter Characteristics  p. 27

5.10.1.1  Maximum Output Power  p. 27

5.10.1.2  Configuration for EN-DC  p. 27

5.10.1.3  Co-existence study  p. 27

5.10.2  Receiver Characteristics  p. 27

5.10.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 27

5.11  DC_13-66_n2-n77  p. 27

5.11.1  Maximum Output Power  p. 27

5.11.2  Co-existence study  p. 28

5.12  DC_2-66_n5-n77  p. 28

5.12.1  Maximum Output Power  p. 28

5.12.3  Co-existence study  p. 28

5.13  DC_2-5-66_n77  p. 28

5.13.1  Transmitter Characteristics  p. 28

5.13.1.1  Maximum Output Power  p. 28

5.13.1.3  Co-existence study  p. 29

5.13.2  Receiver Characteristics  p. 29

5.13.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 29

5.14  DC_13_n66-n77  p. 29

5.14.1  Transmitter Characteristics  p. 29

5.14.1.1  Maximum Output Power  p. 29

5.14.1.3  Co-existence study  p. 29

5.14.2  Receiver Characteristics  p. 30

5.14.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 30

5.14.2.1.1  Power class 2 Case A  p. 30
5.14.2.1.2  Power class 2 Case B  p. 30

5.15  DC_13_n2-n77  p. 30

5.15.1  Transmitter Characteristics  p. 30

5.15.1.1  Maximum Output Power  p. 30

5.15.1.3  Co-existence study  p. 31

5.15.2  Receiver Characteristics  p. 31

5.15.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 31

5.15.2.1.1  Power class 2 Case A  p. 31
5.15.2.1.2  Power class 2 Case B  p. 31

5.16  DC_2A-66A_n41A  p. 32

5.16.1  Transmitter Characteristics  p. 32

5.16.1.1  Maximum Output Power  p. 32

5.16.1.2  Co-existence study  p. 32

5.16.2  Receiver Characteristics  p. 32

5.16.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 32

5.16.2.1.1  Power class 2 Case A  p. 32
5.16.2.1.2  Power class 2 Case B  p. 32

5.17  DC_66_n66-n77  p. 33

5.17.1  Transmitter Characteristics  p. 33

5.17.1.1  Maximum Output Power  p. 33

5.17.1.3  Co-existence study  p. 33

5.17.2  Receiver Characteristics  p. 33

5.17.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 33

5.17.2.1.1  Power class 2 Case A  p. 33
5.17.2.1.2  Power class 2 Case B  p. 34

5.18  DC_48-66_n77  p. 34

5.18.1  Transmitter Characteristics  p. 34

5.18.1.1  Maximum Output Power  p. 34

5.18.1.3  Co-existence study  p. 34

5.18.2  Receiver Characteristics  p. 34

5.18.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 34

5.19  DC_13_n5-n77  p. 35

5.19.1  Transmitter Characteristics  p. 35

5.19.1.1  Maximum Output Power  p. 35

5.19.1.3  Co-existence study  p. 35

5.19.2  Receiver Characteristics  p. 36

5.19.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 36

5.19.2.1.1  Power class 2 Case A  p. 36
5.19.2.1.2  Power class 2 Case B  p. 36

5.20  DC_5_n66-n77  p. 36

5.20.1  Transmitter Characteristics  p. 36

5.20.1.1  Maximum Output Power  p. 36

5.20.1.3  Co-existence study  p. 36

5.20.2  Receiver Characteristics  p. 37

5.20.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 37

5.20.2.1.1  Power class 2 Case A  p. 37
5.20.2.1.2  Power class 2 Case B  p. 37

5.21  DC_5A_n5A-n77A  p. 37

5.21.1  Transmitter Characteristics  p. 37

5.21.1.1  Maximum Output Power  p. 37

5.21.1.3  Co-existence study  p. 38

5.21.2  Receiver Characteristics  p. 38

