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BTS3900 V100R003
Huawei BTS3900 V100R003 Manuals
Manuals and User Guides for Huawei BTS3900 V100R003. We have
1
Huawei BTS3900 V100R003 manual available for free PDF download: Hardware Description
Huawei BTS3900 V100R003 Hardware Description (264 pages)
Brand:
Huawei
| Category:
Accessories
| Size: 4.14 MB
Table of Contents
About this Document
5
Table of Contents
9
1 Changes in the BTS3900 Hardware Description
5
2 Exterior of the BTS3900 Cabinet
29
Figure 2-1 Exterior of a BTS3900 Cabinet
29
Figure 2-2 Dimensions of a BTS3900 Cabinet
30
3 BTS3900 Hardware Configuration
31
Board and Module Configurations
32
Module Configurations in the Cabinet
32
Figure 3-1 Module Configurations in the BTS3900 Cabinet (-48 V DC)
32
Figure 3-2 Module Configurations in the BTS3900 Cabinet (+24 V DC)
33
Figure 3-3 Module Configurations in the BTS3900 Cabinet (AC)
33
Table 3-1 Components in the Cabinet
34
Board Configurations of the BBU3900
35
Figure 3-4 Slots in the BBU3900
35
Figure 3-5 Typical Configuration of the BBU3900 in GO Mode
36
Table 3-2 Principles for Configuring the Boards in the BBU3900 in GO Mode
36
Table 3-3 Principles for Configuring the Boards in the BBU3900 in UO Mode
37
Figure 3-6 Typical Configuration of the BBU3900 in UO Mode
38
Table 3-4 Principles for Configuring the Boards in the BBU3900 in lo Mode
38
Figure 3-7 Typical Configuration of the BBU3900 in lo Mode
39
Table 3-5 Principles for Configuring the Boards in the BBU3900 in GU Mode
40
Figure 3-8 Typical Configuration of the BBU3900 in GU Mode
41
Table 3-6 Principles for Configuring the Boards in the BBU3900 in GL Mode
41
Figure 3-9 Typical Configuration of the BBU3900 in GL Mode
42
Table 3-7 Principles for Configuring the Boards in the BBU3900 in UL Mode
43
Combinations of Cabinets
44
Figure 3-10 Typical Configuration of the BBU3900 in UL Mode
44
Figure 3-11 Two BTS3900 (-48 V DC) Cabinets Installed Side by Side
45
Figure 3-12 Two BTS3900 (+24 V DC) Cabinets Installed Side by Side
45
Figure 3-13 Two BTS3900 (AC) Cabinets Installed Side by Side
46
Figure 3-14 Two Stacked BTS3900 (-48 V DC) Cabinets
47
Power System of the BTS3900
48
Figure 3-15 Two Stacked BTS3900 (AC) Cabinets
48
Table 3-8 Applicable AC Input Voltage Ranges
48
Configurations of the Upper-Level Circuit Breaker and Power Cables
49
Table 3-10 Recommended Configurations of the Upper-Level Circuit Breaker and Power Cables
49
Table 3-9 Applicable DC Input Voltage Ranges
49
Figure 3-16 Power Distribution of the BTS3900 (-48 V DC) Cabinet
50
Power Distribution of the BTS3900
50
Figure 3-17 Power Distribution of the BTS3900 (+24 V DC) Cabinet
51
Figure 3-18 Power Distribution of the BTS3900 (AC) Cabinet
51
Transmission Board Configurations
52
Table 3-11 Transmission Modes Supported by the Boards
52
CPRI Port Configurations
53
CPRI Port Specifications
53
Table 3-12 Specifications of the CPRI Ports on the Boards in the BBU
54
Table 3-13 Specifications of the CPRI Ports on the Rfus
54
Configuration Principles for the CPRI Ports on the RFU in the GSM Only Base Station
55
Figure 3-19 CPRI Port Connection Principles
55
Figure 3-20 Configuration Principles for the CPRI Ports in a Single Cabinet
56
Table 3-14 Configuration Principles for the CPRI Ports in a Single Cabinet
56
