3900 & 5900 Series Base Station
Cables
Issue
16
Date
2021-08-13
HUAWEI TECHNOLOGIES CO., LTD.
Copyright © Huawei Technologies Co., Ltd. 2021. All rights reserved.
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Huawei Technologies Co., Ltd.
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Issue 16 (2021-08-13)
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3900 & 5900 Series Base Station
Cables
Contents
Contents
1 3900 & 5900 Series Base Station Cables............................................................................ 1
1.1 Changes in 3900 & 5900 Series Base Station Cables.................................................................................................. 4
1.2 Cable List................................................................................................................................................................................. 23
1.2.1 BTS5900 Cable List............................................................................................................................................................ 23
1.2.2 BTS5900L Cable List..........................................................................................................................................................27
1.2.3 BTS5900A Cable List......................................................................................................................................................... 31
1.2.4 DBS5900 Cable List (BBU5900).................................................................................................................................... 47
1.2.5 BTS3900 Cable List............................................................................................................................................................ 51
1.2.5.1 BTS3900 (Ver.B) Cable List..........................................................................................................................................51
1.2.5.2 BTS3900 (Ver.C) Cable List..........................................................................................................................................59
1.2.5.3 BTS3900 (Ver.D) Cable List......................................................................................................................................... 66
1.2.6 BTS3900L Cable List..........................................................................................................................................................77
1.2.6.1 BTS3900L (Ver.B) Cable List....................................................................................................................................... 77
1.2.6.2 BTS3900L (Ver.C) Cable List....................................................................................................................................... 84
1.2.6.3 BTS3900L (Ver.D) Cable List....................................................................................................................................... 92
1.2.7 BTS3900A Cable List...................................................................................................................................................... 101
1.2.7.1 BTS3900A (Ver.B) Cable List.................................................................................................................................... 101
1.2.7.2 BTS3900A (Ver.C) Cable List.................................................................................................................................... 112
1.2.7.3 BTS3900A (Ver.D) Cable List.................................................................................................................................... 125
1.2.7.4 BTS3900A (Ver.E) Cable List.....................................................................................................................................139
1.2.7.5 BTS3900A (Ver.D_A2) Cable List.............................................................................................................................156
1.2.7.6 BTS3900A (Ver.D_A1) Cable List.............................................................................................................................162
1.2.7.7 BTS3900A (Ver.E_A2) Cable List............................................................................................................................. 168
1.2.7.8 BTS3900A (Ver.E_A1) Cable List............................................................................................................................. 176
1.2.8 BTS3900AL Cable List.................................................................................................................................................... 182
1.2.8.1 BTS3900AL (Ver.A) Cable List.................................................................................................................................. 183
1.2.9 DBS3900 Cable List........................................................................................................................................................ 200
1.2.10 BTS3900C Cable List.................................................................................................................................................... 205
1.2.10.1 BTS3900C WCDMA Cable List...............................................................................................................................205
1.2.10.2 BTS3900C (Ver.C) Cable List.................................................................................................................................. 212
1.3 Cable Connections.............................................................................................................................................................. 219
1.3.1 Power Cable Connections.............................................................................................................................................219
1.3.1.1 BTS5900 Power Cable Connections....................................................................................................................... 219
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1.3.1.1.1 BTS3900 (Ver.E_A~D) Power Cable Connections...........................................................................................219
1.3.1.1.2 BTS5900 (Ver.A) Power Cable Connections.................................................................................................... 220
1.3.1.2 BTS5900L Power Cable Connections..................................................................................................................... 221
1.3.1.2.1 BTS3900L (Ver.E_B~D) Power Cable Connections.........................................................................................221
1.3.1.2.2 BTS5900L (Ver.A) Power Cable Connections.................................................................................................. 221
1.3.1.3 BTS5900A Power Cable Connections.................................................................................................................... 223
1.3.1.4 DBS5900 Power Cable Connections (BBU5900)............................................................................................... 233
1.3.1.4.1 Power Cable Connections in a DBS5900 Using the APM5930(AC)........................................................ 233
1.3.1.4.2 Power Cable Connections in a DBS5900 Using the APM5930(DC)........................................................245
1.3.1.4.3 Power Cable Connections in a DBS5900 Using the APM30H (Ver.E).................................................... 247
1.3.1.4.4 Power Cable Connections in a DBS5900 Using the TMC11H (Ver.E).....................................................255
1.3.1.4.5 Power Cable Connections in a DBS5900 Using the IBC10 (Ver.B).......................................................... 257
1.3.1.4.6 Power Cable Connections in a DBS5900 Using the IMB05........................................................................259
1.3.1.4.7 Power Cable Connections in a DBS5900 Using the ILC29 (Ver.E)........................................................... 260
1.3.1.5 DBS5900 Power Cable Connections (BBU5900A)............................................................................................ 262
1.3.1.6 BTS3900 Power Cable Connections....................................................................................................................... 263
1.3.1.6.1 BTS3900 (Ver.B) Power Cable Connections..................................................................................................... 264
1.3.1.6.2 BTS3900 (Ver.C) Power Cable Connections.....................................................................................................268
1.3.1.6.3 BTS3900 (Ver.D) Power Cable Connections.................................................................................................... 270
1.3.1.7 BTS3900L Power Cable Connections..................................................................................................................... 276
1.3.1.7.1 BTS3900L (Ver.B) Power Cable Connections...................................................................................................276
1.3.1.7.2 BTS3900L (Ver.C) Power Cable Connections...................................................................................................277
1.3.1.7.3 BTS3900L (Ver.D) Power Cable Connections.................................................................................................. 279
1.3.1.8 BTS3900A Power Cable Connections.................................................................................................................... 282
1.3.1.8.1 BTS3900A (Ver.B) Power Cable Connections.................................................................................................. 282
1.3.1.8.2 BTS3900A (Ver.C) Power Cable Connections.................................................................................................. 289
1.3.1.8.3 BTS3900A (Ver.D) Power Cable Connections..................................................................................................294
1.3.1.8.4 BTS3900A (Ver.E) Power Cable Connections.................................................................................................. 305
1.3.1.8.5 BTS3900A (Ver.D_A2) Power Cable Connections.......................................................................................... 317
1.3.1.8.6 BTS3900A (Ver.D_A1) Power Cable Connections.......................................................................................... 320
1.3.1.8.7 BTS3900A (Ver.E_A2) Power Cable Connections........................................................................................... 323
1.3.1.8.8 BTS3900A (Ver.E_A1) Power Cable Connections........................................................................................... 326
1.3.1.9 BTS3900AL Power Cable Connections.................................................................................................................. 328
1.3.1.9.1 BTS3900AL (Ver.A) Power Cable Connections............................................................................................... 329
1.3.1.10 DBS3900 Power Cable Connections (BBU3900 & BBU3910).....................................................................335
1.3.1.10.1 Power Cable Connections in a DBS3900 Using the MRE1000............................................................... 335
1.3.1.10.2 Power Cable Connections in a DBS3900 Using the APM30H (Ver.E).................................................. 339
1.3.1.10.3 Power Cable Connections in a DBS3900 Using the APM30H (Ver.D)................................................. 346
1.3.1.10.4 Power Cable Connections in a DBS3900 Using the APM30H (Ver.D_A2).......................................... 365
1.3.1.10.5 Power Cable Connections in a DBS3900 Using the APM30 (Ver.D_A1)............................................. 367
1.3.1.10.6 Power Cable Connections in a DBS3900 Using the APM30H (Ver.E_A2)...........................................369
1.3.1.10.7 Power Cable Connections in a DBS3900 Using the APM30 (Ver.E_A1).............................................. 372
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Contents
1.3.1.10.8 Power Cable Connections in a DBS3900 Using the APM30H (Ver.B) or APM30H (Ver.C)...........374
1.3.1.10.9 Power Cable Connections in a DBS3900 Using the TMC11H (Ver.E).................................................. 388
1.3.1.10.10 Power Cable Connections in a DBS3900 Using the TMC11H (Ver.D)............................................... 390
1.3.1.10.11 Power Cable Connections in a DBS3900 Using the TMC11H (Ver.B) or TMC11H (Ver.C).........392
1.3.1.10.12 Power Cable Connections in a DBS3900 Using an OMB (Ver.C), OMB, or IMB03....................... 393
1.3.1.10.13 Power Cable Connections in a DBS3900 Using the IMB05...................................................................398
1.3.1.10.14 Power Cable Connections in a DBS3900 Using the TP48600A............................................................400
1.3.1.10.15 Power Cable Connections in a DBS3900 Using the IBC10.................................................................... 403
1.3.1.10.16 Power Cable Connections in a DBS3900 Using the ILC29 (Ver.E)...................................................... 406
1.3.1.11 Power Cable Connections in a DBS3900 Configured with a BBU3910A................................................407
1.3.1.12 BTS3900C Power Cable Connections.................................................................................................................. 410
1.3.1.12.1 BTS3900C WCDMA Power Cable Connections............................................................................................ 410
1.3.1.12.2 BTS3900C (Ver.C) Power Cable Connections................................................................................................412
1.3.2 Monitoring Signal Cable Connections..................................................................................................................... 415
1.3.2.1 BTS5900 Monitoring Signal Cable Connections................................................................................................ 415
1.3.2.1.1 BTS3900 (Ver.E_A~D) Monitoring Signal Cable Connections................................................................... 415
1.3.2.1.2 BTS5900 (Ver.A) Monitoring Signal Cable Connections............................................................................. 415
1.3.2.2 BTS5900L Monitoring Signal Cable Connections..............................................................................................416
1.3.2.2.1 BTS3900L (Ver.E_B~D) Monitoring Signal Cable Connections................................................................. 416
1.3.2.2.2 BTS5900L (Ver.A) Monitoring Signal Cable Connections........................................................................... 417
1.3.2.3 BTS5900A Monitoring Signal Cable Connections............................................................................................. 418
1.3.2.4 DBS5900 Monitoring Signal Cable Connections (BBU5900)........................................................................ 423
1.3.2.4.1 Monitoring Signal Cable Connections in a DBS5900 Using the APM5930(AC)................................. 423
1.3.2.4.2 Monitoring Signal Cable Connections in a DBS5900 Using the APM5930(DC).................................429
1.3.2.4.3 Monitoring Signal Cable Connections in a DBS5900 Using the APM30H (Ver.E)............................. 430
1.3.2.4.4 Monitoring Signal Cable Connections in a DBS5900 Using the TMC11H (Ver.E)............................. 437
1.3.2.4.5 Monitoring Signal Cable Connections in a DBS5900 Using the TMC11H (Ver.E)............................. 438
1.3.2.4.6 Monitoring Signal Cable Connections in a DBS5900 Using the IBC10 (Ver.B)................................... 439
1.3.2.4.7 Monitoring Signal Cable Connections in a DBS5900 Using the IMB05................................................ 441
1.3.2.4.8 Monitoring Signal Cable Connections in a DBS5900 Using the ILC29 (Ver.E).................................... 442
1.3.2.5 Monitoring Signal Cable Connections in a DBS5900 Using the BBU5900A............................................444
1.3.2.6 BTS3900 Monitoring Signal Cable Connections................................................................................................ 444
1.3.2.6.1 BTS3900 (Ver.B) Monitoring Signal Cable Connections..............................................................................445
1.3.2.6.2 BTS3900 (Ver.C) Monitoring Signal Cable Connections..............................................................................449
1.3.2.6.3 BTS3900 (Ver.D) Monitoring Signal Cable Connections............................................................................. 452
1.3.2.7 BTS3900L Monitoring Signal Cable Connections..............................................................................................457
1.3.2.7.1 BTS3900L (Ver.B) Monitoring Signal Cable Connections........................................................................... 457
1.3.2.7.2 BTS3900L (Ver.C) Monitoring Signal Cable Connections........................................................................... 459
1.3.2.7.3 BTS3900L (Ver.D) Monitoring Signal Cable Connections........................................................................... 460
1.3.2.8 BTS3900A Monitoring Signal Cable Connections............................................................................................. 463
1.3.2.8.1 BTS3900A (Ver.B) Monitoring Signal Cable Connections........................................................................... 463
1.3.2.8.2 BTS3900A (Ver.C) Monitoring Signal Cable Connections...........................................................................470
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Contents
1.3.2.8.3 BTS3900A (Ver.D) Monitoring Signal Cable Connections.......................................................................... 478
1.3.2.8.4 BTS3900A (Ver.E) Monitoring Signal Cable Connections........................................................................... 484
1.3.2.8.5 BTS3900A (Ver.D_A2) Monitoring Signal Cable Connections................................................................... 489
1.3.2.8.6 BTS3900A (Ver.D_A1) Monitoring Signal Cable Connections................................................................... 492
1.3.2.8.7 BTS3900A (Ver.E_A2) Monitoring Signal Cable Connections.................................................................... 495
1.3.2.8.8 BTS3900A (Ver.E_A1) Monitoring Signal Cable Connections.................................................................... 499
1.3.2.9 BTS3900AL Monitoring Signal Cable Connections...........................................................................................503
1.3.2.9.1 BTS3900AL (Ver.A) Monitoring Signal Cable Connections........................................................................ 503
1.3.2.10 Monitoring Signal Cable Connections in the DBS3900 (Using a BBU3900 or BBU3910)................511
1.3.2.10.1 Monitoring Signal Cable Connections in a DBS3900 Using an MRE1000......................................... 511
1.3.2.10.2 Monitoring Signal Cable Connections in a DBS3900 Using the APM30H (Ver.E)...........................514
1.3.2.10.3 Monitoring Signal Cable Connections in a DBS3900 Using the APM30H (Ver.D).......................... 520
1.3.2.10.4 Monitoring Signal Cable Connections in a DBS3900 Using the APM30H (Ver.D_A2)...................534
1.3.2.10.5 Monitoring Signal Cable Connections in a DBS3900 Using the APM30 (Ver.D_A1)...................... 536
1.3.2.10.6 Monitoring Signal Cable Connections in a DBS3900 Using the APM30H (Ver.E_A2)....................539
1.3.2.10.7 Monitoring Signal Cable Connections in a DBS3900 Using the APM30 (Ver.E_A1).......................541
1.3.2.10.8 Monitoring Signal Cable Connections in a DBS3900 Using the APM30H (Ver.B) or APM30H
(Ver.C)............................................................................................................................................................................................ 544
1.3.2.10.9 Monitoring Signal Cable Connections in a DBS3900 Using the TMC11H (Ver.E)........................... 550
1.3.2.10.10 Monitoring Cable Connections in a DBS3900 Using the TMC11H (Ver.D)..................................... 551
1.3.2.10.11 Monitoring Signal Cable Connections in a DBS3900 Using the TMC11H (Ver.B) or TMC11H
(Ver.C)............................................................................................................................................................................................ 553
1.3.2.10.12 Monitoring Cable Connections in a DBS3900 Using an OMB (Ver.C), OMB, or IMB03............. 555
1.3.2.10.13 Monitoring Signal Cable Connections in a DBS5900 Using the IMB05............................................561
1.3.2.10.14 Monitoring Signal Cable Connections in a DBS3900 Using the TP48600A.................................... 562
1.3.2.10.15 Monitoring Signal Cable Connections in a DBS3900 Using the IBC10............................................. 564
1.3.2.10.16 Monitoring Signal Cable Connections in a DBS5900 Using the ILC29 (Ver.E)............................... 566
1.3.2.11 Monitoring Signal Cable Connections in a DBS3900 Using a BBU3910A............................................. 567
1.3.2.12 BTS3900C Monitoring Signal Cable Connections...........................................................................................569
1.3.2.12.1 BTS3900C WCDMA Monitoring Signal Cable Connections..................................................................... 569
1.3.2.12.2 BTS3900C (Ver.C) Monitoring Signal Cable Connections........................................................................ 571
1.3.3 BBU Interconnection Signal Cable Connections................................................................................................... 574
1.3.4 Transmission Cable Connections for 5900 Series Base Stations..................................................................... 576
1.3.4.1 Transmission Cable Connections in a Single-Mode Base Station............................................................... 576
1.3.4.2 Transmission Cable Connections in a Dual-Mode Base Station.................................................................. 577
1.3.4.3 Transmission Cable Connections in a Triple-Mode Base Station................................................................ 581
1.3.4.4 Transmission Cable Connections in a Quadruple-Mode Base Station...................................................... 583
1.3.5 Transmission Cable Connections for 3900 Series Base Stations..................................................................... 584
1.3.5.1 Transmission Cable Connections in a Single-Mode Base Station............................................................... 584
1.3.5.2 Transmission Cable Connections in a Dual-Mode Base Station Using Co-Transmission.................... 595
1.3.5.3 Transmission Cable Connections in a Dual-Mode Base Station Using Separate Transmission........ 612
1.3.5.4 Transmission Cable Connections in a Triple-Mode Base Station................................................................ 622
1.3.5.5 Transmission Cable Connections in a Quadruple-Mode Base Station...................................................... 627
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Cables
Contents
1.3.6 CPRI Cable Connections for 5900 Series Base Stations..................................................................................... 629
1.3.6.1 CPRI Cable Connections in a GSM Base Station............................................................................................... 629
1.3.6.2 CPRI Cable Connections in a UMTS Base Station.............................................................................................631
1.3.6.3 CPRI Cable Connections in LTE FDD and LTE TDD Base Stations............................................................... 634
1.3.6.4 CPRI/eCPRI Cable Connections in an NR Base Station................................................................................... 637
1.3.6.5 CPRI Cable Connections in GU and G*U Base Stations.................................................................................. 640
1.3.6.6 CPRI Cable Connections in GL and G*L Base Stations.................................................................................... 643
1.3.6.7 CPRI Cable Connections in UL and U*L Base Stations.................................................................................... 646
1.3.6.8 CPRI Cable Connections in a Triple-Mode Base Station.................................................................................649
1.3.6.9 CPRI Cable Connections in a Quadruple-Mode Base Station.......................................................................656
1.3.7 CPRI Cable Connections for 3900 Series Base Stations..................................................................................... 658
1.3.7.1 CPRI Cable Connections in a GSM Base Station............................................................................................... 658
1.3.7.2 CPRI Cable Connections in a UMTS Base Station.............................................................................................663
1.3.7.3 CPRI Cable Connections in an LTE FDD/LTE TDD Base Station................................................................... 667
1.3.7.4 CPRI Cable Connections in GU and G*U Base Stations.................................................................................. 671
1.3.7.5 CPRI Cable Connections in GL and G*L Base Stations.................................................................................... 678
1.3.7.6 CPRI Cable Connections in UL and U*L Base Stations.................................................................................... 686
1.3.7.7 CPRI Cable Connections in a Triple-Mode Base Station.................................................................................693
1.3.7.8 CPRI Cable Connections in a Quadruple-Mode Base Station.......................................................................709
1.3.8 RF Cable Connections.................................................................................................................................................... 712
1.3.8.1 RF Cable Connection Description........................................................................................................................... 712
1.3.8.2 RF Cable Connections for the DRFU..................................................................................................................... 716
1.3.8.3 RF Cable Connections for the GRFU..................................................................................................................... 717
1.3.8.4 RF Cable Connections for the WRFU.................................................................................................................... 718
1.3.8.5 RF Cable Connections for the WRFUa.................................................................................................................. 719
1.3.8.6 RF Cable Connections for the WRFUd..................................................................................................................720
1.3.8.7 RF Cable Connections for the WRFUe.................................................................................................................. 721
1.3.8.8 RF Cable Connections for the LRFU...................................................................................................................... 722
1.3.8.9 RF Cable Connections for the LRFUe.................................................................................................................... 722
1.3.8.10 RF Cable Connections for the MRFU.................................................................................................................. 723
1.3.8.11 RF Cable Connections for the MRFUd............................................................................................................... 724
1.3.8.12 RF Cable Connections for the MRFUe................................................................................................................725
1.3.8.13 RF Cable Connections for the CRFUd................................................................................................................. 726
1.3.8.14 RF Cable Connections for the CRFUe................................................................................................................. 727
1.3.8.15 RF Cable Connections for Mixed RFU Configuration.................................................................................... 728
1.4 PGND Cable.......................................................................................................................................................................... 730
1.5 Equipotential Cable............................................................................................................................................................735
1.6 Power Cables........................................................................................................................................................................ 737
1.6.1 Power Cables for Power Supply Devices................................................................................................................. 737
1.6.1.1 DCDU Power Cables................................................................................................................................................... 737
1.6.1.1.1 DCDU-01 Power Cable........................................................................................................................................... 737
1.6.1.1.2 DCDU-03B Power Cable.........................................................................................................................................739
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1.6.1.1.3 DCDU-03C Power Cable.........................................................................................................................................740
1.6.1.1.4 DCDU-11A Power Cable........................................................................................................................................ 742
1.6.1.1.5 DCDU-11B Power Cable.........................................................................................................................................744
1.6.1.1.6 DCDU-11C Power Cable.........................................................................................................................................745
1.6.1.1.7 DCDU-12A Power Cable........................................................................................................................................ 747
1.6.1.1.8 DCDU-12B Power Cable.........................................................................................................................................749
1.6.1.1.9 DCDU-12C Power Cable.........................................................................................................................................752
1.6.1.1.10 DCDU-13A Power Cable...................................................................................................................................... 755
1.6.1.1.11 Power Cable Between Cascaded DCDU-13As.............................................................................................. 756
1.6.1.1.12 DCDU15D Power Cable....................................................................................................................................... 757
1.6.1.1.13 DCDU16D Power Cable....................................................................................................................................... 758
1.6.1.2 EPU/EPS/ETP Power Cables......................................................................................................................................760
1.6.1.2.1 EPS 01A or EPS 01C Power Cable....................................................................................................................... 760
1.6.1.2.2 EPS 01B or EPS 01D Power Cable.......................................................................................................................762
1.6.1.2.3 EPU03A-02 or EPU03A-04 Power Cable...........................................................................................................764
1.6.1.2.4 EPU03A-03 or EPU03A-05 Power Cable...........................................................................................................766
1.6.1.2.5 EPU05A-02 or EPU05A-04 Power Cable...........................................................................................................768
1.6.1.2.6 EPU05A-03 or EPU05A-05 Power Cable...........................................................................................................770
1.6.1.2.7 EPU05A-06 or EPU05A-08 Power Cable...........................................................................................................772
1.6.1.2.8 EPU05A-07 or EPU05A-09 Power Cable...........................................................................................................774
1.6.1.2.9 EPU05A-11 or EPU05A-12 Power Cable...........................................................................................................776
1.6.1.2.10 EPU02D/EPU02D-02/EPU02B/EPU02S/EPU02S-02 Power Cable..........................................................778
1.6.1.2.11 EPU03A-21 Power Cable..................................................................................................................................... 782
1.6.1.2.12 ETP48100-A1 Power Cable................................................................................................................................. 783
1.6.1.2.13 ETP48100-B1 Power Cable................................................................................................................................. 784
1.6.1.2.14 EPS30-4815AF Power Cable............................................................................................................................... 784
1.6.1.2.15 EPS4890 Power Cable...........................................................................................................................................785
1.6.1.2.16 EPS24S48100DC Power Cable........................................................................................................................... 787
1.6.1.2.17 ETP48400 Power Cable........................................................................................................................................ 788
1.6.1.2.18 ETP48150-A3 Power Cable................................................................................................................................. 788
1.6.1.3 PDU Power Cables....................................................................................................................................................... 790
1.6.1.3.1 PDU10D-01 Power Cable...................................................................................................................................... 790
1.6.1.3.2 PDU05A-01 Power Cable....................................................................................................................................... 791
1.6.1.3.3 PDU03D-01 Power Cable...................................................................................................................................... 793
1.6.1.3.4 PDU08H-01 Power Cable...................................................................................................................................... 795
1.6.1.3.5 HSMU Power Cable for the PDU08H-01..........................................................................................................796
1.6.1.4 Power Cables for Other Power Supply Devices................................................................................................. 796
1.6.1.4.1 Power Cable for a Junction Box.......................................................................................................................... 796
1.6.1.4.2 PMU 15A Power Cable........................................................................................................................................... 798
1.6.1.4.3 Power Cable for a Power Distribution Box...................................................................................................... 799
1.6.1.4.4 Power Cable for the DC Junction Box in an RFC........................................................................................... 803
1.6.1.4.5 Power Cable for the DC Junction Box in a BTS3900AL............................................................................... 805
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1.6.1.4.6 Power Cables Between Cascaded DC Junction Boxes in Different IBBS300Ds/IBBS300Ts/
BBC5300Ds/BBC5300Ts............................................................................................................................................................806
1.6.1.4.7 Power Cable Between Cascaded IBBS20Ds..................................................................................................... 808
1.6.1.4.8 IBBS20L Power Cable and Power Cable Between Cascaded IBBS20Ls.................................................. 808
1.6.1.4.9 IBBS20L-E Power Cable.......................................................................................................................................... 809
1.6.1.4.10 APM30 Input Power Cable..................................................................................................................................810
1.6.1.4.11 TMC Input Power Cable.......................................................................................................................................811
1.6.1.4.12 TMC11H Input Power Cable.............................................................................................................................. 813
1.6.1.4.13 Storage Battery Power Cable............................................................................................................................. 815
1.6.1.4.14 Lithium Battery Activation Cable..................................................................................................................... 821
1.6.2 Power Cables for Monitoring Devices...................................................................................................................... 822
1.6.2.1 CMUEA Power Cable.................................................................................................................................................. 822
1.6.2.2 CMUF Power Cable..................................................................................................................................................... 823
1.6.2.3 CMUG Power Cable.................................................................................................................................................... 824
1.6.2.4 CCU Power Cable......................................................................................................................................................... 825
1.6.2.5 CCU01D-03 Power Cable.......................................................................................................................................... 826
1.6.2.6 HEUA Power Cable...................................................................................................................................................... 826
1.6.2.7 HEUB Power Cable...................................................................................................................................................... 827
1.6.3 Power Cables for Temperature Control Devices................................................................................................... 828
1.6.3.1 Power Cables for Fan Assemblies.......................................................................................................................... 828
1.6.3.1.1 FAN Power Cable...................................................................................................................................................... 828
1.6.3.1.2 FAN 01A Power Cable.............................................................................................................................................829
1.6.3.1.3 FAN 01B Power Cable............................................................................................................................................. 829
1.6.3.1.4 FAN 01C Power Cable............................................................................................................................................. 830
1.6.3.1.5 FAN 01D Power Cable............................................................................................................................................ 831
1.6.3.1.6 FAN 02A Power Cable.............................................................................................................................................832
1.6.3.1.7 FAN 02B Power Cable............................................................................................................................................. 833
1.6.3.1.8 FAN 02D Power Cable............................................................................................................................................ 834
1.6.3.1.9 FAN 03B Power Cable............................................................................................................................................. 835
1.6.3.1.10 FAN 03C Power Cable.......................................................................................................................................... 836
1.6.3.1.11 FAN 02E Power Cable...........................................................................................................................................837
1.6.3.1.12 FAN02G Power Cable........................................................................................................................................... 838
1.6.3.1.13 FAN02H Power Cable........................................................................................................................................... 839
1.6.3.1.14 FAU03D-03 Power Cable..................................................................................................................................... 840
1.6.3.1.15 FAU03D-02 Power Cable..................................................................................................................................... 841
1.6.3.1.16 FAU03D-01 Power Cable..................................................................................................................................... 842
1.6.3.1.17 FAU02D-15 Power Cable..................................................................................................................................... 842
1.6.3.1.18 FAU01D-05 Power Cable..................................................................................................................................... 843
1.6.3.1.19 FAN 03D Power Cable.......................................................................................................................................... 844
1.6.3.2 Transfer Power Cable for the Fan Assembly.......................................................................................................845
1.6.3.3 Power Cable for an AC Heater................................................................................................................................ 845
1.6.3.4 Power Cable for a Heating Film............................................................................................................................. 847
1.6.3.5 Power Cables for the Temperature Control System.........................................................................................848
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Contents
1.6.3.6 HAU01A-01 Power Cable.......................................................................................................................................... 849
1.6.3.7 HAU03A-02 Power Cable.......................................................................................................................................... 850
1.6.3.8 Fan Power Cables in an IBBS200D.........................................................................................................................851
1.6.3.9 BBC5200D Fan/BBC5200D-L Fan/BBC5200T TEC/BBC5200T-L Air Conditioner Power Cable.......... 854
1.6.3.10 Fan Power Cables in an IBBS300D...................................................................................................................... 856
1.6.3.11 BBC5300D Fan or BBC5300T TEC Power Cable.............................................................................................. 857
1.6.3.12 TEC Power Cables in an IBBS200T.......................................................................................................................858
1.6.3.13 TEC Power Cables in an IBBS300T.......................................................................................................................861
1.6.3.14 Power Cable for a Heat Exchanger in the Front Door................................................................................. 862
1.6.4 Power Cables for Other Devices................................................................................................................................ 863
1.6.4.1 EMUA or EMUB Power Cable.................................................................................................................................. 863
1.6.4.2 BBU Power Cable......................................................................................................................................................... 866
1.6.4.3 RFU Power Cable......................................................................................................................................................... 872
1.6.4.4 RRU Power Cable......................................................................................................................................................... 874
1.6.4.5 SOU Power Cable........................................................................................................................................................ 878
1.6.4.6 SPD Power Cable......................................................................................................................................................... 878
1.6.4.7 Power Cable for an AC Surge Protection Box.................................................................................................... 879
1.6.4.8 Power Cable for the AC Power Distribution Box in the MRE1000..............................................................880
1.6.4.9 GATM Power Cable..................................................................................................................................................... 881
1.6.4.10 ODM06D Power Cable............................................................................................................................................ 884
1.7 Transmission Cables........................................................................................................................................................... 885
1.7.1 E1/T1 Cable....................................................................................................................................................................... 885
1.7.2 E1/T1 Surge Protection Transfer Cable.................................................................................................................... 888
1.7.3 FE/GE Optical Fiber........................................................................................................................................................ 890
1.7.4 Interconnection Cable Between FE/GE Electrical Ports......................................................................................891
1.7.5 Interconnection Cable Between FE/GE Optical Ports......................................................................................... 891
1.7.6 FE/GE Ethernet Cable.................................................................................................................................................... 891
1.7.7 FE/GE Surge Protection Transfer Cable................................................................................................................... 892
1.8 Signal Cables........................................................................................................................................................................ 893
1.8.1 Signal Cables for Power Devices................................................................................................................................ 893
1.8.1.1 PMU-CCU Monitoring Signal Cable...................................................................................................................... 894
1.8.1.2 PMU 11A-CMUEA Monitoring Signal Cable.......................................................................................................894
1.8.1.3 PMU 01B-BBU Monitoring Signal Cable............................................................................................................. 895
1.8.1.4 PMU 11A-BBU Monitoring Signal Cable............................................................................................................. 896
1.8.1.5 PMU 12A-BBU Monitoring Signal Cable............................................................................................................. 897
1.8.1.6 PMU 15A-BBU Monitoring Signal Cable............................................................................................................. 898
1.8.1.7 PMU-CMUA Monitoring Signal Cable.................................................................................................................. 899
1.8.1.8 PMU-CMUE Monitoring Signal Cable.................................................................................................................. 900
1.8.1.9 EPU02D or EPU02D-02 Monitoring Signal Cable.............................................................................................901
1.8.1.10 Monitoring Signal Cable for the AC Power Distribution Box in an MRE1000..................................... 903
1.8.1.11 HSMU Monitoring Signal Cable for the PDU08H-01................................................................................... 903
1.8.1.12 PMU 11A-HEUB Monitoring Signal Cable........................................................................................................ 904
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Contents
1.8.1.13 PMIU-CCUB Monitoring Signal Cable................................................................................................................ 905
1.8.1.14 PMIU-CCUC Monitoring Signal Cable................................................................................................................ 906
1.8.1.15 PMID-CCUC Monitoring Signal Cable................................................................................................................ 907
1.8.1.16 Surge Protection Alarm Cable for the DCDU-13A......................................................................................... 908
1.8.1.17 Alarm Signal Cable for the DCDU-03B.............................................................................................................. 908
1.8.1.18 PSU (EPW25-24S48D) Monitoring Signal Cable............................................................................................ 909
1.8.1.19 PSU (EPW25-24S48D) In-Position Signal Cable............................................................................................. 910
1.8.1.20 Monitoring Signal Cable for the Power Distribution Box in an IBBS20D.............................................. 911
1.8.1.21 IBBS20L Monitoring Signal Cable........................................................................................................................ 912
1.8.1.22 Monitoring Signal Cable Between Cascaded IBBS20Ls................................................................................913
1.8.1.23 IBBS20L-E Monitoring Signal Cable.................................................................................................................... 914
1.8.1.24 Monitoring Signal Cable for the Lithium Battery.......................................................................................... 915
1.8.1.25 Temperature Monitoring Signal Cable for the Batteries............................................................................. 916
1.8.1.26 OPM50M-CMUG Monitoring Signal Cable...................................................................................................... 916
1.8.2 Signal Cables for Monitoring Devices...................................................................................................................... 917
1.8.2.1 PMU-HEUA Monitoring Signal Cable................................................................................................................... 917
1.8.2.2 APMI-BBU Monitoring Signal Cable..................................................................................................................... 918
1.8.2.3 CMUA-BBU Monitoring Signal Cable................................................................................................................... 919
1.8.2.4 CCUB-BBU Monitoring Signal Cable..................................................................................................................... 920
1.8.2.5 CCUC-BBU Monitoring Signal Cable..................................................................................................................... 921
1.8.2.6 CMUE-BBU Monitoring Signal Cable.................................................................................................................... 922
1.8.2.7 CMUEA-BBU Monitoring Signal Cable................................................................................................................. 923
1.8.2.8 Signal Cable for Connecting Cascaded CCUs..................................................................................................... 924
1.8.2.9 CCU-BBU Monitoring Signal Cable........................................................................................................................925
1.8.2.10 Monitoring Signal Cable Between Cascaded CMUAs................................................................................... 925
1.8.2.11 Monitoring Signal Cable Between Cascaded CMUEs................................................................................... 926
1.8.2.12 Monitoring Signal Cable Between Cascaded CMUGs...................................................................................927
1.8.2.13 Monitoring Signal Cable Between Cascaded CMUEAs................................................................................ 928
1.8.2.14 Monitoring Signal Cable Between Cascaded CCU01D-03s........................................................................ 929
1.8.2.15 Signal Cable Between Cascaded HAU01A-01s............................................................................................... 930
1.8.2.16 HEUB-BBU Monitoring Signal Cable.................................................................................................................. 931
1.8.2.17 HEUA-BBU Monitoring Signal Cable.................................................................................................................. 932
1.8.2.18 HPMI-PMU Monitoring Signal Cable................................................................................................................. 933
1.8.2.19 CMUEA-CCU Monitoring Signal Cable.............................................................................................................. 935
1.8.2.20 CMUF-CCU Monitoring Signal Cable................................................................................................................. 936
1.8.2.21 Monitoring Signal Cable for the CMUG............................................................................................................ 937
1.8.2.22 Monitoring Signal Cable Between Cascaded CMUHs.................................................................................. 939
1.8.2.23 CMUH-CCUB Monitoring Signal Cable.............................................................................................................. 940
1.8.2.24 CMUH-CCUC Monitoring Signal Cable..............................................................................................................941
1.8.2.25 CCUB-CMUH Monitoring Signal Cable..............................................................................................................942
1.8.2.26 CCUC-CMUH Monitoring Signal Cable.............................................................................................................. 942
1.8.2.27 Monitoring Signal Cable Between Cascaded CCUBs.................................................................................... 943
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Cables
Contents
1.8.2.28 Monitoring Signal Cable Between Cascaded CCUCs.................................................................................... 944
1.8.2.29 FMUC-BBU Monitoring Signal Cable..................................................................................................................945
1.8.2.30 FMUE-BBU Monitoring Signal Cable.................................................................................................................. 946
1.8.2.31 FMUEA-BBU Monitoring Signal Cable............................................................................................................... 947
1.8.2.32 WIUA Monitoring Signal Cable............................................................................................................................ 948
1.8.2.33 eBat Monitoring Signal Cable............................................................................................................................... 949
1.8.2.34 Monitoring Signal Cable for a Battery Cabinet.............................................................................................. 950
1.8.2.35 BBU Alarm Cable....................................................................................................................................................... 951
1.8.3 Signal Cables for Temperature Control Devices................................................................................................... 955
1.8.3.1 Monitoring Signal Cable Between Cascaded Fan Assemblies......................................................................956
1.8.3.2 FAU02D-15 Monitoring Signal Cable................................................................................................................... 957
1.8.3.3 FAN 03D Monitoring Signal Cable.........................................................................................................................958
1.8.3.4 FAU03D-01 Monitoring Signal Cable................................................................................................................... 959
1.8.3.5 FAU03D-02 Monitoring Signal Cable................................................................................................................... 960
1.8.3.6 Monitoring Signal Cable Between Cascaded FANs.......................................................................................... 961
1.8.3.7 HEUB-FAU01D-01 Monitoring Signal Cable...................................................................................................... 962
1.8.3.8 Monitoring Signal Cable Between Cascaded FAN 03B Units....................................................................... 962
1.8.3.9 Monitoring Signal Cable Between Cascaded FAN 03C Units....................................................................... 963
1.8.3.10 Monitoring Signal Cable for the OMB Fan Assembly...................................................................................964
1.8.3.11 Monitoring Signal Cable for the Temperature Sensor..................................................................................965
1.8.3.12 HAU01A-01 Monitoring Signal Cable................................................................................................................ 967
1.8.3.13 HAU03A-02 Monitoring Signal Cable................................................................................................................ 969
1.8.3.14 Monitoring Signal Transfer Cables for Fans in Front Doors....................................................................... 970
1.8.3.15 Monitoring Signal Cable for the Heat Exchanger.......................................................................................... 971
1.8.3.16 Monitoring Signal Transfer Cable for the Fan at the Top of a Cabinet..................................................972
1.8.3.17 TEC Alarm Transfer Cable for the IBBS2.2........................................................................................................ 973
1.8.3.18 Monitoring Signal Cable for the Temperature Sensor in the RFC............................................................ 974
1.8.4 Signal Cables for Other Devices.................................................................................................................................974
1.8.4.1 Monitoring Signal Cable for a Door Status Sensor..........................................................................................975
1.8.4.2 Monitoring Signal Cable for the Door Status Sensor in the APM30......................................................... 981
1.8.4.3 ELU Signal Cable.......................................................................................................................................................... 981
1.8.4.4 Monitoring Signal Cables for the IBBS Door Control and Temperature Sensor.................................... 984
1.8.4.5 EMUA or EMUB Monitoring Signal Cable........................................................................................................... 985
1.8.4.6 EMU Monitoring Signal Cable.................................................................................................................................986
1.8.4.7 Monitoring Signal Cable for the AC Surge Protection Module....................................................................987
1.8.4.8 Alarm Signal Cable for the AC Surge Protection Box..................................................................................... 987
1.8.4.9 SPD Monitoring Signal Cable.................................................................................................................................. 988
1.8.4.10 RRU AISG Multi-Wire Cable...................................................................................................................................988
1.8.4.11 RRU AISG Extension Cable..................................................................................................................................... 989
1.8.4.12 GPS Clock Signal Cable........................................................................................................................................... 991
1.8.4.13 GPS Jumper................................................................................................................................................................. 991
1.8.4.14 BBU Interconnection Signal Cable.......................................................................................................................991
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Cables
Contents
1.8.4.15 Cable Between Two Combined Base Stations................................................................................................. 993
1.8.4.16 Local Maintenance Adapter.................................................................................................................................. 995
1.8.4.17 GATM Monitoring Signal Cable........................................................................................................................... 996
1.8.4.18 CMUA-GATM Monitoring Signal Cable............................................................................................................. 997
1.8.4.19 CMUE-GATM Monitoring Signal Cable............................................................................................................. 998
1.8.4.20 CMUEA-GATM Monitoring Signal Cable.......................................................................................................... 999
1.8.4.21 CMUH-GATM Monitoring Signal Cable............................................................................................................ 999
1.8.4.22 FMUC-GATM Monitoring Signal Cable........................................................................................................... 1000
1.8.4.23 FMUE-GATM Monitoring Signal Cable........................................................................................................... 1001
1.8.4.24 RET Control Signal Cable..................................................................................................................................... 1002
1.8.4.25 ODM06D Surge Protection Alarm Signal Cable...........................................................................................1003
1.9 CPRI Cables........................................................................................................................................................................ 1003
1.9.1 CPRI Electrical Cables.................................................................................................................................................. 1003
1.9.2 CPRI Optical Fiber.........................................................................................................................................................1004
1.10 RF Cables.......................................................................................................................................................................... 1010
1.10.1 RF Jumpers................................................................................................................................................................... 1010
1.10.2 Inter-RFU RF Signal Cable....................................................................................................................................... 1012
Issue 16 (2021-08-13)
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1
1 3900 & 5900 Series Base Station Cables
3900 & 5900 Series Base Station Cables
Overview
This document provides information about cables used in cabinets for 3900 &
5900 series base stations, which includes cable lists, cable connections, and
descriptions of each cable. For information about cables for RRUs and AAUs, see
the corresponding hardware description.
