Content for TR 37.863-01-01 Word version: 15.4.0
2 References
3 Definitions,
4 Background
5 DC band combination of LTE 1DL/1UL + one NR band: General Part
6 DC band combination of LTE 1DL/1UL + one NR band: Specific Band Combination Part
6.1 DC_1A-n77
6.2 DC_1A-n78
6.3 DC_1A-n79
6.4 DC_3A-n77
6.5 DC_3A-n78
6.6 DC_3A-n79
6.7 DC_11A-n77A
6.8 DC_11A-n78A
6.9 DC_11A-n79A
6.10 DC_11A-n257A
6.11 DC_18A-n77A
6.12 DC_18A-n78A
6.13 DC_18A-n79A
6.14 DC_18A-n257A
6.15 DC_19A-n77
6.16 DC_19A-n78
6.17 DC_19A-n79
6.18 DC_21A-n77
6.19 DC_21A-n78
6.20 DC_21A-n79
6.21 DC_26A-n77A
6.22 DC_26A-n78A
6.23 DC_26A-n79A
6.24 DC_26A-n257A
6.25 DC_28A-n77
6.26 DC_28A-n78
6.27 DC_28A-n79
6.28 DC_41A-n257A
6.29 DC_42A-n77
6.30 DC_42A-n78
6.31 DC_42A-n79
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2 References p. 18
3 Definitions,
4 Background p. 20
4.1 TR Maintenance p. 20
5 DC band combination of LTE 1DL/1UL + one NR band: General Part p. 20
5.1 UE RF General p. 20
5.1.1 Basic DC UE RF architectures at range 1 p. 20
5.1.2 Basic DC UE RF architectures at range 2 p. 22
5.2 Single Tx Switched UL p. 23
5.3 Harmonics and IMD study p. 23
5.4 Minimum requirements p. 24
6 DC band combination of LTE 1DL/1UL + one NR band: Specific Band Combination Part p. 25
6.1 DC_1A-n77 p. 25
6.1.1 Operating bands for DC p. 25
6.1.2 Channel bandwidths per operating band for DC p. 26
6.1.5 MSD p. 29
6.1.6 Self-interference analysis p. 30
6.2 DC_1A-n78 p. 31
6.2.1 Operating bands for DC p. 31
6.2.2 Channel bandwidths per operating band for DC p. 31
6.2.3 Co-existence studies p. 31
6.2.4 ΔTIB and ΔRIB values p. 33
6.2.5 MSD p. 34
6.2.6 Self-interference analysis p. 34
6.3 DC_1A-n79 p. 35
6.3.1 Operating bands for DC p. 35
6.3.2 Channel bandwidths per operating band for DC p. 35
6.3.3 Co-existence studies p. 35
6.3.4 ΔTIB and ΔRIB values p. 37
6.3.5 MSD p. 37
6.4 DC_3A-n77 p. 38
6.4.1 Operating bands for DC p. 38
6.4.2 Channel bandwidths per operating band for DC p. 38
6.4.3 Co-existence studies p. 38
6.4.5 MSD p. 41
6.4.6 Self-interference analysis p. 42
6.5 DC_3A-n78 p. 42
6.5.1 Operating bands for DC p. 42
6.5.2 Channel bandwidths per operating band for DC p. 43
6.5.3 Co-existence studies p. 43
6.5.4 ΔTIB and ΔRIB values p. 45
6.5.5 MSD p. 46
6.5.6 Self-interference analysis p. 47
6.6 DC_3A-n79 p. 47
6.6.2 Channel bandwidths per operating band for DC p. 48
6.6.3 Co-existence studies p. 48
6.6.4 ΔTIB and ΔRIB values p. 50
6.6.5 MSD p. 50
6.7 DC_11A-n77A p. 51
6.7.1 Operating bands for DC p. 51
6.7.2 Channel bandwidths per operating band for DC p. 51
6.7.3 Co-existence studies p. 51
6.7.4 ΔTIB and ΔRIB values p. 53
6.7.5 MSD p. 53
6.8 DC_11A-n78A p. 54
6.8.1 Operating bands for DC p. 54