Configuration Principles for the CPRI Ports on the RFU in the UMTS Only Base Station
57
Figure 3-21 Configuration Principles for the CPRI Ports in Two Cabinets
57
Table 3-15 Configuration Principles for the CPRI Ports in Cabinet 1 of the Two Cabinets
57
Table 3-16 Configuration Principles for the CPRI Ports in Cabinet 2 of the Two Cabinets
57
Figure 3-22 CPRI Port Connection Principles
58
Configuration Principles for the CPRI Ports on the RFU in the LTE Only Base Station
59
Figure 3-25 CPRI Port Connection Principles
60
Configuration Principles for the CPRI Ports on the RFU in the GSM+UMTS Base Station
61
Figure 3-27 CPRI Port Connection Principles
61
Table 3-20 Configuration Principles for the CPRI Ports on the Mrfus (1)
62
Configuration Principles for the CPRI Ports on the RFU in the GSM+LTE Base Station
63
Table 3-21 Configuration Principles for the CPRI Ports on the Mrfus (2)
63
Figure 3-30 CPRI Port Connection Principles
64
Figure 3-31 Configuration Principles for the CPRI Ports on the Mrfus
64
Table 3-22 Configuration Principles for the CPRI Ports on the Mrfus
64
Configuration Principles for the CPRI Ports on the RFU in the UMTS+LTE Base Station
65
Figure 3-32 CPRI Port Configuration Principles
65
BTS3900 Monitoring System
66
BBU Monitoring Port
66
Table 3-23 CPRI Port Configuration Principles
66
Monitoring Principles of the Cabinet
67
Figure 3-33 Slot Assignment for the UPEU and UEIU
67
Table 3-24 Ports on the UPEU and UEIU
67
Figure 3-34 Monitoring System for the BTS3900 Cabinet (-48 V DC)
68
Figure 3-35 Monitoring System for the BTS3900 Cabinet (+24 V DC)
68
Customized Alarm Inputs
69
Figure 3-36 Monitoring System for the BTS3900 Cabinet (AC)
69
Table 3-25 Configuration of Monitoring Boards in the BTS3900
69
Figure 3-37 Customized Alarms Collected by the UPEU or UEIU
70
RF Configurations
71
Figure 3-38 Customized Alarms Collected by the EMU
71
RFU Configurations
72
Table 3-26 RFU Configurations
72
Slot Assignment for the Rfus in a Base Station Working in GSM Only Mode
73
Figure 3-39 GSM S4/4/4 (1G+1G+1G)
74
Figure 3-40 GSM S10/10/8 (2G+2G+2G)
74
Table 3-27 Slot Assignment for Grfus or Drfus
74
Figure 3-41 GSM S4/4/4 & S4/4/4 (1G+1G+1G & 1G+1G+1G)
75
Table 3-28 Slot Assignment for Grfus or Drfus
75
Table 3-29 Slot Assignment for Grfus or Drfus
75
Figure 3-42 GSM S8/8/8 & S8/8/8 (2G+2G+2G & 2G+2G+2G)
76
Slot Assignment for the Rfus in a Base Station Working in UMTS Only Mode
76
Figure 3-43 UMTS S1/1/1 (1W+1W+1W)
77
Figure 3-44 UMTS S4/4/4 (2W+2W+2W)
77
Slot Assignment for the Rfus in a Base Station Working in LTE Only Mode
77
Figure 3-45 LRFU 2T2R 3 X 20 Mhz
78
Table 3-30 Slot Assignment for Mrfus and Lrfus in a Single-Band Base Station
78
Figure 3-46 LRFU 4T4R 3 X 20 Mhz
79
Table 3-31 Slot Assignment for Mrfus and Lrfus in a Dual-Band Base Station
79
Figure 3-47 LRFU 3 X 20 Mhz+Mrfu 3 X 20 Mhz
80
Slot Assignment for the Rfus in a Base Station Working in GSM+UMTS Mode
80
Table 3-32 Slot Assignment for Grfus (or Drfus) and Wrfus
81
Figure 3-48 GSM 900M S4/4/4+UMTS 1800M S1/1/1
82
Table 3-33 Slot Assignment for Grfus (or Drfus) and Wrfus
82
Figure 3-49 GSM S4/4/4 & S4/4/4+UMTS 1800M S1/1/1
83
Table 3-34 RFU Slot Assignment for Mrfus
83
Figure 3-50 GSM S4/2/2 & S4/4/4+UMTS 900M S1/1/1
84
Table 3-35 RFU Slot Assignment for Grfus (or Drfus) and Mrfus
84