The RF modules for distributed base stations in this document include RRUs and
AAUs. The application scenarios, power distribution principles, cable connections,
and cable installation of the RRUs and AAUs are the same. The following uses the
RRUs as an example.
The exteriors of components or cables in this document are for reference only. The
actual exteriors may be different.
NOTE
● Unless otherwise specified, in this document, LTE and eNodeB always include FDD, NB-IoT,
and TDD. In scenarios where they need to be distinguished, LTE FDD, LTE NB-IoT, and LTE
TDD are used. The same rules apply to eNodeB.
● Unless otherwise specified, in this document, NR and gNodeB always include FDD and TDD.
In scenarios where they need to be distinguished, NR FDD and NR TDD are used. The same
rules apply to gNodeB.
● In this document, "G" is short for GSM, "U" for UMTS, "L" for LTE FDD, "T" for LTE TDD, "M"
for LTE NB-IoT, and "N" for NR. In addition, "N (FDD)" is short for NR FDD and "N (TDD)" is
short for NR TDD.
● For details about the LampSite solution, see LampSite Base Station Hardware Description.
Product Version
The following table lists the product versions related to this document.
Product Name
Solution Version
Product Version
3900 series base stations
SRAN8.0 and later
V100R008C00 and later
5900 series base stations
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Unless otherwise specified, cabinets, components, and RATs involved in this
document are supported in V100R008C00 and later versions. The following table
lists the special cases.
Item
Solution Version
Product Version
IBC10
SRAN8.1/GBSS15.1/
RAN15.1/eRAN6.1 and
later
V100R008C01 and later
● BBU3910
SRAN9.0/GBSS16.0/
RAN16.0/eRAN7.0/eRAN
TDD 7.0 and later
V100R009C00 and later
SRAN10.0/GBSS17.0/
RAN17.0/eRAN8.0 and
later
V100R010C00 and later
IBBS20L
SRAN11.0/GBSS18.0/
RAN18.0/eRAN11.0/
eRAN TDD 11.0 and later
V100R011C00 and later
● IBBS20L-E
SRAN11.1/GBSS18.1/
RAN18.1/eRAN11.1/
eRAN TDD 11.1 and later
V100R011C10 and later
RMU3900A
SRAN12.0/GBSS19.0/
RAN19.0/eRAN12.0/
eRAN TDD 12.0 and later
V100R012C00 and later
● EPU02D
SRAN12.1/GBSS19.1/
RAN19.1/eRAN12.1/
eRAN TDD 12.1 and later
V100R012C10 and later
SRAN12.1/GBSS19.1/
RAN19.1/eRAN12.1/
eRAN TDD 12.1 and later
V100R012C10 and later
SRAN12.1/GBSS19.1/
RAN19.1/eRAN12.1/
eRAN TDD 12.1 and later
V100R012C10 and later
● APM30H (Ver.E)
● TMC11H (Ver.E)
● RFC (Ver.E)
● IBBS200D (Ver.E)
● IBBS200T (Ver.E)
● BBU3910A
● OPM50M
● OPM15M
● IBBS20D
● IBBS300D (Ver.A)
● IBBS300T (Ver.A)
● USU3910
● OPM30M
● EPU02D-02
● MRE1000
● BTS3900 (Ver.E_A~D)
● BTS3900L (Ver.E_B~D)
● IMB05
● ILC29 (Ver.E)
● BTS5900 (Ver.A)
● BTS5900L (Ver.A)
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Item
Solution Version
Product Version
● APM5930
SRAN12.1/GBSS19.1/
RAN19.1/eRAN12.1/
eRAN TDD 12.1 and later
V100R012C10 and later
SRAN15.1/GBSS21.1/
RAN21.1/eRAN15.1/
eRAN TDD 15.1 and later
V100R015C10 and later
SRAN16.0/GBSS22.0/
RAN22.0/eRAN16.0/
eRAN TDD 16.0 and later
V100R016C00 and later
SRAN16.1/GBSS22.1/
RAN22.1/eRAN16.1/
eRAN TDD 16.1 and later
V100R016C10 and later
DCDU16D-02
SRAN17.0/GBSS23.0/
RAN23.0/eRAN17.0/
eRAN TDD 17.0 and later
V100R017C00 and later
BBC5200T-L
SRAN15.1/GBSS21.1/
RAN21.1/eRAN15.1/
eRAN TDD 15.1 and later
V100R015C10 and later
● BBC5200D/BBC5200T/
BBC5300D/BBC5300T
● IBC10 (Ver.B)
● BBC5200D-L
● DCDU16D
● FAN02H
● BBU5900A
● OPM200
● IBBS50L
● RFC5906
● INS05
● IFS5906
● IMS5906
● EPU02S
● EPU02B
● EPU02S-02
Intended Audience
This document is intended for:
●
System engineers
●
Base station installation engineers
●
Site maintenance engineers
Organization
1.1 Changes in 3900 & 5900 Series Base Station Cables
This section describes the changes in 3900 & 5900 Series Base Station Cables.
1.2 Cable List
This section describes cable lists for BTS5900, BTS5900L, BTS5900A, DBS5900,
BTS3900, BTS3900L, BTS3900A, BTS3900AL, BTS3900C, and DBS3900 base
stations.
Issue 16 (2021-08-13)
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
1.3 Cable Connections
This section describes cable connections for 3900 and 5900 series base stations,
including power cable connections, transmission cable connections, monitoring
signal cable connections, BBU interconnection signal cable connections, CPRI cable
connections, and RF cable connections.
1.4 PGND Cable
PGND cables include PGND cables for cabinets and PGND cables for modules,
which ensure proper grounding of cabinets and modules in the cabinets as well as
safe operation of a base station.
1.5 Equipotential Cable
Equipotential cables connect the PGND terminals of two cabinets. They ensure
equipotential bonding between cabinets and safe operation of base stations.
1.6 Power Cables
This section describes the exteriors, functions, and pin assignment of power cables.
1.7 Transmission Cables
This section describes the exteriors, functions, and pin assignment of transmission
cables in a cabinet.
1.8 Signal Cables
This section describes the exteriors, functions, and pin assignment of signal cables.
1.9 CPRI Cables
This section describes CPRI cables, including CPRI electrical cables and CPRI optical
fibers.
1.10 RF Cables
This section describes the RF cables, including RF jumpers and inter-RFU RF signal
cables.
1.1 Changes in 3900 & 5900 Series Base Station Cables
This section describes the changes in 3900 & 5900 Series Base Station Cables.
16 (2021-08-13)
This is the sixteenth commercial release.
Compared with Issue 15 (2020-01-20), this issue does not include any new topics
or exclude any topics.
Compared with Issue 15 (2020-01-20), this issue includes the following changes.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
4
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Topic
Change Description
● 1.2.4 DBS5900 Cable List
(BBU5900)
Added descriptions of cables related to
the BBC5200T-L cabinet and its
components.
● 1.2.9 DBS3900 Cable List
● 1.3.1.4.1 Power Cable Connections
in a DBS5900 Using the
APM5930(AC)
● 1.3.1.4.3 Power Cable Connections
in a DBS5900 Using the APM30H
(Ver.E)
● 1.3.1.10.2 Power Cable
Connections in a DBS3900 Using
the APM30H (Ver.E)
● 1.3.2.4.1 Monitoring Signal Cable
Connections in a DBS5900 Using
the APM5930(AC)
● 1.3.2.4.3 Monitoring Signal Cable
Connections in a DBS5900 Using
the APM30H (Ver.E)
● 1.3.2.10.2 Monitoring Signal Cable
Connections in a DBS3900 Using
the APM30H (Ver.E)
● 1.4 PGND Cable
● 1.6.3.9 BBC5200D Fan/BBC5200DL Fan/BBC5200T TEC/BBC5200T-L
Air Conditioner Power Cable
● 1.3.1.10.3 Power Cable
Connections in a DBS3900 Using
the APM30H (Ver.D)
● 1.3.2.10.3 Monitoring Signal Cable
Connections in a DBS3900 Using
the APM30H (Ver.D)
● 1.6.1.4.3 Power Cable for a Power
Distribution Box
15 (2020-01-20)
This is the fifteenth commercial release.
Compared with Issue 14 (2019-12-27), this issue does not include any new topics
or exclude any topics.
Compared with Issue 14 (2019-12-27), this issue includes the following changes.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
5
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Topic
Change Description
● 1.2.5.3 BTS3900 (Ver.D)
Cable List
Added the description of power cables for the
EPU02B.
● 1.2.6.3 BTS3900L (Ver.D)
Cable List
● 1.2.7.3 BTS3900A (Ver.D)
Cable List
● 1.2.7.4 BTS3900A (Ver.E)
Cable List
● 1.2.8.1 BTS3900AL (Ver.A)
Cable List
● 1.3.1.4.1 Power Cable
Connections in a
DBS5900 Using the
APM5930(AC)
● 1.3.1.4.2 Power Cable
Connections in a
DBS5900 Using the
APM5930(DC)
● 1.3.1.4.3 Power Cable
Connections in a
DBS5900 Using the
APM30H (Ver.E)
● 1.6.1.2.10 EPU02D/
EPU02D-02/EPU02B/
EPU02S/EPU02S-02
Power Cable
● 1.2.5.3 BTS3900 (Ver.D)
Cable List
Added the description of power cables for the
EPU02S-02.
● 1.2.6.3 BTS3900L (Ver.D)
Cable List
● 1.2.7.3 BTS3900A (Ver.D)
Cable List
● 1.2.8.1 BTS3900AL (Ver.A)
Cable List
● 1.3.1.4.2 Power Cable
Connections in a
DBS5900 Using the
APM5930(DC)
● 1.6.1.2.10 EPU02D/
EPU02D-02/EPU02B/
EPU02S/EPU02S-02
Power Cable
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
6
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
14 (2019-12-27)
This is the fourteenth commercial release.
Compared with Issue 13 (2019-10-28), this issue does not include any new topics
or exclude any topics.
Compared with Issue 13 (2019-10-28), this issue includes the following changes.
Topic
Change Description
● 1.2.5.3 BTS3900 (Ver.D)
Cable List
Added the description of power cables for the
EPU02S.
● 1.2.6.3 BTS3900L (Ver.D)
Cable List
● 1.2.7.3 BTS3900A (Ver.D)
Cable List
● 1.2.7.4 BTS3900A (Ver.E)
Cable List
● 1.2.8.1 BTS3900AL (Ver.A)
Cable List
● 1.3.1.4.1 Power Cable
Connections in a
DBS5900 Using the
APM5930(AC)
● 1.3.1.4.2 Power Cable
Connections in a
DBS5900 Using the
APM5930(DC)
● 1.3.1.4.3 Power Cable
Connections in a
DBS5900 Using the
APM30H (Ver.E)
● 1.6.1.2.10 EPU02D/
EPU02D-02/EPU02B/
EPU02S/EPU02S-02
Power Cable
13 (2019-10-28)
This is the thirteenth commercial release.
Compared with Issue 12 (2019-09-10), this issue includes the following new topics:
●
1.6.3.1.13 FAN02H Power Cable
●
1.8.1.14 PMIU-CCUC Monitoring Signal Cable
●
1.8.2.5 CCUC-BBU Monitoring Signal Cable
●
1.8.2.24 CMUH-CCUC Monitoring Signal Cable
●
1.8.2.26 CCUC-CMUH Monitoring Signal Cable
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
7
3900 & 5900 Series Base Station
Cables
●
1 3900 & 5900 Series Base Station Cables
1.8.2.28 Monitoring Signal Cable Between Cascaded CCUCs
Compared with Issue 12 (2019-09-10), this issue includes the following changes.
Topic
Change Description
● 1.2.3 BTS5900A Cable List
Added the description of cables used for the
FAN02H.
● 1.2.4 DBS5900 Cable List
(BBU5900)
● 1.2.7.4 BTS3900A (Ver.E)
Cable List
● 1.2.9 DBS3900 Cable List
● 1.3.1.3 BTS5900A Power
Cable Connections
● 1.3.1.4.3 Power Cable
Connections in a
DBS5900 Using the
APM30H (Ver.E)
● 1.3.1.4.4 Power Cable
Connections in a
DBS5900 Using the
TMC11H (Ver.E)
● 1.3.1.10.2 Power Cable
Connections in a
DBS3900 Using the
APM30H (Ver.E)
● 1.3.1.10.9 Power Cable
Connections in a
DBS3900 Using the
TMC11H (Ver.E)
● 1.3.2.3 BTS5900A
Monitoring Signal Cable
Connections
● 1.3.2.8.4 BTS3900A
(Ver.E) Monitoring Signal
Cable Connections
● 1.3.2.10.2 Monitoring
Signal Cable Connections
in a DBS3900 Using the
APM30H (Ver.E)
Compared with Issue 12 (2019-09-10), this issue does not exclude any topics.
12 (2019-09-10)
This is the twelfth commercial release.
Compared with Issue 11 (2019-07-20), this issue does not include any new topics
or exclude any topics.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
8
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Compared with Issue 11 (2019-07-20), this issue includes the following changes.
Topic
Change Description
● 1.6.4.2 BBU Power Cable
Added the description of the BBU5900A power
cable.
11 (2019-07-20)
This is the eleventh commercial release.
Compared with Issue 10 (2019-03-25), this issue includes the following new topics:
●
1.6.1.1.13 DCDU16D Power Cable
Compared with Issue 10 (2019-03-25), this issue includes the following changes.
Topic
Change Description
● 1.6.4.4 RRU Power Cable
Added the description of RRU power cables
when a DCDU16D supplies power.
● 1.2.1 BTS5900 Cable List
Added the description of DCDU16D power
cables.
● 1.2.2 BTS5900L Cable List
● 1.2.3 BTS5900A Cable List
● 1.2.4 DBS5900 Cable List
(BBU5900)
● 1.2.5.3 BTS3900 (Ver.D)
Cable List
● 1.2.6.3 BTS3900L (Ver.D)
Cable List
● 1.2.7.3 BTS3900A (Ver.D)
Cable List
● 1.2.7.4 BTS3900A (Ver.E)
Cable List
● 1.2.8.1 BTS3900AL (Ver.A)
Cable List
● 1.2.9 DBS3900 Cable List
● 1.2.10.2 BTS3900C (Ver.C)
Cable List
● 1.3.2.4.1 Monitoring
Signal Cable Connections
in a DBS5900 Using the
APM5930(AC)
Added the description of the monitoring signal
cable for cascaded CMUHs.
Compared with Issue 10 (2019-03-25), this issue does not exclude any topics.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
9
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
10 (2019-03-25)
This is the tenth commercial release.
Compared with Issue 09 (2018-12-31), this issue does not include any new topics
or exclude any topics.
Compared with Issue 09 (2018-12-31), this issue includes the following changes.
Topic
Change Description
● 1.3.1.4.1 Power Cable
Connections in a
DBS5900 Using the
APM5930(AC)
Deleted the connections of power cables for the
EPU02S and EPU02B.
● 1.3.1.4.2 Power Cable
Connections in a
DBS5900 Using the
APM5930(DC)
● 1.3.1.4.3 Power Cable
Connections in a
DBS5900 Using the
APM30H (Ver.E)
● 1.6.1.2.10 EPU02D/
EPU02D-02/EPU02B/
EPU02S/EPU02S-02
Power Cable
Deleted the description of power cables for the
EPU02S and EPU02B.
09 (2018-12-31)
This is the ninth commercial release.
Compared with Issue 08 (2018-10-10), this issue includes the following new topics.
●
1.6.1.4.2 PMU 15A Power Cable
●
1.6.1.4.14 Lithium Battery Activation Cable
●
1.8.1.6 PMU 15A-BBU Monitoring Signal Cable
●
1.8.1.24 Monitoring Signal Cable for the Lithium Battery
Compared with Issue 08 (2018-10-10), this issue includes the following changes.
Topic
Change Description
1.2.4 DBS5900 Cable List
(BBU5900)
Added the cable lists for the BBC5200D-L.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
10
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Topic
Change Description
● 1.3.1.4.1 Power Cable
Connections in a
DBS5900 Using the
APM5930(AC)
Added the power cable connections for the
BBC5200D-L, EPU02S, and EPU02B.
● 1.3.1.4.2 Power Cable
Connections in a
DBS5900 Using the
APM5930(DC)
● 1.3.1.4.3 Power Cable
Connections in a
DBS5900 Using the
APM30H (Ver.E)
1.6.1.2.10 EPU02D/
EPU02D-02/EPU02B/
EPU02S/EPU02S-02 Power
Cable
Added the description of power cables for the
EPU02S and EPU02B.
1.9.2 CPRI Optical Fiber
Added the LC single-fiber optical fiber.
Compared with Issue 08 (2018-10-10), this issue does not exclude any topics.
08 (2018-10-10)
This is the eighth commercial release.
Compared with Issue 07 (2018-08-27), this issue includes the following new topics.
●
1.3.1.4.5 Power Cable Connections in a DBS5900 Using the IBC10 (Ver.B)
●
1.3.2.4.6 Monitoring Signal Cable Connections in a DBS5900 Using the
IBC10 (Ver.B)
Compared with Issue 07 (2018-08-27), this issue includes the following changes.
Topic
Change Description
All sections
Added the description of cables in an
IBC10 (Ver.B).
Compared with Issue 07 (2018-08-27), this issue does not exclude any topics.
07 (2018-08-27)
This is the seventh commercial release.
Compared with Issue 06 (2018-07-15), this issue includes the following new topics.
●
APM5930 Cable List
●
BBC5200D Cable List
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
11
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
●
BBC5200T Cable List
●
BBC5300D Cable List
●
BBC5300T Cable List
●
1.3.1.4.1 Power Cable Connections in a DBS5900 Using the APM5930(AC)
●
1.3.1.4.2 Power Cable Connections in a DBS5900 Using the APM5930(DC)
●
1.3.2.4.1 Monitoring Signal Cable Connections in a DBS5900 Using the
APM5930(AC)
●
1.3.2.4.2 Monitoring Signal Cable Connections in a DBS5900 Using the
APM5930(DC)
●
1.6.1.1.12 DCDU15D Power Cable
●
1.6.1.2.9 EPU05A-11 or EPU05A-12 Power Cable
●
1.6.3.1.12 FAN02G Power Cable
●
1.8.1.15 PMID-CCUC Monitoring Signal Cable
Compared with Issue 06 (2018-07-15), this issue includes the following changes.
Topic
Change Description
All sections
Added the description of cables in an
APM5930, BBC5200D, BBC5200T,
BBC5300D, and BBC5300T.
Compared with Issue 06 (2018-07-15), this issue does not exclude any topics.
06 (2018-07-15)
This is the sixth commercial release.
This issue combines 3900 Series Base Station Cables and 5900 Series Base Station
Cables.
Compared with Issue 05 (2018-01-22) of 3900 Series Base Station Cables and
Issue 02 (2018-02-06) of 5900 Series Base Station Cables, this issue includes the
following new topics.
●
APM5930 Cable List
●
BBC5200D Cable List
●
BBC5200T Cable List
●
BBC5300D Cable List
●
BBC5300T Cable List
●
1.3.1.4.1 Power Cable Connections in a DBS5900 Using the APM5930(AC)
●
1.3.1.4.2 Power Cable Connections in a DBS5900 Using the APM5930(DC)
●
1.3.1.4.5 Power Cable Connections in a DBS5900 Using the IBC10 (Ver.B)
●
1.3.2.4.1 Monitoring Signal Cable Connections in a DBS5900 Using the
APM5930(AC)
●
1.3.2.4.2 Monitoring Signal Cable Connections in a DBS5900 Using the
APM5930(DC)
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
12
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
●
1.3.2.4.6 Monitoring Signal Cable Connections in a DBS5900 Using the
IBC10 (Ver.B)
●
1.6.1.1.12 DCDU15D Power Cable
●
1.6.1.2.9 EPU05A-11 or EPU05A-12 Power Cable
●
1.6.3.1.12 FAN02G Power Cable
●
1.8.1.15 PMID-CCUC Monitoring Signal Cable
Compared with Issue 05 (2018-01-22) of 3900 Series Base Station Cables and
Issue 02 (2018-02-06) of 5900 Series Base Station Cables, this issue includes the
following changes.
Topic
Change Description
All sections
Added the description of cables in an
APM5930, BBC5200D, BBC5200T,
BBC5300D, BBC5300T, and IBC10
(Ver.B).
Before the combination, compared with Issue 01 (2017-12-28) of 5900 Series Base
Station Cables, Issue 02 (2018-02-06) includes the following new topics.
●
1.2.3 BTS5900A Cable List
●
1.3.1.1.2 BTS5900 (Ver.A) Power Cable Connections
●
1.3.1.2.2 BTS5900L (Ver.A) Power Cable Connections
●
1.3.1.3 BTS5900A Power Cable Connections
●
1.3.1.10.2 Power Cable Connections in a DBS3900 Using the APM30H
(Ver.E)
●
1.3.1.10.9 Power Cable Connections in a DBS3900 Using the TMC11H
(Ver.E)
●
1.3.2.1.2 BTS5900 (Ver.A) Monitoring Signal Cable Connections
●
1.3.2.2.2 BTS5900L (Ver.A) Monitoring Signal Cable Connections
●
1.3.2.3 BTS5900A Monitoring Signal Cable Connections
●
1.3.2.10.2 Monitoring Signal Cable Connections in a DBS3900 Using the
APM30H (Ver.E)
●
1.3.2.10.9 Monitoring Signal Cable Connections in a DBS3900 Using the
TMC11H (Ver.E)
●
1.6.1.2.7 EPU05A-06 or EPU05A-08 Power Cable
●
1.6.1.2.8 EPU05A-07 or EPU05A-09 Power Cable
●
1.6.1.4 Power Cables for Other Power Supply Devices and its child topics
●
1.6.2.5 CCU01D-03 Power Cable
●
1.6.3.1.5 FAN 01D Power Cable
●
1.6.3.1.11 FAN 02E Power Cable
●
1.6.3.3 Power Cable for an AC Heater
●
1.6.3.4 Power Cable for a Heating Film
●
1.6.3.8 Fan Power Cables in an IBBS200D
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
13
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
●
1.6.3.10 Fan Power Cables in an IBBS300D
●
1.6.3.12 TEC Power Cables in an IBBS200T
●
1.6.3.12 TEC Power Cables in an IBBS200T
●
1.6.3.13 TEC Power Cables in an IBBS300T
●
1.6.4.1 EMUA or EMUB Power Cable
●
1.6.4.5 SOU Power Cable
●
1.6.4.10 ODM06D Power Cable
●
1.7.2 E1/T1 Surge Protection Transfer Cable
●
1.7.7 FE/GE Surge Protection Transfer Cable
●
1.8.1.13 PMIU-CCUB Monitoring Signal Cable
●
1.8.2 Signal Cables for Monitoring Devices and its child topics
●
1.8.3.1 Monitoring Signal Cable Between Cascaded Fan Assemblies
●
1.8.4.5 EMUA or EMUB Monitoring Signal Cable
●
1.8.4.21 CMUH-GATM Monitoring Signal Cable
●
1.8.4.25 ODM06D Surge Protection Alarm Signal Cable
Compared with Issue 01 (2017-12-28) of 5900 Series Base Station Cables, Issue 02
(2018-02-06) includes the following changes.
Topic
Change Description
1.2.4 DBS5900 Cable List (BBU5900)
Added the cable lists for the APM30H,
TMC11H, and IBBS series cabinets.
Compared with Draft A (2017-09-30) of 5900 Series Base Station Cables, Issue 01
(2017-12-28) does not include any changes.
05 (2018-01-22)
This is the fifth commercial release.
Compared with Issue 04 (2017-10-27), this issue does not include any new topics
or exclude any topics.
Compared with Issue 04 (2017-10-27), this issue includes the following change.
Topic
Change Description
1.2.9 DBS3900 Cable List
Added the cable list for the OMB and
IMB03.
04 (2017-10-27)
This is the fourth commercial release.
Compared with Issue 03 (2017-05-31), this issue includes the following new topics:
●
Issue 16 (2021-08-13)
1.3.1.10.13 Power Cable Connections in a DBS3900 Using the IMB05
Copyright © Huawei Technologies Co., Ltd.
14
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
●
1.3.1.10.16 Power Cable Connections in a DBS3900 Using the ILC29 (Ver.E)
●
1.3.2.4.7 Monitoring Signal Cable Connections in a DBS5900 Using the
IMB05
●
1.3.2.4.8 Monitoring Signal Cable Connections in a DBS5900 Using the
ILC29 (Ver.E)
●
1.6.3.1.19 FAN 03D Power Cable
Compared with Issue 03 (2017-05-31), this issue includes the following change.
Topic
Change Description
1.2.9 DBS3900 Cable List
Added the IMB05 and ILC29 (Ver.E)
cable lists.
Compared with Issue 03 (2017-05-31), this issue does not exclude any topics.
03 (2017-05-31)
This is the third commercial release.
Compared with Issue 02 (2017-04-20), this issue does not include any new topics
or exclude any topics.
Compared with Issue 02 (2017-04-20), this issue includes the following changes.
Topic
Change Description
● 1.2.5.3 BTS3900 (Ver.D) Cable List
Added the EPU02D-02 power cable.
● 1.2.6.3 BTS3900L (Ver.D) Cable
List
● BTS3900A (Ver.B) Cable List
● 1.2.7.2 BTS3900A (Ver.C) Cable
List
● 1.2.7.3 BTS3900A (Ver.D) Cable
List
● 1.2.7.4 BTS3900A (Ver.E) Cable
List
02 (2017-04-20)
This is the second commercial release.
Compared with V100R012C10, WCDMA-NodeB V200R019C10, GSM-BTS
V100R019C10, and eNodeB V100R012C10 01 (2017-03-10), this issue includes the
following new topics.
●
1.3.1.10.1 Power Cable Connections in a DBS3900 Using the MRE1000
●
1.3.2.10.1 Monitoring Signal Cable Connections in a DBS3900 Using an
MRE1000
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
15
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
●
1.6.1.2.11 EPU03A-21 Power Cable
●
1.6.3.1.18 FAU01D-05 Power Cable
●
1.6.4.8 Power Cable for the AC Power Distribution Box in the MRE1000
Compared with V100R012C10, WCDMA-NodeB V200R019C10, GSM-BTS
V100R019C10, and eNodeB V100R012C10 01 (2017-03-10), this issue includes the
following change.
Topic
Change Description
1.2.9 DBS3900 Cable List
Added the MRE1000 cable list.
This document combines 3900 Series Base Station Cables of all SRAN versions and
presents differential information among these versions.
Versions corresponding to original 3900 Series Base Station Cables are as follows:
●
SRAN8.0: V100R008C00
●
SRAN8.1: V100R008C01
●
SRAN9.0: V100R009C00
●
SRAN10.0: V100R010C00
●
SRAN10.1: V100R010C10
●
SRAN11.1: V100R011C10
●
SRAN12.1: V100R012C10
The information added before the combination of all versions is as follows:
●
1.6.1.2.10 EPU02D/EPU02D-02/EPU02B/EPU02S/EPU02S-02 Power Cable
●
1.8.1.5 PMU 12A-BBU Monitoring Signal Cable
●
IBBS20L-E Cable List
●
1.6.1.4.9 IBBS20L-E Power Cable
●
1.8.1.23 IBBS20L-E Monitoring Signal Cable
●
1.2.7.4 BTS3900A (Ver.E) Cable List
●
1.3.1.8.4 BTS3900A (Ver.E) Power Cable Connections
●
1.3.2.8.4 BTS3900A (Ver.E) Monitoring Signal Cable Connections
●
1.3.1.10.2 Power Cable Connections in a DBS3900 Using the APM30H
(Ver.E)
●
1.3.1.10.9 Power Cable Connections in a DBS3900 Using the TMC11H
(Ver.E)
●
1.3.2.10.2 Monitoring Signal Cable Connections in a DBS3900 Using the
APM30H (Ver.E)
●
1.3.2.10.9 Monitoring Signal Cable Connections in a DBS3900 Using the
TMC11H (Ver.E)
●
1.6.1.2.7 EPU05A-06 or EPU05A-08 Power Cable
●
1.6.1.2.8 EPU05A-07 or EPU05A-09 Power Cable
●
1.8.2.25 CCUB-CMUH Monitoring Signal Cable
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
16
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
●
1.8.2.27 Monitoring Signal Cable Between Cascaded CCUBs
●
1.8.4.21 CMUH-GATM Monitoring Signal Cable
●
1.6.3.1.5 FAN 01D Power Cable
●
1.6.3.1.11 FAN 02E Power Cable
●
1.8.1.13 PMIU-CCUB Monitoring Signal Cable
●
1.6.1.4.7 Power Cable Between Cascaded IBBS20Ds
●
1.6.2.3 CMUG Power Cable
●
1.8.1.20 Monitoring Signal Cable for the Power Distribution Box in an
IBBS20D
●
1.8.2.21 Monitoring Signal Cable for the CMUG
●
1.8.2.12 Monitoring Signal Cable Between Cascaded CMUGs
●
1.6.1.4.6 Power Cables Between Cascaded DC Junction Boxes in Different
IBBS300Ds/IBBS300Ts/BBC5300Ds/BBC5300Ts
●
1.6.1.4.7 Power Cable Between Cascaded IBBS20Ds
●
1.6.2.3 CMUG Power Cable
●
1.6.2.5 CCU01D-03 Power Cable
●
1.6.3.10 Fan Power Cables in an IBBS300D
●
1.6.3.13 TEC Power Cables in an IBBS300T
●
1.8.1.20 Monitoring Signal Cable for the Power Distribution Box in an
IBBS20D
●
1.8.2.21 Monitoring Signal Cable for the CMUG
●
1.8.2.14 Monitoring Signal Cable Between Cascaded CCU01D-03s
●
1.8.2.12 Monitoring Signal Cable Between Cascaded CMUGs
●
1.3.1.10.15 Power Cable Connections in a DBS3900 Using the IBC10
●
1.3.2.10.15 Monitoring Signal Cable Connections in a DBS3900 Using the
IBC10
●
1.6.3.1.15 FAU03D-02 Power Cable
●
1.8.3.5 FAU03D-02 Monitoring Signal Cable
●
1.2.9 DBS3900 Cable List
●
1.6.1.4.5 Power Cable for the DC Junction Box in a BTS3900AL
●
1.6.4.10 ODM06D Power Cable
●
1.8.4.25 ODM06D Surge Protection Alarm Signal Cable
●
1.3.5 Transmission Cable Connections for 3900 Series Base Stations
●
1.3.7 CPRI Cable Connections for 3900 Series Base Stations
The modifications made before the combination of all versions are as follows.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
17
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Topic
Change Description
● 1.2.5.3 BTS3900 (Ver.D) Cable List
Added the EPU02D power cable.
● 1.2.6.3 BTS3900L (Ver.D) Cable
List
● BTS3900A (Ver.B) Cable List
● 1.2.7.2 BTS3900A (Ver.C) Cable
List
● 1.2.7.3 BTS3900A (Ver.D) Cable
List
● 1.2.7.4 BTS3900A (Ver.E) Cable
List
● 1.6.1.1.8 DCDU-12B Power Cable
● 1.6.4.2 BBU Power Cable
Added the colors of cables used in
China.