5.21.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 38

5.21.2.1.1  Power class 2 Case A  p. 38
5.21.2.1.2  Power class 2 Case B  p. 38

5.22  DC_5_n2-n77  p. 38

5.22.1  Transmitter Characteristics  p. 38

5.22.1.1  Maximum Output Power  p. 38

5.22.1.3  Co-existence study  p. 39

5.22.2  Receiver Characteristics  p. 39

5.22.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 39

5.22.2.1.1  Power class 2 Case A  p. 39
5.22.2.1.2  Power class 2 Case B  p. 39

5.23  DC_2_n66-n77  p. 40

5.23.1  Transmitter Characteristics  p. 40

5.23.1.1  Maximum Output Power  p. 40

5.23.1.3  Co-existence study  p. 40

5.23.2  Receiver Characteristics  p. 40

5.23.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 40

5.23.2.1.1  Power class 2 Case A  p. 40
5.23.2.1.2  Power class 2 Case B  p. 41

5.24  DC_2-48_n77  p. 41

5.24.1  Transmitter Characteristics  p. 41

5.24.1.1  Maximum Output Power  p. 41

5.24.1.3  Co-existence study  p. 41

5.24.2  Receiver Characteristics  p. 41

5.24.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 41

5.25  DC_2A_n2A-n77A  p. 42

5.25.1  Transmitter Characteristics  p. 42

5.25.1.1  Maximum Output Power  p. 42

5.25.1.3  Co-existence study  p. 42

5.25.2  Receiver Characteristics  p. 42

5.25.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 42

5.25.2.1.1  Power class 2 Case A  p. 42
5.25.2.1.2  Power class 2 Case B  p. 43

5.26  DC_1A-5A_n78A  p. 43

5.26.1  Transmitter Characteristics  p. 43

5.26.1.1  Maximum Output Power  p. 43

5.26.1.2  Co-existence study  p. 43

5.26.2  Receiver Characteristics  p. 43

5.26.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 43

5.26.2.1.1  Power class 2 Case A  p. 43
5.26.2.1.2  Power class 2 Case B  p. 44

5.27  DC_1A-n7A_n78A  p. 44

5.27.1  Transmitter Characteristics  p. 44

5.27.1.1  Maximum Output Power  p. 44

5.27.1.2  Co-existence study  p. 44

5.27.2  Receiver Characteristics  p. 45

5.27.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 45

5.27.2.1.1  Power class 2 Case A  p. 45
5.27.2.1.2  Power class 2 Case B  p. 45

5.28  DC_2-5_n5-n77  p. 46

5.28.1  Maximum Output Power  p. 46

5.28.3  Co-existence study  p. 46

5.29  DC_2-5-48_n77  p. 46

5.29.1  Maximum Output Power  p. 46

5.29.3  Co-existence study  p. 46

5.30  DC_2-5-66_n5-n77  p. 47

5.30.1  Maximum Output Power  p. 47

5.30.3  Co-existence study  p. 47

5.30a  DC_2-13_n2-n77  p. 47

5.30a.1  Maximum Output Power  p. 47

5.30a.3  Co-existence study  p. 48

5.31  DC_2-13_n5-n77  p. 48

5.31.1  Maximum Output Power  p. 48

5.31.3  Co-existence study  p. 48

5.32  DC_2-13-48_n77  p. 48

5.32.1  Maximum Output Power  p. 48

5.32.3  Co-existence study  p. 49

5.33  DC_2-13-66_n2-n77  p. 49

5.33.1  Maximum Output Power  p. 49

5.33.3  Co-existence study  p. 49

5.34  DC_2-13-66_n5-n77  p. 50

5.34.1  Maximum Output Power  p. 50

5.34.3  Co-existence study  p. 50

5.35  DC_2-48-66_n77  p. 50

5.35.1  Maximum Output Power  p. 50

5.35.3  Co-existence study  p. 51

5.36  DC_2-66_n2-n77  p. 51

5.36.1  Maximum Output Power  p. 51

5.36.3  Co-existence study  p. 51

5.37  DC_5-13_n77  p. 51

5.37.1  Transmitter Characteristics  p. 51