Table 3-36 RFU Slot Assignment for Mrfus, Grfus (or Drfus), and Wrfus
85
Figure 3-52 3MRFU+6GRFU+3WRFU
86
Slot Assignment for the Rfus in a Base Station Working in GSM+LTE Mode
86
Figure 3-53 MRFU900M 2T2R 3 X 20 Mhz+Mrfu1800M 2T2R 3 X 20 Mhz
87
Table 3-37 Slot Assignment for Mrfus in a Dual-Band Base Station
87
Figure 3-54 MRFU900M 2T2R 3 X 20 Mhz+6Grfu1800M
88
Table 3-38 Slot Assignment for Mrfus and Grfus in a Dual-Band Base Station
88
Table 3-39 Slot Assignment for Mrfus and Lrfus in a Dual-Band Base Station
88
Figure 3-55 3 X 20 Mhz 2T2R
89
Table 3-40 Slot Assignment for Drfus (or Grfus) and Lrfus in a Dual-Band Base Station
89
Figure 3-56 3GRFU+LRFU 3 X 20 Mhz
90
Table 3-41 Slot Assignment for Mrfus, Grfus, and Lrfus in a Tri-Band Base Station
90
Figure 3-57 MRFU900M 3 X 20 Mhz+3Grfu1800M+Lrfu 3 X 20 Mhz
91
Slot Assignment for the Rfus in a Base Station Working in UMTS+LTE Mode
91
Figure 3-58 UMTS S1/1/1+LTE 3 X 20 Mhz
92
Table 3-42 Slot Assignment for Wrfus and Lrfus
92
4 BTS3900 Components
93
BBU3900 Equipment
95
Exterior of the BBU3900
95
Figure 4-1 BBU3900
95
Boards and Module of the BBU3900
96
Figure 4-2 the Position of the ESN (1)
96
Figure 4-3 the Position of the ESN (2)
96
Figure 4-4 GTMU Panel
97
Figure 4-5 Gtmub Panel
97
Table 4-1 Leds on the GTMU
98
Table 4-2 Leds and Their Status
98
Table 4-3 Ports on the GTMU
99
Table 4-4 Details of the DIP Switch S1
100
Table 4-5 Details of the DIP Switch S2
101
Table 4-6 Details of the DIP Switch S4
101
Table 4-7 Details of the DIP Switch S5
101
Figure 4-6 Panel of the WMPT
102
Figure 4-7 Leds Beside the Three Ports on the WMPT
103
Table 4-8 Leds on the WMPT Panel
103
Table 4-9 Leds and Their Status
104
Table 4-10 Ports on the WMPT Panel
104
Figure 4-8 DIP Switches on the WMPT
105
Table 4-11 Settings of SW1
105
Figure 4-9 LMPT
106
Table 4-12 Settings of SW2
106
Table 4-13 Leds on the Panel of the LMPT
107
Table 4-14 Ports and Leds
108
Figure 4-10 Panel of the Wbbpa
109
Table 4-15 Ports on the Panel of the LMPT
109
Figure 4-11 Panel of the Wbbpb
110
Figure 4-12 Panel of the Wbbpd
110
Table 4-16 Specifications of the WBBP
110
Table 4-17 Leds on the WBBP and Their Status
111
Table 4-18 Leds Indicating the Status of the SFP Links
111
Figure 4-13 Panel of the Lbbpb
112
Figure 4-14 Panel of the Lbbpc
112
Table 4-19 Ports on the Panels of the Wbbpa and Wbbpb
112
Table 4-20 Ports on the Wbbpd
112
Table 4-21 Specifications of the LBBP
113
Table 4-22 Specifications of the LBBP
113
Table 4-23 Leds on the LBBP
114
Table 4-24 Leds Indicating the Status of the SFP Links
114
Table 4-25 Ports on the LBBP
115
Figure 4-15 FAN Panel
116
Figure 4-16 Fanc Panel
116
Figure 4-17 Upeua Panel
117
Table 4-26 LED on the FAN Panel
117
Figure 4-18 Upeub Panel
118
Figure 4-19 Upeuc Panel
118
Figure 4-20 Slots in the BBU
119
Table 4-27 LED on the Panel of the UPEU
119
Table 4-28 Description on the Ports
119
Figure 4-21 Panel of the UEIU
120
Figure 4-22 Panel of the Uscub1 (0.5 U)
121
Figure 4-23 Panel of the Uscub2 (1 U)
121
Table 4-29 Ports on the Panel of the UEIU
121
Table 4-30 Leds on the USCU
122
Table 4-31 Leds on the TOD Port
123
Table 4-32 Ports on the USCU
123
Figure 4-24 Panel of the UTRP2 Supporting Two Optical Ports
124
Figure 4-25 Panel of the UTRP3, UTRP4, and Utrpb4 Supporting Eight E1S/T1S
124
Figure 4-26 Panel of the UTRP6 Supporting One STM-1