● 1.6.4.4 RRU Power Cable
● 1.3.7.2 CPRI Cable Connections in
a UMTS Base Station
● 1.3.7.3 CPRI Cable Connections in
an LTE FDD/LTE TDD Base Station
Added CPRI cable connections in
scenarios where the RMU is
configured.
● 1.3.7.6 CPRI Cable Connections in
UL and U*L Base Stations
1.3.5 Transmission Cable
Connections for 3900 Series Base
Stations and its child topics
Added the transmission configuration
principle when a UMPTe is configured.
● 1.3.5.1 Transmission Cable
Connections in a Single-Mode
Base Station
Added scenarios where the GSM mode
supports GTMUc boards.
● 1.3.5.2 Transmission Cable
Connections in a Dual-Mode Base
Station Using Co-Transmission
● 1.3.5.3 Transmission Cable
Connections in a Dual-Mode Base
Station Using Separate
Transmission
● 1.3.5.4 Transmission Cable
Connections in a Triple-Mode
Base Station
● 1.2.9 DBS3900 Cable List
● 1.4 PGND Cable
Added Ver.E cabinet-related
information.
● 1.5 Equipotential Cable
● 1.6 Power Cables and its child
topics
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
18
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Topic
Change Description
● 1.2.7.3 BTS3900A (Ver.D) Cable
List
Modified connection positions of
monitoring signal cables for fans on
the front doors of cabinets.
● 1.2.7.5 BTS3900A (Ver.D_A2)
Cable List
● 1.3.2.10.12 Monitoring Cable
Connections in a DBS3900 Using
an OMB (Ver.C), OMB, or IMB03
● 1.3.1.10.12 Power Cable
Connections in a DBS3900 Using
an OMB (Ver.C), OMB, or IMB03
● 1.2.9 DBS3900 Cable List
● 1.3.1.10.3 Power Cable
Connections in a DBS3900 Using
the APM30H (Ver.D)
Added power cable connections and
monitoring signal cable connections
when an IBBS20D is used together
with an OMB (Ver.C).
Added the cable list, power cable
connections, and monitoring signal
cable connections for a BBU3910A3.
● 1.3.2.10.3 Monitoring Signal Cable
Connections in a DBS3900 Using
the APM30H (Ver.D)
● 1.3.1.11 Power Cable Connections
in a DBS3900 Configured with a
BBU3910A
● 1.3.2.11 Monitoring Signal Cable
Connections in a DBS3900 Using a
BBU3910A
● 1.6.4.2 BBU Power Cable
● 1.7.1 E1/T1 Cable
Added information about cables used
for a BBU3910A3.
● 1.8.2.35 BBU Alarm Cable
● 1.6.1.4.3 Power Cable for a Power
Distribution Box
Added information about cables used
in an IBBS20D.
● 1.6.4.2 BBU Power Cable
● 1.6.4.4 RRU Power Cable
● 1.4 PGND Cable
● 1.5 Equipotential Cable
● 1.6.1.4.13 Storage Battery Power
Cable
● 1.8.4.1 Monitoring Signal Cable
for a Door Status Sensor
● 1.8.4.3 ELU Signal Cable
1.3.7.3 CPRI Cable Connections in an
LTE FDD/LTE TDD Base Station
Issue 16 (2021-08-13)
Added CPRI cable connections in
scenarios where LPMP boards are
configured.
Copyright © Huawei Technologies Co., Ltd.
19
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Topic
Change Description
● 1.2.9 DBS3900 Cable List
Changed the BBU3910A to the
BBU3910A3.
● 1.3.1.11 Power Cable Connections
in a DBS3900 Configured with a
BBU3910A
● 1.8.2.35 BBU Alarm Cable
● 1.3.2.11 Monitoring Signal Cable
Connections in a DBS3900 Using a
BBU3910A
● 1.6.4.2 BBU Power Cable
● 1.4 PGND Cable
● 1.7.1 E1/T1 Cable
● 1.2.7.3 BTS3900A (Ver.D) Cable
List
● 1.3.1.8.3 BTS3900A (Ver.D) Power
Cable Connections
● 1.3.2.8.3 BTS3900A (Ver.D)
Monitoring Signal Cable
Connections
● 1.2.8.1 BTS3900AL (Ver.A) Cable
List
● 1.3.1.9.1 BTS3900AL (Ver.A)
Power Cable Connections
● 1.3.2.9.1 BTS3900AL (Ver.A)
Monitoring Signal Cable
Connections
● 1.2.9 DBS3900 Cable List
● 1.3.1.10.3 Power Cable
Connections in a DBS3900 Using
the APM30H (Ver.D)
● 1.3.2.10.3 Monitoring Signal Cable
Connections in a DBS3900 Using
the APM30H (Ver.D)
● 1.3.1.11 Power Cable Connections
in a DBS3900 Configured with a
BBU3910A
Added cable lists, power cable
connections, and monitoring signal
cable connections in a BTS3900A
configured with an IBBS300D or
IBBS300T.
Added cable lists, power cable
connections, and monitoring signal
cable connections in a BTS3900AL
configured with an IBBS300D or
IBBS300T.
● Added cable list links, power cable
connections, and monitoring signal
cable connections in a DBS3900
configured with an IBBS300D or
IBBS300T.
● Added the cable list, power cable
connections, and monitoring signal
cable connections for a BBU3910A3.
● 1.3.2.11 Monitoring Signal Cable
Connections in a DBS3900 Using a
BBU3910A
● 1.6.4.2 BBU Power Cable
● 1.7.1 E1/T1 Cable
Added information about cables used
for a BBU3910A3.
● 1.8.2.35 BBU Alarm Cable
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
20
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Topic
Change Description
● 1.6.1.4.1 Power Cable for a
Junction Box
Added information about cables used
in an IBBS300D or IBBS300T.
● 1.6.3.6 HAU01A-01 Power Cable
● 1.8.3.12 HAU01A-01 Monitoring
Signal Cable
● 1.8.3.11 Monitoring Signal Cable
for the Temperature Sensor
● 1.4 PGND Cable
● 1.5 Equipotential Cable
Added information about cables used
in an IBBS300D, IBBS300T, or IBBS20D.
● 1.6.1.4.13 Storage Battery Power
Cable
● 1.8.4.1 Monitoring Signal Cable
for a Door Status Sensor
● 1.8.4.3 ELU Signal Cable
● 1.3.5.1 Transmission Cable
Connections in a Single-Mode
Base Station
Added transmission cable connections
when a BBU3910 is configured with a
GTMUb.
● 1.3.5.2 Transmission Cable
Connections in a Dual-Mode Base
Station Using Co-Transmission
● 1.3.5.3 Transmission Cable
Connections in a Dual-Mode Base
Station Using Separate
Transmission
● 1.3.7.1 CPRI Cable Connections in
a GSM Base Station
Added CPRI cable connections when a
BBU3910 is configured with a GTMUb.
● 1.3.7.4 CPRI Cable Connections in
GU and G*U Base Stations
● 1.3.7.7 CPRI Cable Connections in
a Triple-Mode Base Station
● 1.6.1.1.9 DCDU-12C Power Cable
Added the description of the IBC10.
● 1.4 PGND Cable
● 1.8.3.11 Monitoring Signal Cable
for the Temperature Sensor
1 3900 & 5900 Series Base Station
Cables
Added descriptions of the LampSite
solution.
● Child topics of 1.3.5 Transmission
Cable Connections for 3900 Series
Base Stations
Added cable connections when a
BBU3910 is configured.
● Child topics of 1.3.7 CPRI Cable
Connections for 3900 Series Base
Stations
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
21
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Topic
Change Description
● BTS3900A (Ver.B) Cable List
Added the EMUB power cable and
EMUB monitoring signal cable.
● 1.2.7.2 BTS3900A (Ver.C) Cable
List
● 1.2.7.3 BTS3900A (Ver.D) Cable
List
● 1.2.8.1 BTS3900AL (Ver.A) Cable
List
● 1.6.4.1 EMUA or EMUB Power
Cable
● 1.8.4.5 EMUA or EMUB
Monitoring Signal Cable
All sections
Changed all EPC6 connectors to EPC4
connectors.
● 1.2.5.3 BTS3900 (Ver.D) Cable List
Added cables for a BTS3900 (Ver.D) or
BTS3900L (Ver.D) configured with an
IMS06.
● 1.2.6.3 BTS3900L (Ver.D) Cable
List
● 1.3.1.6.3 BTS3900 (Ver.D) Power
Cable Connections
● 1.3.2.6.3 BTS3900 (Ver.D)
Monitoring Signal Cable
Connections
Added cable connections in a BTS3900
(Ver.D) or BTS3900L (Ver.D) configured
with an IMS06.
● 1.3.1.7.3 BTS3900L (Ver.D) Power
Cable Connections
● 1.3.2.7.3 BTS3900L (Ver.D)
Monitoring Signal Cable
Connections
● 1.2.5.2 BTS3900 (Ver.C) Cable List
Deleted the DCDU-12B power cable.
● 1.2.6.2 BTS3900L (Ver.C) Cable
List
1.6.1.1.5 DCDU-11B Power Cable
Deleted the scenario where a
DCDU-11B is installed in a cabinet.
1.6.1.1.8 DCDU-12B Power Cable
Deleted the scenario where a
DCDU-12B is installed on a wall.
● 1.3.5.4 Transmission Cable
Connections in a Triple-Mode
Base Station
Added cable connections in G[L*T],
U[L*T], G[U*T], and G*L*T base
stations.
● 1.3.7 CPRI Cable Connections for
3900 Series Base Stations
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
22
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Topic
Change Description
● 1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
Added cable connections in an IMS06.
● 1.6.1.1.7 DCDU-12A Power Cable
● 1.6.1.1.8 DCDU-12B Power Cable
● 1.6.1.4.13 Storage Battery Power
Cable
● 1.5 Equipotential Cable
● 1.8.3.11 Monitoring Signal Cable
for the Temperature Sensor
The information deleted before the combination of all versions is as follows:
●
Busbar power cable
●
EPU03A-20 power cable
1.2 Cable List
This section describes cable lists for BTS5900, BTS5900L, BTS5900A, DBS5900,
BTS3900, BTS3900L, BTS3900A, BTS3900AL, BTS3900C, and DBS3900 base
stations.
1.2.1 BTS5900 Cable List
The BTS5900 cables include power cables, transmission cables, signal cables, and
RF cables.
Power Cables
The following table lists the power cables.
Table 1-1 Power cables
Cable
One End
DCDU-12A
Power Cable
Issue 16 (2021-08-13)
The Other End
Connector
Installation
Position
Connector
Installation
Position
OT terminal
(M6)
"NEG(-)" and
"RTN(+)"
terminals on
the
DCDU-12A
OT terminal
External
power
equipment
Copyright © Huawei Technologies Co., Ltd.
23
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
DCDU-12B
Power Cable
OT terminal
(M6)
"NEG(-)" and
"RTN(+)"
terminals on
the
DCDU-12B
OT terminal
External
power
equipment
EPU02D-02
Power Cable
OT terminal
(M6)
"NEG(-)" and
"RTN(+)"
terminals on
the
EPU02D-02
OT terminal
External
power
equipment
DCDU16D
Power Cable
OT terminal
(M6)
"NEG(-)" and
"RTN(+)"
terminals on
the DCDU16D
OT terminal
External
power
equipment
BBU Power
Cable (for the
BBU3900 or
BBU3910)
3V3
connector
"-48V" port
on the UPEU
in a BBU
EPC4
connector
● "LOAD6"
port on the
DCDU-12B
BBU Power
Cable (for the
BBU5900 in
DC scenarios)
HDEPC
connector
● "LOAD0"
port on the
EPU02D-0
2
"PWR" port
on the UPEU
in a BBU
EPC4
connector
● "LOAD6"
and
"LOAD7"
ports on
the
DCDU-12B
● "LOAD0"
and
"LOAD1"
ports on
the
EPU02D-0
2
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
24
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
RRU Power
Cable
The Other End
Connector
Installation
Position
Connector
Installation
Position
EPC4 or EPC5
connector
DCDU-12B
Depending on
the port on
the RRU
RRU
EPC4
connector
"LOAD6" port
on the
DCDU-12A
● EPC4
connector:
"LOAD6"
to
"LOAD8"
ports on
the
DCDU-12B
● EPC5
connector:
"LOAD0"
to
"LOAD5"
ports on
the
DCDU-12B
FAN 03D
Power Cable
EPC5
connector
"LOAD0" and
"LOAD1"
ports on the
BDU65-03 in
an
EPU02D-02
3V3
connector
"-48V" port
on the fan
assembly
Transmission Cables
The following table lists transmission cables.
Table 1-2 Transmission cables
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
E1/T1 Cable
DB26 male
connector
"E1/T1" port
on the UMPT
Depending on
the external
equipment
External
transmission
equipment
FE/GE
Ethernet
Cable
RJ45
connector
"FE/GE0" port
on the UMPT
Depending on
the external
equipment
External
transmission
equipment
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
25
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
FE/GE
Optical Fiber
The Other End
Connector
Installation
Position
Connector
Installation
Position
LC connector
"FE/GE1" port
on the UMPT
Depending on
the external
equipment
External
transmission
equipment
Signal Cables
The following table lists signal cables.
Table 1-3 Signal cables
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
ELU
Monitoring
Signal Cable
RJ45
connector
ELU
RJ45
connector
"SENSOR"
port on the
fan assembly
Monitoring
Signal Cable
Between
Cascaded Fan
Assemblies
RJ45
connector
"COM_OUT"
port on the
upper-level
fan assembly
RJ45
connector
"COM_IN"
port on the
lower-level
fan assembly
EPU02D-02
Monitoring
Signal Cable
Depending on
the external
equipment
"COM_IN"
port on the
EPU02D-02
RJ45
connector
"MON1" port
on the UPEU
or UEIU in a
BBU
Monitoring
Signal Cable
Between
Cascaded
EPU02D-02s
RJ45
connector
"COM_OUT"
port on the
upper-level
EPU02D-02
RJ45
connector
"COM_IN"
port on the
lower-level
EPU02D-02
RF Cables
The following table lists the RF cables.
NOTE
Determine whether to replace the RFU according to the site requirements during the
cabinet upgrade.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
26
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-4 RF cables
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
RF jumper
DIN elbow
male
connector
"ANT_TX/
RXA" and
"ANT_RXB"
ports on the
RFU
DIN straight
male
connector
Antenna
system
Inter-RFU RF
signal cable
QMA elbow
male
connector
"RX OUTA"
port on the
RFU
QMA elbow
male
connector
"RX INB" port
on the other
RFU
1.2.2 BTS5900L Cable List
The BTS5900L cables include power cables, transmission cables, signal cables, and
RF cables.
Power Cables
The following table lists the power cables.
Table 1-5 Power cables
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
DCDU-12A
Power Cable
OT terminal
(M6)
"NEG(-)" and
"RTN(+)"
terminals on
the
DCDU-12A
OT terminal
External
power
equipment
DCDU-12B
Power Cable
OT terminal
(M6)
"NEG(-)" and
"RTN(+)"
terminals on
the
DCDU-12B
OT terminal
External
power
equipment
EPU02D-02
Power Cable
OT terminal
(M6)
"NEG(-)" and
"RTN(+)"
terminals on
the
EPU02D-02
OT terminal
External
power
equipment
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
27
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
DCDU16D
Power Cable
OT terminal
(M6)
"NEG(-)" and
"RTN(+)"
terminals on
the DCDU16D
OT terminal
External
power
equipment
BBU Power
Cable (for the
BBU3900 or
BBU3910)
3V3
connector
"-48V" port
on the UPEU
in a BBU
EPC4
connector
● "LOAD6"
port on the
DCDU-12B
BBU Power
Cable (for the
BBU5900 in
DC scenarios)
HDEPC
connector
● "LOAD0"
port on the
EPU02D-0
2
"PWR" port
on the UPEU
in a BBU
EPC4
connector
● "LOAD6"
and
"LOAD7"
ports on
the
DCDU-12B
● "LOAD0"
and
"LOAD1"
ports on
the
EPU02D-0
2
RRU Power
Cable
EPC4 or EPC5
connector
DCDU-12B
● EPC4
connector:
"LOAD6"
to
"LOAD8"
ports on
the
DCDU-12B
Depending on
the port on
the RRU
RRU
● EPC5
connector:
"LOAD0"
to
"LOAD5"
ports on
the
DCDU-12B
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
28
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
FAN 03D
Power Cable
The Other End
Connector
Installation
Position
EPC5
connector
"LOAD0" and
"LOAD1"
ports on the
BDU65-03 in
an
EPU02D-02
3V3
connector
"-48V" port
on the fan
assembly
Connector
Installation
Position
EPC4
connector
"LOAD6" port
on the
DCDU-12A
Transmission Cables
The following table lists transmission cables.
Table 1-6 Transmission cables
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
E1/T1 Cable
DB26 male
connector
"E1/T1" port
on the UMPT
Depending on
the external
equipment
External
transmission
equipment
FE/GE
Ethernet
Cable
RJ45
connector
"FE/GE0" port
on the UMPT
Depending on
the external
equipment
External
transmission
equipment
FE/GE
Optical Fiber
LC connector
"FE/GE1" port
on the UMPT
Depending on
the external
equipment
External
transmission
equipment
Signal Cables
The following table lists signal cables.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
29
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-7 Signal cables
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
ELU
Monitoring
Signal Cable
RJ45
connector
ELU
RJ45
connector
"SENSOR"
port on the
fan assembly
Monitoring
Signal Cable
Between
Cascaded Fan
Assemblies
RJ45
connector
"COM_OUT"
port on the
upper-level
fan assembly
RJ45
connector
"COM_IN"
port on the
lower-level
fan assembly
EPU02D-02
Monitoring
Signal Cable
Depending on
the external
equipment
"COM_IN"
port on the
EPU02D-02
RJ45
connector
"MON1" port
on the UPEU
or UEIU in a
BBU
Monitoring
Signal Cable
Between
Cascaded
EPU02D-02s
RJ45
connector
"COM_OUT"
port on the
upper-level
EPU02D-02
RJ45
connector
"COM_IN"
port on the
lower-level
EPU02D-02
RF Cables
The following table lists the RF cables.
NOTE
Determine whether to replace the RFU according to the site requirements during the
cabinet upgrade.
Table 1-8 RF cables
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
RF jumper
DIN elbow
male
connector
"ANT_TX/
RXA" and
"ANT_RXB"
ports on the
RFU
DIN straight
male
connector
Antenna
system
Inter-RFU RF
signal cable
QMA elbow
male
connector
"RX OUTA"
port on the
RFU
QMA elbow
male
connector
"RX INB" port
on the other
RFU
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
30
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
1.2.3 BTS5900A Cable List
The BTS5900A cables include the PGND cable, equipotential cables, power cables,
transmission cables, signal cables, CPRI electrical cables, and RF cables.
PGND Cable and Equipotential Cables
The following table lists a PGND cable and equipotential cables.
Table 1-9 PGND cable and equipotential cables
Category
Cable
Cables to
be installed
onsite
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
1.4 PGND
Cable
OT
terminal
(M6)
Ground bar
in a
cabinet
OT
terminal
(M6)
Ground bar
for the site
1.5
Equipoten
tial Cable
OT
terminal
(M6)
Ground bar
in the
upper
cabineta
OT
terminal
(M6)
Ground bar
in the
lower
cabineta
OT
terminal
(M6)
Ground bar
in a
TMC11H or
battery
cabinet
OT
terminal
(M6)
Ground bar
in an RFC
a: If an APM30H or TMC11H is stacked on an RFC, the equipotential cable
between the cabinets has been installed before delivery. If an IBBS200D or
IBBS200T is stacked on another IBBS200D or IBBS200T or a TMC11H, the
equipotential cable must be installed onsite.
Power Cables
The following table lists the power cables to be installed onsite.
Table 1-10 Power cables to be installed onsite
Cable
One End
EPU05A-06
or
EPU05A-08
Power Cable
Issue 16 (2021-08-13)
The Other End
Connector
Installation
Position
Connector
Installation
Position
OT terminal
(M6)
"AC INPUT"
terminal on
the EPU in an
APM30H
Depending on
the external
power
equipment
External
power
equipment
Copyright © Huawei Technologies Co., Ltd.
31
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
DCDU-12B
Power Cable
(in a DC
Scenario)
OT terminal
(M6)
"RTN(+)" and
"NEG(-)"
terminals on
the
DCDU-12B in
an RFC
Depending on
the external
power
equipment
External
power
equipment
DCDU-12C
Power Cable
(in an AC
Scenario)
EPC4
connector
"LOAD7" port
on the EPU in
an APM30H
OT terminal
(M6)
"RTN(+)" and
"NEG(-)"
terminals on
the
DCDU-12C in
a TMC11H
BBU Power
Cable
(Optional,
Used in an
APM30H)
EPC4
connector
"LOAD5" and
"LOAD6"
ports on the
EPU in an
APM30H
HDEPC
connector
"-48V" port
on the UPEU
in the BBU in
an APM30H
BBU Power
Cable
(Optional,
Used in a
TMC11H)
EPC4
connector
"LOAD4" and
"LOAD5"
ports on the
DCDU-12C in
a TMC11H
Power Cable
for a Power
Distribution
Box
OT terminal
(M8)
"BAT"
terminal on
the EPU in an
APM30H
OT terminal
(M8)
"RTN(+)" and
"NEG(-)"
terminals
near the
"BAT"
silkscreen on
the power
distribution
box in a
battery
cabineta
Power Cable
for the DC
Junction Box
in an RFC (in
a DC
Scenario)
OT terminal
(M6)
DC junction
box in an RFC
Depending on
the external
power
equipment
External
power
equipment
Issue 16 (2021-08-13)
"-48V" port
on the UPEU
in the BBU in
a TMC11H
Copyright © Huawei Technologies Co., Ltd.
32
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Power Cable
for the Fan in
an IBBS200D
EPC4
connector
"LOAD8" port
on the EPU in
an APM30H
EPC4
connector
"FAN/TEC
INPUT" port
on the power
distribution
box at the top
of an
IBBS200D
Power Cable
for the Fan in
an IBBS300D
EPC4
connector
"LOAD8" port
on the EPU in
an APM30H
OT terminal
(M4)
"NEG(-)" and
"RTN(+)"
wiring
terminals in
the DC
junction box
in an
IBBS300D
Power Cable
for the TEC
in an
IBBS200T
EPC4
connector
"LOAD8" port
on the EPU in
an APM30H
EPC4
connector
"FAN/TEC
INPUT" port
on the power
distribution
box at the top
of an
IBBS200T
Power Cable
for the TEC
in an
IBBS300T
EPC4
connector
"LOAD8" port
on the EPU in
an APM30H
OT terminal
(M4)
"NEG(-)" and
"RTN(+)"
wiring
terminals in
the DC
junction box
in an
IBBS300T
Power Cable
for a Heating
Film
OT terminal
(M4)
"L1" and "N1"
or "L2" and
"N2"
terminals on
the junction
box in an
APM30H
OT terminal
(M4)
"L" and "N"
terminals on
the junction
box for the
heating film
in an
IBBS200D
Power Cable
for a
Junction Box
(in a
TMC11H)
OT terminal
(M4)
"L3" and "N3"
terminals on
the junction
box in an
APM30H
OT terminal
(M4)
"L" and "N"
terminals on
the junction
box in a
TMC11H
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
33
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Power Cable
for a
Junction Box
(in an
IBBS300D or
IBBS300T)
OT terminal
(M4)
"L2" and "N2"
terminals on
the junction
box in an
APM30H
OT terminal
(M4)
"L" and "N"
terminals on
the junction
box in an
IBBS300D or
IBBS300T
Storage
Battery
Power Cable
(in an
IBBS200D or
IBBS200T)
OT terminal
(M8)
Power
distribution
boxes on the
top and inner
right wall of a
battery
cabinet
OT terminal
(M6)
Positive and
negative
poles of the
battery packs
in a battery
cabinet
Storage
Battery
Power Cable
(in an
IBBS300D or
IBBS300T)
OT terminal
(M8)
Circuit
breakers in
the lower side
of the DC
junction box
on the right
side of the
battery
cabinet and
terminals on
the DC
junction box
near the
"NEG(-)"
silkscreen on
the left side
of the battery
cabinet
OT terminal
(M6)
Positive and
negative
poles of the
battery packs
in a battery
cabinet
EMUA or
EMUB Power
Cable (in an
APM30H)
EPC4
connector
"LOAD5" port
on the EPU in
an APM30H
Cord end
terminal
EMUA or
EMUB Power
Cable (in a
TMC11H)
EPC4
connector
"LOAD8" port
on the
DCDU-12C in
a TMC11H
Cord end
terminal
"PWR1" port
on the EMUA
or "PWR" port
on the EMUB
in an
APM30H or
TMC11H
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
34
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
GATM Power
Cable (in an
APM30H)
The Other End
Connector
Installation
Position
Connector
Installation
Position
EPC4
connector
"-48V" port
on a GATM
3V3
connector
● GATM 0b:
"LOAD7"
port on the
DCDU-12A
in an RFC
● GATM 1c:
"LOAD5"
port on the
EPU05A-06
or
EPU05A-08
in an
APM30H
GATM Power
Cable (in a
TMC11H)
EPC4
connector
"-48V" port
on a GATM
3V3
connector
● GATM 0:
"LOAD8"
port on the
DCDU-12C
in a
TMC11H
● GATM 1:
"LOAD7"
port on the
DCDU-12C
in a
TMC11H
1.6.1.2.10
EPU02D/
EPU02D-02/
EPU02B/
EPU02S/
EPU02S-02
Power Cable
(in an
APM30H)
Issue 16 (2021-08-13)
OT terminal
"RTN(+)" and
"NEG(-)"
terminals on
the EPU02D/
EPU02D-02
OT terminal
Copyright © Huawei Technologies Co., Ltd.
● "RTN(+)"
terminal
on the
PDU01D-0
1 in an
EPU05A
● "NEG(-)"
terminal
on the
PDU01D-0
1 in an
EPU05A
35
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
DCDU16D
Power Cable
(in an
APM30H)
The Other End
Connector
Installation
Position
Connector
Installation
Position
OT terminal
"RTN(+)" and
"NEG(-)"
terminals on
the DCDU16D
OT terminal
● "RTN(+)"
terminal
on the
PDU01D-0
1 in an
EPU05A
● "NEG(-)"
terminal
on the
PDU01D-0
1 in an
EPU05A
1.6.1.2.10
EPU02D/
EPU02D-02/
EPU02B/
EPU02S/
EPU02S-02
Power Cable
(in a
TMC11H)
OT terminal
"RTN(+)" and
"NEG(-)"
terminals on
the EPU02D/
EPU02D-02
Depending on
the external
equipment
External
power
equipment
DCDU16D
Power Cable
(in a
TMC11H)
OT terminal
"RTN(+)" and
"NEG(-)"
terminals on
the DCDU16D
Depending on
the external
equipment
External
power
equipment
a: Battery cabinet: IBBS200D or IBBS200T
b and c: If two GATMs are installed, they are installed below the BBU in
sequence. GATM 0 is installed above GATM 1.
The following table lists the power cables that have been installed before delivery.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
36
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-11 Power cables installed before delivery
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
DCDU-12C
Power Cable
(in a DC
Scenario)
OT terminal
(M6)
DC junction
box in an RFC
OT terminal
(M6)
"RTN(+)" and
"NEG(-)"
terminals on
the
DCDU-12C in
a TMC
Power Cable
for the DC
Junction Box
in an RFC (in
an AC
Scenario)
OT terminal
(M6)
"RFC1" or
"RFC2"
terminal on
the EPU in an
APM30H
OT terminal
(M6)
DC junction
box in an RFC
DCDU-12A
Power Cable
OT terminal
(M6)
DC junction
box in an RFC
OT terminal
(M6)
"RTN(+)" and
"NEG(-)"
terminals on
the
DCDU-12A in
an RFC
BBU Power
Cable (in an
APM30H)
EPC4
connector
"LOAD0" or
"LOAD1" port
on the EPU in
an APM30H
HDEPC
connector
"-48V" port
on the UPEU
in the BBU in
an APM30H
BBU Power
Cable (in a
TMC11H)
EPC4
connector
"LOAD6" and
"LOAD7"
ports on the
DCDU-12C in
a TMC11H
HDEPC
connector
"-48V" port
on the UPEU
in the BBU in
a TMC11H
FAN 02E
Power Cable/
FAN02H
Power Cable
(in an
APM30H)
EPC4
connector
"LOAD2" port
on the EPU in
an APM30H
3V3
connector
(FAN 02E)/
EPC4
connector
(FAN02H)
"PWR" port
on the FAN
02E in an
APM30H
FAN 02E
Power Cable/
FAN02H
Power Cable
(in a
TMC11H)
EPC4
connector
"LOAD9" port
on the
DCDU-12C in
a TMC11H
3V3
connector
(FAN 02E)/
EPC4
connector
(FAN02H)
"PWR" port
on the FAN
02E/FAN02H
in a TMC11H
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
37
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
RFU Power
Cable
EPC4
connector
"LOAD0" to
"LOAD5"
ports on the
DCDU-12A in
an RFC
3V3
connector
"PWR" ports
on RFU 0 to
RFU 5 in an
RFC
FAN 01D
Power Cable
EPC4
connector
"LOAD6" port
on the
DCDU-12A in
an RFC
3V3
connector
"PWR" port
on the FAN
01D in an RFC
Power Cable
for an AC
Heater (in an
APM30H)
OT terminal
(M4)
"L0", "N0",
and "PE"
terminals on
the junction
box in an
APM30H
C13
connector
Power input
port on the
AC heater in
an APM30H
Power Cable
for an AC
Heater (in a
TMC11H)
OT terminal
(M4)
"L0", "N0",
and "PE"
terminals on
the junction
box in a
TMC11H
C13
connector
Power input
port on the
AC heater in a
TMC11H
SOU Power
Cable
OT terminal
(M4)
M4 ground
screw, "L2"
terminal, and
"N2" terminal
near the AC
OUTPUT
silkscreen on
the left side
of the EPU in
an APM30H
C13
connector
"AC INPUT"
port on the
SOU in an
APM30H
Power Cable
for a
Junction Box
(in an
APM30H)
OT terminal
(M4)
M4 ground
screw, "L1"
terminal, and
"N1" terminal
near the AC
OUTPUT
silkscreen on
the left side
of the EPU in
an APM30H
OT terminal
"L" and "N"
terminals on
the junction
box and
ground bar in
an APM30H
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
38
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Transmission Cables
The following table lists transmission cables.
Table 1-12 Transmission cables
Categ
ory
Cable
Cable
s to
be
install
ed
onsite
One End
The Other End
Connec
tor
Installation
Position
Connect
or
Installation
Position
E1/T1
Cable
DB26
male
connect
or
"OUTSIDE" port
on the UELP in
an SLPU
Dependin
g on the
external
power
equipme
nt
External
transmission
equipment
FE/GE
Ethernet
Cable
RJ45
connect
or
"FE/GE"
electrical port
near the
OUTSIDE
silkscreen on the
UFLP in the
SLPU
RJ45
connecto
r
External
transmission
equipment
FE/GE
Optical
Fiber
LC
connect
or
"FE/GE" optical
port on the
UMPT in the
BBU
● FC
conne
ctor
External
transmission
equipment
● SC
conne
ctor
● LC
conne
ctor
Cable
s
install
ed
befor
e
delive
ry
E1/T1
Surge
Protection
Transfer
Cable
DB25
connect
or
"INSIDE" port on
the UELP in an
SLPU
DB26
connecto
r
"E1/T1" port on
the UMPT in a
BBU
FE/GE
Surge
Protection
Transfer
Cable
RJ45
connect
or
"FE/GE"
electrical port on
the UMPT in a
BBU
RJ45
connecto
r
"FE/GE"
electrical port
near the INSIDE
silkscreen on the
UFLP in the
SLPU
Signal Cables
The following table lists the signal cables to be installed onsite.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
39
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-13 Signal cables to be installed onsite
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
RJ45
connector
"COM_OUT"
port on the
upper-level
FAN 01D
RJ45
connector
"COM_IN"
port on the
lower-level
FAN 01D
RJ45
connector
"COM_OUT/
U_COM1"
port on the
upper-level
FAN 02E/
FAN02H
RJ45
connector
"COM_IN"
port on the
lower-level
FAN 01D
RJ45
connector
"COM_OUT"
port on the
upper-level
FAN 01D
RJ45
connector
"COM_IN/
U_COM0"
port on the
lower-level
FAN 02E
RJ45
connector
"COM_OUT/
U_COM1"
port on the
upper-level
FAN 02E/
FAN02H
RJ45
connector
"COM_IN/
U_COM0"
port on the
lower-level
FAN 02E
Monitoring
Signal Cable
Between
Cascaded
CMUHs
RJ45
connector
"COM_OUT"
port on the
CMUH in the
upper-level
IBBS200D or
IBBS200T
RJ45
connector
"COM_IN"
port on the
CMUH in the
lower-level
IBBS200D or
IBBS200T
CCUB-CMUH
Monitoring
Signal Cable/
CCUC-CMUH
Monitoring
Signal Cable
RJ45
connector
"COM_OUT/
U_COM1"
port on the
CCUB/CCUC
in the upperlevel TMC11H
RJ45
connector
"COM_IN"
port on the
CMUH in the
lower-level
extension RFC
CMUH-CCUB
Monitoring
Signal Cable/
CMUH-CCUC
Monitoring
Signal Cable
RJ45
connector
"COM_OUT"
port on the
CMUH in the
upper-level
RFC
RJ45
connector
"COM_IN/
U_COM0"
port on the
CCUB/CCUC
in the lowerlevel TMC11H
Monitoring
Signal Cable
Between
Cascaded Fan
Assemblies
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
40
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Monitoring
Signal Cable
Between
Cascaded
CCU01D-03
Modules
RJ45
connector
"COM_OUT"
port on the
upper-level
CCU01D-03
RJ45
connector
"COM_IN"
port on the
lower-level
CCU01D-03
Monitoring
Signal Cable
for a Battery
Cabinet
RJ45
connector
"COM_IN"
port on the
CMUH or
CCU01D-03 in
a battery
cabinet
RJ45
connector
"COM_485"
port on the
FAN 02E/
FAN02H in an
APM30H
GPS Clock
Signal Cable
SMA male
connector
"GPS" port on
the USCU in a
BBU
Type N
female
connector
GPS surge
protector
EMUA or
EMUB
Monitoring
Signal Cable
(in an
APM30H)
DB9 male
connector
"RS485" port
on the EMUA
or
"COM_485"
port on the
EMUB in an
APM30H
RJ45
connector
"MON1-1/
D_COM1-1"
port on the
FAN 02E/
FAN02H in an
APM30H
EMUA or
EMUB
Monitoring
Signal Cable
(in a
TMC11H)
DB9 male
connector
"RS485" port
on the EMUA
or
"COM_485"
port on the
EMUB in a
TMC11H
RJ45
connector
"MON1-1/
D_COM1-1"
port on the
FAN 02E/
FAN02H in a
TMC11H
BBU Alarm
Cable
RJ45
connector
"EXT_ALM0"
or
"EXT_ALM1"
port on the
UPEU or UEIU
in a BBU
RJ45
connector
External
alarm device
RET Control
Signal Cable
SMA elbow
male
connector
"ANT0" to
"ANT5" ports
on a GATM
SMA straight
male
connector
"DC/OOK"
port on a
Bias-Tee
CMUH-GATM
Monitoring
Signal Cable
RJ45
connector
"COM2" port
on GATM 0
RJ45
connector
"COM_IN"
port on the
CMUH in an
RFC
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
41
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
GATM
Monitoring
Signal Cable
RJ45
connector
"COM1" port
on a GATM
RJ45
connector
"COM_OUT/
U_COM1" or
"MON1-1/
D_COM1-1"
port on the
FAN 02E/
FAN02H in an
APM30H
Local
Maintenance
Adapter
USB
connector
"USB"a port
on the UMPT
in a BBU
Network
interface
connector
Ethernet
cable
WIUA
Monitoring
Signal Cable
RJ45
connector
"COM_IN"
port on a
WIUA
RJ45
connector
● "D_COM1"
port on the
CMUH in
an
IBBS200D
or
IBBS200T
● "D_COM1"
port on the
CCU01D-0
3 in an
IBBS300D
or
IBBS300T
a: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
The following table lists the signal cables that have been installed before delivery.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
42
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-14 Signal cables installed before delivery
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Monitoring
Signal Cable
for a
Temperature
Sensor (in an
RFC)
4-pin
connector
"TEM" port
on the FAN
01D in an RFC
Temperature
sensor
Air intake
vent at the
bottom of an
RFC
CMUH-CCUB
Monitoring
Signal Cable/
1.8.2.24
CMUH-CCUC
Monitoring
Signal Cable
RJ45
connector
"COM_IN"
port on the
FAN 01D in
an RFC
RJ45
connector
"MON0-0/
D_COM0-0"
port on the
FAN 02E/
FAN02H in an
APM30H
CCUB-BBU
Monitoring
Signal Cable/
CCUC-BBU
Monitoring
Signal Cable
RJ45
connector
"COM_IN/
U_COM0"
port on the
FAN 02E/
FAN02H in an
APM30H or
TMC11H
RJ45
connector
"MON0" port
on the UPEU
in the BBU in
an APM30H
or TMC11H
RJ45
connector
"COM_OUT/
U_COM1"
port on the
FAN 02E/
FAN02H in an
APM30H or
TMC11H
RJ45
connector
"MON1" port
on the UPEU
in the BBU in
an APM30H
or TMC11H
RJ45
connector
"PMI" port on
the PMIU in
an APM30H
RJ45
connector
"PMI" port on
the FAN 02E/
FAN02H in an
APM30H
PMIU-CCUB
Monitoring
Signal Cable/
PMIU-CCUC
Monitoring
Signal Cable
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
43
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
ELU Signal
Cable
The Other End
Connector
Installation
Position
Connector
Installation
Position
RJ45
connector
● "ELU" port
on the FAN
02E/
FAN02H in
an
APM30H
or
TMC11H
RJ45
connector
RJ45 port on
the ELU in
each cabinet
Bare wire or
cord end
terminal
Door status
sensor
● "ELU" port
on the FAN
01D in an
RFC
● "ELU" port
on the
CMUH in
an
IBBS200D
or
IBBS200T
● "ELU" port
on the
CCU01D-0
3 in an
IBBS300D
or
IBBS300T
Monitoring
Signal Cable
for the Door
Status Sensor
(in an
APM30H)
Issue 16 (2021-08-13)
Bare wire
"GATE" port
on the FAN
02E/FAN02H
in an
APM30H
Copyright © Huawei Technologies Co., Ltd.