5.37.1.1  Maximum Output Power  p. 51

5.37.1.3  Co-existence study  p. 52

5.37.2  Receiver Characteristics  p. 52

5.37.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 52

5.37.2.1.1  Power class 2 Case A  p. 52
5.37.2.1.2  Power class 2 Case B  p. 52

5.38  DC_5-48_n77  p. 53

5.38.1  Transmitter Characteristics  p. 53

5.38.1.1  Maximum Output Power  p. 53

5.38.1.3  Co-existence study  p. 53

5.38.2  Receiver Characteristics  p. 53

5.38.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 53

5.39  DC_5-48-66_n77  p. 53

5.39.1  Maximum Output Power  p. 53

5.39.3  Co-existence study  p. 54

5.40  DC_5-66_n5-n77  p. 54

5.40.1  Maximum Output Power  p. 54

5.40.3  Co-existence study  p. 54

5.41  DC_13-48_n77  p. 55

5.41.1  Transmitter Characteristics  p. 55

5.41.1.1  Maximum Output Power  p. 55

5.41.1.3  Co-existence study  p. 55

5.41.2  Receiver Characteristics  p. 55

5.41.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 55

5.42  DC_13-48-66_n77  p. 55

5.42.1  Maximum Output Power  p. 55

5.42.3  Co-existence study  p. 56

5.43  DC_13-66_n5-n77  p. 56

5.43.1  Maximum Output Power  p. 56

5.43.3  Co-existence study  p. 56

5.44  DC_2-12_n77  p. 57

5.44.1  Transmitter Characteristics  p. 57

5.44.1.1  Maximum Output Power  p. 57

5.44.1.2  Configurations for EN-DC  p. 57

5.44.1.3  Co-existence study  p. 57

5.44.2  Receiver Characteristics  p. 57

5.44.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 57

5.44.2.1.1  Power class 2 Case A  p. 57
5.44.2.1.2  Power class 2 Case B  p. 58

5.45  DC_2-14_n77  p. 58

5.45.1  Transmitter Characteristics  p. 58

5.45.1.1  Maximum Output Power  p. 58

5.45.1.2  Configurations for EN-DC  p. 58

5.45.1.3  Co-existence study  p. 58

5.45.2  Receiver Characteristics  p. 59

5.45.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 59

5.45.2.1.1  Power class 2 Case A  p. 59
5.45.2.1.2  Power class 2 Case B  p. 59

5.46  DC_2-29_n77  p. 59

5.46.1  Transmitter Characteristics  p. 59

5.46.1.1  Maximum Output Power  p. 59

5.46.1.2  Configurations for EN-DC  p. 59

5.46.1.3  Co-existence study  p. 59

5.46.2  Receiver Characteristics  p. 60

5.46.2.1  Reference sensitivity exceptions due to receiver harmonic mixing for PC2 EN-DC in NR FR1  p. 60

5.46.2.1.1  Power class 2 Case A  p. 60
5.46.2.1.2  Power class 2 Case B  p. 60

5.47  DC_2-30_n77  p. 60

5.47.1  Transmitter Characteristics  p. 60

5.47.1.1  Maximum Output Power  p. 60

5.47.1.2  Configurations for EN-DC  p. 61

5.47.1.3  Co-existence study  p. 61

5.47.2  Receiver Characteristics  p. 61

5.47.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 61

5.47.2.1.1  Power class 2 Case A  p. 61
5.47.2.1.2  Power class 2 Case B  p. 61

5.48  DC_5-30_n77  p. 62

5.48.1  Transmitter Characteristics  p. 62

5.48.1.1  Maximum Output Power  p. 62

5.48.1.2  Configurations for EN-DC  p. 62

5.48.1.3  Co-existence study  p. 62

5.48.2  Receiver Characteristics  p. 62

5.48.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 62

5.48.2.1.1  Power class 2 Case A  p. 62
5.48.2.1.2  Power class 2 Case B  p. 63

5.49  DC_12-30_n77  p. 63