124
Table 4-33 Specifications of the UTRP
124
Figure 4-27 Panel of the UTRP Supporting Four Electrical Ports
125
Table 4-34 Leds on the Panel of the UTRP
125
Table 4-35 Leds on the Ethernet Ports of the UTRP2 and UTRP9
126
Figure 4-28 DIP Switch on the UTRP3 or UTRP4
127
Table 4-36 Ports of the UTRP2 Supporting Two Optical Ports
127
Table 4-37 Ports on the Panel of the UTRP3, UTRP4 an Utrpb4 Supporting Eight E1S/T1S
127
Table 4-38 Port of the UTRP6 Supporting One STM-1
127
Table 4-39 Ports of the UTRP9 Supporting Four Electrical Ports
127
Figure 4-29 DIP Switch on the Utrpb4
128
Table 4-40 DIP Switch SW1 on the UTRP
128
Table 4-41 DIP Switch SW2 on the UTRP
128
Figure 4-30 Panel of the UBRI
129
Table 4-42 DIP Switch SW3 on the UTRP
129
Table 4-43 Leds on the Panel of the UBRI
130
Table 4-44 CPRI Link Status LED
130
Grfu
131
Figure 4-31 GRFU Panel
131
Table 4-45 Ports on the Panel of the UBRI
131
Figure 4-32 Logical Structure of the GRFU
132
Table 4-46 Leds on the GRFU Panel
133
Table 4-47 Ports on the GRFU Panel
134
Drfu
135
Figure 4-33 Panel of the DRFU of 900 Mhz
136
Figure 4-34 Panel of the DRFU of 1800 Mhz
137
Figure 4-35 Logical Structure of the DRFU
138
Table 4-48 Status of the Leds on the DRFU
139
Table 4-49 Ports and Sockets on the DRFU
140
Wrfu
141
Figure 4-36 Panel of the WRFU
141
Figure 4-37 Principle of the WRFU
142
Table 4-50 Leds on the MRFU Panel
143
Table 4-51 Ports on the WRFU Panel
144
Mrfu
145
Figure 4-38 Panel of the MRFU
145
Figure 4-39 Logical Structure of the MRFU
146
Table 4-52 Leds on the Panel of the MRFU
147
Table 4-53 Ports on the Panel of the MRFU
148
Lrfu
149
Figure 4-40 Panel of the LRFU
149
Figure 4-41 Logical Structure of the LRFU
150
Table 4-54 Leds on the LRFU
151
Dcdu-01
152
Table 4-55 Ports on the Panel of the LRFU
152
Figure 4-42 Panel of the DCDU-01
153
Table 4-56 Ports, Terminals, and Power Switches on the Panel of the DCDU-01
153
Fan Box
154
Figure 4-43 Fan Box
154
Figure 4-44 Ports on the FMU Board
154
Gatm
155
Figure 4-45 GATM Panel
155
Table 4-57 Leds on the FMU Board
155
Table 4-58 Ports on the FMU Board
155
Table 4-59 Leds on the GATM
156
Elu
157
Power Equipment (DC/DC)
157
Figure 4-46 ELU
157
Table 4-60 Ports and Socket on the GATM
157
Components of the Power Equipment (DC/DC)
158
Figure 4-47 Power Equipment (DC/DC)
158
Psu (DC/DC)
158
Table 4-61 Components of the Power Equipment (DC/DC)
158
Figure 4-48 Panel of the PSU (DC/DC)
159
Table 4-62 Leds on the Panel of the PSU (DC/DC)
159
Figure 4-49 Power Subrack (DC/DC)
160
Power Subrack (DC/DC)
160
Power Equipment (AC/DC)
161
Components of the Power Equipment (AC/DC)
161
Table 4-63 Ports and Terminals on the Power Subrack (DC/DC)
161
Pmu
162
Figure 4-50 Power Equipment (AC/DC)
162
Table 4-64 Components of the Power Equipment (AC/DC)
162
Figure 4-52 Front Panel of the PMU
163
Table 4-65 Ports and Switch on the PMU
163
Table 4-66 Leds on the Panel of the PMU
164
Psu (Ac/DC)
165
Figure 4-53 Right Panel of the PMU
165
Figure 4-54 Panel of the PSU (AC/DC)
166
Table 4-67 Leds on the Panel of the PSU (AC/DC)
166
Power Subrack (AC/DC)
167
Figure 4-55 Panel of the Power Subrack (AC/DC)
168
Table 4-68 Terminals and Switch on the Power Subrack (AC/DC)
168
5 BTS3900 Cables
169
List of BTS3900 Cables
171
Table 5-1 Power Cables and PGND Cables
171
Table 5-2 Transmission Cables