6.8.2 Channel bandwidths per operating band for DC p. 54
6.8.3 Co-existence studies p. 54
6.8.4 ΔTIB and ΔRIB values p. 56
6.8.5 MSD p. 57
6.9 DC_11A-n79A p. 57
6.9.1 Operating bands for DC p. 57
6.9.2 Channel bandwidths per operating band for DC p. 57
6.9.3 Co-existence studies p. 57
6.9.4 ΔTIB and ΔRIB values p. 59
6.9.5 MSD p. 60
6.9.6 Self-interference analysis p. 60
6.10 DC_11A-n257A p. 61
6.10.1 Operating bands for DC p. 61
6.10.2 Channel bandwidths per operating band for DC p. 61
6.10.3 Co-existence studies p. 61
6.10.4 ΔTIB and ΔRIB values p. 63
6.10.5 MSD p. 63
6.11 DC_18A-n77A p. 64
6.11.1 Operating bands for DC p. 64
6.11.2 Channel bandwidths per operating band for DC p. 64
6.11.3 Co-existence studies p. 64
6.11.4 ΔTIB and ΔRIB values p. 66
6.11.5 MSD p. 67
6.11.6 Self-interference analysis p. 67
6.12 DC_18A-n78A p. 68
6.12.1 Operating bands for DC p. 68
6.12.2 Channel bandwidths per operating band for DC p. 69
6.12.3 Co-existence studies p. 69
6.12.4 ΔTIB and ΔRIB values p. 71
6.12.5 MSD p. 72
6.12.6 Self-interference analysis p. 72
6.13 DC_18A-n79A p. 73
6.13.1 Operating bands for DC p. 73
6.13.2 Channel bandwidths per operating band for DC p. 73
6.13.3 Co-existence studies p. 73
6.13.4 ΔTIB and ΔRIB values p. 75
6.13.5 MSD p. 76
6.13.6 Self-interference analysis p. 76
6.14 DC_18A-n257A p. 76
6.14.1 Operating bands for DC p. 76
6.14.2 Channel bandwidths per operating band for DC p. 77
6.14.3 Co-existence studies p. 77
6.14.4 ΔTIB and ΔRIB values p. 79
6.14.5 MSD p. 80
6.15 DC_19A-n77 p. 80
6.15.1 Operating bands for DC p. 80
6.15.2 Channel bandwidths per operating band for DC p. 80
6.15.3 Co-existence studies p. 80
6.15.4 ΔTIB and ΔRIB values p. 82
6.15.5 MSD p. 82
6.15.6 Self-interference analysis p. 83
6.16 DC_19A-n78 p. 84
6.16.1 Operating bands for DC p. 84
6.16.2 Channel bandwidths per operating band for DC p. 84
6.16.3 Co-existence studies p. 84
6.16.4 ΔTIB and ΔRIB values p. 86
6.16.5 MSD p. 86
6.16.6 Self-interference analysis p. 87
6.17 DC_19A-n79 p. 87
6.17.1 Operating bands for DC p. 87
6.17.2 Channel bandwidths per operating band for DC p. 88
6.17.3 Co-existence studies p. 88
6.17.4 ΔTIB and ΔRIB values p. 90
6.17.5 MSD p. 91
6.17.6 Self-interference analysis p. 91
6.18 DC_21A-n77 p. 92
6.18.1 Operating bands for DC p. 92
6.18.2 Channel bandwidths per operating band for DC p. 92
6.18.3 Co-existence studies p. 92
6.18.4 ΔTIB and ΔRIB values p. 94
6.18.5 MSD p. 94
6.19 DC_21A-n78 p. 95
6.19.1 Operating bands for DC p. 95
6.19.2 Channel bandwidths per operating band for DC p. 95
6.19.3 Co-existence studies p. 95
6.19.4 ΔTIB and ΔRIB values p. 97
6.19.5 MSD p. 97
6.20 DC_21A-n79 p. 98
6.20.1 Operating bands for DC p. 98