44
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
Monitoring
Signal Cable
for the Door
Status Sensor
(in a
TMC11H, RFC,
IBBS200D, or
IBBS200T)
The Other End
Connector
Installation
Position
Connector
Installation
Position
Bare wire
● "GATE"
port on the
FAN 02E/
FAN02H in
a TMC11H
Bare wire
Door status
sensor
4-pin
connector
"FAN_EXT"
port on the
FAN 02E/
FAN02H in an
APM30H or
TMC11H
● "GATE"
port on the
FAN 01D
in an RFC
● "GATE"
port on the
CMUH in
an
IBBS200D
or
IBBS200T
● "GATE"
port on the
CCU01D-0
3 in an
IBBS300D
or
IBBS300T
Monitoring
Signal
Transfer
Cable for the
Fan in the
Front Door
Interconnectio
n terminal
Fan power
cable routed
out of the
front door of
an APM30H
or TMC11H
CPRI Electrical Cables and CPRI Optical Fibers
The following table lists CPRI electrical cables and CPRI optical fibers.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
45
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-15 CPRI electrical cables and CPRI optical fibers
Cate
gory
Cable
Cable
s
instal
led
befor
e
delive
ry
Cable
s to
be
instal
led
onsit
e
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
CPRI
Electrical
Cable
SFP20 male
connector
CPRI port
on the
UBBP in a
BBU
SFP20 male
connector
"CPRI0" or
"CPRI1" port
on RFU 0 to
RFU 5
CPRI Optical
Fiber
DLC
connector
CPRI port
on the
UBBP in a
BBU
DLC
connector
CPRI port on
an RRU
NOTE
If boards have been installed in cabinets before delivery, CPRI electrical cables have also been
installed in the APM30H+RFC or TMC11H+RFC cabinet combination. CPRI electrical cables must
be installed onsite in the following cases:
●
In initial configuration, fewer than six RFUs are installed in an RFC before delivery. If RFUs
are added for capacity expansion, CPRI electrical cables must be installed onsite.
●
If an RFC is added, CPRI electrical cables of RFUs must be installed in the RFC onsite.
RF Cables
The following table lists RF cables.
Table 1-16 RF cables
Cate
gory
Cable
Cable
s to
be
instal
led
onsit
e
RF Jumper
Issue 16 (2021-08-13)
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
DIN straight
male
connector
Antenna
feeder
DIN elbow
male
connector
"ANT_TX/
RXA" and
"ANT_RXB"
ports on an
RFU
Copyright © Huawei Technologies Co., Ltd.
46
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Cate
gory
Cable
One End
Cable
s
instal
led
befor
e
delive
ry
Inter-RFU RF
Signal Cable
The Other End
Connector
Installation
Position
Connector
Installation
Position
QMA elbow
male
connector
"RX_OUTA"
port on an
RFU
QMA elbow
male
connector
"RX_INB"
port on an
RFU
1.2.4 DBS5900 Cable List (BBU5900)
The DBS5900 cable lists include the BBU cable list, and RRU cable list as well as
the cable lists for the cabinets used by DBS5900 base stations.
Cable Lists for Supported Cabinets
The following table lists the links to the cable lists for the cabinets used by the
DBS5900.
Table 1-17 Links to the cable lists for supported cabinets
Supported
Cabinet
Cable List
APM5930(AC
)/
APM5930(DC
)
APM5930 Cable List
BBC5200D
BBC5200D Cable List
BBC5200T
BBC5200T Cable List
BBC5300D
BBC5300D Cable List
BBC5300T
BBC5300T Cable List
BBC5200D-L
BBC5200D-L Cable List
BBC5200T-L
BBC5200T-L Cable List
IBC10 (Ver.B)
IBC10 (Ver.B) Cable List
IMB05
IMB05 Cable List
ILC29 (Ver.E)
ILC29 (Ver.E) Cable List
APM30H
(Ver.E)
APM30H (Ver.E) Cable List
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
47
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Supported
Cabinet
Cable List
TMC11H
(Ver.E)
TMC11H (Ver.E) Cable List
IBBS200D
(Ver.E)
IBBS200D (Ver.E) Cable List
IBBS200T
(Ver.E)
IBBS200T (Ver.E) Cable List
IBBS300D
IBBS300D Cable List
IBBS300T
IBBS300T Cable List
BBU5900 Cable List
The following table lists BBU5900 cables.
Table 1-18 BBU5900 cable list
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
BBU PGND
Cable
OT terminal
(M4, 6 mm2
or 0.009 in.2)
Ground
terminal on a
BBU
OT terminal
(M8, 6 mm2
or 0.009 in.2)
External
ground bar
BBU Power
Cable
HDEPC
connector
"-48V" port
on the UPEU
in a BBU
Depending on
the power
equipment
Depending on
the power
equipment
E1/T1 Cable
DB26 male
connector
"E1/T1" port
on the UMPT
in a BBU
Depending on
site
requirements
External
transmission
equipment
FE/GE
Ethernet
Cable
RJ45
connector
"FE/GE0" port
on the UMPT
in a BBU
RJ45
connector
External
transmission
equipment
FE/GE
Optical Fiber
LC connector
"FE/GE1" port
on the UMPT
in a BBU
FC, SC, or LC
connector
External
transmission
equipment
CPRI Optical
Fiber
DLC
connector
CPRI port on
the UBBP in a
BBU
DLC
connector
CPRI port on
an RRU or
AAU
MPO
connector
CPRI port on
the UBBP in a
BBU
MPO
connector
CPRI port on
an AAU
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
48
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
BBU
Interconnecti
on Signal
Cable
DLC
connector
"CI" port on
the UMPT in
BBU 0
DLC
connector
"CI" port on
the UMPT in
BBU 1
Local
Maintenance
Adapter
USBa
connector
"USB"a port
on the UMPT
in a BBU
Network
interface
connector
Ethernet
cable
BBU Alarm
Cable
RJ45
connector
"EXT-ALM0"
port on the
UPEU or UEIU
in a BBU
RJ45
connector
External
alarm
equipment
a: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
BBU5900A Cable List
The following table lists BBU5900A cables.
Table 1-19 BBU5900A cable list
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
BBU PGND
Cable
OT terminal
(M6, 16 mm2
or 0.025 in.2)
Ground point
on a
BBU5900A
OT terminal
(depending
on site
requirements)
External
ground bar
BBU5900A
Power Cable
(in an AC
Scenario)
AC-EPC1
connector
Power input
port on a
BBU5900A
Depending on
site
requirements
External
power
equipment
BBU5900A
Power Cable
(in a DC
Scenario)
EPC7
connector
Power input
port on a
BBU5900A
SPC1
connector
"LOAD6" port
on an
OPM200
1.8.4.12 GPS
Clock Signal
Cable
SMA
connector
"GPS" port on
the UMPT in
a BBU5900A
Type N
female
connector
GPS feeder
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
49
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
BBU5900A
Alarm Cable
RJ45
connector
"EXT_ALM"
port on the
UEIUd in a
BBU5900A
Depending on
site
requirements
External
alarm
equipment
Monitoring
Signal Cable
for the OPM
RJ45
connector
"MON0" or
"MON1" port
on the UEIUd
in a
BBU5900A
Depending on
site
requirements
External
alarm
equipment
BBU
Interconnecti
on Signal
Cable (HEI
Interconnectio
n Signal
Cable)
DLC
connector
"HEI" port on
the UBBP in a
BBU5900A
DLC
connector
"HEI" port on
the UBBP in a
BBU3900/
BBU3910/
BBU5900
BBU
Interconnecti
on Signal
Cable (CI
Interconnectio
n Signal
Cable)
DLC
connector
"CI" port on
the UMPT in
a BBU5900A
DLC
connector
"CI" port on
the UMPT in
a BBU3900/
BBU3910/
BBU5900
BBU
Interconnecti
on Signal
Cable (CI
Interconnectio
n Signal
Cable)
DLC
connector
"CI" port on
the UMPT in
a BBU5900A
DLC
connector
"M0" or "M1"
port on the
UCIU in a
BBU3900/
BBU3910
FE/GE
Ethernet
Cable
RJ45
connector
"FE/GE0" port
on the UMPT
in a
BBU5900A
RJ45
connector
"GE_IN" port
on the UEIUd
in a
BBU5900A
RJ45
connector
"GE_OUT"
port on the
UEIUd in a
BBU5900A
Depending on
site
requirements
External
transmission
equipment
DLC
connector
"FE/GE1" port
on the UMPT
in a
BBU5900A
DLC
connector
External
transmission
equipment
FE/GE
Optical Fiber
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
50
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
CPRI Optical
Fiber
The Other End
Connector
Installation
Position
Connector
Installation
Position
DLC
connector
"CPRI0" to
"CPRI5" ports
on the UBBP
in a
BBU5900A
DLC
connector
"CPRI" port
on an
RRU/AAU
RRU Cable List
For the RRU cable list, see the related RRU hardware description. For example, for
the RRU3926, see RRU3926 Hardware Description.
1.2.5 BTS3900 Cable List
This section describes cable lists when the BTS3900 is configured with BTS3900
(Ver.C), BTS3900 (Ver.B), and BTS3900 (Ver.D) cabinets.
1.2.5.1 BTS3900 (Ver.B) Cable List
The BTS3900 cables include PGND cables, equipotential cable, power cables,
transmission cables, signal cables, CPRI electrical cables, and RF cables.
PGND Cables and Equipotential Cable
The following table describes the PGND cables and equipotential cable.
Table 1-20 PGND cables and equipotential cable
Category
Cable
Cables to
be installed
onsite
Issue 16 (2021-08-13)
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
PGND
Cable for
the
Cabinet
OT
terminal
Ground
terminal
on the
cabinet
OT
terminal
External
ground bar
1.5
Equipotent
ial Cable
OT
terminal
Wiring
terminal
for the
equipotenti
al cable
OT
terminal
Wiring
terminal
for the
equipotenti
al cable
Copyright © Huawei Technologies Co., Ltd.
51
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
Cables
installed
before
delivery
PGND
Cable for a
Module
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
OT
terminal
Ground
terminal
on a
module
OT
terminal
Ground
terminal
for the
PGND
cable in
the cabinet
Power Cables
The following table describes the power cables.
Table 1-21 Power cables
Category
Cable
Cables to
be installed
onsite
1.6.1.1.1
DCDU-01
Power
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
OT
terminal
● Black
wire:
"RTN(+)
"
terminal
on the
DCDU-0
1
Depending
on the
external
power
equipment
External
power
equipment
Depending
on the
external
power
equipment
External
power
equipment
● Blue
wire:
"NEG(-)
"
terminal
on the
DCDU-0
1
1.6.1.2.16
EPS24S481
00DC
Power
Cable
Issue 16 (2021-08-13)
OT
terminal
Power
input
terminal
for the
EPS24S481
00DC
subrack
Copyright © Huawei Technologies Co., Ltd.
52
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
1.6.1.2.15
EPS4890
Power
Cable
OT
terminal
Power
input
terminal
for the
EPS4890
subrack
Depending
on the
external
power
equipment
External
power
equipment
1.6.4.4
RRU
Power
Cable
OT
terminal
One of the
"LOAD0"
to
"LOAD5"
ports on
the
DCDU-03B
Depending
on the RRU
model
Power port
on an RRU
GATM
Power
Cable
3V3
connector
"-48V"
port on the
GATM
Parallel
terminal
"SPARE1"
or
"SPARE2"
port on the
DCDU-01
1.6.1.1.2
DCDU-03B
Power
Cable
OT
terminal
● Black
wire:
"RTN(+)
"
terminal
on the
DCDU-0
3B
Depending
on the
external
power
equipment
External
power
equipment
● Blue
wire:
"NEG(-)
"
terminal
on the
DCDU-0
3B
Cables
installed
before
delivery
Issue 16 (2021-08-13)
1.6.4.3 RFU
Power
Cable
3V3
connector
"PWR"
port on an
RFU
Parallel
terminal
One of the
"RFU0" to
"RFU5"
ports on
the
DCDU-01
1.6.3.1.1
FAN Power
Cable
3V3
connector
"-48V"
port on the
FAN
Parallel
terminal
"FAN" port
on the
DCDU-01
Copyright © Huawei Technologies Co., Ltd.
53
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
1.6.4.2
BBU Power
Cable
3V3
connector
"-48V"
port on the
UPEU
Parallel
terminal
"BBU" port
on the
DCDU-01
1.6.1.1.1
DCDU-01
Power
Cable
OT
terminal
"RTN(+)"
and
"NEG(-)"
terminals
on the
DCDU-01
OT
terminal
"RTN(+)"
and
"LOAD(-)"
terminals
on the
EPS24S481
00DC
subrack
OT
terminal
"RTN(+)"
and
"NEG(-)"
terminals
on the
DCDU-01
OT
terminal
"LOAD1(-)
" or
"LOAD2(-)
" and
"RTN(+)"
terminals
on the
EPS4890
subrack
For the
BTS3900
DC cabinet
(+24 V)
1.6.1.1.1
DCDU-01
Power
Cable
For the
BTS3900
AC cabinet
Transmission Cables
The following table describes the transmission cables.
Table 1-22 Transmission cables
Category
Cable
Cables to
be installed
onsite
Issue 16 (2021-08-13)
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
1.7.1
E1/T1
Cable
DB26 male
connector
"E1/T1"
port on the
GTMU,
WMPT, or
UTRP
Depending
on the
external
equipment
External
transmissio
n
equipment
1.7.6
FE/GE
Ethernet
Cable
RJ45
connector
"FE0" port
on the
GTMU,
WMPT,
UMPT,
LMPT, or
UTRP
RJ45
connector
Routing
device
Copyright © Huawei Technologies Co., Ltd.
54
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
1.7.3
FE/GE
Optical
Fiber
Cables
installed
before
delivery
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
LC
connector
"SFP0" or
"SFP1" port
on the
GTMU,
WMPT,
UMPT, or
UTRP
● FC
connect
or
Routing
device
● SC
connect
or
● LC
connect
or
1.7.4
Interconne
ction
Cable
Between
FE/GE
Electrical
Ports
RJ45
connector
"FE0" port
on the
GTMU
RJ45
connector
"FE0" port
on the
WMPT
board
1.7.5
Interconne
ction
Cable
Between
FE/GE
Optical
Ports
LC
connector
"FE1" port
on the
GTMU
LC
connector
"FE1" port
on the
WMPT
board
Signal Cables
The following table describes the signal cables.
Table 1-23 Signal cables
Category
Cable
Cables to
be installed
onsite
Issue 16 (2021-08-13)
1.8.4.6
EMU
Monitorin
g Signal
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
DB9 male
connector
"RS485"
port on the
EMU
RJ45
connector
"MON1"
port on the
UPEU or
UEIU
Copyright © Huawei Technologies Co., Ltd.
55
3900 & 5900 Series Base Station
Cables
Category
Cables
installed
before
delivery
Issue 16 (2021-08-13)
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
1.8.2.35
BBU
Alarm
Cable
RJ45
connector
"EXTALM0"
port on the
UPEU or
UEIU
RJ45
connector
External
alarm
device
1.8.4.12
GPS Clock
Signal
Cable
SMA male
connector
"GPS" port
on the
USCU
Type N
female
connector
GPS surge
protector
RET
Control
Signal
Cable
SMA elbow
male
connector
"ANT0" to
"ANT5"
ports on
the GATM
SMA
straight
male
connector
"DC/OOK"
port on the
DIN BiasTee
GATM
Monitorin
g Signal
Cable
RJ45
connector
"COM1"
port on the
GATM
RJ45
connector
"MON1"
port on the
UPEU or
"MON0"
port on the
UEIU
FMUCGATM
Monitorin
g Signal
Cable
RJ45
connector
"COM2"
port on the
GATM
RJ45
connector
"COM_IN"
port on the
lower-level
FAN
1.8.4.16
Local
Maintena
nce
Adapter
USB
connector
"USB"a
port on the
UMPT in a
BBU
Network
connector
Network
cable
1.8.1.3
PMU 01BBBU
Monitorin
g Signal
Cable
RJ45
connector
"COM_IN"
port on the
PMU 01B
RJ45
connector
"MON1"
port on the
UPEU
1.8.1.19
PSU
(EPW25-2
4S48D) InPosition
Signal
Cable
Cord end
terminal
"ALM"
terminal
on the
EPS24S481
00DC
subrack
RJ45
connector
"EXTALM0"
port on the
UPEU
Copyright © Huawei Technologies Co., Ltd.
56
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
1.8.1.18
PSU
(EPW25-2
4S48D)
Monitorin
g Signal
Cable
RJ45
connector
"PRESENT"
port on the
EPS24S481
00DC
subrack
RJ45
connector
"EXTALM1"
port on the
UPEU
1.8.2.29
FMUCBBU
Monitorin
g Signal
Cable
RJ45
connector
"COM_IN"
port on the
FAN
RJ45
connector
"MON0"
port on the
UPEU or
UEIU
1.8.3.6
Monitorin
g Signal
Cable
Between
Cascaded
FANs
RJ45
connector
"COM_OU
T" port on
the upperlevel FANb
RJ45
connector
"COM_IN"
port on the
lower-level
FANc
1.8.4.3
ELU Signal
Cable
RJ45
connector
ELU
RJ45
connector
"SENSOR"
port on the
FAN
a: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
b: The upper-level FAN communicates with the BBU directly.
c: The lower-level FAN communicates with the BBU through the upper-level
FAN.
CPRI Electrical Cables
The following table describes the CPRI electrical cables.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
57
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-24 CPRI electrical cables
Category
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
SFP20
male
connector
CPRI port
on the
GTMU,
UBRI,
WBBP, or
LBBP
SFP20
male
connector
CPRI port
on an RFU
Cables to
be installed
onsite
1.9.1 CPRI
Electrical
Cables
Cables
installed
before
delivery
If boards and modules have been installed in a BTS3900 cabinet
before delivery, CPRI electrical cables are also installed in the
cabinet before delivery. In this case, only the CPRI electrical cables
between BTS3900 cabinets must be installed onsite.
RF Cables
The following table describes the RF cables.
Table 1-25 RF cables
Category
Cable
Cables to
be installed
onsite
1.10.1 RF
Jumpers
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
DIN elbow
male
connector
"ANT_TX/
RXA" and
"ANT_RXB"
ports on an
RFU
DIN
straight
male
connector
● Feeder
of the
antenna
system
(no
GATM
configur
ed)
● ANT
port on
the
Bias-Tee
(GATM
configur
ed)
Cables
installed
before
delivery
Issue 16 (2021-08-13)
1.10.2
Inter-RFU
RF Signal
Cable
QMA
elbow
male
connector
"RX OUTA"
port on an
RFU
Copyright © Huawei Technologies Co., Ltd.
QMA
elbow
male
connector
"RX INB"
port on the
other RFU
58
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
1.2.5.2 BTS3900 (Ver.C) Cable List
The BTS3900 cables include PGND cables, equipotential cable, power cables,
transmission cables, signal cables, CPRI electrical cables, and RF cables.
PGND Cables and Equipotential Cable
The following table describes the PGND cables and equipotential cable.
Table 1-26 PGND cables and equipotential cable
Category
Cable
Cables to
be installed
onsite
Cables
installed
before
delivery
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
PGND
Cable for
the
Cabinet
OT
terminal
Ground
terminal
on the
cabinet
OT
terminal
External
ground bar
1.5
Equipotent
ial Cable
OT
terminal
Wiring
terminal
for the
equipotenti
al cable
OT
terminal
Wiring
terminal
for the
equipotenti
al cable
PGND
Cable for a
Module
OT
terminal
Ground
terminal
on a
module
OT
terminal
Ground
terminal
for the
PGND
cable in
the cabinet
Power Cables
The following table describes the power cables.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
59
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-27 Power cables
Category
Cable
Cables to
be installed
onsite
1.6.1.1.4
DCDU-11A
Power
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
OT
terminal
● Black
wire:
"RTN(+)
"
terminal
on the
DCDU
Depending
on the
external
power
equipment
External
power
equipment
● Blue
wire:
"NEG(-)
"
terminal
on the
DCDU
Issue 16 (2021-08-13)
1.6.1.2.18
ETP48150A3 Power
Cable
OT
terminal
Power
input
terminal
for the
ETP48150A3 subrack
Depending
on the
external
power
equipment
External
power
equipment
1.6.4.4
RRU
Power
Cable
Female
fast
connector
(pressfit
type)
One of the
"LOAD0"
to
"LOAD5"
ports on
the
DCDU-11B
Depending
on the RRU
model
Power port
on an RRU
GATM
Power
Cable
3V3
connector
"-48V"
port on the
GATM
Female
fast
connector
(pressfit
type)
"LOAD8"
or
"LOAD9"
port on the
DCDU-11A
Copyright © Huawei Technologies Co., Ltd.
60
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
1.6.1.1.5
DCDU-11B
Power
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
OT
terminal
● Black
wire:
"RTN(+)
"
terminal
on the
DCDU-1
1B
Depending
on the
external
power
equipment
External
power
equipment
● Blue
wire:
"NEG(-)
"
terminal
on the
DCDU-1
1B
Cables
installed
before
delivery
1.6.4.3 RFU
Power
Cable
3V3
connector
"PWR"
port on the
RFU
Female
fast
connector
(pressfit
type)
One of the
"LOAD0"
to
"LOAD5"
ports on
the
DCDU-11A
1.6.3.1.9
FAN 03B
Power
Cable
3V3
connector
"-48V"
port on the
FAN 03B
Female
fast
connector
(pressfit
type)
"LOAD6"
port on the
DCDU-11A
1.6.4.2
BBU Power
Cable
3V3
connector
"-48V"
port on the
UPEU
Female
fast
connector
(pressfit
type)
"LOAD7"
or
"LOAD8"
port on the
DCDU-11A
1.6.1.2.18
ETP48150A3 Power
Cable
OT
terminal
"RTN(+)"
terminal
on the
DCDU-11A
OT
terminal
"RTN(+)"
power
output
terminal
for the
ETP48150A3 subrack
(Black)
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
61
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
1.6.1.2.18
ETP48150A3 Power
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
OT
terminal
"NEG(-)"
terminal
on the
DCDU-11A
OT
terminal
"NEG(-)"
power
output
terminal
for the
ETP48150A3 subrack
(Blue)
Transmission Cables
The following table describes the transmission cables.
Table 1-28 Transmission cables
Category
Cable
Cables to
be installed
onsite
Issue 16 (2021-08-13)
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
1.7.1
E1/T1
Cable
DB26 male
connector
"E1/T1"
port on the
GTMU,
WMPT, or
UTRP
Depending
on the
external
equipment
External
transmissio
n
equipment
1.7.6
FE/GE
Ethernet
Cable
RJ45
connector
"FE0" port
on the
WMPT,
GTMU,
LMPT, or
UTRP
RJ45
connector
External
transmissio
n
equipment
1.7.3
FE/GE
Optical
Fiber
LC
connector
"SFP0" or
"SFP1" port
on the
WMPT,
GTMU,
LMPT, or
UTRP
● FC
connect
or
External
transmissio
n
equipment
Copyright © Huawei Technologies Co., Ltd.
● SC
connect
or
● LC
connect
or
62
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
Cables
installed
before
delivery
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
1.7.4
Interconne
ction
Cable
Between
FE/GE
Electrical
Ports
RJ45
connector
"FE0" port
on the
GTMU
RJ45
connector
"FE0" port
on the
WMPT
board
1.7.5
Interconne
ction
Cable
Between
FE/GE
Optical
Ports
LC
connector
"FE1" port
on the
GTMU
LC
connector
"FE1" port
on the
WMPT
board
Signal Cables
The following table describes the signal cables.
Table 1-29 Signal cables
Category
Cable
Cables to
be installed
onsite
Issue 16 (2021-08-13)
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
1.8.4.6
EMU
Monitorin
g Signal
Cable
DB9 male
connector
"RS485"
port on the
EMU
RJ45
connector
"MON1"
port on the
UPEU or
UEIU
1.8.2.35
BBU
Alarm
Cable
RJ45
connector
EXT-ALM0
port on the
UPEU or
UEIU
RJ45
connector
External
alarm
device
1.8.4.12
GPS Clock
Signal
Cable
SMA male
connector
"GPS" port
on the
USCU
Type N
female
connector
GPS surge
protector
Copyright © Huawei Technologies Co., Ltd.
63
3900 & 5900 Series Base Station
Cables
Category
Cables
installed
before
delivery
Issue 16 (2021-08-13)
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
RET
Control
Signal
Cable
SMA elbow
male
connector
"ANT0" to
"ANT5"
ports on
the GATM
SMA
straight
male
connector
"DC/OOK"
port on the
DIN BiasTee
GATM
Monitorin
g Signal
Cable
RJ45
connector
"COM1"
port on the
GATM
RJ45
connector
"MON0" or
"MON1"
port on the
UPEU
FMUEGATM
Monitorin
g Signal
Cable
RJ45
connector
"COM2"
port on the
GATM
RJ45
connector
"COM IN"
port on the
lower-level
FAN 03B
1.8.3.8
Monitorin
g Signal
Cable
Between
Cascaded
FAN 03B
Units
RJ45
connector
"COM
OUT" port
on the
upper-level
FAN 03Ba
RJ45
connector
"COM IN"
port on the
lower-level
FAN 03Bb
1.8.4.16
Local
Maintena
nce
Adapter
USB
connector
"USB"c
port on the
UMPT in a
BBU
Network
connector
Network
cable
1.8.1.3
PMU 01BBBU
Monitorin
g Signal
Cable
RJ45
connector
"COM_IN"
port on the
PMU 01B
RJ45
connector
"MON1"
port on the
UPEU
1.8.2.30
FMUE-BBU
Monitorin
g Signal
Cabled
RJ45
connector
"COM IN"
port on the
FAN 03B
RJ45
connector
"MON0"
port on the
UPEU or
UEIU
1.8.4.3
ELU Signal
Cable
RJ45
connector
ELU
RJ45
connector
"SENSOR"
port on the
FAN 03B
Copyright © Huawei Technologies Co., Ltd.
64
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
One End
Connector
The Other End
Installatio
n Position
Connector
Installatio
n Position
a: The upper-level FAN 03B communicates with the BBU directly.
b: The lower-level FAN 03B communicates with the BBU through the upper-level
FAN 03B.
c: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
d: If no BBU is installed in the cabinet, this cable should be bound to the right
side of the cabinet.
CPRI Electrical Cables
The following table describes the CPRI electrical cables.
Table 1-30 CPRI electrical cables
Category
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
SFP20
male
connector
CPRI port
on the
GTMU,
WBBP, or
LBBP
SFP20
male
connector
CPRI port
on an RFU
Cables
installed
before
delivery
1.9.1 CPRI
Electrical
Cables
Cables to
be installed
onsite
If boards and modules have been installed in a BTS3900 cabinet
before delivery, CPRI electrical cables are also installed in the
cabinet before delivery. In this case, only the CPRI electrical cables
between BTS3900 cabinets must be installed onsite.
RF Cables
The following table describes the RF cables.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
65
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-31 RF cables
Category
Cable
Cables to
be installed
onsite
1.10.1 RF
Jumpers
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
DIN elbow
male
connector
"ANT_TX/
RXA" and
"ANT_RXB"
ports on an
RFU
DIN
straight
male
connector
● Feeder
of the
antenna
system
(no
GATM
configur
ed)
● ANT
port on
the
Bias-Tee
(GATM
configur
ed)
Cables
installed
before
delivery
1.10.2
Inter-RFU
RF Signal
Cable
QMA
elbow
male
connector
"RX OUTA"
port on an
RFU
QMA
elbow
male
connector
"RX INB"
port on the
other RFU
1.2.5.3 BTS3900 (Ver.D) Cable List
The BTS3900 cables include PGND cables, equipotential cable, power cables,
transmission cables, signal cables, CPRI electrical cables, and RF cables.
PGND Cables and Equipotential Cables
The following table lists the PGND cables and equipotential cables.
Table 1-32 PGND cables and equipotential cables
Category
Cable
Cables to
be installed
onsite
Issue 16 (2021-08-13)
1.4 PGND
Cable
(For a
Cabinet)
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
OT
terminal
Ground
terminal
on the
cabinet
OT
terminal
External
ground bar
Copyright © Huawei Technologies Co., Ltd.
66
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
1.5
Equipotent
ial Cable
One End
Connector
Installatio
n Position
Connector
Installatio
n Position
OT
terminal
Wiring
terminal
for the
equipotenti
al cable
OT
terminal
Wiring
terminal
for the
equipotenti
al cable
OT
terminal
Ground
terminal
on a
module
OT
terminal
Ground
terminal
for the
PGND
cable in
the cabinet
(Between
Cabinets)
Cables
installed
before
delivery
1.4 PGND
Cable
The Other End
(For a
Module)
Power Cables
The following table lists the power cables for an AC-powered BTS3900.
Table 1-33 Power cables for an AC-powered BTS3900
Category
Cable
Cables to
be installed
onsite
1.6.1.1.7
DCDU-12A
Power
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
OT
terminal
● Black
wire:
"RTN(+)
"
terminal
on the
DCDU-1
2A
OT
terminal
● Black
wire:
"RTN(+)
"
terminal
near the
RFC2
silkscree
n on the
EPU05A
-02
● Blue
wire:
"NEG(-)
"
terminal
on the
DCDU-1
2A
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
● Blue
wire:
"NEG(-)
"
terminal
near the
RFC2
silkscree
n on the
EPU05A
-02
67
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
EPU05A-02
Power
Cable
OT
terminal
Power
input
terminal
for the
EPU05A-02
subrack
Depending
on the
external
equipment
External
power
equipment
1.6.1.1.8
DCDU-12B
Power
Cable
OT
terminal
● Black
wire:
"RTN(+)
"
terminal
on the
DCDU-1
2B
OT
terminal
● Black
wire:
"RTN(+)
"
terminal
near the
RFC1
silkscree
n on the
EPU05A
-02
● Blue
wire:
"NEG(-)
"
terminal
on the
DCDU-1
2B
Issue 16 (2021-08-13)
● Blue
wire:
"NEG(-)
"
terminal
near the
RFC1
silkscree
n on the
EPU05A
-02
GATM
Power
Cable
3V3
connector
"-48V"
port on the
GATM
EPC4
connector
"LOAD8"
or
"LOAD9"
port on the
DCDU-12A
1.6.4.4
RRU
Power
Cable
EPC5
connector
One of the
"LOAD0"
to
"LOAD5"
ports on
the
DCDU-12B
Depending
on the RRU
model
Power port
on an RRU
Copyright © Huawei Technologies Co., Ltd.
68
3900 & 5900 Series Base Station
Cables
Category
Cables
installed
before
delivery
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
EPC4
connector
One of the
"LOAD6"
to
"LOAD8"
ports on
the
DCDU-12B
Depending
on the RRU
model
Power port
on an RRU
1.6.4.3 RFU
Power
Cable
3V3
connector
"PWR"
port on an
RFU
EPC4
connector
One of the
"LOAD0"
to
"LOAD5"
ports on
the
DCDU-12A
1.6.3.1.10
FAN 03C
Power
Cable
3V3
connector
"-48V"
port on the
FAN 03C
EPC4
connector
"LOAD6"
port on the
DCDU-12A
1.6.4.2
BBU Power
Cable
3V3
connector
"-48V"
port on the
UPEU
EPC4
connector
"LOAD7"
or
"LOAD8"
port on the
DCDU-12A
The following table lists the power cables for a DC-powered BTS3900.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
69
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-34 Power cables for a DC-powered BTS3900
Category
Cable
Cables to
be installed
onsite
1.6.1.1.7
DCDU-12A
Power
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
OT
terminal
● Black
wire:
"RTN(+)
"
terminal
on the
DCDU-1
2A
Depending
on the
external
equipment
External
power
equipment
● Blue
wire:
"NEG(-)
"
terminal
on the
DCDU-1
2A
1.6.4.4
RRU
Power
Cable
GATM
Power
Cable
Issue 16 (2021-08-13)
EPC5
connector
One of the
"LOAD0"
to
"LOAD5"
ports on
the
DCDU-12B
Depending
on the RRU
model
Power port
on an RRU
EPC4
connector
One of the
"LOAD6"
to
"LOAD8"
ports on
the
DCDU-12B
Depending
on the RRU
model
Power port
on an RRU
3V3
connector
"-48V"
port on the
GATM
EPC4
connector
"LOAD8"
or
"LOAD9"
port on the
DCDU-12A
Copyright © Huawei Technologies Co., Ltd.