5.49.1  Transmitter Characteristics  p. 63

5.49.1.1  Maximum Output Power  p. 63

5.49.1.2  Configurations for EN-DC  p. 63

5.49.1.3  Co-existence study  p. 63

5.49.2  Receiver Characteristics  p. 63

5.49.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 63

5.49.2.1.1  Power class 2 Case A  p. 63
5.49.2.1.2  Power class 2 Case B  p. 64

5.50  DC_12-66_n77  p. 64

5.50.1  Transmitter Characteristics  p. 64

5.50.1.1  Maximum Output Power  p. 64

5.50.1.2  Configurations for EN-DC  p. 64

5.50.1.3  Co-existence study  p. 64

5.50.2  Receiver Characteristics  p. 65

5.50.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 65

5.50.2.1.1  Power class 2 Case A  p. 65
5.50.2.1.2  Power class 2 Case B  p. 65

5.51  DC_14-30_n77  p. 65

5.51.1  Transmitter Characteristics  p. 65

5.51.1.1  Maximum Output Power  p. 65

5.51.1.2  Configurations for EN-DC  p. 65

5.51.1.3  Co-existence study  p. 66

5.51.2  Receiver Characteristics  p. 66

5.51.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 66

5.51.2.1.1  Power class 2 Case A  p. 66
5.51.2.1.2  Power class 2 Case B  p. 66

5.52  DC_14-66_n77  p. 66

5.52.1  Transmitter Characteristics  p. 66

5.52.1.1  Maximum Output Power  p. 66

5.52.1.2  Configurations for EN-DC  p. 67

5.52.1.3  Co-existence study  p. 67

5.52.2  Receiver Characteristics  p. 67

5.52.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 67

5.52.2.1.1  Power class 2 Case A  p. 67
5.52.2.1.2  Power class 2 Case B  p. 67

5.53  DC_29-30_n77  p. 68

5.53.1  Transmitter Characteristics  p. 68

5.53.1.1  Maximum Output Power  p. 68

5.53.1.2  Configurations for EN-DC  p. 68

5.53.1.3  Co-existence study  p. 68

5.53.2  Receiver Characteristics  p. 68

5.53.2.1  Reference sensitivity exceptions due to receiver harmonic mixing for PC2 EN-DC in NR FR1  p. 68

5.53.2.1.1  Power class 2 Case A  p. 68
5.53.2.1.2  Power class 2 Case B  p. 68

5.53.2.2  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 69

5.53.2.2.1  Power class 2 Case A  p. 69
5.53.2.2.2  Power class 2 Case B  p. 69

5.54  DC_29-66_n77  p. 69

5.54.1  Transmitter Characteristics  p. 69

5.54.1.1  Maximum Output Power  p. 69

5.54.1.2  Configurations for EN-DC  p. 70

5.54.1.3  Co-existence study  p. 70

5.54.2  Receiver Characteristics  p. 70

5.54.2.1  Reference sensitivity exceptions due to receiver harmonic mixing for PC2 EN-DC in NR FR1  p. 70

5.54.2.1.1  Power class 2 Case A  p. 70
5.54.2.1.2  Power class 2 Case B  p. 70

5.54.2.2  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 70

5.54.2.2.1  Power class 2 Case A  p. 70
5.54.2.2.2  Power class 2 Case B  p. 71

5.55  DC_30-66_n77  p. 71

5.55.1  Transmitter Characteristics  p. 71

5.55.1.1  Maximum Output Power  p. 71

5.55.1.2  Configurations for EN-DC  p. 71

5.55.1.3  Co-existence study  p. 71

5.55.2  Receiver Characteristics  p. 72

5.55.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 72

5.55.2.1.1  Power class 2 Case A  p. 72
5.55.2.1.2  Power class 2 Case B  p. 72

5.56  DC_5-66_n2-n77  p. 72

5.56.1  Transmitter Characteristics  p. 72

5.56.1.1  Maximum Output Power  p. 72

5.56.1.3  Co-existence study  p. 73

5.56.2  Receiver Characteristics  p. 73