173
Table 5-3 CPRI Cables
174
Table 5-4 Signal Cables
175
BTS3900 Cable Connections
176
Table 5-5 RF Cables
176
Power Cable Connections
177
Table 5-6 Power Cables of the BTS3900 (-48 V)
178
Table 5-7 Power Cables of the BTS3900 (+24 V)
178
Figure 5-3 Power Cable Connections of the BTS3900 (220 V)
179
Table 5-8 Power Cables of the BTS3900 (220 V)
179
Figure 5-4 E1/T1 Cable Connections
180
Figure 5-5 E1/T1 Cable Connections
180
Table 5-9 E1/T1 Cable Connections
180
Transmission Cable Connections
180
Figure 5-6 FE/GE Ethernet Cable Connections
181
Figure 5-7 FE/GE Optical Cable Connections
181
Table 5-10 E1/T1 Cable Connections
181
Table 5-11 FE/GE Ethernet Cable Connections
181
Table 5-12 FE/GE Optical Cable Connections
181
Figure 5-8 E1/T1 Cable Connections (1)
182
Figure 5-9 E1/T1 Cable Connections (2)
182
Table 5-13 E1/T1 Cable Connections (1)
182
Table 5-14 E1/T1 Cable Connections (2)
182
Figure 5-10 FE/GE Ethernet Cable Connections (1)
183
Figure 5-11 FE/GE Ethernet Cable Connections (2)
183
Figure 5-12 FE/GE Optical Cable Connections (1)
183
Table 5-15 FE/GE Ethernet Cable Connections (1)
183
Table 5-16 FE/GE Ethernet Cable Connections (2)
183
Figure 5-13 FE/GE Optical Cable Connections (2)
184
Figure 5-14 E1/T1 Cable Connections
184
Table 5-17 FE/GE Optical Cable Connections (1)
184
Table 5-18 FE/GE Optical Cable Connections (2)
184
Figure 5-15 FE/GE Optical Cable Connections
185
Figure 5-16 Transmission Cable Connection for a GSM+UMTS Base Station in TDM Common Transmission Mode
185
Table 5-19 E1/T1 Cable Connections
185
Table 5-20 FE/GE Optical Cable Connections
185
Figure 5-17 Transmission Cable Connection for a GSM+UMTS Base Station in TDM Common Transmission Mode
186
Figure 5-20 Transmission Cable Connections for a GSM+UMTS Base Station in IP over FE Common Transmission
187
Table 5-23 Transmission Cables for a GSM+UMTS Base Station in IP over E1 Common Transmission Mode
187
Table 5-24 Transmission Cables for a GSM+UMTS Base Station in IP over E1 Common Transmission Mode
187
Figure 5-21 Transmission Cable Connections for a GSM+UMTS Base Station in IP over FE Common Transmission
188
Table 5-25 Transmission Cable Connections for a GSM+UMTS Base Station in IP over FE Common Transmission
188
Table 5-26 Transmission Cable Connections for a GSM+UMTS Base Station in IP over FE Common Transmission
188
Figure 5-22 Transmission Cable Connections with FE Optical Ports for Interconnection and FE Electrical Ports
189
Figure 5-23 Transmission Cable Connections with FE Electrical Ports for Interconnection and FE Optical Ports
189
Table 5-27 Transmission Cables with FE Optical Ports for Interconnection and FE Electrical Ports Connected to the
189
Figure 5-24 E1/T1 Cable Connections in Separate Transmission Mode
190
Figure 5-25 FE/GE Cable Connections in Separate Transmission Mode (1)
190
Table 5-28 Transmission Cables with FE Electrical Ports for Interconnection and FE Optical Ports Connected to the
190
Table 5-29 E1/T1 Cable Connections in Separate Transmission Mode
190
Figure 5-26 FE/GE Cable Connections in Separate Transmission Mode (2)
191
Figure 5-27 Transmission Cable Connections for a GSM+LTE Base Station in IP over E1 Common Transmission
191
Table 5-30 FE/GE Cable Connections in Separate Transmission Mode (1)
191