70
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
1.6.1.1.8
DCDU-12B
Power
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
OT
terminal
● Black
wire:
"RTN(+)
"
terminal
on the
DCDU-1
2B
Depending
on the
external
equipment
External
power
equipment
Depending
on the
external
equipment
External
power
equipment
● Blue
wire:
"NEG(-)
"
terminal
on the
DCDU-1
2B
1.6.1.2.10
EPU02D/
EPU02D-0
2/EPU02B/
EPU02S/
EPU02S-02
Power
Cable
OT
terminal
● Black
wire:
"RTN(+)
"
terminal
on the
EPU02D
/
EPU02D
-02
● Blue
wire:
"NEG(-)
"
terminal
on the
EPU02D
/
EPU02D
-02
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
71
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
DCDU16D
Power
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
OT
terminal
● Black
wire:
"RTN(+)
"
terminal
on the
DCDU1
6D
Depending
on the
external
equipment
External
power
equipment
● Blue
wire:
"NEG(-)
"
terminal
on the
DCDU1
6D
Cables
installed
before
delivery
1.4 PGND
Cable
OT
terminal
Ground
terminal
on a
module
OT
terminal
Ground
terminal
for the
PGND
cable in
the cabinet
1.6.4.3 RFU
Power
Cable
3V3
connector
"PWR"
port on an
RFU
EPC4
connector
One of the
"LOAD0"
to
"LOAD5"
ports on
the
DCDU-12A
1.6.3.1.10
FAN 03C
Power
Cable
3V3
connector
"-48V"
port on the
FAN 03C
EPC4
connector
"LOAD6"
port on the
DCDU-12A
1.6.4.2
BBU Power
Cable
3V3
connector
"-48V"
port on the
UPEU
EPC4
connector
"LOAD7"
or
"LOAD8"
port on the
DCDU-12A
(For a
Module)
Transmission Cables
The following table lists the transmission cables.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
72
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-35 Transmission cables
Category
Cable
Cables to
be installed
onsite
Cables
installed
before
delivery
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
1.7.1
E1/T1
Cable
DB26 male
connector
"E1/T1"
port on the
GTMU,
WMPT, or
UTRP
Depending
on the
external
equipment
External
transmissio
n
equipment
1.7.6
FE/GE
Ethernet
Cable
RJ45
connector
"FE0" port
on the
WMPT,
GTMU,
LMPT, or
UTRP
RJ45
connector
External
transmissio
n
equipment
1.7.3
FE/GE
Optical
Fiber
LC
connector
"SFP0" or
"SFP1" port
on the
WMPT,
GTMU,
LMPT, or
UTRP
● FC
connect
or
External
transmissio
n
equipment
● SC
connect
or
● LC
connect
or
1.7.4
Interconne
ction
Cable
Between
FE/GE
Electrical
Ports
RJ45
connector
"FE0" port
on the
GTMU
RJ45
connector
"FE0" port
on the
WMPT
board
1.7.5
Interconne
ction
Cable
Between
FE/GE
Optical
Ports
LC
connector
"FE1" port
on the
GTMU
LC
connector
"FE1" port
on the
WMPT
board
Signal Cables
The following table lists signal cables.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
73
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-36 Signal cables
Category
Cable
Cables to
be installed
onsite
Issue 16 (2021-08-13)
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
1.8.4.6
EMU
Monitorin
g Signal
Cable
DB9 male
connector
"RS485"
port on the
EMU
RJ45
connector
"MON1"
port on the
UPEU or
UEIU
1.8.2.35
BBU
Alarm
Cable
RJ45
connector
"EXTALM0"
port on the
UPEU or
UEIU
RJ45
connector
External
alarm
device
1.8.4.12
GPS Clock
Signal
Cable
SMA male
connector
"GPS" port
on the
USCU
Type N
female
connector
GPS surge
protector
RET
Control
Signal
Cable
SMA elbow
male
connector
"ANT0" to
"ANT5"
ports on
the GATM
SMA
straight
male
connector
"DC/OOK"
port on the
DIN BiasTee
GATM
Monitorin
g Signal
Cable
RJ45
connector
"COM1"
port on the
GATM
RJ45
connector
"MON0" or
"MON1"
port on the
UPEU
CMUEAGATM
Monitorin
g Signal
Cable
RJ45
connector
"COM2"
port on the
GATM
RJ45
connector
"COM IN"
port on the
lower-level
FAN 03C
1.8.3.9
Monitorin
g Signal
Cable
Between
Cascaded
FAN 03C
Units
RJ45
connector
"COM
OUT" port
on the
upper-level
FAN 03Ca
RJ45
connector
"COM IN"
port on the
lower-level
FAN 03Cb
Copyright © Huawei Technologies Co., Ltd.
74
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
1.8.4.14
BBU
Interconne
ction
Signal
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
DLC
connector
One of the
"M0" to
"M4" ports
on the
UCIU in
the BBU
DLC
connector
● "CI"
port on
the
UMPT
in the
BBU
● "S0"
port on
the
UCIU in
the BBU
Cables
installed
before
delivery
Issue 16 (2021-08-13)
1.8.4.15
Cable
Between
Two
Combined
Base
Stations
DB15 male
connector
"GCK" port
on the
UCIU in a
BBU
MD36
male
connector
"CKB1" or
"CKB2"
port on the
DCTB
1.8.4.16
Local
Maintena
nce
Adapter
USB
connector
"USB"c
port on the
UMPT in a
BBU
Network
interface
connector
Ethernet
cable
1.8.1.4
PMU 11ABBU
Monitorin
g Signal
Cable
RJ45
connector
"COM_IN"
port on the
left side of
the PMU
11A
RJ45
connector
"MON1"
port on the
UPEU
1.8.2.31
FMUEABBU
Monitorin
g Signal
Cabled
RJ45
connector
"COM IN"
port on the
FAN 03C
RJ45
connector
"MON0"
port on the
UPEU or
UEIU
1.8.4.3
ELU Signal
Cable
RJ45
connector
ELU
RJ45
connector
"SENSOR"
port on the
FAN 03C
Copyright © Huawei Technologies Co., Ltd.
75
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
One End
Connector
The Other End
Installatio
n Position
Connector
Installatio
n Position
a: The upper-level FAN 03C communicates with the BBU directly.
b: The lower-level FAN 03C communicates with the BBU through the upper-level
FAN 03C.
c: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
d: If no BBU is installed in the cabinet, this cable should be bound to the right
side of the cabinet.
CPRI Electrical Cables
The following table lists the CPRI electrical cables.
Table 1-37 CPRI electrical cables
Category
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
SFP20
male
connector
CPRI port
on the
GTMU,
WBBP, or
LBBP
SFP20
male
connector
CPRI port
on an RFU
Cables
installed
before
delivery
1.9.1 CPRI
Electrical
Cables
Cables to
be installed
onsite
If boards and modules have been installed in a BTS3900 cabinet
before delivery, CPRI electrical cables are also installed in the
cabinet before delivery. In this case, only the CPRI electrical cables
between BTS3900 cabinets must be installed onsite.
RF Cables
The following table lists the RF cables.
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3900 & 5900 Series Base Station
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1 3900 & 5900 Series Base Station Cables
Table 1-38 RF cables
Category
Cable
Cables to
be installed
onsite
1.10.1 RF
Jumpers
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
DIN elbow
male
connector
"ANT_TX/
RXA" and
"ANT_RXB"
ports on an
RFU
DIN
straight
male
connector
● Feeder
of the
antenna
system
(no
GATM
configur
ed)
● ANT
port on
the
Bias-Tee
(GATM
configur
ed)
Cables
installed
before
delivery
1.10.2
Inter-RFU
RF Signal
Cable
QMA
elbow
male
connector
"RX OUTA"
port on an
RFU
QMA
elbow
male
connector
"RX INB"
port on the
other RFU
1.2.6 BTS3900L Cable List
This section describes cable lists when the BTS3900L is configured with BTS3900L
(Ver.C), BTS3900L (Ver.B), and BTS3900L (Ver.D) cabinets.
1.2.6.1 BTS3900L (Ver.B) Cable List
The BTS3900L cables include PGND cables, power cables, transmission cables, CPRI
cables, signal cables, and RF cables.
PGND Cables
The following table describes the PGND cables.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-39 PGND cables
Category
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
Cables to
be installed
onsite
PGND
Cable for a
Cabinet
OT
terminal
(M8)
Ground
terminal
on the
cabinet
OT
terminal
(M8)
External
ground bar
Cables
installed
before
delivery
PGND
Cable for a
Module
OT
terminal
(M4)
Ground
terminal
on a
module
OT
terminal
(M4)
Ground
terminal
on the
cabinet
Power Cables
The following table describes the power cables.
Table 1-40 Power cables
Category
Cable
Cables to
be installed
onsite
DCDU-01
Power
Cable
One End
The Other End
Conne
ctor
Installation
Position
Connecto
r
Installati
on
Position
OT
termin
al
(M6)
● Black wire:
"RTN(+)"
terminal on
the DCDU-01
Dependin
g on the
external
power
equipmen
t
External
power
equipmen
t
● Blue wire:
"NEG(-)"
terminal on
the DCDU-01
Issue 16 (2021-08-13)
RRU
Power
Cable
(Optional)
OT
termin
al
(M4)
One of the
"LOAD0" to
"LOAD5" ports on
the DCDU-03B
Dependin
g on the
RRU
model
Power
port on
an RRU
GATM
Power
Cable
3V3
connec
tor
"-48V" port on
the GATM
Parallel
terminal
"SPARE1"
or
"SPARE2"
port on
the
DCDU-01
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3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
DCDU-03B
Power
Cable
(Optional)
One End
The Other End
Conne
ctor
Installation
Position
Connecto
r
Installati
on
Position
OT
termin
al
(M6)
● Black wire:
"RTN(+)"
terminal on
the DCDU-03B
Dependin
g on the
external
power
equipmen
t
External
power
equipmen
t
● Blue wire:
"NEG(-)"
terminal on
the DCDU-03B
Cables
installed
before
delivery
RFU Power
Cable
3V3
connec
tor
"PWR" port on
the RFU
Parallel
terminal
One of
the
"RFU0" to
"RFU5"
ports on
the
DCDU-01
FAN Power
Cable
3V3
connec
tor
"-48V" port on
the FAN
Parallel
terminal
"FAN"
port on
the
DCDU-01
BBU Power
Cable
3V3
connec
tor
"PWR" port on
the UPEU
Parallel
terminal
"BBU"
port on
the
DCDU-01
Transmission Cables
The following table describes the transmission cables.
Table 1-41 Transmission cables
Category
Cable
Cables to
be installed
onsite
Issue 16 (2021-08-13)
E1/T1
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
DB26 male
connector
"E1/T1"
port on the
GTMU,
WMPT,
UMPT, or
UTRP
Depending
on the
external
transmissio
n
equipment
External
transmissio
n
equipment
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
FE/GE
Ethernet
Cable
RJ45
connector
FE or
FE/GE
electrical
port on the
GTMU,
WMPT,
UMPT,
LMPT, or
UTRP
RJ45
connector
External
transmissio
n
equipment
FE/GE
Optical
Fiber
LC
connector
● FE or
FE/GE
optical
port on
the
GTMU,
WMPT,
UMPT,
or UTRP
● FC
connect
or
External
transmissio
n
equipment
● "SFP0"
or
"SFP1"
port on
the
LMPT
Cables
installed
before
delivery
● SC
connect
or
● LC
connect
or
Interconne
ction
Cable
Between
FE/GE
Electrical
Ports
RJ45
connector
FE
electrical
port on the
GTMU,
WMPT,
UMPT, or
LMPT
RJ45
connector
"FE0" port
on the
WMPT
board
Interconne
ction
Cable
Between
FE/GE
Optical
Ports
LC
connector
FE optical
port on the
GTMU,
WMPT,
UMPT, or
LMPT
LC
connector
"FE1" port
on the
WMPT
board
Signal Cables
The following table describes the signal cables.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-42 Signal cables
Category
Cable
Cables to
be installed
onsite
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
EMU
Monitorin
g Signal
Cable
DB9 male
connector
"RS485"
port on the
EMU
RJ45
connector
"MON1"
port on the
UPEU or
UEIU
BBU
Alarm
Cable
RJ45
connector
"EXTALM0"
port on the
UPEU or
UEIU
RJ45
connector
External
alarm
device
BBU
Interconne
ction
Signal
Cable
DLC
connector
● "M0" or
"M1"
port on
the
UCIU
DLC
connector
"CI" port
on the
UMPT
● "CI"
port on
the
UMPT
Issue 16 (2021-08-13)
DLC
connector
"HEI" port
on the
WBBPf
DLC
connector
"HEI" port
on the
WBBPf
GPS Clock
Signal
Cable
SMA male
connector
"GPS" port
on the
USCU,
LMPT, or
UMPT
Type N
female
connector
GPS surge
protector
Monitorin
g Signal
Cables
Between
Cascaded
FANs
RJ45
connector
"COM
OUT" port
on the
upper-level
FANa
RJ45
connector
"COM IN"
port on the
lower-level
FANb
RET
Control
Signal
Cable
SMA elbow
male
connector
"ANT0" to
"ANT5"
ports on
the GATM
SMA
straight
male
connector
"DC/OOK"
port on the
DIN BiasTee
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
Category
Cables
installed
before
delivery
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
GATM
Monitorin
g Signal
Cable
RJ45
connector
"COM1"
port on the
GATM
RJ45
connector
"MON1"
port on the
UPEU or
"MON0"
port on the
UEIU
FMUCGATM
Monitorin
g Signal
Cable
RJ45
connector
"COM2"
port on the
GATM
RJ45
connector
"COM_IN"
port on the
lower-level
FAN
Local
Maintena
nce
Adapter
USB
connector
"USB"c
port on the
UMPT in a
BBU
Network
connector
Network
cable
Cable
Between
Two
Combined
Base
Stations
DB15 male
connector
"GCK" port
on the
UCIU in a
BBU
MD36 or
DB15 male
connector
"DGLUb"
port on the
DCTB in
the 3012
series base
station
FMUCBBU
Monitorin
g Signal
Cable
RJ45
connector
"COM IN"
port on the
FAN
RJ45
connector
"MON0"
port on the
UPEU or
UEIU
ELU
Monitorin
g Cable
RJ45
connector
ELU
RJ45
connector
"SENSOR"
port on the
FAN
a: The upper-level FAN communicates with the BBU directly.
b: The lower-level FAN communicates with the BBU through the upper-level
FAN.
c: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
CPRI Electrical Cables and CPRI Optical Fibers
The following table describes the CPRI electrical cables and CPRI optical fibers.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
82
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-43 CPRI electrical cables and CPRI optical fibers
Category
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
Cables
installed
before
delivery
CPRI
Electrical
Cablea
SFP20
male
connector
CPRI ports
on the
GTMU,
WBBP,
LBBP, UBRI,
or UBBP
SFP20
male
connector
"CPRI0" or
"CPRI1"
port on the
RFU
Cables to
be installed
onsite
CPRI
Optical
Fiber
(Optional)
DLC
connector
CPRI ports
on the
GTMU,
WBBP,
LBBP, UBRI,
or UBBP
DLC
connector
CPRI port
on the RRU
a: If boards and modules have been installed in a BTS3900L cabinet before
delivery, CPRI electrical cables are also installed in the cabinet before delivery. In
this case, only the CPRI electrical cables between cabinets must be installed
onsite.
RF Cables
The following table describes the RF cables.
Table 1-44 RF cables
Category
Cable
Cables to
be installed
onsite
RF Jumper
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
DIN elbow
male
connector
"ANT_TX/
RXA" and
"ANT_RXB"
ports on an
RFU
DIN
straight
male
connector
● Feeder
of the
antenna
system
(no
GATM
configur
ed)
● ANT
port on
the
Bias-Tee
(GATM
configur
ed)
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
83
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
Cables
installed
before
delivery
Inter-RFU
RF Signal
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
QMA
elbow
male
connector
"RX OUT"
port on the
RFU
QMA
elbow
male
connector
"RX IN"
port on
another
RFU
1.2.6.2 BTS3900L (Ver.C) Cable List
The BTS3900L cables include PGND cables, power cables, transmission cables, CPRI
cables, signal cables, and RF cables.
PGND Cables
The following table describes the PGND cables.
Table 1-45 PGND cables
Category
Cable
One End
The Other End
Connecto
r
Installatio
n Position
Connector
Installatio
n Position
Cables to
be installed
onsite
PGND
Cable for
the
Cabinet
OT
terminal
(M8)
Ground
terminal on
the cabinet
OT
terminal
(M8)
External
ground bar
Cables
installed
before
delivery
PGND
Cable for a
Module
OT
terminal
(M4)
Ground
terminal on
a module
OT
terminal
(M4)
Ground
terminal on
the cabinet
Power Cables
The following table describes the power cables.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
84
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-46 Power cables
Category
Cable
Cables to
be installed
onsite
DCDU-11A
Power
Cable
One End
The Other End
Connecto
r
Installatio
n Position
Connector
Installatio
n Position
OT
terminal
(M6)
Global:
Depending
on the
external
power
equipment
External
power
equipment
Depending
on the RRU
model
Power port
on an RRU
● Black
wire:
"RTN(+)
"
terminal
on the
DCDU-1
1A
● Blue
wire:
"NEG(-)
"
terminal
on the
DCDU-1
1A
UK:
● Blue
wire:
"RTN(+)
"
terminal
on the
DCDU-1
1A
● Gray
wire:
"NEG(-)
"
terminal
on the
DCDU-1
1A
RRU
Power
Cable
(Optional)
Issue 16 (2021-08-13)
Female
fast
connector
(pressfit
type)
One of the
"LOAD0" to
"LOAD5"
ports on
the
DCDU-11B
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connecto
r
Installatio
n Position
Connector
Installatio
n Position
GATM
Power
Cable
3V3
connector
"-48V" port
on the
GATM
Parallel
terminal
"LOAD8" or
"LOAD9"
port on the
DCDU-11A
DCDU-11B
Power
Cable
(Optional)
OT
terminal
(M6)
Global:
Depending
on the
external
power
equipment
External
power
equipment
Parallel
terminal
One of the
"LOAD0" to
"LOAD5"
ports on
the
DCDU-11A
● Black
wire:
"RTN(+)
"
terminal
on the
DCDU-1
1B
● Blue
wire:
"NEG(-)
"
terminal
on the
DCDU-1
1B
UK:
● Blue
wire:
"RTN(+)
"
terminal
on the
DCDU-1
1B
● Gray
wire:
"NEG(-)
"
terminal
on the
DCDU-1
1B
Cables
installed
before
delivery
Issue 16 (2021-08-13)
RFU Power
Cable
3V3
connector
"PWR" port
on the RFU
Copyright © Huawei Technologies Co., Ltd.
86
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connecto
r
Installatio
n Position
Connector
Installatio
n Position
FAN 03B
Power
Cable
3V3
connector
"-48V" port
on the FAN
03B
Parallel
terminal
"LOAD6"
port on the
DCDU-11A
BBU Power
Cable
3V3
connector
"-48V" port
on the
UPEU
Parallel
terminal
"LOAD7" or
"LOAD8"
port on the
DCDU-11A
Transmission Cables
The following table describes the transmission cables.
Table 1-47 Transmission cables
Category
Cable
Cables to
be installed
onsite
Issue 16 (2021-08-13)
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
E1/T1
Cable
DB26 male
connector
"E1/T1"
port on the
GTMU,
WMPT,
UMPT, or
UTRP
Depending
on the
external
transmissio
n
equipment
External
transmissio
n
equipment
GE/GE
Ethernet
Cable
RJ45
connector
FE or
FE/GE
electrical
port on the
GTMU,
WMPT,
UMPT,
LMPT, or
UTRP
RJ45
connector
External
transmissio
n
equipment
Copyright © Huawei Technologies Co., Ltd.
87
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
FE/GE
Optical
Fiber
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
LC
connector
● FE or
FE/GE
optical
port on
the
GTMU,
WMPT,
UMPT,
or UTRP
● FC
connect
or
External
transmissio
n
equipment
● "SFP0"
or
"SFP1"
port on
the
LMPT
Cables
installed
before
delivery
● SC
connect
or
● LC
connect
or
Interconne
ction
Cable
Between
FE/GE
Electrical
Ports
RJ45
connector
FE
electrical
port on the
WMPT,
GTMU,
LMPT, or
UMPT
RJ45
connector
"FE0" port
on the
WMPT
board
Interconne
ction
Cable
Between
FE/GE
Optical
Ports
LC
connector
FE optical
port on the
WMPT,
GTMU,
LMPT, or
UMPT
LC
connector
"FE1" port
on the
WMPT
board
Signal Cables
The following table describes the signal cables.
Table 1-48 Signal cables
Category
Cable
Cables to
be installed
onsite
Issue 16 (2021-08-13)
EMU
Monitorin
g Signal
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
DB9 male
connector
"RS485"
port on the
EMU
RJ45
connector
"MON1"
port on the
UPEU or
UEIU
Copyright © Huawei Technologies Co., Ltd.
88
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
BBU
Alarm
Cable
RJ45
connector
"EXTALM0"
port on the
UPEU or
UEIU
RJ45
connector
External
alarm
device
BBU
Interconne
ction
Signal
Cable
DLC
connector
● "M0" or
"M1"
port on
the
UCIU
DLC
connector
"CI" port
on the
UMPT
● "CI"
port on
the
UMPT
Issue 16 (2021-08-13)
DLC
connector
"HEI" port
on the
WBBPf
DLC
connector
"HEI" port
on the
WBBPf
GPS Clock
Signal
Cable
SMA male
connector
"GPS" port
on the
USCU,
LMPT, or
UMPT
Type N
female
connector
GPS surge
protector
Monitorin
g Signal
Cable
Between
Cascaded
FAN 03Bs
RJ45
connector
"COM
OUT" port
on the
upper-level
FAN 03Ba
RJ45
connector
"COM IN"
port on the
lower-level
FAN 03Bb
RET
Control
Signal
Cable
SMA elbow
male
connector
"ANT0" to
"ANT5"
ports on
the GATM
SMA
straight
male
connector
"DC/OOK"
port on the
DIN BiasTee
GATM
Monitorin
g Signal
Cable
RJ45
connector
"COM1"
port on the
GATM
RJ45
connector
"MON0" or
"MON1"
port on the
UPEU
FMUEGATM
Monitorin
g Signal
Cable
RJ45
connector
"COM2"
port on the
GATM
RJ45
connector
"COM IN"
port on the
lower-level
FAN 03B
Copyright © Huawei Technologies Co., Ltd.
89
3900 & 5900 Series Base Station
Cables
Category
Cables
installed
before
delivery
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
Local
Maintena
nce
Adapter
USB
connector
"USB"c
port on the
UMPT in a
BBU
Network
connector
Network
cable
Cable
Between
Two
Combined
Base
Stations
DB15 male
connector
"GCK" port
on the
UCIU in a
BBU
MD36 or
DB15 male
connector
"DGLUb"
port on the
DCTB in
the 3012
series base
station
FMUE-BBU
Monitorin
g Signal
Cable
RJ45
connector
"COM IN"
port on the
FAN 03B
RJ45
connector
"MON0"
port on the
UPEU or
UEIU
ELU
Monitorin
g Signal
Cable
RJ45
connector
ELU
RJ45
connector
"SENSOR"
port on the
FAN 03B
a: The upper-level FAN 03B communicates with the BBU directly.
b: The lower-level FAN 03B communicates with the BBU through the upper-level
FAN 03B.
c: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
CPRI Electrical Cables and CPRI Optical Fibers
The following table describes the CPRI electrical cables and CPRI optical fibers.
Table 1-49 CPRI electrical cables and CPRI optical fibers
Category
Cables
installed
before
delivery
Issue 16 (2021-08-13)
Cable
CPRI
Electrical
Cablea
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
SFP20
male
connector
CPRI ports
on the
GTMU,
WBBP,
LBBP, UBRI,
or UBBP
SFP20
male
connector
"CPRI0" or
"CPRI1"
port on the
RFU
Copyright © Huawei Technologies Co., Ltd.
90
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
Cables to
be installed
onsite
CPRI
Optical
Fiber
(Optional)
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
DLC
connector
CPRI ports
on the
GTMU,
WBBP,
LBBP, UBRI,
or UBBP
DLC
connector
CPRI port
on the RRU
a: If boards and modules have been installed in a BTS3900L cabinet before
delivery, CPRI electrical cables are also installed in the cabinet before delivery. In
this case, only the CPRI electrical cables between cabinets must be installed
onsite.
RF Cables
The following table describes the RF cables.
Table 1-50 RF cables
Category
Cable
Cables to
be installed
onsite
RF Jumper
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
DIN elbow
male
connector
"ANT_TX/
RXA" and
"ANT_RXB"
ports on an
RFU
DIN
straight
male
connector
● Feeder
of the
antenna
system
(no
GATM
configur
ed)
● ANT
port on
the
Bias-Tee
(GATM
configur
ed)
Cables
installed
before
delivery
Issue 16 (2021-08-13)
Inter-RFU
RF Signal
Cable
QMA
elbow
male
connector
"RX OUT"
port on the
RFU
Copyright © Huawei Technologies Co., Ltd.
QMA
elbow
male
connector
"RX IN"
port on
another
RFU
91
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
1.2.6.3 BTS3900L (Ver.D) Cable List
The BTS3900L cables are classified into PGND cables, equipotential cables, power
cables, transmission cables, CPRI cables, signal cables, and RF cables.
PGND Cables and Equipotential Cables
The following table lists PGND cables and equipotential cables.
Table 1-51 PGND cables and equipotential cables
Category
Cable
Cables to
be installed
onsite
Cables
installed
before
delivery
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
PGND
Cable for a
Cabinet
OT
terminal
(M8)
Ground
terminal
on the
cabinet
OT
terminal
(M8)
External
ground bar
Equipotent
ial Cable
(Between
the
BTS3900L
Cabinet
and IMS06)
OT
terminal
(M6)
Wiring
terminal
for the
equipotenti
al cable on
the cabinet
OT
terminal
(M6)
Wiring
terminal
for the
equipotenti
al cable on
the subrack
Equipotent
ial Cable
(Between
the IMS06
and Door
of the
Subrack)
OT
terminal
(M6)
Wiring
terminal
for the
equipotenti
al cable on
the
subrack
OT
terminal
(M6)
Wiring
terminal
for the
equipotenti
al cable on
the door of
the subrack
PGND
Cable for a
Module
OT
terminal
(M4)
Ground
terminal
for the
PGND
cable on a
module
OT
terminal
(M4)
Ground
terminal
for the
PGND
cable in
the cabinet
Power Cables
The following table lists the power cables.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
92
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-52 Power cables
Category
Cable
Cables to
be installed
onsite
One End
The Other End
Conne
ctor
Installation
Position
Connecto
r
Installatio
n Position
EPU05A-02
Power
Cable (in
an AC
Scenario)
OT
termin
al
(M6)
"AC INPUT" port
on the
EPU05A-02 in
the IMS06
Dependin
g on the
external
power
equipmen
t
External
power
equipment
DCDU-12A
Power
Cable
OT
termin
al
(M6)
Global:
● Depend
ing on
the
externa
l power
equipm
ent in
DC
scenari
os
● Externa
l
equipm
ent in
DC
scenari
os
● Black wire:
"RTN(+)"
terminal on
the
DCDU-12A
● Blue wire:
"NEG(-)"
terminal on
the
DCDU-12A
UK:
● Blue wire:
"RTN(+)"
terminal on
the
DCDU-12A
● Gray wire:
"NEG(-)"
terminal on
the
DCDU-12A
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
● OT
termin
al (M6)
in AC
scenari
os
● "RTN(+
)" and
"NEG(-)
"
termina
ls near
the
"RFC_1"
and
"RFC_2"
silkscre
ens on
the
EPU05A
-02 in
AC
scenari
os
93
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
DCDU-12B
Power
Cable
(Optional)
One End
The Other End
Conne
ctor
Installation
Position
Connecto
r
Installatio
n Position
OT
termin
al
(M6)
Global:
Dependin
g on the
external
power
equipmen
t
External
power
equipment
Dependin
g on the
external
equipmen
t
External
power
equipment
Dependin
g on the
external
equipmen
t
External
power
equipment
● Black wire:
"RTN(+)"
terminal on
the
DCDU-12B
● Blue wire:
"NEG(-)"
terminal on
the
DCDU-12B
UK:
● Blue wire:
"RTN(+)"
terminal on
the
DCDU-12B
● Gray wire:
"NEG(-)"
terminal on
the
DCDU-12B
1.6.1.2.10
EPU02D/
EPU02D-0
2/EPU02B/
EPU02S/
EPU02S-02
Power
Cable (in a
DC
Scenario)
OT
termin
al
DCDU16D
Power
Cable
OT
termin
al
● Black wire:
"RTN(+)"
terminal on
the EPU02D/
EPU02D-02
● Blue wire:
"NEG(-)"
terminal on
the EPU02D/
EPU02D-02
● Black wire:
"RTN(+)"
terminal on
the DCDU16D
● Blue wire:
"NEG(-)"
terminal on
the DCDU16D
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
94
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Conne
ctor
Installation
Position
Connecto
r
Installatio
n Position
GATM
Power
Cable
3V3
connec
tor
"-48V" port on
the GATM
EPC4
connector
"LOAD8"
or
"LOAD9"
port on
the
DCDU-12A
RRU
Power
Cable
(Optional)
EPC4
or
EPC5
connec
tor
● EPC4
connector:
one of the
"LOAD6" to
"LOAD8"
ports on the
DCDU-12B
Dependin
g on the
RRU
model
"PWR"
port on
the RRU
● EPC5
connector:
one of the
"LOAD0" to
"LOAD5"
ports on the
DCDU-12B
Cables
installed
before
delivery
RFU Power
Cable
3V3
connec
tor
"PWR" port on
an RFU
EPC4
connector
One of the
"LOAD0"
to
"LOAD5"
ports on
the
DCDU-12A
FAN 03C
Power
Cable
3V3
connec
tor
"-48V" port on
the FAN 03C
EPC4
connector
"LOAD6"
port on
the
DCDU-12A
BBU Power
Cable
3V3
connec
tor
"-48V" port on
the UPEU
EPC4
connector
"LOAD7"
or
"LOAD8"
port on
the
DCDU-12A
Transmission Cables
The following table lists transmission cables.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-53 Transmission cables
Category
Cable
Cables to
be installed
onsite
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
E1/T1
Cable
DB26 male
connector
"E1/T1"
port on the
GTMU,
WMPT,
UMPT, or
UTRP
Depending
on the
external
transmissio
n
equipment
External
transmissio
n
equipment
FE/GE
Ethernet
Cable
RJ45
connector
FE or
FE/GE
electrical
port on the
GTMU,
WMPT,
UMPT,
LMPT, or
UTRP
RJ45
connector
External
transmissio
n
equipment
FE/GE
Optical
Fiber
LC
connector
● FE or
FE/GE
optical
port on
the
GTMU,
WMPT,
UMPT,
or UTRP
● FC
connect
or
External
transmissio
n
equipment
● "SFP0"
or
"SFP1"
port on
the
LMPT
Cables
installed
before
delivery
Issue 16 (2021-08-13)
Interconne
ction
Cable
Between
FE/GE
Electrical
Ports
RJ45
connector
FE
electrical
port on the
WMPT,
GTMU,
LMPT, or
UMPT
Copyright © Huawei Technologies Co., Ltd.
● SC
connect
or
● LC
connect
or
RJ45
connector
"FE0" port
on the
WMPT
board
96
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
Interconne
ction
Cable
Between
FE/GE
Optical
Ports
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
LC
connector
FE optical
port on the
WMPT,
GTMU,
LMPT, or
UMPT
LC
connector
"FE1" port
on the
WMPT
board
Signal Cables
The following table lists signal cables.
Table 1-54 Signal cables
Category
Cable
Cables to
be installed
onsite
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
EMU
Monitorin
g Signal
Cable
DB9 male
connector
"RS485"
port on the
EMU
RJ45
connector
"MON1"
port on the
UPEU or
UEIU
BBU
Alarm
Cable
RJ45
connector
"EXTALM0"
port on the
UPEU or
UEIU
RJ45
connector
External
alarm
device
BBU
Interconne
ction
Signal
Cable
DLC
connector
● "M0" or
"M1"
port on
the
UCIU
DLC
connector
"CI" port
on the
UMPT
DLC
connector
"HEI" port
on the
WBBPf
● "CI"
port on
the
UMPT
DLC
connector
Issue 16 (2021-08-13)
"HEI" port
on the
WBBPf
Copyright © Huawei Technologies Co., Ltd.
97
3900 & 5900 Series Base Station
Cables
Category
Issue 16 (2021-08-13)
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
GPS Clock
Signal
Cable
SMA male
connector
"GPS" port
on the
USCU,
LMPT, or
UMPT
Type N
female
connector
GPS surge
protector
Monitorin
g Signal
Cable
Between
Cascaded
FAN 03C
Units
RJ45
connector
"COM
OUT" port
on the
upper-level
FAN 03Ca
RJ45
connector
"COM IN"
port on the
lower-level
FAN 03Cb
RET
Control
Signal
Cable
SMA elbow
male
connector
"ANT0" to
"ANT5"
ports on a
GATM
SMA
straight
male
connector
"DC/OOK"
port on the
DIN BiasTee
GATM
Monitorin
g Signal
Cable (in a
DC
Scenario)
RJ45
connector
"COM1"
port on the
GATM
RJ45
connector
"MON0" or
"MON1"
port on the
UPEU
CMUEAGATM
Monitorin
g Signal
Cable
RJ45
connector
"COM2"
port on the
GATM
RJ45
connector
"COM IN"
port on the
lower-level
FAN 03C
Local
Maintena
nce
Adapter
USB
connector
"USB"c
port on the
UMPT in a
BBU
Network
interface
connector
Ethernet
cable
Cable
Between
Two
Combined
Base
Stations
DB15 male
connector
"GCK" port
on the
UCIU in a
BBU
MD36 or
DB15 male
connector
"DGLUb"
port on the
DCTB in
the 3012
series base
station
Copyright © Huawei Technologies Co., Ltd.
98
3900 & 5900 Series Base Station
Cables
Category
Cables
installed
before
delivery
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
PMU 11ABBU
Monitorin
g Signal
Cable (in
an AC
Scenario)
RJ45
connector
"COM_IN"
port on the
PMU 11A
in the
EPU05A-02
in the
IMS06
RJ45
connector
"MON1"
port on the
UPEU or
UEIU
FMUEABBU
Monitorin
g Signal
Cable
RJ45
connector
"COM IN"
port on the
FAN 03C
RJ45
connector
"MON0"
port on the
UPEU or
UEIU
ELU Signal
Cable
RJ45
connector
ELU
RJ45
connector
"SENSOR"
port on the
FAN 03C
a: The upper-level FAN 03C communicates with the BBU directly.
b: The lower-level FAN 03C communicates with the BBU through the upper-level
FAN 03C.
c: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
CPRI Electrical Cables and CPRI Optical Fibers
The following table lists CPRI electrical cables and CPRI optical fibers.
Table 1-55 CPRI electrical cables and CPRI optical fibers
Category
Cables
installed
before
delivery
Issue 16 (2021-08-13)
Cable
CPRI
Electrical
Cablea
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
SFP20
male
connector
CPRI ports
on the
GTMU,
WBBP,
LBBP, UBRI,
or UBBP
SFP20
male
connector
"CPRI0" or
"CPRI1"
port on the
RFU
Copyright © Huawei Technologies Co., Ltd.
99
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
Cables to
be installed
onsite
CPRI
Optical
Fiber
(Optional)
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
DLC
connector
CPRI ports
on the
GTMU,
WBBP,
LBBP, UBRI,
or UBBP
DLC
connector
CPRI port
on the RRU
a: If boards and modules have been installed in a BTS3900L cabinet before
delivery, CPRI electrical cables are also installed in the cabinet before delivery. In
this case, only the CPRI electrical cables between cabinets must be installed
onsite.
RF Cables
The following table lists the RF cables.
Table 1-56 RF cables
Category
Cable
Cables to
be installed
onsite
RF Jumper
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
DIN elbow
male
connector
"ANT_TX/
RXA" and
"ANT_RXB"
ports on an
RFU
DIN
straight
male
connector
● Feeder
of the
antenna
system
(no
GATM
configur
ed)
● ANT
port on
the
Bias-Tee
(GATM
configur
ed)
Cables
installed
before
delivery
Issue 16 (2021-08-13)
Inter-RFU
RF Signal
Cable
QMA
elbow
male
connector
"RX OUT"
port on the
RFU
Copyright © Huawei Technologies Co., Ltd.
QMA
elbow
male
connector
"RX IN"
port on
another
RFU
100
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
1.2.7 BTS3900A Cable List
This section describes cable lists for BTS3900A (Ver.B), BTS3900A (Ver.C),
BTS3900A (Ver.D), BTS3900A (Ver.E), and reused cabinets.