5.56.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 73

5.57  DC_2-5_n2-n77  p. 73

5.57.1  Transmitter Characteristics  p. 73

5.57.1.1  Maximum Output Power  p. 73

5.57.1.2  Configurations for EN-DC  p. 73

5.57.1.3  Co-existence study  p. 73

5.57.2  Receiver Characteristics  p. 73

5.57.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 73

5.58  DC_2-5_n66-n77  p. 74

5.58.1  Transmitter Characteristics  p. 74

5.58.1.1  Maximum Output Power  p. 74

5.58.1.2  Configurations for EN-DC  p. 74

5.58.1.3  Co-existence study  p. 74

5.58.2  Receiver Characteristics  p. 74

5.58.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 74

5.59  DC_2-5-66_n2-n77  p. 75

5.59.1  Transmitter Characteristics  p. 75

5.59.1.1  Maximum Output Power  p. 75

5.59.1.2  Configurations for EN-DC  p. 75

5.59.1.3  Co-existence study  p. 75

5.59.2  Receiver Characteristics  p. 75

5.59.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 75

5.60  DC_2-5-66_n66-n77  p. 76

5.60.1  Transmitter Characteristics  p. 76

5.60.1.1  Maximum Output Power  p. 76

5.60.1.2  Configurations for EN-DC  p. 76

5.60.1.3  Co-existence study  p. 76

5.60.2  Receiver Characteristics  p. 76

5.60.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 76

5.61  DC_2-13-66_n66-n77  p. 77

5.61.1  Transmitter Characteristics  p. 77

5.61.1.1  Maximum Output Power  p. 77

5.61.1.2  Configurations for EN-DC  p. 77

5.61.1.3  Co-existence study  p. 77

5.61.2  Receiver Characteristics  p. 77

5.61.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 77

5.62  DC_2-66_n66-n77  p. 78

5.62.1  Transmitter Characteristics  p. 78

5.62.1.1  Maximum Output Power  p. 78

5.62.1.2  Configurations for EN-DC  p. 78

5.62.1.3  Co-existence study  p. 78

5.62.2  Receiver Characteristics  p. 78

5.62.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 78

5.63  DC_5-66_n66-n77  p. 79

5.63.1  Transmitter Characteristics  p. 79

5.63.1.1  Maximum Output Power  p. 79

5.63.1.2  Configurations for EN-DC  p. 79

5.63.1.3  Co-existence study  p. 79

5.63.2  Receiver Characteristics  p. 79

5.63.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 79

5.64  DC_13-66_n66-n77  p. 80

5.64.1  Transmitter Characteristics  p. 80

5.64.1.1  Maximum Output Power  p. 80

5.64.1.2  Configurations for EN-DC  p. 80

5.64.1.3  Co-existence study  p. 80

5.64.2  Receiver Characteristics  p. 80

5.64.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 80

5.65  DC_3-7_n78, DC_3-3-7_n78, DC_3-7-7_n78, DC_3-3-7-7_n78  p. 81

5.65.1  Transmitter Characteristics  p. 81

5.65.1.1  Maximum Output Power  p. 81

5.65.1.2  Configurations for EN-DC  p. 81

5.65.1.3  Co-existence study  p. 81

5.65.2  Receiver Characteristics  p. 81

5.65.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 81

5.66  DC_3-28_n78  p. 82

5.66.1  Transmitter Characteristics  p. 82

5.66.1.1  Maximum Output Power  p. 82

5.66.1.2  Configurations for EN-DC  p. 82

5.66.1.3  Co-existence study  p. 82

5.66.2  Receiver Characteristics  p. 82

5.66.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 82

5.67  DC_7-28_n78  p. 83