Table 5-31 FE/GE Cable Connections in Separate Transmission Mode (2)
191
Figure 5-28 Transmission Cable Connections for a GSM+LTE Base Station in IP over E1 Common Transmission
192
Figure 5-29 Transmission Cable Connections for a GSM+LTE Base Station in IP over FE/GE Common Transmission
192
Table 5-32 Transmission Cables for a GSM+LTE Base Station in IP over E1 Common Transmission Mode
192
Table 5-33 Transmission Cables for a GSM+LTE Base Station in IP over E1 Common Transmission Mode
192
Figure 5-30 Transmission Cable Connections for a GSM+LTE Base Station in IP over FE/GE Common Transmission
193
Table 5-34 Transmission Cables for a GSM+LTE Base Station in IP over FE/GE Common Transmission Mode
193
Table 5-35 Transmission Cables for a GSM+LTE Base Station in IP over FE/GE Common Transmission Mode
193
Figure 5-31 Transmission Cable Connections with FE Electrical Ports for Interconnection and FE Optical Ports
194
Figure 5-32 Transmission Cable Connections with FE Optical Ports for Interconnection and FE Electrical Ports
194
Table 5-36 Transmission Cables with FE Electrical Ports for Interconnection and FE Optical Ports Connected to the
194
Figure 5-33 Transmission Cable Connections in a Base Station in GSM 4E1/T1+LTE FE/GE Mode (1)
195
Table 5-37 Transmission Cables with FE Optical Ports for Interconnection and FE Electrical Ports Connected to the
195
Table 5-38 Transmission Cable Connections in a Base Station in GSM 4E1/T1+LTE FE/GE Mode (1)
195
Figure 5-34 Transmission Cable Connections in a Base Station in GSM 4E1/T1+LTE FE/GE Mode (2)
196
Figure 5-35 Transmission Cable Connections in a Base Station in GSM 8E1/T1+LTE FE/GE Mode (1)
196
Table 5-39 Transmission Cable Connections in a Base Station in GSM 4E1/T1+LTE FE/GE Mode (2)
196
Table 5-40 Transmission Cable Connections in a Base Station in GSM 8E1/T1+LTE FE/GE Mode (1)
196
Figure 5-37 Transmission Cable Connections in a Base Station in GSM FE/GE+LTE FE/GE Mode (1)
197
Table 5-41 Transmission Cable Connections in a Base Station in GSM 8E1/T1+LTE FE/GE Mode (2)
197
Table 5-42 Transmission Cable Connections in a Base Station in GSM FE/GE+LTE FE/GE Mode (1)
197
Table 5-44 Transmission Cables for a UMTS+LTE Base Station in IP over E1 Common Transmission Mode
198
Figure 5-41 Transmission Cable Connections for a UMTS+LTE Base Station in IP over FE/GE Common
199
Table 5-45 Transmission Cables for a UMTS+LTE Base Station in IP over E1 Common Transmission Mode
199
Figure 5-42 Transmission Cable Connections for a UMTS+LTE Base Station in IP over FE/GE Common
200
Table 5-46 Transmission Cables for a UMTS+LTE Base Station in IP over FE/GE Common Transmission Mode
200
Table 5-47 Transmission Cables for a UMTS+LTE Base Station in IP over FE/GE Common Transmission Mode
200
Figure 5-43 Transmission Cable Connections for a UMTS+LTE Base Station in Route Backup Mode with IP Common
201
Figure 5-44 Transmission Cable Connections for a UMTS+LTE Base Station in Route Backup Mode with IP Common
201
Table 5-48 Transmission Cables for a UMTS+LTE Base Station in Route Backup Mode with IP Common Transmission
201
Figure 5-45 Transmission Cable Connections in Hybrid Transmission Mode (1)
202
Table 5-49 Transmission Cables for a UMTS+LTE Base Station in Route Backup Mode with IP Common Transmission
202
Table 5-50 Transmission Cables in Hybrid Transmission Mode (1)