1.2.7.1 BTS3900A (Ver.B) Cable List
The BTS3900A cables include PGND cables, equipotential cables, power cables,
transmission cables, signal cables, CPRI electrical cables, and RF cables.
PGND Cables and Equipotential Cables
The following table lists the PGND cables and equipotential cables.
Table 1-57 PGND cables and equipotential cables
Cate
gory
Cable
Cable
s to
be
instal
led
onsit
e
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
PGND Cable
OT terminal
(M6)
Ground bar
in a cabinet
OT
terminal
(M6)
Ground
busbar
outside the
cabinet
Equipotentia
l Cable
OT terminal
(M6)
Ground bar
in the upper
cabineta
OT
terminal
(M6)
Ground bar
in the lower
cabineta
OT terminal
(M6)
Ground bar
in a
TMC11H,
IBBS200D,
or IBBS200T
OT
terminal
(M6)
Ground bar
in an RFC
a: If an APM30H or TMC11H is stacked on an RFC, the equipotential cable
between the cabinets has been installed before delivery. If an IBBS200D or
IBBS200T is stacked on another IBBS200D or IBBS200T or a TMC11H, the
equipotential cable must be installed onsite.
Power Cables
The following table lists the power cables to be installed onsite.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
101
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-58 Power cables to be installed onsite
Cable
One End
The Other End
Conne
ctor
Installation
Position
Conne
ctor
Installation Position
EPS 01A or
EPS 01C
Power Cable
OT
termin
al
(M6)
"AC INPUT"
terminal on the
EPS in an
APM30H
Depen
ding
on the
extern
al
power
equip
ment
External power
equipment
DCDU-01
Power Cable
(in a DC
Scenario)
Depen
ding
on the
extern
al
power
equip
ment
External power
equipment
OT
termin
al
(M6)
"RTN(+)" and "NEG(-)"
ports near the "INPUT"
silkscreen on the
DCDU-01 in an RFC
DCDU-03C
Power Cable
(in an AC
Scenario)
Femal
e fast
connec
tor
(pressf
it
type)
"TMC" terminal
on the EPS in an
APM30H
OT
termin
al
(M6)
"RTN(+)" and "NEG(-)"
terminals on the
DCDU-03C in a TMC11H
Power Cable
for a Power
Distribution
Box
Power
series
120
connec
tor
(gray)
"BAT" terminal
on the EPS in an
APM30H
OT
termin
al
(M8)
"RTN(+)" and "NEG(-)"
terminals near the "BAT"
silkscreen on the power
distribution box in an
IBBS200D or IBBS200T
Power Cable
for the Fan in
an IBBS200D
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD3" port
on the EPS in an
APM30H
OT
termin
al
(M4)
"RTN(+)" and "NEG(-)"
terminals near the "FAN/
TEC" silkscreen on the
power distribution box in
an IBBS200D
TEC Power
Cable
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD2" or
"LOAD3" port
on the EPS in an
APM30H
OT
termin
al
(M4)
"RTN(+)" and "NEG(-)"
terminals near the "FAN/
TEC" silkscreen on the
power distribution box in
an IBBS200T
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
102
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Conne
ctor
Installation
Position
Conne
ctor
Installation Position
Power Cable
for a Heating
Film
OT
termin
al
(M4)
"L1" and "N1"
terminals or
"L2" and "N2"
terminals on the
junction box in
an APM30H
OT
termin
al
(M4)
"L" and "N" terminals on
the junction terminal for
the heating-film power
cable in an IBBS200D
Power Cable
for a Junction
Box (in an AC
Scenario)
OT
termin
al
(M4)
"L3" and "N3"
terminals on the
junction box in
an APM30H
OT
termin
al
(M4)
"L" and "N" terminals on
the junction box in a
TMC11H
1.6.4.1 EMUA
or EMUB
Power Cable
(in an
APM30H)
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD4" port
on the EPS in an
APM30H
Cord
end
termin
al
"PWR1" port on the
EMUA or "PWR" port on
the EMUB in an APM30H
or TMC11H
1.6.4.1 EMUA
or EMUB
Power Cable
(in a TMC11H)
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD8" port
on the
DCDU-03C in a
TMC11H
1.6.4.9 GATM
Power Cable
(in an
APM30H)
Paralle
l
termin
al
"-48V" port on
a GATM
3V3
conne
ctor
● GATM 0a: "SPARE1"
port on the DCDU-01
in an RFC
1.6.4.9 GATM
Power Cable
(in a TMC11H)
OT
termin
al
(M4)
"-48V" port on
a GATM
● GATM 1b: "BBU" port
on the DCDU-01 in an
RFC
3V3
conne
ctor
● GATM 0: "LOAD8"
port on the DCDU-03C
in a TMC11H
● GATM 1: "LOAD7"
port on the DCDU-03C
in a TMC11H
a and b: If two GATMs are installed, they are installed below the BBU in
sequence. GATM 0 is installed above GATM 1. GATM 1 is installed under GATM
0.
The following table lists the power cables that have been installed before delivery.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
103
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-59 Power cables installed before delivery
Cable
One End
The Other End
Conne
ctor
Installation
Position
Connec
tor
Installation Position
DCDU-03C
Power Cable
(in a DC
Scenario)
Paralle
l
termin
al
"SPARE2" port
on the
DCDU-01 in an
RFC
OT
termina
l (M6)
"RTN(+)" and "NEG(-)"
terminals on the
DCDU-03C in a TMC11H
DCDU-01
Power Cable
(in an AC
Scenario)
PP120
connec
ter
(blue)
"RFC1" terminal
on the EPS in an
APM30H
OT
termina
l (M6)
"RTN(+)" and "NEG(-)"
ports near the "INPUT"
silkscreen on the
DCDU-01 in an RFC
BBU Power
Cable (in an
APM30H)
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD1" port
on the EPS in an
APM30H
3V3
connect
or
"-48V" port on the
UPEU in the BBU in an
APM30H
BBU Power
Cable (in a
TMC11H)
OT
termin
al
"LOAD6" port
on the
DCDU-03C in a
TMC11H
3V3
connect
or
"-48V" port on the
UPEU in the BBU in a
TMC11H
FAN 02A
Power Cable
(in an
APM30H)
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD0" port
on the EPS in an
APM30H
3V3
connect
or
"PWR" port on the FAN
02A in an APM30H
FAN 02A
Power Cable
(in a TMC11H)
OT
termin
al
(M4)
"LOAD8" port
on the
DCDU-03C in a
TMC11H
3V3
connect
or
"PWR" port on the FAN
02A in a TMC11H
RFU Power
Cable
Paralle
l
termin
al
"RFU0" to
"RFU5" ports on
the DCDU-01 in
an RFC
3V3
connect
or
"PWR" ports on RFUs 0
to 5 in an RFC
FAN 01A
Power Cable
Paralle
l
termin
al
"FAN" port on
the DCDU-01 in
an RFC
3V3
connect
or
"PWR" port on the FAN
01A in an RFC
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3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Conne
ctor
Installation
Position
Connec
tor
Installation Position
Power Cable
for an AC
Heater (in an
APM30H)
OT
termin
al
(M4)
"L0", "N0", and
"PE" terminals
on the junction
box in an
APM30H
C13
connect
or
Power input port on the
AC heater in an
APM30H
Power Cable
for an AC
Heater (in a
TMC11H)
OT
termin
al
(M4)
"L0", "N0", and
"PE" terminals
on the junction
box in a
TMC11H
C13
connect
or
Power input port on the
AC heater in a TMC11H
SOU Power
Cable
OT
termin
al
(M4)
M4 ground
screw, "L2"
terminal, and
"N2" terminal
near the "AC
OUTPUT"
silkscreen on
the left side of
the EPS in an
APM30H
C13
connect
or
"AC INPUT" port on the
service outlet unit
(SOU) in an APM30H
Power Cable
for a Junction
Box (in an
APM30H)
OT
termin
al
(M4)
M4 ground
screw, "L1"
terminal, and
"N1" terminal
near the "AC
OUTPUT"
silkscreen on
the left side of
the EPS in an
APM30H
OT
termina
l
"L" and "N" terminals
on the junction box and
ground bar in an
APM30H
Transmission Cables
The following table lists transmission cables.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-60 Transmission cables
Categ
ory
Cable
Cable
s to
be
install
ed
onsite
Cable
s
install
ed
befor
e
delive
ry
One End
The Other End
Connec
tor
Installation
Position
Connect
or
Installation
Position
E1/T1
Cable
DB26
male
connect
or
"OUTSIDE" port
on the UELP in
an SLPU
Dependin
g on the
external
equipme
nt
External
transmission
equipment
FE/GE
Ethernet
Cable
RJ45
connect
or
FE/GE electrical
port near the
OUTSIDE port
on the UFLP in
an SLPU
RJ45
connecto
r
External
transmission
equipment
FE/GE
Optical
Fiber
LC
connect
or
● FE/GE optical
port on the
GTMU,
WMPT, UMPT,
or UTRP in
the BBU
● FC
conne
ctor
External
transmission
equipment
● FE/GE optical
port on the
LMPT or
UMPT in a
BBU
● LC
conne
ctor
● SC
conne
ctor
E1/T1
Surge
Protection
Transfer
Cable
DB25
connect
or
"INSIDE" port on
the UELP in an
SLPU
DB26
connecto
r
E1/T1 port on
the GTMU,
WMPT, UMPT, or
UTRP in the BBU
FE/GE
Surge
Protection
Transfer
Cable
RJ45
connect
or
● FE/GE
electrical port
on the
GTMU,
WMPT, or
UMPT in a
BBU
RJ45
connecto
r
FE/GE electrical
port near the
INSIDE silkscreen
on the UFLP in
the SLPU
● FE/GE
electrical port
on the LMPT
or UMPT in a
BBU
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106
3900 & 5900 Series Base Station
Cables
Categ
ory
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connec
tor
Installation
Position
Connect
or
Installation
Position
Interconn
ection
Cable
Between
FE/GE
Electrical
Ports
RJ45
connect
or
FE/GE electrical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
RJ45
connecto
r
FE/GE electrical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
Interconn
ection
Cable
Between
FE/GE
Optical
Ports
LC
connect
or
FE/GE optical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
LC
connecto
r
FE/GE optical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
Signal Cables
The following table lists the signal cables to be installed onsite.
Table 1-61 Signal cables to be installed onsite
Cable
One End
The Other End
Connector
Installation
Position
Connecto
r
Installation
Position
Monitoring
Signal
Cable
Between
Cascaded
CMUAs
RJ45
connector
"COM_OUT" port
on the upper-level
CMUA
RJ45
connector
"COM_IN" port on
the lower-level
CMUA
Monitoring
Signal
Cable
Between
Cascaded
Fan
Assemblies
RJ45
connector
"COM_OUT" port
on the upper-level
fan assembly
RJ45
connector
"COM_IN" port on
the lower-level fan
assembly
Monitoring
Signal
Cable for a
Battery
Cabinet
RJ45
connector
"COM_IN" port
on the CMUA in
an IBBS200D or
IBBS200T
RJ45
connector
"COM_485" port
on the PMU in an
APM30H
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3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connecto
r
Installation
Position
GPS Clock
Signal
Cable
SMA male
connector
"GPS" port on the
USCU in a BBU
Type N
female
connector
GPS surge
protector
1.8.4.5
EMUA or
EMUB
Monitoring
Signal
Cable (in
an
APM30H)
DB9 male
connector
"RS485" port on
the EMUA or
"COM_485" port
on the EMUB in
an APM30H
RJ45
connector
"COM_OUT" port
on the PMU in an
APM30H
1.8.4.5
EMUA or
EMUB
Monitoring
Signal
Cable (in a
TMC11H)
DB9 male
connector
"RS485" port on
the EMUA or
"COM_485" port
on the EMUB in a
TMC11H
RJ45
connector
"COM_OUT" port
on the FAN 02A in
a TMC11H
BBU Alarm
Cable
RJ45
connector
"EXT_ALM0" or
"EXT_ALM1" port
on the UPEU or
UEIU in a BBU
RJ45
connector
External alarm
device
1.8.4.24
RET Control
Signal
Cable
SMA
elbow
male
connector
"ANT0" to
"ANT5" ports on
a GATM
SMA
straight
male
connector
"DC/OOK" port on
a Bias-Tee
1.8.4.20
CMUEAGATM
Monitoring
Signal
Cable
RJ45
connector
"COM2" port on a
GATM
RJ45
connector
"COM_IN" port
the FAN 02A in
APM30H or
"COM_IN" port
the FAN 01A in
RFC
1.8.4.17
GATM
Monitoring
Signal
Cable
RJ45
connector
"COM1" port on a
GATM
RJ45
connector
"MON0" or
"MON1" port in
the BBU in an
APM30H
Local
Maintenan
ce Adapter
USB
connector
"USB"a port on
the UMPT in a
BBU
Network
interface
connector
Ethernet cable
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
on
an
on
an
108
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
Cable
Between
Two
Combined
Base
Stations
The Other End
Connector
Installation
Position
Connecto
r
Installation
Position
DB15
male
connector
"GCK" port on the
UCIU in a BBU
MD36 or
DB15
male
connector
"DGLUb" port on a
DCTB
a: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
The following table lists the signal cables that have been installed before delivery.
Table 1-62 Signal cables installed before delivery
Cable
One End
The Other End
Connec
tor
Installation
Position
Connect
or
Installation Position
Monitoring
Signal
Cable for
the
Temperatur
e Sensor (in
an RFC)
4-pin
connect
or
"TEM" port on
the FAN 01A in
an RFC
Tempera
ture
sensor
Air intake vent at the
bottom of an RFC
CMUA-BBU
Monitoring
Signal
Cable
RJ45
connect
or
"COM_IN" port
on the FAN 01A
in an RFC
RJ45
connecto
r
"MON0" port on the
UPEU in the BBU in an
APM30H
HPMI-PMU
Monitoring
Signal
Cable
DB50
male
connect
or
"COM" port on
the PMU in an
APM30H
DB50
male
connecto
r
"PMU_DB50" port on
the FAN 02A in an
APM30H
PMUCMUA
Monitoring
Signal
Cable
RJ45
connect
or
"COM_IN" port
on the PMU in
an APM30H
RJ45
connecto
r
"COM_OUT" port on
the FAN 02A in an
APM30H
Issue 16 (2021-08-13)
"COM_IN" port
on the FAN 02A
in an APM30H
"MON1" port on the
UPEU in the BBU in an
APM30H
Copyright © Huawei Technologies Co., Ltd.
109
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
ELU Signal
Cable
The Other End
Connec
tor
Installation
Position
Connect
or
Installation Position
RJ45
connect
or
RJ45 port on the
ELU in each
cabinet
RJ45
connecto
r
● "ELU" port on the
FAN 02A in an
APM30H or TMC11H
● "ELU" port on the
FAN 01A in an RFC
● "ELU" port on the
CMUA in an
IBBS200D or
IBBS200T
Monitoring
Signal
Cable for
the Door
Status
Sensor (in
an
APM30H)
2-pin
connect
or
"GATE" port on
the FAN 02A in
an APM30H
Bare
wire
Door status sensor
Monitoring
Signal
Cable for
the Door
Status
Sensor (in a
TMC11H,
RFC,
IBBS200D,
or
IBBS200T)
Bare
wire
● "GATE" port
on the FAN
02A in a
TMC11H
Bare
wire
Door status sensor
Monitoring
Signal
Transfer
Cable for
the Fans in
a Front
Door
4-pin
connect
or
4-pin
connecto
r
"FAN_EXT" port on the
FAN 02A in an APM30H
● "GATE" port
on the FAN
01A in an RFC
● "GATE" port
on the CMUA
in an
IBBS200D or
IBBS200T
DC junction box
in the front door
of an APM30H
CPRI Electrical Cables and CPRI Optical Fibers
The following table lists CPRI electrical cables and CPRI optical fibers.
Issue 16 (2021-08-13)
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110
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-63 CPRI electrical cables and CPRI optical fibers
Cate
gory
Cable
Cable
s
instal
led
befor
e
delive
ry
Cable
s to
be
instal
led
onsit
e
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
CPRI
Electrical
Cablea
SFP20 male
connector
"CPRI0" to
"CPRI5"
ports on the
GTMU,
UBRI, LBBP,
WBBP, or
UBBP in a
BBU
SFP20 male
connector
"CPRI0" or
"CPRI1"
ports on
RFUs 0 to 5
CPRI Optical
Fiber
DLC
connector
"CPRI0" to
"CPRI5"
ports on the
GTMU,
UBRI, LBBP,
WBBP, or
UBBP in a
BBU
DLC
connector
● "CPRI_W"
port on
an RRU
● "CPRI_0"
port on
an RRU
a: If boards have been installed in cabinets before delivery, CPRI electrical cables
have also been installed in the APM30H+RFC or TMC11H+RFC cabinet
combination. CPRI electrical cables must be installed onsite in the following
cases:
● In initial configuration, fewer than six RFUs are installed in an RFC before
delivery. If RFUs are added for capacity expansion, CPRI electrical cables must
be installed onsite.
● If an RFC is added, CPRI electrical cables of RFUs must be installed in the RFC
onsite.
RF Cable
The following table lists RF cables.
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111
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-64 RF cables
Cate
gory
Cable
Cable
s to
be
instal
led
onsit
e
Cable
s
instal
led
befor
e
delive
ry
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
RF Jumper
DIN straight
male
connector
Antenna
feeder
DIN elbow
male
connector
"ANT_TX/
RXA" and
"ANT_RXB"
ports on an
RFU
Inter-RFU RF
Signal Cable
QMA elbow
male
connector
"RX_OUTA"
port on an
RFU
QMA elbow
male
connector
"RX_INB"
port on an
RFU
1.2.7.2 BTS3900A (Ver.C) Cable List
The BTS3900A cables include PGND cables, equipotential cables, power cables,
transmission cables, signal cables, CPRI electrical cables, and RF cables.
PGND Cables and Equipotential Cables
The following table lists the PGND cables and equipotential cables.
Table 1-65 PGND cables and equipotential cables
Cate
gory
Cable
Cable
s to
be
instal
led
onsit
e
Issue 16 (2021-08-13)
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
PGND Cable
OT terminal
(M6)
Ground bar
in a cabinet
OT
terminal
(M6)
Ground
busbar
outside the
cabinet
Equipotentia
l Cable
OT terminal
(M6)
Ground bar
in the upper
cabinet(1)
OT
terminal
(M6)
Ground bar
in the lower
cabinet(1)
Copyright © Huawei Technologies Co., Ltd.
112
3900 & 5900 Series Base Station
Cables
Cate
gory
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
OT terminal
(M6)
Ground bar
in a
TMC11H,
IBBS200D,
or IBBS200T
OT
terminal
(M6)
Ground bar
in an RFC
NOTE
(1) If an APM30H or TMC11H is stacked on an RFC, the equipotential cable between the
cabinets has been installed before delivery. If an IBBS200D or IBBS200T is stacked on
another IBBS200D or IBBS200T or a TMC11H, the equipotential cable must be installed
onsite.
Power Cables
The following table lists the power cables to be installed onsite.
Table 1-66 Power cables to be installed onsite
Cable
One End
The Other End
Conne
ctor
Installation
Position
Conne
ctor
Installation Position
EPU03A-02 or
EPU03A-04
Power Cable
OT
termin
al
(M6)
"AC INPUT"
terminal on the
EPU in an
APM30H
Depen
ding
on the
extern
al
power
equip
ment
External power
equipment
DCDU-11C
Power Cable
(in an AC
Scenario)
Femal
e fast
connec
tor
(pressf
it
type)
"TMC" terminal
on the EPU in
an APM30H
OT
termin
al
(M6)
"RTN(+)" and "NEG(-)"
terminals on the
DCDU-11C in a TMC11H
Power Cable
for a Power
Distribution
Box
PP175
connec
tor
(gray)
PP175
connector
(gray) of the
EPU in an
APM30H
OT
termin
al
(M8)
"RTN(+)" and "NEG(-)"
terminals near the "BAT"
silkscreen on the power
distribution box in an
IBBS200D or IBBS200T
Issue 16 (2021-08-13)
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113
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Conne
ctor
Installation
Position
Conne
ctor
Installation Position
Power Cable
for the DC
Junction Box
in an RFC (in a
DC Scenario)
OT
termin
al
(M6)
"RTN(+)" and
"NEG(-)"
terminals on the
DC junction box
in an RFC
Depen
ding
on the
extern
al
power
equip
ment
External power
equipment
Power Cable
for the Fan in
an IBBS200D
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD3" port
on the EPU in
an APM30H
OT
termin
al
(M4)
"RTN(+)" and "NEG(-)"
terminals near the "FAN/
TEC" silkscreen on the
power distribution box in
an IBBS200D
TEC Power
Cable
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD2" or
"LOAD3" port
on the EPU in
an APM30H
OT
termin
al
(M4)
"RTN(+)" and "NEG(-)"
terminals near the "FAN/
TEC" silkscreen on the
power distribution box in
an IBBS200T
Power Cable
for a Heating
Film
OT
termin
al
(M4)
"L1" and "N1"
terminals or
"L2" and "N2"
terminals on the
junction box in
an APM30H
OT
termin
al
(M4)
"L" and "N" terminals on
the junction terminal for
the heating-film power
cable in an IBBS200D
Power Cable
for a Junction
Box (in an AC
Scenario)
OT
termin
al
(M4)
"L3" and "N3"
terminals on the
junction box in
an APM30H
OT
termin
al
(M4)
"L" and "N" terminals on
the junction box in a
TMC11H
1.6.4.1 EMUA
or EMUB
Power Cable
(in an
APM30H)
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD4" port
on the EPU in
an APM30H
Cord
end
termin
al
"PWR1" port on the
EMUA or "PWR" port on
the EMUB in an APM30H
or TMC11H
Issue 16 (2021-08-13)
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114
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Conne
ctor
Installation
Position
1.6.4.1 EMUA
or EMUB
Power Cable
(in a TMC11H)
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD8" port
on the
DCDU-11C in a
TMC11H
1.6.4.9 GATM
Power Cable
(in an
APM30H)
Femal
e fast
connec
tor
(pressf
it
type)
"-48V" port on
a GATM
1.6.4.9 GATM
Power Cable
(in a TMC11H)
Femal
e fast
connec
tor
(pressf
it
type)
"-48V" port on
a GATM
Conne
ctor
Installation Position
3V3
conne
ctor
● GATM 0(1): "LOAD7"
port on the
DCDU-11A in an RFC
● GATM 1(2): "BBU_1"
port on the
EPU03A-02 or
EPU03A-04 in an
APM30H
3V3
conne
ctor
● GATM 0: "LOAD8"
port on the DCDU-11C
in a TMC11H
● GATM 1: "LOAD6"
port on the DCDU-11C
in a TMC11H
NOTE
(1) and (2): If two GATMs are installed, they are installed below the BBU in sequence. GATM 0
is installed above GATM 1. GATM 1 is installed under GATM 0.
The following table lists the power cables that have been installed before delivery.
Table 1-67 Power cables installed before delivery
Cable
One End
Power Cable
for the DC
Junction Box
in an RFC (in
an AC
Scenario)
Issue 16 (2021-08-13)
The Other End
Conne
ctor
Installation
Position
Connec
tor
Installation Position
OT
termin
al
(M6)
PP120
connector
(blue) of the
EPU in an
APM30H
OT
termina
l (M6)
"RTN(+)" and "NEG(-)"
terminals on the DC
junction box in an RFC
Copyright © Huawei Technologies Co., Ltd.
115
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Conne
ctor
Installation
Position
Connec
tor
Installation Position
DCDU-11A
Power Cable
OT
termin
al
(M6)
"RTN(+)" and
"NEG(-)"
terminals on the
DC junction box
in an RFC
OT
termina
l (M6)
"RTN(+)" and "NEG(-)"
terminals on the
DCDU-11A in an RFC
DCDU-11C
Power Cable
(in a DC
Scenario)
OT
termin
al
"RTN(+)" and
"NEG(-)"
terminals on the
DC junction box
in an RFC
OT
termina
l
"RTN(+)" and "NEG(-)"
terminals on the
DCDU-11C in a TMC11H
BBU Power
Cable (in an
APM30H)
Femal
e fast
connec
tor
(pressf
it
type)
"BBU_0" or
"BBU_1" port on
the EPU in an
APM30H
3V3
connect
or
"-48V" port on the
UPEU in the BBU in an
APM30H
BBU Power
Cable (in a
TMC11H)
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD6" or
"LOAD7" port
on the
DCDU-11C in a
TMC11H
FAN 02B
Power Cable
(in an
APM30H)
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD5" port
on the EPU in
an APM30H
3V3
connect
or
"PWR" port on the FAN
02B in an APM30H
FAN 02B
Power Cable
(in a TMC11H)
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD9" port
on the
DCDU-11C in a
TMC11H
3V3
connect
or
"PWR" port on the FAN
02B in a TMC11H
Issue 16 (2021-08-13)
"-48V" port on the
UPEU in the BBU in a
TMC11H
Copyright © Huawei Technologies Co., Ltd.
116
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Conne
ctor
Installation
Position
Connec
tor
Installation Position
RFU Power
Cable
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD0" to
"LOAD5" ports
on the
DCDU-11A in
an RFC
3V3
connect
or
"PWR" ports on RFUs 0
to 5 in an RFC
FAN 01B
Power Cable
Femal
e fast
connec
tor
(pressf
it
type)
"LOAD6" port
on the
DCDU-11A in
an RFC
3V3
connect
or
"PWR" port on the FAN
01B in an RFC
Power Cable
for an AC
Heater (in an
APM30H)
OT
termin
al
(M4)
"L0", "N0", and
"PE" terminals
on the junction
box in an
APM30H
C13
connect
or
Power input port on the
AC heater in an
APM30H
Power Cable
for an AC
Heater (in a
TMC11H)
OT
termin
al
(M4)
"L0", "N0", and
"PE" terminals
on the junction
box in a
TMC11H
C13
connect
or
Power input port on the
AC heater in a TMC11H
SOU Power
Cable
OT
termin
al
(M4)
M4 ground
screw, "L2"
terminal, and
"N2" terminal
near the "AC
OUTPUT"
silkscreen on
the left side of
the EPU in an
APM30H
C13
connect
or
"AC INPUT" port on the
SOU in an APM30H
Power Cable
for a Junction
Box (in an
APM30H)
OT
termin
al
(M4)
M4 ground
screw, "L1"
terminal, and
"N1" terminal
near the "AC
OUTPUT"
silkscreen on
the left side of
the EPU in an
APM30H
OT
termina
l
"L" and "N" terminals
on the junction box and
ground bar in an
APM30H
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
117
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Transmission Cables
The following table lists transmission cables.
Table 1-68 Transmission cables
Categ
ory
Cable
Cable
s to
be
install
ed
onsite
Cable
s
install
ed
befor
e
delive
ry
Issue 16 (2021-08-13)
One End
The Other End
Connec
tor
Installation
Position
Connect
or
Installation
Position
E1/T1
Cable
DB26
male
connect
or
"OUTSIDE" port
on the UELP in
an SLPU
Dependin
g on the
external
equipme
nt
External
transmission
equipment
FE/GE
Ethernet
Cable
RJ45
connect
or
FE/GE electrical
port near the
OUTSIDE port
on the UFLP in
an SLPU
RJ45
connecto
r
External
transmission
equipment
FE/GE
Optical
Fiber
LC
connect
or
● FE/GE optical
port on the
GTMU,
WMPT, UMPT,
or UTRP in
the BBU
● FC
conne
ctor
External
transmission
equipment
● FE/GE optical
port on the
LMPT or
UMPT in a
BBU
● LC
conne
ctor
E1/T1
Surge
Protection
Transfer
Cable
DB25
connect
or
"INSIDE" port on
the UELP in an
SLPU
● SC
conne
ctor
DB26
connecto
r
Copyright © Huawei Technologies Co., Ltd.
E1/T1 port on
the GTMU,
WMPT, UMPT, or
UTRP in the BBU
118
3900 & 5900 Series Base Station
Cables
Categ
ory
1 3900 & 5900 Series Base Station Cables
Cable
One End
FE/GE
Surge
Protection
Transfer
Cable
The Other End
Connec
tor
Installation
Position
Connect
or
Installation
Position
RJ45
connect
or
● FE/GE
electrical port
on the
GTMU,
WMPT, or
UMPT in a
BBU
RJ45
connecto
r
FE/GE electrical
port near the
INSIDE silkscreen
on the UFLP in
the SLPU
● FE/GE
electrical port
on the LMPT
or UMPT in a
BBU
Interconn
ection
Cable
Between
FE/GE
Electrical
Ports
RJ45
connect
or
FE/GE electrical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
RJ45
connecto
r
FE/GE electrical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
Interconn
ection
Cable
Between
FE/GE
Optical
Ports
LC
connect
or
FE/GE optical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
LC
connecto
r
FE/GE optical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
Signal Cables
The following table lists the signal cables to be installed onsite.
Table 1-69 Signal cables to be installed onsite
Cable
One End
Monitoring
Signal
Cable
Between
Cascaded
CMUEs
Issue 16 (2021-08-13)
The Other End
Connector
Installation
Position
Connecto
r
Installation
Position
RJ45
connector
"COM_OUT" port
on the upper-level
CMUE
RJ45
connector
"COM_IN" port on
the lower-level
CMUE
Copyright © Huawei Technologies Co., Ltd.
119
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connecto
r
Installation
Position
Monitoring
Signal
Cable
Between
Cascaded
Fan
Assemblies
RJ45
connector
"COM_OUT" port
on the upper-level
fan assembly
RJ45
connector
"COM_IN" port on
the lower-level fan
assembly
Monitoring
Signal
Cable for a
Battery
Cabinet
RJ45
connector
"COM_IN" port
on the CMUE in
an IBBS200D or
IBBS200T
RJ45
connector
"COM_485" port
on the PMU in an
APM30H
GPS Clock
Signal
Cable
SMA male
connector
"GPS" port on the
USCU in a BBU
Type N
female
connector
GPS surge
protector
1.8.4.5
EMUA or
EMUB
Monitoring
Signal
Cable (in
an
APM30H)
DB9 male
connector
"RS485" port on
the EMUA or
"COM_485" port
on the EMUB in
an APM30H
RJ45
connector
"COM_OUT" port
on the PMU in an
APM30H
1.8.4.5
EMUA or
EMUB
Monitoring
Signal
Cable (in a
TMC11H)
DB9 male
connector
"RS485" port on
the EMUA or
"COM_485" port
on the EMUB in a
TMC11H
RJ45
connector
"COM_OUT" port
on the FAN 02B in
a TMC11H
BBU Alarm
Cable
RJ45
connector
"EXT_ALM0" or
"EXT_ALM1" port
on the UPEU or
UEIU in a BBU
RJ45
connector
External alarm
device
1.8.4.24
RET Control
Signal
Cable
SMA
elbow
male
connector
"ANT0" to
"ANT5" ports on
a GATM
SMA
straight
male
connector
"DC/OOK" port on
a Bias-Tee
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
120
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connecto
r
Installation
Position
1.8.4.20
CMUEAGATM
Monitoring
Signal
Cable
RJ45
connector
"COM2" port on a
GATM
RJ45
connector
"COM_IN" port on
the FAN 02B in an
APM30H or
"COM_IN" port on
the FAN 01B in an
RFC
1.8.4.17
GATM
Monitoring
Signal
Cable
RJ45
connector
"COM1" port on a
GATM
RJ45
connector
"MON0" or
"MON1" port in
the BBU in an
APM30H
Local
Maintenan
ce Adapter
USB
connector
"USB"a port on
the UMPT in a
BBU
Network
interface
connector
Ethernet cable
Cable
Between
Two
Combined
Base
Stations
DB15
male
connector
"GCK" port on the
UCIU in a BBU
MD36 or
DB15
male
connector
"DGLUb" port on a
DCTB
NOTE
(1): The security of USB loading ports is ensured by encryption, and USB loading ports can
be shut down using commands. USB commissioning ports are used only for commissioning
a base station, and cannot be used for configuring and exporting information of the base
station.
The following table lists the signal cables that have been installed before delivery.
Table 1-70 Signal cables installed before delivery
Cable
One End
Monitoring
Signal
Cable for
the
Temperatur
e Sensor (in
an RFC)
Issue 16 (2021-08-13)
The Other End
Connec
tor
Installation
Position
Connect
or
Installation Position
4-pin
connect
or
"TEM" port on
the FAN 01B in
an RFC
Tempera
ture
sensor
Air intake vent at the
bottom of an RFC
Copyright © Huawei Technologies Co., Ltd.
121
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connec
tor
Installation
Position
Connect
or
Installation Position
CMUE-BBU
Monitoring
Signal
Cable
RJ45
connect
or
"COM_IN" port
on the FAN 01B
in an RFC
RJ45
connecto
r
"MON0" port on the
UPEU in the BBU in an
APM30H
RJ45
connect
or
"COM_IN" port
on the FAN 02B
in an APM30H
RJ45
connecto
r
"MON1" port on the
UPEU in the BBU in an
APM30H
HPMI-PMU
Monitoring
Signal
Cable
DB50
male
connect
or
"COM" port on
the PMU in an
APM30H
DB50
male
connecto
r
"PMU_DB50" port on
the FAN 02B in an
APM30H
PMU-CMUE
Monitoring
Signal
Cable
RJ45
connect
or
"COM_IN" port
on the PMU in
an APM30H
RJ45
connecto
r
"COM_OUT" port on
the FAN 02B in an
APM30H
ELU Signal
Cable
RJ45
connect
or
RJ45 port on the
ELU in each
cabinet
RJ45
connecto
r
● "ELU" port on the
FAN 02B in an
APM30H or TMC11H
● "ELU" port on the
FAN 01B in an RFC
● "ELU" port on the
CMUE in an
IBBS200D or
IBBS200T
Monitoring
Signal
Cable for
the Door
Status
Sensor (in
an
APM30H)
Issue 16 (2021-08-13)
2-pin
connect
or
"GATE" port on
the FAN 02B in
an APM30H
Bare
wire
Copyright © Huawei Technologies Co., Ltd.
Door status sensor
122
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connec
tor
Installation
Position
Connect
or
Installation Position
Monitoring
Signal
Cable for
the Door
Status
Sensor (in a
TMC11H,
RFC,
IBBS200D,
or
IBBS200T)
Bare
wire
● "GATE" port
on the FAN
02B in a
TMC11H
Bare
wire
Door status sensor
Monitoring
Signal
Transfer
Cable for
Fans in
Front Doors
4-pin
connect
or
4-pin
connecto
r
"FAN_EXT" port on the
FAN 02B in an APM30H
● "GATE" port
on the FAN
01B in an RFC
● "GATE" port
on the CMUE
in an
IBBS200D or
IBBS200T
DC junction box
in the front door
of an APM30H
CPRI Electrical Cables and CPRI Optical Fibers
The following table lists CPRI electrical cables and CPRI optical fibers.
Table 1-71 CPRI electrical cables and CPRI optical fibers
Cate
gory
Cable
Cable
s
instal
led
befor
e
delive
ry
CPRI
Electrical
Cablea
Issue 16 (2021-08-13)
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
SFP20 male
connector
"CPRI0" to
"CPRI5"
ports on the
GTMU,
UBRI, LBBP,
WBBP, or
UBBP in a
BBU
SFP20 male
connector
"CPRI0" or
"CPRI1"
ports on
RFUs 0 to 5
Copyright © Huawei Technologies Co., Ltd.
123
3900 & 5900 Series Base Station
Cables
Cate
gory
Cable
Cable
s to
be
instal
led
onsit
e
CPRI Optical
Fiber
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
DLC
connector
"CPRI0" to
"CPRI5"
ports on the
GTMU,
UBRI, LBBP,
WBBP, or
UBBP in a
BBU
DLC
connector
● "CPRI_W"
port on
an RRU
● "CPRI_0"
port on
an RRU
a: If boards have been installed in cabinets before delivery, CPRI electrical cables
have also been installed in the APM30H+RFC or TMC11H+RFC cabinet
combination. CPRI electrical cables must be installed onsite in the following
cases:
● In initial configuration, fewer than six RFUs are installed in an RFC before
delivery. If RFUs are added for capacity expansion, CPRI electrical cables must
be installed onsite.