5.67.1  Transmitter Characteristics  p. 83

5.67.1.1  Maximum Output Power  p. 83

5.67.1.2  Configurations for EN-DC  p. 83

5.67.1.3  Co-existence study  p. 83

5.67.2  Receiver Characteristics  p. 83

5.67.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 83

5.68  DC_7-28_n78  p. 84

5.68.1  Transmitter Characteristics  p. 84

5.68.1.1  Maximum Output Power  p. 84

5.68.1.2  Configurations for EN-DC  p. 84

5.68.1.3  Co-existence study  p. 84

5.68.2  Receiver Characteristics  p. 84

5.68.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 84

5.69  DC_3_n5-n78  p. 85

5.69.1  Transmitter Characteristics  p. 85

5.69.1.1  Maximum Output Power  p. 85

5.69.1.2  Configurations for EN-DC  p. 85

5.69.1.3  Co-existence study  p. 85

5.69.2  Receiver Characteristics  p. 85

5.69.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 85

5.70  DC_7_n5-n78  p. 86

5.70.1  Transmitter Characteristics  p. 86

5.70.1.1  Maximum Output Power  p. 86

5.70.1.2  Configurations for EN-DC  p. 86

5.70.1.3  Co-existence study  p. 86

5.70.2  Receiver Characteristics  p. 86

5.70.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 86

5.71  DC_3_n28-n78  p. 87

5.71.1  Transmitter Characteristics  p. 87

5.71.1.1  Maximum Output Power  p. 87

5.71.1.2  Configurations for EN-DC  p. 87

5.71.1.3  Co-existence study  p. 87

5.71.2  Receiver Characteristics  p. 87

5.71.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 87

5.72  DC_7_n28-n78  p. 88

5.72.1  Transmitter Characteristics  p. 88

5.72.1.1  Maximum Output Power  p. 88

5.72.1.2  Configurations for EN-DC  p. 88

5.72.1.3  Co-existence study  p. 88

5.72.2  Receiver Characteristics  p. 88

5.72.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 88

5.73  DC_3-8_n78, DC_3-3-8_n78  p. 89

5.73.1  Transmitter Characteristics  p. 89

5.73.1.1  Maximum Output Power  p. 89

5.73.1.2  Configurations for EN-DC  p. 89

5.73.1.3  Co-existence study  p. 89

5.73.2  Receiver Characteristics  p. 89

5.73.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 89

5.74  DC_7-8_n78, DC_7-7-8_n78  p. 90

5.74.1  Transmitter Characteristics  p. 90

5.74.1.1  Maximum Output Power  p. 90

5.74.1.2  Configurations for EN-DC  p. 90

5.74.1.3  Co-existence study  p. 90

5.74.2  Receiver Characteristics  p. 90

5.74.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 90

5.75  DC_3-7-8_n78, DC_3-3-7-8_n78, DC_3-7-7-8_n78, DC_3-3-7-7-8_n78  p. 91

5.75.1  Transmitter Characteristics  p. 91

5.75.1.1  Maximum Output Power  p. 91

5.75.1.2  Configurations for EN-DC  p. 91

5.75.1.3  Co-existence study  p. 91

5.75.2  Receiver Characteristics  p. 92

5.75.2.1  MSD test points for intermodulation interference due to dual uplink operation for PC2 EN-DC in NR FR1 involving two bands  p. 92

6  PC2 MSD analysis for ENDC band combinations  p. 93

6.1  DC_12-30_n77  p. 93

6.2  DC_12-66_n77  p. 93

6.3  DC_14-30_n77  p. 93

6.4  DC_14-66_n77  p. 93

6.5  DC_29-30_n77  p. 94

6.6  DC_29-66_n77  p. 94

6.7  DC_30-66_n77  p. 94

6.8  DC_2-12_n77  p. 94

6.9  DC_2-14_n77  p. 95

6.10  DC_2-30_n77  p. 95

$  Change history  p. 96

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