202
Figure 5-46 Transmission Cable Connections in Hybrid Transmission Mode (2)
203
Table 5-51 Transmission Cables in Hybrid Transmission Mode (2)
203
CPRI Cable Connections
206
Figure 5-53 Star Topology
207
Figure 5-54 Chain Topology
207
Figure 5-55 Star Topology over CPRI Ports
208
Figure 5-56 Chain Topology over CPRI Ports
208
Figure 5-57 Chain Topology over CPRI Ports on the Wbbpd
209
Figure 5-58 CPRI Cable Connections in the 3 X 10 Mhz 2T2R Configuration
209
Figure 5-59 CPRI Cable Connections in the 3 X 20 Mhz 2T2R Configuration
210
Figure 5-60 CPRI Cable Connections in the 3 X 10 Mhz 4T4R Configuration
210
Figure 5-61 CPRI Cable Connections in the 3 X 20 Mhz 4T4R Configuration
211
Figure 5-62 Dual-Star Topology over CPRI Ports (1)
211
Figure 5-63 Dual-Star Topology over CPRI Ports (2)
212
Figure 5-64 Dual-Star Topology over CPRI Ports (3)
212
Figure 5-65 Dual-Star Topology over CPRI Ports (4)
212
Figure 5-67 CPRI Cable Connections in a Co-Cabinet Base Station with Wrfus and Drfus/Grfus (2)
214
Figure 5-68 CPRI Cable Connections in a Co-Cabinet Base Station with Mrfus and Wrfus (1)
215
Figure 5-69 CPRI Cable Connections in a Co-Cabinet Base Station with Mrfus and Wrfus (2)
215
Figure 5-70 CPRI Cable Connections in a Co-Cabinet Base Station with Mrfus and Drfus/Grfus
216
Figure 5-71 Dual-Star Topology over CPRI Ports
217
Figure 5-72 CPRI Cable Connections in Co-Cabinet Mode
217
Figure 5-73 CPRI Port Connection Principles
218
Monitoring Signal Cable Connections
218
Figure 5-74 Monitoring Signal Cable Connections of the BTS3900 (-48 V DC)
219
Table 5-58 Monitoring Signal Cable Connections of the BTS3900 (-48 V DC)
219
Figure 5-75 Monitoring Signal Cable Connections of the BTS3900 (+24 V DC)
220
Table 5-59 Monitoring Signal Cable Connections of the BTS3900 (+24 V DC)
220
Figure 5-76 Signal Cable Connections of the BTS3900 (AC)
221
RF Cable Connections
221
Table 5-60 Signal Cable Connections of the BTS3900 (AC)
221
Figure 5-77 Cable Connections in 1T2R Mode (1)
222
Figure 5-78 Cable Connections in 1T2R Mode (2)
223
Figure 5-79 Cable Connections with Three Carriers
224
Figure 5-80 Cable Connections with Nine Carriers
225
Figure 5-81 Cable Connections with 14 Carriers
226
Figure 5-82 Cable Connections with 24 Carriers
227
Figure 5-83 Cable Connections in 1T2R Mode (1)
228
Figure 5-84 Cable Connections in 1T2R Mode (2)
229
Figure 5-85 Cable Connections in 2T4R Mode
230
Figure 5-86 RF Cable Connections in 2T2R Mode
231
Figure 5-87 RF Cable Connections in 4T4R Mode
232
Figure 5-88 Cable Connections in G3U1 Mode
233
PGND Cables
234
Figure 5-89 Cable Connections in G9U1 Mode
234
Equipotential Cable
235
Figure 5-90 PGND Cable for the Cabinet
235
Figure 5-91 PGND Cable for the Modules
235
Figure 5-92 Equipotential Cable
235
BTS3900 Power Cable
236
Input Power Cable for the Cabinet
236
Figure 5-93 -48 V Power Cable
236
Table 5-61 -48 V Power Cable
236
Figure 5-94 +24 V Power Cable
237
Table 5-62 +24 V Power Cable
237
Power Cable for the DCDU-01
238
Figure 5-95 AC Power Cable (220 V AC, Single-Phase)
238
Table 5-63 220 V Power Cable
238
Power Cable for the BBU
239
Figure 5-96 Power Cable for the DCDU-01
239
Figure 5-97 Power Cable for the BBU
239
Table 5-64 Power Cable for the DCDU-01
239
Power Cable for the Fan Box
240
Power Cable for the RFU
240