6.20.2 Channel bandwidths per operating band for DC p. 98
6.20.3 Co-existence studies p. 98
6.20.4 ΔTIB and ΔRIB values p. 100
6.20.5 MSD p. 100
6.20.6 Self-interference analysis p. 101
6.21 DC_26A-n77A p. 102
6.21.1 Operating bands for DC p. 102
6.21.2 Channel bandwidths per operating band for DC p. 102
6.21.3 Co-existence studies p. 102
6.21.4 ΔTIB and ΔRIB values p. 104
6.21.5 MSD p. 105
6.21.6 Self-interference analysis p. 106
6.22 DC_26A-n78A p. 107
6.22.1 Operating bands for DC p. 107
6.22.2 Channel bandwidths per operating band for DC p. 107
6.22.3 Co-existence studies p. 107
6.22.4 ΔTIB and ΔRIB values p. 109
6.22.5 MSD p. 110
6.22.6 Self-interference analysis p. 110
6.23 DC_26A-n79A p. 111
6.23.1 Operating bands for DC p. 111
6.23.2 Channel bandwidths per operating band for DC p. 111
6.23.3 Co-existence studies p. 112
6.23.4 ΔTIB and ΔRIB values p. 114
6.23.5 MSD p. 115
6.23.6 Self-interference analysis p. 115
6.24 DC_26A-n257A p. 116
6.24.1 Operating bands for DC p. 116
6.24.2 Channel bandwidths per operating band for DC p. 116
6.24.3 Co-existence studies p. 116
6.24.4 ΔTIB and ΔRIB values p. 118
6.24.5 MSD p. 118
6.25 DC_28A-n77 p. 119
6.25.1 Operating bands for DC p. 119
6.25.2 Channel bandwidths per operating band for DC p. 119
6.25.3 Co-existence studies p. 119
6.25.4 ΔTIB and ΔRIB values p. 121
6.25.5 MSD p. 122
6.25.6 Self-interference analysis p. 123
6.26 DC_28A-n78 p. 123
6.26.1 Operating bands for DC p. 123
6.26.2 Channel bandwidths per operating band for DC p. 124
6.26.3 Co-existence studies p. 124
6.26.4 ΔTIB and ΔRIB values p. 126
6.26.6 Self-interference analysis p. 127
6.27 DC_28A-n79 p. 127
6.27.1 Operating bands for DC p. 127
6.27.2 Channel bandwidths per operating band for DC p. 128
6.27.3 Co-existence studies p. 128
6.27.4 ΔTIB and ΔRIB values p. 130
6.27.5 MSD p. 131
6.27.6 Self-interference analysis p. 131
6.28 DC_41A-n257A p. 132
6.28.1 Operating bands for DC p. 132
6.28.2 Channel bandwidths per operating band for DC p. 132
6.28.3 Co-existence studies p. 132
6.28.4 ΔTIB and ΔRIB values p. 134
6.28.5 MSD p. 134
6.29 DC_42A-n77 p. 134
6.29.1 Operating bands for DC p. 134
6.29.2 Channel bandwidths per operating band for DC p. 135
6.29.3 Co-existence studies p. 135
6.29.4 ΔTIB and ΔRIB values p. 135
6.29.5 MSD p. 135
6.30 DC_42A-n78 p. 136
6.30.1 Operating bands for DC p. 136
6.30.2 Channel bandwidths per operating band for DC p. 136
6.30.3 Co-existence studies p. 136
6.30.4 ΔTIB and ΔRIB values p. 136
6.30.5 MSD p. 136
6.31 DC_42A-n79 p. 137
6.31.1 Operating bands for DC p. 137
6.31.2 Channel bandwidths per operating band for DC p. 137
6.31.3 Co-existence studies p. 137
6.31.4 ΔTIB and ΔRIB values p. 139
6.31.5 MSD p. 139