● If an RFC is added, CPRI electrical cables of RFUs must be installed in the RFC
onsite.
RF Cable
The following table lists RF cables.
Table 1-72 RF cables
Cate
gory
Cable
Cable
s to
be
instal
led
onsit
e
Cable
s
instal
led
befor
e
delive
ry
Issue 16 (2021-08-13)
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
RF Jumper
DIN straight
male
connector
Antenna
feeder
DIN elbow
male
connector
"ANT_TX/
RXA" and
"ANT_RXB"
ports on an
RFU
Inter-RFU RF
Signal Cable
QMA elbow
male
connector
"RX_OUTA"
port on an
RFU
QMA elbow
male
connector
"RX_INB"
port on an
RFU
Copyright © Huawei Technologies Co., Ltd.
124
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
1.2.7.3 BTS3900A (Ver.D) Cable List
BTS3900A cables include a PGND cable, equipotential cables, power cables,
transmission cables, signal cables, CPRI cables, and RF cables.
PGND Cable and Equipotential Cable
The following table lists a PGND cable and equipotential cables.
Table 1-73 PGND cable and equipotential cables
Cate
gory
Cable
Cable
s to
be
instal
led
onsit
e
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
PGND Cable
OT terminal
(M6)
Ground bar
in a cabinet
OT
terminal
(M6)
Ground
busbar
outside the
cabinet
Equipotentia
l Cable
OT terminal
(M6)
Ground bar
in the upper
cabinet(1)
OT
terminal
(M6)
Ground bar
in the lower
cabinet(1)
OT terminal
(M6)
Ground bar
in a
TMC11H or
battery
cabinet
OT
terminal
(M6)
Ground bar
in an RFC
NOTE
(1) If an APM30H or TMC11H is stacked on an RFC, the equipotential cable between the
cabinets has been installed before delivery. If an IBBS200D or IBBS200T is stacked on
another IBBS200D or IBBS200T or a TMC11H, the equipotential cable must be installed
onsite.
Power Cables
The following table lists the power cables to be installed onsite.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
125
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-74 Power cables to be installed onsite
Cable
One End
The Other End
Conne
ctor
Installation
Position
Conne
ctor
Installation Position
EPU05A-02
or
EPU05A-04
Power Cable
OT
termin
al
(M6)
"AC INPUT"
terminal on the
EPU in an
APM30H
Depen
ding
on the
extern
al
power
equip
ment
External power
equipment
DCDU-12B
Power Cable
OT
termin
al
"RTN(+)" and
"NEG(-)"
terminals on the
DCDU-12B in an
RFC
Depen
ding
on the
extern
al
power
equip
ment
External power
equipment
DCDU-12C
Power Cable
(in an AC
Scenario)
EPC4
connec
tor
"LOAD7" port
on the EPU in
an APM30H
OT
termin
al
(M6)
"RTN(+)" and "NEG(-)"
terminals on the
DCDU-12C in a TMC11H
Power Cable
for a Power
Distribution
Box
OT
termin
al
(M8)
"BAT" terminal
on the EPU in
an APM30H
OT
termin
al
(M8)
"RTN(+)" and "NEG(-)"
terminals near the "BAT"
silkscreen on the power
distribution box in a
battery cabinet(1)
Power Cable
for the DC
Junction Box
in an RFC (in
a DC
Scenario)
OT
termin
al
(M6)
DC junction box
in an RFC
Depen
ding
on the
extern
al
power
equip
ment
External power
equipment
Power Cable
for the Fan
in an
IBBS200D
EPC4
connec
tor
"LOAD8" port
on the EPU in
an APM30H
EPC4
connec
tor
"FAN/TEC_INPUT" port on
the power distribution
box in an IBBS200D
Power Cable
for the Fan
in an
IBBS300D
EPC4
connec
tor
"LOAD8" port
on the EPU in
an APM30H
OT
termin
al
(M4)
"NEG(-)" and "RTN(+)"
wiring terminals in the DC
junction box in an
IBBS300D
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
126
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Conne
ctor
Installation
Position
Conne
ctor
Installation Position
Power Cable
for the TEC
in an
IBBS200T
EPC4
connec
tor
"LOAD8" port
on the EPU in
an APM30H
EPC4
connec
tor
"FAN/TEC_INPUT" port on
the power distribution
box in an IBBS200T
Power Cable
for the TEC
in an
IBBS300T
EPC4
connec
tor
"LOAD8" port
on the EPU in
an APM30H
OT
termin
al
(M4)
"NEG(-)" and "RTN(+)"
wiring terminals in the DC
junction box in an
IBBS300T
Power Cable
for a
Heating Film
OT
termin
al
(M4)
"L1" and "N1"
or "L2" and
"N2" terminals
on the junction
box in an
APM30H
OT
termin
al
(M4)
"L" and "N" terminals on
the junction terminal for
the heating-film power
cable in an IBBS200D
Power Cable
for a
Junction Box
(in a
TMC11H)
OT
termin
al
(M4)
"L3" and "N3"
terminals on the
junction box in
an APM30H
OT
termin
al
(M4)
"L" and "N" terminals on
the junction box in a
TMC11H
Power Cable
for a
Junction Box
(in an
IBBS300D or
IBBS300T)
OT
termin
al
(M4)
"L2" and "N2"
terminals on the
junction box in
an APM30H
OT
termin
al
(M4)
"L" and "N" terminals on
the junction box in an
IBBS300D or IBBS300T
Power Cable
for the
Temperature
Control
System
EPC4
connec
tor
"LOAD8" port
on the EPU in
an APM30H
EPC4
connec
tor
"DC INPUT" port on the
power distribution box in
an IBBS700D or IBBS700T
Power Cable
for a
Junction Box
(in an
IBBS700D/
IBBS700T)
OT
termin
al
(M4)
"L2" and "N2"
terminals on the
junction box in
an APM30H
OT
termin
al
(M4)
"L" and "N" terminals on
the junction box in an
IBBS700D or IBBS700T
Storage
Battery
Power Cable
OT
termin
al
(M8)
"BAT(+)" and
"BAT(-)"
terminals on the
power
distribution box
in a battery
cabinet
OT
termin
al
(M6)
Positive and negative
poles of storage batteries
in a battery cabinet
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
127
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Conne
ctor
Installation
Position
Conne
ctor
Installation Position
Storage
Battery
Power Cable
(in an
IBBS300D or
IBBS300T)
OT
termin
al
(M8)
Circuit breaker
on the lower
part of the DC
junction box on
the inner right
wall of a battery
cabinet and
terminal labeled
"NEG(-)" on the
DC junction box
on the inner left
wall of the
battery cabinet
OT
termin
al
(M6)
Positive and negative
poles of storage batteries
in a battery cabinet
1.6.4.1 EMUA
or EMUB
Power Cable
(in an
APM30H)
EPC4
connec
tor
"LOAD5" port
on the EPU in
an APM30H
Cord
end
termin
al
"PWR1" port on the
EMUA or "PWR" port on
the EMUB in an APM30H
or TMC11H
1.6.4.1 EMUA
or EMUB
Power Cable
(in a
TMC11H)
EPC4
connec
tor
"LOAD8" port
on the
DCDU-12C in a
TMC11H
Cord
end
termin
al
1.6.4.9 GATM
Power Cable
(in an
APM30H)
EPC4
connec
tor
"-48V" port on
the GATM
3V3
connec
tor
1.6.4.9 GATM
Power Cable
(in a
TMC11H)
EPC4
connec
tor
Issue 16 (2021-08-13)
● GATM 0(2): "LOAD7"
port on the DCDU-12A
in an RFC
● GATM 1(3): "LOAD5"
port on the
EPU05A-02/04 in an
APM30H
"-48V" port on
the GATM
3V3
connec
tor
Copyright © Huawei Technologies Co., Ltd.
● GATM 0: "LOAD8" port
on the DCDU-12C in a
TMC11H
● GATM 1: "LOAD7" port
on the DCDU-12C in a
TMC11H
128
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Conne
ctor
Installation
Position
Conne
ctor
Installation Position
1.6.1.2.10
EPU02D/
EPU02D-02/
EPU02B/
EPU02S/
EPU02S-02
Power Cable
(in an
APM30H)
OT
termin
al
● Black wire:
"RTN(+)"
terminal on
the EPU02D
or
EPU02D-02
OT
termin
al
● Black wire: "RTN(+)"
terminal near the RFC1
or RFC2 silkscreen on
the EPU05A
DCDU16D
Power Cable
OT
termin
al
(in an
APM30H)
● Blue wire: "NEG(-)"
terminal near the RFC1
or RFC2 silkscreen on
the EPU05A
● Blue wire:
"NEG(-)"
terminal on
the EPU02D/
EPU02D-02
● Black wire:
"RTN(+)"
terminal on
the
DCDU16D
OT
termin
al
● Blue wire: "NEG(-)"
terminal near the RFC1
or RFC2 silkscreen on
the EPU05A
● Blue wire:
"NEG(-)"
terminal on
the
DCDU16D
1.6.1.2.10
EPU02D/
EPU02D-02/
EPU02B/
EPU02S/
EPU02S-02
Power Cable
(in a
TMC11H)
OT
termin
al
DCDU16D
Power Cable
(in a
TMC11H)
OT
termin
al
● Black wire:
"RTN(+)"
terminal on
the EPU02D/
EPU02D-02
● Blue wire:
"NEG(-)"
terminal on
the EPU02D/
EPU02D-02
● Black wire:
"RTN(+)"
terminal on
the
DCDU16D
● Blue wire:
"NEG(-)"
terminal on
the
DCDU16D
Issue 16 (2021-08-13)
● Black wire: "RTN(+)"
terminal near the RFC1
or RFC2 silkscreen on
the EPU05A
Depen
ding
on the
extern
al
equip
ment
External power
equipment
Depen
ding
on the
extern
al
equip
ment
External power
equipment
Copyright © Huawei Technologies Co., Ltd.
129
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
NOTE
(1) Battery cabinet: IBBS200D, IBBS200T, IBBS700D, or IBBS700T
(2) and (3): If two GATMs are installed, they are installed below the BBU in sequence. GATM 0
is installed above GATM 1.
The following table lists the power cables that have been installed before delivery.
Table 1-75 Power cables installed before delivery
Cable
One End
The Other End
Conne
ctor
Installation
Position
Connec
tor
Installation Position
1.6.1.1.9
DCDU-12C
Power Cable
(in a DC
scenario)
OT
termin
al
(M6)
DC junction box
in an RFC
OT
termina
l (M6)
"RTN(+)" and "NEG(-)"
terminals on the
DCDU-12C in a TMC
Power Cable
for the DC
Junction Box
in an RFC (in
an AC
Scenario)
OT
termin
al
(M6)
"RFC1" or
"RFC2" terminal
on the EPU in
an APM30H
OT
termina
l (M6)
DC junction box in an
RFC
DCDU-12A
Power Cable
OT
termin
al
(M6)
DC junction box
in an RFC
OT
termina
l (M6)
"RTN(+)" and "NEG(-)"
terminals on the
DCDU-12A in an RFC
BBU Power
Cable (in an
APM30H)
EPC4
connec
tor
"LOAD0" or
"LOAD1" port
on the EPU in
an APM30H
3V3
connect
or
"-48V" port on the
UPEU in the BBU in an
APM30H
BBU Power
Cable (in a
TMC11H)
EPC4
connec
tor
"LOAD6" or
"LOAD7" port
on the
DCDU-12C in a
TMC11H
3V3
connect
or
"-48V" port on the
UPEU in the BBU in a
TMC11H
FAN 02D
Power Cable
(in an
APM30H)
EPC4
connec
tor
"LOAD2" port
on the EPU in
an APM30H
3V3
connect
or
"PWR" port on the FAN
02D in an APM30H
FAN 02D
Power Cable
(in a TMC11H)
EPC4
connec
tor
"LOAD9" port
on the
DCDU-12C in a
TMC11H
3V3
connect
or
"PWR" port on the FAN
02D in a TMC11H
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
130
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Conne
ctor
Installation
Position
Connec
tor
Installation Position
RFU Power
Cable
EPC4
connec
tor
"LOAD0" to
"LOAD5" ports
on the
DCDU-12A in
an RFC
3V3
connect
or
"PWR" ports on RFUs 0
to 5 in an RFC
FAN 01C
Power Cable
EPC4
connec
tor
"LOAD6" port
on the
DCDU-12A in
an RFC
3V3
connect
or
"PWR" port on the FAN
01C in an RFC
Power Cable
for an AC
Heater (in an
APM30H)
OT
termin
al
(M4)
"L0", "N0", and
"PE" terminals
on the junction
box in an
APM30H
C13
connect
or
Power input port on the
AC heater in an
APM30H
Power Cable
for an AC
Heater (in a
TMC11H)
OT
termin
al
(M4)
"L0", "N0", and
"PE" terminals
on the junction
box in a
TMC11H
C13
connect
or
Power input port on the
AC heater in a TMC11H
SOU Power
Cable
OT
termin
al
(M4)
M4 ground
screw, "L2"
terminal, and
"N2" terminal
near the AC
OUTPUT
silkscreen on
the left side of
the EPU in an
APM30H
C13
connect
or
"AC INPUT" port on the
SOU in an APM30H
Power Cable
for a Junction
Box (in an
APM30H)
OT
termin
al
(M4)
M4 ground
screw, "L1"
terminal, and
"N1" terminal
near the AC
OUTPUT
silkscreen on
the left side of
the EPU in an
APM30H
OT
termina
l
"L" and "N" terminals
on the junction box and
ground bar in an
APM30H
CMUEA Power
Cable
3V3
connec
tor
"PWR" port on
the CMUEA in
an IBBS700D
Bare
wire
"FAN/TEC" port on the
power distribution box
in an IBBS700D
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131
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
CMUF Power
Cable
The Other End
Conne
ctor
Installation
Position
Connec
tor
Installation Position
3V3
connec
tor
"PWR" port on
the CMUF in an
IBBS700T
Bare
wire
"FAN/TEC" port on the
power distribution box
in an IBBS700D
Transmission Cables
The following table lists transmission cables.
Table 1-76 Transmission cables
Categ
ory
Cable
Cable
s to
be
install
ed
onsite
Cable
s
install
ed
befor
e
delive
ry
Issue 16 (2021-08-13)
One End
The Other End
Connec
tor
Installation
Position
Connect
or
Installation
Position
E1/T1
Cable
DB26
male
connect
or
"OUTSIDE" port
on the UELP in
an SLPU
Dependin
g on the
external
equipme
nt
External
transmission
equipment
FE/GE
Ethernet
Cable
RJ45
connect
or
FE/GE electrical
port near the
OUTSIDE port
on the UFLP in
an SLPU
RJ45
connecto
r
External
transmission
equipment
FE/GE
Optical
Fiber
LC
connect
or
● FE/GE optical
port on the
GTMU,
WMPT, UMPT,
or UTRP in
the BBU
● FC
conne
ctor
External
transmission
equipment
● FE/GE optical
port on the
LMPT or
UMPT in a
BBU
● LC
conne
ctor
E1/T1
Surge
Protection
Transfer
Cable
DB25
connect
or
"INSIDE" port on
the UELP in an
SLPU
● SC
conne
ctor
DB26
connecto
r
Copyright © Huawei Technologies Co., Ltd.
E1/T1 port on
the GTMU,
WMPT, UMPT, or
UTRP in the BBU
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3900 & 5900 Series Base Station
Cables
Categ
ory
1 3900 & 5900 Series Base Station Cables
Cable
One End
FE/GE
Surge
Protection
Transfer
Cable
The Other End
Connec
tor
Installation
Position
Connect
or
Installation
Position
RJ45
connect
or
● FE/GE
electrical port
on the
GTMU,
WMPT, or
UMPT in a
BBU
RJ45
connecto
r
FE/GE electrical
port near the
INSIDE silkscreen
on the UFLP in
the SLPU
● FE/GE
electrical port
on the LMPT
or UMPT in a
BBU
Interconn
ection
Cable
Between
FE/GE
Electrical
Ports
RJ45
connect
or
FE/GE electrical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
RJ45
connecto
r
FE/GE electrical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
Interconn
ection
Cable
Between
FE/GE
Optical
Ports
LC
connect
or
FE/GE optical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
LC
connecto
r
FE/GE optical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
Signal Cables
The following table lists the signal cables to be installed onsite.
Table 1-77 Signal cables to be installed onsite
Cable
One End
Monitoring
Signal
Cable
Between
Cascaded
CMUEAs
Issue 16 (2021-08-13)
The Other End
Connector
Installation
Position
Connecto
r
Installation
Position
RJ45
connector
"COM_OUT" port
on the upper-level
CMUEA
RJ45
connector
"COM_IN" port on
the lower-level
CMUEA
Copyright © Huawei Technologies Co., Ltd.
133
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connecto
r
Installation
Position
Monitoring
Signal
Cable
Between
Cascaded
CCU01D-03
Modules
RJ45
connector
"COM_OUT" port
on the upper-level
CCU01D-03
RJ45
connector
"COM_IN" port on
the lower-level
CCU01D-03
Monitoring
signal
cable
between
cascaded
fan
assemblies
RJ45
connector
"COM_OUT" port
on the upper-level
fan assembly
RJ45
connector
"COM_IN" port on
the lower-level fan
assembly
Monitoring
Signal
Cable for a
Battery
Cabinet
RJ45
connector
"COM_IN" port
on the CMUEA or
CCU01D-03 in a
battery cabinet
RJ45
connector
"COM_485" port
on the PMU in an
APM30H
GPS Clock
Signal
Cable
SMA male
connector
"GPS" port on the
USCU in a BBU
Type N
female
connector
GPS surge
protector
1.8.4.5
EMUA or
EMUB
Monitoring
Signal
Cable (in
an
APM30H)
DB9 male
connector
"RS485" port on
the EMUA or
"COM_485" port
on the EMUB in
an APM30H
RJ45
connector
"COM_OUT" port
on the PMU in an
APM30H
1.8.4.5
EMUA or
EMUB
Monitoring
Signal
Cable (in a
TMC11H)
DB9 male
connector
"RS485" port on
the EMUA or
"COM_485" port
on the EMUB in a
TMC11H
RJ45
connector
"COM_OUT" port
on the FAN 02D in
a TMC11H
BBU Alarm
Cable
RJ45
connector
"EXT_ALM0" or
"EXT_ALM1" port
on the UPEU or
UEIU in a BBU
RJ45
connector
External alarm
device
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
134
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connecto
r
Installation
Position
1.8.4.24
RET Control
Signal
Cable
SMA
elbow
male
connector
"ANT0" to
"ANT5" ports on
the GATM
SMA
straight
male
connector
"DC/OOK" port on
the Bias-Tee
1.8.4.20
CMUEAGATM
Monitoring
Signal
Cable
RJ45
connector
"COM2" port on
the GATM
RJ45
connector
"COM_IN" port on
the FAN 02D in an
APM30H or
"COM_IN" port on
the FAN 01C in an
RFC
1.8.4.17
GATM
Monitoring
Signal
Cable
RJ45
connector
"COM1" port on
the GATM
RJ45
connector
"MON0" or
"MON1" port in
the BBU in an
APM30H
Local
Maintenan
ce Adapter
USB
connector
"USB"a port on
the UMPT in a
BBU
Network
interface
connector
Ethernet cable
Cable
Between
Two
Combined
Base
Stations
DB15
male
connector
"GCK" port on the
UCIU in a BBU
MD36 or
DB15
male
connector
"DGLUb" port on
the DCTB
NOTE
(1): The security of USB loading ports is ensured by encryption, and USB loading ports can
be shut down using commands. USB commissioning ports are used only for commissioning
a base station, and cannot be used for configuring and exporting information of the base
station.
The following table lists the signal cables that have been installed before delivery.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
135
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-78 Signal cables installed before delivery
Cable
One End
The Other End
Connec
tor
Installation
Position
Connect
or
Installation Position
Monitoring
Signal
Cable for a
Temperatur
e Sensor (in
an RFC)
4-pin
connect
or
"TEM" port on
the FAN 01C in
an RFC
Tempera
ture
sensor
Air intake vent at the
bottom of an RFC
CMUEABBU
Monitoring
Signal
Cable
RJ45
connect
or
"COM_IN" port
on the FAN 01C
in an RFC
RJ45
connecto
r
"MON0" port on the
UPEU in the BBU in an
APM30H
PMUCMUEA
Monitoring
Signal
Cable
RJ45
connect
or
"COM_IN" port
on the PMU in
an APM30H
RJ45
connecto
r
"COM_OUT" port on
the FAN 02D in an
APM30H
ELU Signal
Cable
RJ45
connect
or
● "ELU" port on
the FAN 02D
in an
APM30H or
TMC11H
RJ45
connecto
r
RJ45 port on the ELU in
each cabinet
"COM_IN" port
on the FAN 02D
in an APM30H
"MON1" port on the
UPEU in the BBU in an
APM30H
● "ELU" port on
the FAN 01C
in an RFC
● "ELU" port on
the CMUEA in
an IBBS200D
or IBBS200T
● "ELU" port on
the
CCU01D-03 in
an IBBS300D
or IBBS300T
● "ELU" port on
the CMUEA in
an IBBS700D
● "ELU" port on
the CMUF in
an IBBS700T
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
136
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connec
tor
Installation
Position
Connect
or
Installation Position
Monitoring
Signal
Cable for
the Door
Status
Sensor (in
an
APM30H)
2-pin
connect
or
"GATE" port on
the PMU in an
APM30H
Bare
wire
Door status sensor
Monitoring
Signal
Cable for
the Door
Status
Sensor (in
the
TMC11H,
RFC,
IBBS200D,
IBBS200T,
IBBS700D,
or
IBBS700T)
Bare
wire
● "GATE" port
on the FAN
02D in a
TMC11H
Bare
wire
Door status sensor
4-pin
connecto
r
"FAN_EXT" port on the
FAN 02D in an APM30H
● "GATE" port
on the FAN
01C in an RFC
● "GATE" port
on the
CMUEA in an
IBBS200D or
IBBS200T
● "GATE" port
on the
CCU01D-03 in
an IBBS300D
or IBBS300T
● "GATE" port
on the
CMUEA in an
IBBS700D
● "GATE" port
on the CMUF
in an
IBBS700T
Monitoring
Signal
Transfer
Cable for
the Fan in
the Front
Door
Interco
nnectio
n
termina
l
Fan power cable
routed out of the
front door of an
APM30H
CPRI Electrical Cables and CPRI Optical Fibers
The following table lists CPRI electrical cables and CPRI optical fibers.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
137
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-79 CPRI electrical cables and CPRI optical fibers
Cate
gory
Cable
Cable
s
instal
led
befor
e
delive
ry
Cable
s to
be
instal
led
onsit
e
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
CPRI
Electrical
Cablea
SFP20 male
connector
"CPRI0" to
"CPRI5"
ports on the
GTMU,
UBRI, LBBP,
WBBP, or
UBBP in a
BBU
SFP20 male
connector
"CPRI0" or
"CPRI1"
ports on
RFUs 0 to 5
CPRI Optical
Fiber
DLC
connector
"CPRI0" to
"CPRI5"
ports on the
GTMU,
UBRI, LBBP,
WBBP, or
UBBP in a
BBU
DLC
connector
● "CPRI_W"
port on
an RRU
● "CPRI_0"
port on
an RRU
a: If boards have been installed in cabinets before delivery, CPRI electrical cables
have also been installed in the APM30H+RFC or TMC11H+RFC cabinet
combination. CPRI electrical cables must be installed onsite in the following
cases:
● In initial configuration, fewer than six RFUs are installed in an RFC before
delivery. If RFUs are added for capacity expansion, CPRI electrical cables must
be installed onsite.
● If an RFC is added, CPRI electrical cables of RFUs must be installed in the RFC
onsite.
RF Cable
The following table lists RF cables.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
138
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-80 RF cables
Cate
gory
Cable
Cable
s to
be
instal
led
onsit
e
Cable
s
instal
led
befor
e
delive
ry
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
RF Jumper
DIN straight
male
connector
Antenna
feeder
DIN elbow
male
connector
"ANT_TX/
RXA" and
"ANT_RXB"
ports on an
RFU
Inter-RFU RF
Signal Cable
QMA elbow
male
connector
"RX_OUTA"
port on an
RFU
QMA elbow
male
connector
"RX_INB"
port on an
RFU
1.2.7.4 BTS3900A (Ver.E) Cable List
The BTS3900A cables include PGND cables, equipotential cables, power cables,
transmission cables, signal cables, CPRI electrical cables, and RF cables.
PGND Cable and Equipotential Cables
The following table lists a PGND cable and equipotential cables.
Table 1-81 PGND cable and equipotential cables
Category
Cable
Cables to
be installed
onsite
Issue 16 (2021-08-13)
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
1.4 PGND
Cable
OT
terminal
(M6)
Ground bar
in a
cabinet
OT
terminal
(M6)
Ground bar
for the site
1.5
Equipoten
tial Cable
OT
terminal
(M6)
Ground bar
in the
upper
cabineta
OT
terminal
(M6)
Ground bar
in the
lower
cabinetb
Copyright © Huawei Technologies Co., Ltd.
139
3900 & 5900 Series Base Station
Cables
Category
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connector
Installatio
n Position
Connector
Installatio
n Position
OT
terminal
(M6)
Ground bar
in a
TMC11H or
battery
cabinet
OT
terminal
(M6)
Ground bar
in an RFC
a and b: If an APM30H or TMC11H is stacked on an RFC, the equipotential cable
between the cabinets has been installed before delivery. If an IBBS200D or
IBBS200T is stacked on another IBBS200D or IBBS200T or a TMC11H, the
equipotential cable must be installed onsite.
Power Cables
The following table lists the power cables to be installed onsite.
Table 1-82 Power cables to be installed onsite
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
EPU05A-06
or
EPU05A-08
Power Cable
OT terminal
(M6)
"AC INPUT"
terminal on
the EPU in an
APM30H
Depending on
the external
power
equipment
External
power
equipment
DCDU-12B
Power Cable
(in a DC
Scenario)
OT terminal
(M6)
"RTN(+)" and
"NEG(-)"
terminals on
the
DCDU-12B in
an RFC
Depending on
the external
power
equipment
External
power
equipment
DCDU-12C
Power Cable
(in an AC
Scenario)
EPC4
connector
"LOAD7" port
on the EPU in
an APM30H
OT terminal
(M6)
"RTN(+)" and
"NEG(-)"
terminals on
the
DCDU-12C in
a TMC11H
Issue 16 (2021-08-13)
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140
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Power Cable
for a Power
Distribution
Box
OT terminal
(M8)
"BAT"
terminal on
the EPU in an
APM30H
OT terminal
(M8)
"RTN(+)" and
"NEG(-)"
terminals
near the
"BAT"
silkscreen on
the power
distribution
box in a
battery
cabineta
Power Cable
for the DC
Junction Box
in an RFC (in
a DC
Scenario)
OT terminal
(M6)
DC junction
box in an RFC
Depending on
the external
power
equipment
External
power
equipment
Power Cable
for the Fan in
an IBBS200D
EPC4
connector
"LOAD8" port
on the EPU in
an APM30H
EPC4
connector
"FAN/TEC
INPUT" port
on the power
distribution
box at the top
of an
IBBS200D
Power Cable
for the Fan in
an IBBS300D
EPC4
connector
"LOAD8" port
on the EPU in
an APM30H
OT terminal
(M4)
"NEG(-)" and
"RTN(+)"
wiring
terminals in
the DC
junction box
in an
IBBS300D
Power Cable
for the TEC
in an
IBBS200T
EPC4
connector
"LOAD8" port
on the EPU in
an APM30H
EPC4
connector
"FAN/TEC
INPUT" port
on the power
distribution
box at the top
of an
IBBS200T
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3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Power Cable
for the TEC
in an
IBBS300T
EPC4
connector
"LOAD8" port
on the EPU in
an APM30H
OT terminal
(M4)
"NEG(-)" and
"RTN(+)"
wiring
terminals in
the DC
junction box
in an
IBBS300T
Power Cable
for a Heating
Film
OT terminal
(M4)
"L1" and "N1"
terminals or
"L2" and "N2"
terminals on
the junction
box in an
APM30H
OT terminal
(M4)
"L" and "N"
terminals on
the junction
box for the
heating film
in an
IBBS200D
Power Cable
for a
Junction Box
(in a
TMC11H)
OT terminal
(M4)
"L3" and "N3"
terminals on
the junction
box in an
APM30H
OT terminal
(M4)
"L" and "N"
terminals on
the junction
box in a
TMC11H
Power Cable
for a
Junction Box
(in an
IBBS300D or
IBBS300T)
OT terminal
(M4)
"L2" and "N2"
terminals on
the junction
box in an
APM30H
OT terminal
(M4)
"L" and "N"
terminals on
the junction
box in an
IBBS300D or
IBBS300T
Storage
Battery
Power Cable
(in an
IBBS200D or
IBBS200T)
OT terminal
(M8)
Power
distribution
boxes on the
top and inner
right wall of a
battery
cabinet
OT terminal
(M6)
Positive and
negative
poles of the
battery packs
in a battery
cabinet
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142
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Storage
Battery
Power Cable
(in an
IBBS300D or
IBBS300T)
OT terminal
(M8)
Circuit
breaker on
the lower part
of the DC
junction box
on the inner
right wall of a
battery
cabinet and
terminal
labeled
"NEG(-)" on
the DC
junction box
on the inner
left wall of
the battery
cabinet
OT terminal
(M6)
Positive and
negative
poles of the
battery packs
in a battery
cabinet
EMUA or
EMUB Power
Cable (in an
APM30H)
EPC4
connector
"LOAD5" port
on the EPU in
an APM30H
Cord end
terminal
EMUA or
EMUB Power
Cable (in a
TMC11H)
EPC4
connector
"LOAD8" port
on the
DCDU-12C in
a TMC11H
Cord end
terminal
"PWR1" port
on the EMUA
or "PWR" port
on the EMUB
in an
APM30H or
TMC11H
GATM Power
Cable (in an
APM30H)
EPC4
connector
"-48V" port
on the GATM
3V3
connector
● GATM 0b:
"LOAD7"
port on the
DCDU-12A
in an RFC
● GATM 1c:
"LOAD5"
port on the
EPU05A-06
or
EPU05A-08
in an
APM30H
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143
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
GATM Power
Cable (in a
TMC11H)
The Other End
Connector
Installation
Position
Connector
Installation
Position
EPC4
connector
"-48V" port
on the GATM
3V3
connector
● GATM 0:
"LOAD8"
port on the
DCDU-12C
in a
TMC11H
● GATM 1:
"LOAD7"
port on the
DCDU-12C
in a
TMC11H
1.6.1.2.10
EPU02D/
EPU02D-02/
EPU02B/
EPU02S/
EPU02S-02
Power Cable
(in an
APM30H)
OT terminal
DCDU16D
Power Cable
OT terminal
(in an
APM30H)
● "RTN(+)"
terminal
on the
EPU02D/
EPU02D-0
2
OT terminal
● "NEG(-)"
terminal
on the
EPU02D/
EPU02D-0
2
● Black wire:
"RTN(+)"
terminal
on the
DCDU16D
● "NEG(-)"
terminal
on the
PDU01D-0
1 in an
EPU05A
OT terminal
● Blue wire:
"NEG(-)"
terminal
on the
DCDU16D
Issue 16 (2021-08-13)
● "RTN(+)"
terminal
on the
PDU01D-0
1 in an
EPU05A
Copyright © Huawei Technologies Co., Ltd.
● "RTN(+)"
terminal
on the
PDU01D-0
1 in an
EPU05A
● "NEG(-)"
terminal
on the
PDU01D-0
1 in an
EPU05A
144
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.6.1.2.10
EPU02D/
EPU02D-02/
EPU02B/
EPU02S/
EPU02S-02
Power Cable
(in a
TMC11H)
OT terminal
● "RTN(+)"
terminal
on the
EPU02D/
EPU02D-0
2
Depending on
the external
equipment
External
power
equipment
DCDU16D
Power Cable
(in a
TMC11H)
OT terminal
Depending on
the external
equipment
External
power
equipment
● "NEG(-)"
terminal
on the
EPU02D/
EPU02D-0
2
● "RTN(+)"
terminal
on the
DCDU16D
● "NEG(-)"
terminal
on the
DCDU16D
a: Battery cabinet: IBBS200D or IBBS200T
b and c: If two GATMs are installed, they are installed below the BBU in
sequence. GATM 0 is installed above GATM 1.
The following table lists the power cables that have been installed before delivery.
Table 1-83 Power cables installed before delivery
Cable
One End
DCDU-12C
Power Cable
(in a DC
Scenario)
Issue 16 (2021-08-13)
The Other End
Connector
Installation
Position
Connector
Installation
Position
OT terminal
(M6)
DC junction
box in an RFC
OT terminal
(M6)
"RTN(+)" and
"NEG(-)"
terminals on
the
DCDU-12C in
a TMC
Copyright © Huawei Technologies Co., Ltd.
145
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Power Cable
for the DC
Junction Box
in an RFC (in
an AC
Scenario)
OT terminal
(M6)
"RFC1" or
"RFC2"
terminal on
the EPU in an
APM30H
OT terminal
(M6)
DC junction
box in an RFC
DCDU-12A
Power Cable
OT terminal
(M6)
DC junction
box in an RFC
OT terminal
(M6)
"RTN(+)" and
"NEG(-)"
terminals on
the
DCDU-12A in
an RFC
BBU Power
Cable (in an
APM30H)
EPC4
connector
"LOAD0" or
"LOAD1" port
on the EPU in
an APM30H
3V3
connector
"-48V" port
on the UPEU
in the BBU in
an APM30H
BBU Power
Cable (in a
TMC11H)
EPC4
connector
"LOAD6" or
"LOAD7" port
on the
DCDU-12C in
a TMC11H
3V3
connector
"-48V" port
on the UPEU
in the BBU in
a TMC11H
FAN 02E
Power Cable/
FAN02H
Power Cable
(in an
APM30H)
EPC4
connector
"LOAD2" port
on the EPU in
an APM30H
3V3
connector
(FAN 02E)/
EPC4
connector
(FAN02H)
"PWR" port
on the FAN
02E/FAN02H
in an
APM30H
FAN 02E
Power Cable/
FAN02H
Power Cable
(in a
TMC11H)
EPC4
connector
"LOAD9" port
on the
DCDU-12C in
a TMC11H
3V3
connector
(FAN 02E)/
EPC4
connector
(FAN02H)
"PWR" port
on the FAN
02E/FAN02H
in a TMC11H
RFU Power
Cable
EPC4
connector
"LOAD0" to
"LOAD5"
ports on the
DCDU-12A in
an RFC
3V3
connector
"PWR" ports
on RFUs 0 to
5 in an RFC
FAN 01D
Power Cable
EPC4
connector
"LOAD6" port
on the
DCDU-12A in
an RFC
3V3
connector
"PWR" port
on the FAN
01D in an RFC
Issue 16 (2021-08-13)
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146
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Power Cable
for an AC
Heater (in an
APM30H)
OT terminal
(M4)
"L0", "N0",
and "PE"
terminals on
the junction
box in an
APM30H
C13
connector
Power input
port on the
AC heater in
an APM30H
Power Cable
for an AC
Heater (in a
TMC11H)
OT terminal
(M4)
"L0", "N0",
and "PE"
terminals on
the junction
box in a
TMC11H
C13
connector
Power input
port on the
AC heater in a
TMC11H
SOU Power
Cable
OT terminal
(M4)
M4 ground
screw, "L2"
terminal, and
"N2" terminal
near the AC
OUTPUT
silkscreen on
the left side
of the EPU in
an APM30H
C13
connector
"AC INPUT"
port on the
SOU in an
APM30H
Power Cable
for a
Junction Box
(in an
APM30H)
OT terminal
(M4)
M4 ground
screw, "L1"
terminal, and
"N1" terminal
near the AC
OUTPUT
silkscreen on
the left side
of the EPU in
an APM30H
OT terminal
"L" and "N"
terminals on
the junction
box and
ground bar in
an APM30H
Transmission Cables
The following table lists the transmission cables.