Figure 5-98 Power Cable for the Fan Box
240
Table 5-65 Pin Assignment of the Power Cable for the BBU
240
Table 5-66 Pin Assignment for the Wires of the Power Cable for the Fan Box
240
Power Cable for the GATM
241
Figure 5-99 Power Cable for the RFU
241
Table 5-67 Pin Assignment for the Wires of the Power Cable for the RFU
241
BTS3900 Transmission Cable
242
Figure 5-100 Power Cable for the GATM
242
Table 5-68 Pin Assignment for the Wires of the Power Cable for the GATM
242
E1/T1 Cable
243
Figure 5-101 E1/T1 Cable
243
Table 5-69 Connectors of the 75-Ohm E1 Coaxial Cable
243
Table 5-70 Pin Assignment for the Wires of the 75-Ohm E1 Coaxial Cable
244
Table 5-71 Pin Assignment for the Wires of the 120-Ohm E1 Twisted Pair Cable
244
FE/GE Cable
245
Figure 5-102 FE/GE Cable
245
FE/GE Optical Cable
246
Figure 5-103 FE/GE Optical Cable (FC and LC Connectors)
246
Figure 5-104 FE/GE Optical Cable (SC and LC Connectors)
246
Table 5-72 Pin Assignment for the Wires of the FE/GE Cable
246
Cable between Two FE Electrical Ports
247
Cable between Two FE Optical Ports
247
Figure 5-105 FE/GE Optical Cable (LC and LC Connectors)
247
Figure 5-106 Cable between Two FE Electrical Ports
247
CPRI Electrical Cable
248
BTS3900 Signal Cable
248
Figure 5-107 Cable between Two FE Optical Ports
248
Figure 5-108 CPRI Electrical Cable
248
Figure 5-109 Monitoring Signal Cable for the PMU
249
Monitoring Signal Cable for the PMU
249
Table 5-73 Pin Assignment for the Wires of the Monitoring Signal Cable for the PMU
249
Figure 5-110 Monitoring Signal Cable for the PSU (DC/DC)
250
In-Position Signal Cable for the PSU (DC/DC)
250
Monitoring Signal Cable for the PSU (DC/DC)
250
Figure 5-111 In-Position Signal Cable for the PSU (DC/DC)
251
Monitoring Signal Cable for the Fan Box
251
Table 5-74 Pin Assignment for the Wires of the In-Position Signal Cable for the PSU (DC/DC)
251
Fan Box Cascade Signal Cable
252
Figure 5-112 Monitoring Signal Cable for the Fan Box
252
Table 5-75 Pin Assignment for the Wires of the Monitoring Signal Cable for the Fan Box
252
Figure 5-113 Fan Box Cascade Signal Cable
253
Monitoring Signal Cable for the EMU
253
Table 5-76 Pin Assignment of the Fan Box Cascade Signal Cable
253
Figure 5-114 Monitoring Signal Cable for the EMU
254
Monitoring Signal Cable for the GATM
254
Table 5-77 Pin Assignment for the Wires of the Monitoring Signal Cable for the EMU
254
BBU Alarm Cable
255
Figure 5-115 Monitoring Signal Cable for the GATM
255
Table 5-78 Pin Assignment for the Wires of the Monitoring Signal Cable for the GATM
255
Figure 5-116 BBU Alarm Cable
256
Table 5-79 Pin Assignment for the Wires of the BBU Alarm Cable
256
Figure 5-117 GPS Clock Signal Cable
257
GPS Clock Signal Cable
257
Signal Cable for the ELU
258
BTS3900 RF Cable
258
Figure 5-118 Signal Cable for the ELU
258
Table 5-80 Pin Assignment for the Wires of the Signal Cable for the ELU
258
Figure 5-119 RF Jumper
259
Figure 5-120 Inter-RFU RF Signal Cable
259
Inter-RFU RF Signal Cable
259
RF Jumper
259
6 BTS3900 Auxiliary Equipment
261
PS4890 Cabinet
262
Figure 6-1 Cable Connections between the BTS3900 and the PS4890
262
Table 6-1 Cables between the BTS3900 and the PS4890
262
Emu
263
Ddf
263
Figure 6-2 Structure of the DDF
263
Table 6-2 Technical Specifications of the DDF
264
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