Issue 16 (2021-08-13)
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147
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-84 Transmission cables
Categ
ory
Cable
Cable
s to
be
install
ed
onsite
Cable
s
install
ed
befor
e
delive
ry
One End
The Other End
Connec
tor
Installation
Position
Connect
or
Installation
Position
E1/T1
Cable
DB26
male
connect
or
"OUTSIDE" port
on the UELP in
an SLPU
Dependin
g on the
external
equipme
nt
External
transmission
equipment
FE/GE
Ethernet
Cable
RJ45
connect
or
FE/GE electrical
port near the
OUTSIDE port
on the UFLP in
an SLPU
RJ45
connecto
r
External
transmission
equipment
FE/GE
Optical
Fiber
LC
connect
or
● FE/GE optical
port on the
GTMU,
WMPT, UMPT,
or UTRP in
the BBU
● FC
conne
ctor
External
transmission
equipment
● FE/GE optical
port on the
LMPT or
UMPT in a
BBU
● LC
conne
ctor
● SC
conne
ctor
E1/T1
Surge
Protection
Transfer
Cable
DB25
connect
or
"INSIDE" port on
the UELP in an
SLPU
DB26
connecto
r
E1/T1 port on
the GTMU,
WMPT, UMPT, or
UTRP in the BBU
FE/GE
Surge
Protection
Transfer
Cable
RJ45
connect
or
● FE/GE
electrical port
on the
GTMU,
WMPT, or
UMPT in a
BBU
RJ45
connecto
r
FE/GE electrical
port near the
INSIDE silkscreen
on the UFLP in
the SLPU
● FE/GE
electrical port
on the LMPT
or UMPT in a
BBU
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148
3900 & 5900 Series Base Station
Cables
Categ
ory
1 3900 & 5900 Series Base Station Cables
Cable
One End
The Other End
Connec
tor
Installation
Position
Connect
or
Installation
Position
Interconn
ection
Cable
Between
FE/GE
Electrical
Ports
RJ45
connect
or
FE/GE electrical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
RJ45
connecto
r
FE/GE electrical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
Interconn
ection
Cable
Between
FE/GE
Optical
Ports
LC
connect
or
FE/GE optical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
LC
connecto
r
FE/GE optical
port on the
WMPT, GTMU,
LMPT, or UMPT
in a BBU3900
Signal Cables
The following table lists the signal cables to be installed onsite.
Table 1-85 Signal cables to be installed onsite
Cable
One End
Monitoring
Signal Cable
Between
Cascaded Fan
Assemblies
Issue 16 (2021-08-13)
The Other End
Connector
Installation
Position
Connector
Installation
Position
RJ45
connector
"COM_OUT"
port on the
upper-level
FAN 01D
RJ45
connector
"COM_IN"
port on the
lower-level
FAN 01D
RJ45
connector
"COM_OUT/
U_COM1"
port on the
upper-level
FAN 02E/
FAN02H
RJ45
connector
"COM_IN"
port on the
lower-level
FAN 01D
RJ45
connector
"COM_OUT"
port on the
upper-level
FAN 01D
RJ45
connector
"COM_IN/
U_COM0"
port on the
lower-level
FAN 02E/
FAN02H
Copyright © Huawei Technologies Co., Ltd.
149
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
RJ45
connector
"COM_OUT/
U_COM1"
port on the
upper-level
FAN 02E/
FAN02H
RJ45
connector
"COM_IN/
U_COM0"
port on the
lower-level
FAN 02E/
FAN02H
Monitoring
Signal Cable
Between
Cascaded
CMUHs
RJ45
connector
"COM_OUT"
port on the
CMUH in the
upper-level
IBBS200D or
IBBS200T
RJ45
connector
"COM_IN"
port on the
CMUH in the
lower-level
IBBS200D or
IBBS200T
CCUB-CMUH
Monitoring
Signal Cable/
CCUC-CMUH
Monitoring
Signal Cable
RJ45
connector
"COM_OUT/
U_COM1"
port on the
CCUB/CCUC
in the upperlevel TMC11H
RJ45
connector
"COM_IN"
port on the
CMUH in the
lower-level
extension RFC
CMUH-CCUB
Monitoring
Signal Cable/
1.8.2.24
CMUH-CCUC
Monitoring
Signal Cable
RJ45
connector
"COM_OUT"
port on the
CMUH in the
upper-level
RFC
RJ45
connector
"COM_IN/
U_COM0"
port on the
CCUB/CCUC
in the lowerlevel TMC11H
Monitoring
Signal Cable
Between
Cascaded
CCU01D-03
Modules
RJ45
connector
"COM_OUT"
port on the
upper-level
CCU01D-03
RJ45
connector
"COM_IN"
port on the
lower-level
CCU01D-03
Monitoring
Signal Cable
for a Battery
Cabinet
RJ45
connector
"COM_IN"
port on the
CMUH or
CCU01D-03 in
a battery
cabinet
RJ45
connector
"COM_485"
port on the
FAN 02E in an
APM30H
1.8.4.12 GPS
Clock Signal
Cable
SMA male
connector
"GPS" port on
the USCU in a
BBU
Type N
female
connector
GPS surge
protector
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3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
EMUA or
EMUB
Monitoring
Signal Cable
(in an
APM30H)
DB9 male
connector
"RS485" port
on the EMUA
or
"COM_485"
port on the
EMUB in an
APM30H
RJ45
connector
"MON1-1/
D_COM1-1"
port on the
FAN 02E/
FAN02H in an
APM30H
EMUA or
EMUB
Monitoring
Signal Cable
(in a
TMC11H)
DB9 male
connector
"RS485" port
on the EMUA
or
"COM_485"
port on the
EMUB in a
TMC11H
RJ45
connector
"MON1-1/
D_COM1-1"
port on the
FAN 02E/
FAN02H in a
TMC11H
BBU Alarm
Cable
RJ45
connector
"EXT_ALM0"
or
"EXT_ALM1"
port on the
UPEU or UEIU
in a BBU
RJ45
connector
External
alarm device
RET Control
Signal Cable
SMA elbow
male
connector
"ANT0" to
"ANT5" ports
on the GATM
SMA straight
male
connector
"DC/OOK"
port on the
Bias-Tee
CMUH-GATM
Monitoring
Signal Cable
RJ45
connector
"COM2" port
on GATM 0
RJ45
connector
"COM_IN"
port on the
CMUH in an
RFC
GATM
Monitoring
Signal Cable
RJ45
connector
"COM1" port
on the GATM
RJ45
connector
"COM_OUT/
U_COM1" or
"MON1-1/
D_COM1-1"
port on the
FAN 02E/
FAN02H in an
APM30H
Local
Maintenance
Adapter
USB
connector
"USB"a port
on the UMPT
in a BBU
Network
interface
connector
Ethernet
cable
Cable
Between Two
Combined
Base Stations
DB15 male
connector
"GCK" port on
the UCIU in a
BBU
MD36 or
DB15 male
connector
"DGLUb" port
on the DCTB
Issue 16 (2021-08-13)
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151
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
WIUA
Monitoring
Signal Cable
The Other End
Connector
Installation
Position
Connector
Installation
Position
RJ45
connector
"COM_IN"
port on the
WIUA
RJ45
connector
● "D_COM1"
port on the
CMUH in
an
IBBS200D
or
IBBS200T
● "D_COM1"
port on the
CCU01D-0
3 in an
IBBS300D
or
IBBS300T
a: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
The following table lists the signal cables that have been installed before delivery.
Table 1-86 Signal cables installed before delivery
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Monitoring
Signal Cable
for the
Temperature
Sensor (in an
RFC)
4-pin
connector
"TEM" port
on the FAN
01D in an RFC
Temperature
sensor
Air intake
vent at the
bottom of an
RFC
CMUH-CCUB
Monitoring
Signal Cable/
CMUH-CCUC
Monitoring
Signal Cable
RJ45
connector
"COM_IN"
port on the
FAN 01D in
an RFC
RJ45
connector
"MON0-0/
D_COM0-0"
port on the
FAN 02E/
FAN02H in an
APM30H
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3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
RJ45
connector
"COM_IN/
U_COM0"
port on the
FAN 02E/
FAN02H in an
APM30H or
TMC11H
RJ45
connector
"MON0" port
on the UPEU
in the BBU in
an APM30H
or TMC11H
RJ45
connector
"COM_OUT/
U_COM1"
port on the
FAN 02E/
FAN02H in an
APM30H or
TMC11H
RJ45
connector
"MON1" port
on the UPEU
in the BBU in
an APM30H
or TMC11H
PMIU-CCUB
Monitoring
Signal Cable/
PMIU-CCUC
Monitoring
Signal Cable
RJ45
connector
"PMI" port on
the PMIU in
an APM30H
RJ45
connector
"PMI" port on
the FAN 02E/
FAN02H in an
APM30H
ELU Signal
Cable
RJ45
connector
● "ELU" port
on the FAN
02E in an
APM30H
or
TMC11H
RJ45
connector
RJ45 port on
the ELU in
each cabinet
CCUB-BBU
Monitoring
Signal Cable/
CCUC-BBU
Monitoring
Signal Cable
● "ELU" port
on the FAN
01D in an
RFC
● "ELU" port
on the
CMUH in
an
IBBS200D
or
IBBS200T
● "ELU" port
on the
CCU01D-0
3 in an
IBBS300D
or
IBBS300T
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153
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Monitoring
Signal Cable
for the Door
Status Sensor
(in an
APM30H)
Bare wire
"GATE" port
on the FAN
02E/FAN02H
in an
APM30H
Bare wire or
cord end
terminal
Door status
sensor
Monitoring
Signal Cable
for the Door
Status Sensor
(in a
TMC11H, RFC,
IBBS200D, or
IBBS200T)
Bare wire
● "GATE"
port on the
FAN 02E/
FAN02H in
a TMC11H
Bare wire
Door status
sensor
4-pin
connector
"FAN_EXT"
port on the
FAN 02E/
FAN02H in an
APM30H or
TMC11H
● "GATE"
port on the
FAN 01D
in an RFC
● "GATE"
port on the
CMUH in
an
IBBS200D
or
IBBS200T
● "GATE"
port on the
CCU01D-0
3 in an
IBBS300D
or
IBBS300T
Monitoring
Signal
Transfer
Cable for the
Fan in the
Front Door
Interconnectio
n terminal
Fan power
cable routed
out of the
front door of
an APM30H
or TMC11H
CPRI Electrical Cables and CPRI Optical Fibers
The following table lists the CPRI electrical cables and CPRI optical fibers.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-87 CPRI electrical cables and CPRI optical fibers
Cate
gory
Cable
Cable
s
instal
led
befor
e
delive
ry
Cable
s to
be
instal
led
onsit
e
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
CPRI
Electrical
Cablea
SFP20 male
connector
"CPRI0" to
"CPRI5"
ports on the
GTMU,
UBRI, LBBP,
WBBP, or
UBBP in a
BBU
SFP20 male
connector
"CPRI0" or
"CPRI1"
ports on
RFUs 0 to 5
CPRI Optical
Fiber
DLC
connector
"CPRI0" to
"CPRI5"
ports on the
GTMU,
UBRI, LBBP,
WBBP, or
UBBP in a
BBU
DLC
connector
● "CPRI_W"
port on
an RRU
● "CPRI_0"
port on
an RRU
a: If boards have been installed in cabinets before delivery, CPRI electrical cables
have also been installed in the APM30H+RFC or TMC11H+RFC cabinet
combination. CPRI electrical cables must be installed onsite in the following
cases:
● In initial configuration, fewer than six RFUs are installed in an RFC before
delivery. If RFUs are added for capacity expansion, CPRI electrical cables must
be installed onsite.
● If an RFC is added, CPRI electrical cables of RFUs must be installed in the RFC
onsite.
RF Cables
The following table lists the RF cables.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-88 RF cables
Cate
gory
Cable
Cable
s to
be
instal
led
onsit
e
Cable
s
instal
led
befor
e
delive
ry
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
RF Jumper
DIN straight
male
connector
Antenna
feeder
DIN elbow
male
connector
"ANT_TX/
RXA" and
"ANT_RXB"
ports on an
RFU
Inter-RFU RF
Signal Cable
QMA elbow
male
connector
"RX_OUTA"
port on an
RFU
QMA elbow
male
connector
"RX_INB"
port on an
RFU
1.2.7.5 BTS3900A (Ver.D_A2) Cable List
BTS3900A cables consist of the PGND cables, power cables, signal cables, and RF
cables.
Power Cables and PGND Cables
NOTE
Transmission cables in the BTS3900A need to be reused and the reused transmission cables
are connected to the original positions. For details about transmission cables in the
BTS3900A, see BTS3900A (Ver.A) GSM Hardware Description (with a Heat Exchanger).
The following table describes the power cables and PGND cables after the
hardware upgrade.
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156
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
Equipotential
Cable for the
Front Door
The Other End
Connector
Installation
Position
Connector
Installation
Position
OT terminal
● Ground
point on
an inner
wall of the
APM30H
OT terminal
● Front door
of the
APM30H
● Front door
of the
TMC11H
● Ground
point on
an inner
wall of the
TMC11H
Input Power
Cable for the
APM30H
OT terminal
"AC INPUT"
terminal on
the EPU in an
APM30H"
Depending on
the external
power
equipment
External
power
equipment
Input Power
Cable for the
TMC11H (in
an AC
Scenario)
EPC4
connector
"LOAD7" port
on the EPU in
an APM30H
OT terminal
"RTN(+)" and
"NEG(-)"
terminals on
the
DCDU-12C in
a TMC11H
Input Power
Cable for the
TMC11H (in a
DC Scenario)
Depending on
the external
power
equipment
External
power
equipment
OT terminal
RTN(+) and
NEG(-)
terminals on
the
DCDU-12C in
a TMC11H
Input Power
Cable for the
RFC (in an AC
Scenario)
OT terminal
"RFC1"
terminal on
the EPU in an
APM30H
OT terminal
"RTN(+)" and
"NEG(-)"
terminals on
the left
DCDU-13A in
the RFC
Input Power
Cable for the
RFC (in a DC
Scenario)
OT terminal
"RTN(+)" and
"NEG(-)"
terminals on
the left
DCDU-13A in
the RFC
Depending on
the external
power
equipment
External
power
equipment
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157
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
RFU Power
Cable
Power Cable
Between
Cascaded
DCDU-13As
The Other End
Connector
Installation
Position
Connector
Installation
Position
EPC4
connector
"LOAD0" to
"LOAD2"
ports on the
left
DCDU-13A in
the RFC
3V3
connector
"PWR" port
on any of
RFU0 to RFU2
in the RFC
EPC4
connector
"LOAD0" to
"LOAD2"
ports on the
right
DCDU-13A in
the RFC
3V3
connector
"PWR" port
on any of
RFU3 to RFU5
in the RFC
OT terminal
● NEG(-)
terminal
on the left
DCDU-13A
in the RFC
OT terminal
● NEG(-)
terminal
on the
right
DCDU-13A
in the RFC
● RTN(+)
terminal
on the left
DCDU-13A
in the RFC
● RTN(+)
terminal
on the
right
DCDU-13A
in the RFC
Power Cable
for the
Storage
Battery
Cabinet
OT terminal
"BAT"
terminal on
the EPU in an
APM30H
OT terminal
(M8)
"RTN(+)" and
"NEG(-)"
terminals
near the
"BAT"
silkscreen on
the power
distribution
box in the
IBBS200T
TEC Power
Cable
EPC4
connector
"LOAD8" port
on the EPU in
an APM30H
EPC4
connector
"FAN/
TEC_INPUT"
port on the
power
distribution
box in an
IBBS200T
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158
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
BBU Power
Cable (in an
AC Scenario)
EPC4
connector
"LOAD0" and
"LOAD1"
ports on the
EPU in an
APM30H
3V3
connector
"-48V" port
on the UPEU
in the BBU in
an APM30H
or TMC11H
BBU Power
Cable (in a
DC Scenario)
EPC4
connector
"LOAD6" and
"LOAD7"
ports on the
DCDU-12C in
a TMC11H
3V3
connector
"-48V" port
on the UPEU
in the BBU in
a TMC11H
CMUEA
Power Cable
EPC4
connector
"LOAD2" port
on the EPU in
an APM30H
3V3
connector
"PWR" port
on the
CMUEA in an
APM30H
EPC4
connector
"LOAD9" port
on the
DCDU-12C in
a TMC11H
3V3
connector
"PWR" port
on the
CMUEA in a
TMC11H
EPC4
connector
"LOAD3" port
on the left
DCDU-13A in
an RFC
3V3
connector
"PWR" port
on the
CMUEA in an
RFC
EPC4
connector
"LOAD5" port
on the EPU in
an APM30H
Cord end
terminal
EPC4
connector
"LOAD8" port
on the
DCDU-12C in
a TMC11H
Cord end
terminal
"PWR1" port
on the EMUA
or "PWR" port
on the EMUB
EMUA/EMUB
Power Cable
(Optional)
Signal Cables
The following table describes the signal cables used for cabinet upgrade.
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159
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
RJ45
connector
COM_IN port
on the
CMUEA in an
APM30H
RJ45
connector
"MON1" port
on the UPEU
in the BBU in
an APM30H
RJ45
connector
COM_IN port
on the
CMUEA in an
RFC
RJ45
connector
"MON0" port
on the UPEU
in the BBU in
an APM30H
Monitoring
Signal Cable
for the Door
Status Sensor
in an
APM30H
Bare wire
Door status
sensor
2-pin
connector
GATE port on
the PMU in
an APM30H
Monitoring
Signal Cable
for the
IBBS200T
OT terminal
Signal cable
transfer
terminal in
the IBBS200T
RJ45
connector
COM_485
port on the
CMUEA or
PMU
ELU Signal
Cable
RJ45
connector
ELU port on
the CMUEA
RJ45
connector
ELU
Monitoring
Signal Cable
for the Door
Status Sensor
Bare wire
● "GATE"
port on the
CMUEA in
the
TMC11H
Bare wire
Door status
sensor
4-pin
connector
● "FAN_EXT"
port on the
fan
assembly
in an
APM30H
CMUEA-BBU
Monitoring
Signal Cable
● "GATE"
port on the
CMUEA in
the RFC
Monitoring
Signal
Transfer Cable
for the Fan in
the Front
Door
Interconnectio
n terminal
● Power
cable for
the fan in
the front
door of an
APM30H
● Power
cable for
the fan in
the front
door in the
TMC11H
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
● "FAN_EXT"
port on the
fan
assembly
in the
TMC11H
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3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
Surge
Protection
Alarm Cable
for the
DCDU-13A
The Other End
Connector
Installation
Position
Connector
Installation
Position
Bare wire
● "DC_SPD"
port on the
left
DCDU-13A
in the RFC
Bare wire
● "IN0" port
on the
CMUEA in
the RFC
● "IN1" port
on the
CMUEA in
the RFC
● "DC_SPD"
port on the
right
DCDU-13A
in the RFC
Monitoring
Signal Cable
for the
Temperature
Sensor
4-pin
connector
"TEMP1" port
on the
CMUEA in an
RFC
5-pin
connector
Port on the
environmenta
l temperature
sensor in an
RFC
PMU-CMUEA
Monitoring
Signal Cable
RJ45
connector
"COM_IN"
port on the
PMU
RJ45
connector
"COM_OUT"
port on the
CMUEA
Monitoring
Signal Cable
Between
Cascaded
CMUEAs
RJ45
connector
"COM_OUT"
port on the
upper-level
CMUEA
RJ45
connector
"COM_IN"
port on the
lower-level
CMUEA
EMUA/EMUB
Monitoring
Signal Cable
(Optional)
DB9 male
connector
RS485 port on
the EMUA/
EMUB in an
APM30H
RJ45
connector
COM_OUT
port on the
PMU in an
APM30H
DB9 male
connector
RS485 port on
the EMUA/
EMUB in a
TMC11H
RJ45
connector
COM_OUT
port on the
CMUEA in a
TMC11H
RF Cables
The following table describes the RF cables used for cabinet upgrade.
NOTE
● When a Bias Tee is configured, the jumpers use DIN straight male connectors. After the
cabinet is upgraded, the Bias Tee needs to be removed, and therefore the DIN straight
male connectors need to be replaced by DIN elbow male connectors.
● When a Bias Tee is not configured before the upgrade, the original jumpers can be
reused during the upgrade.
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161
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
RF Jumper
The Other End
Connector
Installation
Position
Connector
Installation
Position
DIN straight
male
connector
Antenna
feeder
DIN elbow
male
connector
ANT_TX/RXA
and ANT_RXB
ports on RFUs
1.2.7.6 BTS3900A (Ver.D_A1) Cable List
BTS3900A cables consist of the PGND cables, power cables, signal cables, and RF
cables.
Power Cables and PGND Cables
NOTE
Transmission cables in the BTS3900A need to be reused and connected to the original
positions. For details about transmission cable connections, see BTS3900A Installation Guide
for Enhancing Existing Cabinets (Ver.D Series).
The following table describes the power cables and PGND cables after the
hardware upgrade.
Cable
One End
Equipotential
cable for the
front door
The Other End
Connector
Installation
Position
Connector
Installation
Position
OT terminal
● Ground
point on
an inner
wall of the
APM30
OT terminal
● Front door
of the
APM30
● Front door
of the TMC
● Ground
point on
an inner
wall of the
TMC
Input power
cable for the
APM30
OT terminal
"AC INPUT"
terminal on
the EPU in an
APM30
Depending on
the external
power
equipment
External
power
equipment
Input power
cable for a
TMC (in an
AC scenario)
EPC4
connector
"LOAD7" port
on the EPU in
an APM30
OT terminal
"RTN(+)" and
"NEG(-)"
terminals on
the
DCDU-12C in
a TMC
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162
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Input power
cable for the
TMC (in a DC
scenario)
Depending on
the external
power
equipment
External
power
equipment
OT terminal
"RTN(+)" and
"NEG(-)"
terminals on
the
DCDU-12C in
a TMC
Input power
cable for the
RFC (in an AC
scenario)
OT terminal
"RFC1"
terminal on
the EPU in
the APM30
OT terminal
"RTN(+)" and
"NEG(-)"
terminals on
the left
DCDU-13A in
the RFC
Input power
cable for the
RFC (in a DC
scenario)
OT terminal
"RTN(+)" and
"NEG(-)"
terminals on
the left
DCDU-13A in
the RFC
Depending on
the external
power
equipment
External
power
equipment
RFU power
cable
EPC4
connector
"LOAD0" to
"LOAD2"
ports on the
left
DCDU-13A in
the RFC
3V3
connector
"PWR" port
on any of
RFU0 to RFU2
in the RFC
EPC4
connector
"LOAD0" to
"LOAD2"
ports on the
right
DCDU-13A in
the RFC
OT terminal
● NEG(-)
terminal
on the left
DCDU-13A
in the RFC
Power cables
between
cascaded
DCDU-13As
"PWR" port
on any of
RFU3 to RFU5
in the RFC
OT terminal
● RTN(+)
terminal
on the left
DCDU-13A
in the RFC
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
● NEG(-)
terminal
on the
right
DCDU-13A
in the RFC
● RTN(+)
terminal
on the
right
DCDU-13A
in the RFC
163
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Storage
battery power
cable
OT terminal
"BAT"
terminal on
the EPU in an
APM30
OT terminal
Wiring copper
bar for the
positive and
negative
poles of
storage
batteries
BBU power
cable (in an
AC scenario)
EPC4
connector
"LOAD0" and
"LOAD1"
ports on the
EPU in an
APM30
3V3
connector
"-48V" port
on the UPEU
in the BBU in
an APM30 or
TMC
BBU power
cable (in a DC
scenario)
EPC4
connector
"LOAD6" and
"LOAD7"
ports on the
DCDU-12C in
a TMC
3V3
connector
"-48V" port
on the UPEU
in the BBU in
a TMC
Input power
cable for the
heater
OT terminal
8-pin transfer
terminal on
the EPU in an
APM30
Cord end
terminal
Transfer
terminal on
the heater
Power cable
for a heating
film
OT terminal
8-pin transfer
terminal on
the EPU in an
APM30
OT terminal
Wiring
terminal for
the input
power cable
for the
heating film
in a BBC
CMUEA
power cable
EPC4
connector
"LOAD2" port
on the EPU in
an APM30
3V3
connector
"PWR" port
on the
CMUEA in an
APM30
EPC4
connector
"LOAD9" port
on the
DCDU-12C in
a TMC
3V3
connector
"PWR" port
on the
CMUEA in a
TMC
EPC4
connector
"LOAD3" port
on the left
DCDU-13A in
an RFC
3V3
connector
"PWR" port
on the
CMUEA in an
RFC
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164
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
EMUA/EMUB
power cable
(optional)
The Other End
Connector
Installation
Position
Connector
Installation
Position
EPC4
connector
"LOAD5" port
on the EPU in
an APM30
Cord end
terminal
EPC4
connector
"LOAD8" port
on the
DCDU-12C in
a TMC
Cord end
terminal
"PWR1" port
on the EMUA
or "PWR" port
on the EMUB
Signal Cables
The following table describes the signal cables used for cabinet upgrade.
Cable
One End
CMUEA-BBU
monitoring
signal cable
Monitoring
signal cable
for the door
status sensor
in an APM30
Issue 16 (2021-08-13)
The Other End
Connector
Installation
Position
Connector
Installation
Position
RJ45
connector
COM_IN port
on the
CMUEA in an
APM30
RJ45
connector
"MON1" port
on the UPEU
in the BBU in
an APM30
RJ45
connector
COM_IN port
on the
CMUEA in an
RFC
RJ45
connector
"MON0" port
on the UPEU
in the BBU in
an APM30
Bare wire
Door status
sensor
2-pin
connector
GATE port on
the PMU in
an APM30
Copyright © Huawei Technologies Co., Ltd.
165
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Temperature
monitoring
signal cable
for the
batteries
OT terminal
When an
external
battery
cabinet is
used, this
cable is
bound to the
cable bridge
on the left
side of the
upper
compartment
in the battery
cabinet.
2-pin
connector
TEM_BAT port
on the PMU
in an APM30
Monitoring
signal cable
for the
temperature
sensor
4-pin
connector
● TEMP1
port on the
CMUEA in
an APM30
5-pin
connector
● Port on the
environme
ntal
temperatur
e sensor in
an APM30
● TEMP2
port on the
CMUEA in
an APM30
● Port on the
temperatur
e sensor
near the
air exhaust
vent in an
APM30
● TEMP1
port on the
CMUEA in
an RFC
● Port on the
environme
ntal
temperatur
e sensor in
an RFC
Monitoring
signal transfer
cable for the
fan on the
top of the
cabinet
interior
4-pin
connector
IFAN1 and
IFAN2 ports
on the
CMUEA
4-pin
connector
J01 and J02
ports on the
fan interface
board
ELU signal
cable
RJ45
connector
ELU on the
CMUEA
RJ45
connector
ELU
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166
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
Monitoring
signal cable
for the door
status sensor
The Other End
Connector
Installation
Position
Connector
Installation
Position
Bare wire
● GATE port
on the
CMUEA in
a TMC
Bare wire
Door status
sensor
4-pin
connector
● EFAN1 and
EFAN2
ports on
the
CMUEA in
an APM30
● GATE port
on the
CMUEA in
an RFC
Monitoring
signal transfer
cable for the
fan in the
front door
Interconnectio
n terminal
● Power
cable for
the fan in
the front
door of an
APM30
● Power
cable for
the fan in
the front
door of a
TMC
DCDU-13A
surge
protection
alarm cable
Bare wire
● DC_SPD
port on the
left
DCDU-13A
in an RFC
● EFAN1 and
EFAN2
ports on
the
CMUEA in
a TMC
Bare wire
● IN0 port
on the
CMUEA in
an RFC
● IN1 port
on the
CMUEA in
an RFC
● DC_SPD
port on the
right
DCDU-13A
in an RFC
PMU-CMUEA
monitoring
signal cable
RJ45
connector
COM_IN port
on the PMU
RJ45
connector
COM_OUT
port on the
CMUEA
Monitoring
signal cable
between
cascaded
CMUEAs
RJ45
connector
COM_OUT
port on the
upper-level
CMUEA
RJ45
connector
COM_IN port
on the lowerlevel CMUEA
EMUA/EMUB
monitoring
signal cable
(optional)
DB9 male
connector
RS485 port on
the EMUA/
EMUB in an
APM30
RJ45
connector
COM_OUT
port on the
PMU in an
APM30
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Copyright © Huawei Technologies Co., Ltd.
167
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
DB9 male
connector
RS485 port on
the EMUA/
EMUB in a
TMC
RJ45
connector
COM_OUT
port on the
CMUEA in a
TMC
RF Cables
The following table describes the RF cables after the hardware upgrade.
NOTE
● When a Bias Tee is configured, the jumpers use DIN straight male connectors. After the
cabinet is upgraded, the Bias Tee needs to be removed, and therefore the DIN straight
male connectors need to be replaced by DIN elbow male connectors.
● When a Bias Tee is not configured before the upgrade, the original jumpers can be
reused during the upgrade.
Cable
RF jumper
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
DIN straight
male
connector
Antenna
feeder
DIN elbow
male
connector
ANT_TX/RXA
and ANT_RXB
ports on an
RFU
1.2.7.7 BTS3900A (Ver.E_A2) Cable List
BTS3900A (Ver.E_A2) cables include PGND cables, power cables, signal cables, and
RF cables.
Power Cables and PGND Cables
NOTE
Transmission cables in the BTS3900A need to be reused and the reused transmission cables
are connected to the original positions. For details about transmission cables in the
BTS3900A, see BTS3900A (Ver.A) GSM Hardware Description (with a Heat Exchanger).
The following table describes the power cables and PGND cables used for cabinet
upgrade.
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168
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Input power
cable for the
APM30H (in
AC scenarios)
OT terminal
(M6)
"AC INPUT"
port on the
EPU
Depending on
the power
equipment
External
power
equipment
Input power
cable for the
TMC11H (in
AC scenarios)
EPC4
connector
"LOAD7" port
on the EPU
OT terminal
(M6, 4 mm2
or 0.006 in.2)
RTN(+) and
NEG(-)
terminals
near the
"INPUT"
silkscreen on
the
DCDU-12C
Input power
cable for the
TMC11H (in
DC scenarios)
OT terminal
(M6, 25 mm2
or 0.039 in.2)
RTN(+) and
NEG(-)
terminals
near the
"INPUT"
silkscreen on
the
DCDU-12C
Depending on
the power
equipment
External
power
equipment
Input power
cable for the
RFC (in DC
scenarios)
OT terminal
(M6, 35 mm2
[0.054 in.2]
for one group
of power
cables or 16
mm2 [0.025
in.2] for two
groups of
power cables)
"RTN(+)" and
"NEG(-)"
terminals
near the
"INPUT"
silkscreen on
the
DCDU-13A in
the RFC
Depending on
the power
equipment
External
power
equipment
Input power
cable for the
RFC (in AC
scenarios)
OT terminal
(M6)
"RFC1"
terminal on
the EPU in an
APM30H
OT terminal
"RTN(+)" and
"NEG(-)"
terminals
near the
"INPUT"
silkscreen on
the
DCDU-13A in
the RFC
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Copyright © Huawei Technologies Co., Ltd.
169
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
Main power
cables
The Other End
Connector
Installation
Position
Connector
Installation
Position
Cord end
terminal
Cord end
terminal bar
on the ODM
Depending on
the power
equipment
● In AC
scenarios:
PDU01D in
the EPU in
the
APM30H
● In DC
scenarios:
external
power
equipment
Power cables
for a battery
cabinet
OT terminal
(M8, 35 mm2
or 0.054 in.2)
"BAT"
terminal on
the EPU in an
APM30H
OT terminal
(M8, 35 mm2
or 0.054 in.2)
"RTN(+)" and
"NEG(-)"
terminals
near the
"BAT"
silkscreen on
the power
distribution
box in the
IBBS200T
TEC power
cable in the
IBBS200T
EPC4
connector
"LOAD8" port
on the EPU
EPC4
connector
"FAN/
TEC_INPUT"
port on the
power
distribution
box in an
IBBS200T
RRU power
cable
EPC5 or EPC4
connector
Cable hole for
the RRU
power cable
on the ODM
Depending on
the RRU
model
"PWR" port
on the RRU
PGND cable
for the front
door
OT terminal
Ground point
on the inner
wall of the
cabinet
OT terminal
Front door
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170
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
EMUA/EMUB
power cable
The Other End
Connector
Installation
Position
Connector
Installation
Position
EPC4
connector
● In the
APM30H:
"LOAD5"
port on the
EPU
Cord end
terminal
"PWR1" port
on the EMUA
"PWR" port
on the EMUB
● In the
TMC11H:
"LOAD8"
port on the
DCDU-12C
Power cable
for the fan
assembly
EPC4
connector
● "LOAD2"
port on the
EPU
3V3
connector
"PWR" port
on the FAN
02E
3V3
connector
"-48V" port
on the UPEU
in the BBU
EPC4
connector
● "LOAD0"
to
"LOAD2"
ports on
the left
DCDU-13A
● In the
TMC11H:
"LOAD9"
port on the
DCDU-12C
BBU power
cable
EPC4
connector
● In the
APM30H:
"LOAD0"
or
"LOAD1"
port on the
EPU
● In the
TMC11H:
"LOAD6"
or
"LOAD7"
port on the
DCDU-12C
RFU power
cable
3V3
connector
● "PWR"
ports on
RFU0 to
RFU2
● "PWR"
ports on
RFU3 to
RFU5
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
● "LOAD0"
to
"LOAD2"
ports on
the right
DCDU-13A
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3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
CMUH power
cable
EPC4
connector
"LOAD3" port
on the left
DCDU-13A
3V3
connector
"PWR" port
on the fan
assembly
Power cable
between
cascaded
DCDU-13As
OT terminal
"RTN(+)" and
"NEG(-)"
terminals on
the left
DCDU-13A
OT terminal
"RTN(+)" and
"NEG(-)"
terminals on
the right
DCDU-13A
Power cable
for storage
batteries
OT terminal
Storage
battery
OT terminal
Power
distribution
box
Power
transfer cable
for the TEC
OT terminal
Transfer
terminal for
the input
power cable
for the TEC
OT terminal
Power
distribution
box
TEC power
cable
-
TEC
OT terminal
Transfer
terminal for
the input
power cable
for the TEC
Signal Cables
The following table describes the signal cables used for a cabinet upgrade.
Cable
One End
Monitoring
signal cable
for a battery
cabinet
Issue 16 (2021-08-13)
The Other End
Connector
Installation
Position
Connector
Installation
Position
Bare wire
Signal cable
transfer
terminal on
the front door
of the
IBBS200T
2-pin
connector and
bare wire
"TEM_BAT",
"IN2",
"SMOKE",
and green
terminals on
the fan
assembly of
the APM30H
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
RJ45
connector
"COM_IN/
D_COM0"
port on the
fan assembly
of the
APM30H
RJ45
connector
"MON0" port
on the UPEU
in the BBU in
the APM30H
RJ45
connector
"COM_OUT/
D_COM1"
port on the
fan assembly
of the
APM30H
RJ45
connector
"MON1" port
on the UPEU
in the BBU in
the APM30H
Monitoring
signal cable
for the
transmission
cabinet
RJ45
connector
"COM_IN/
U_COM0"
port on the
fan assembly
of the
TMC11H
RJ45
connector
"COM_OUT"
port on the
CMUH in the
RFC
CMUH-CCUB
monitoring
signal cable
RJ45
connector
"COM_IN"
port on the
CMUH in the
RFC
RJ45
connector
"MON0-0/
D_COM0-0"
port on the
fan assembly
of the
APM30H
BBU
interconnectio
n cable
DLC
connector
One of the
"M0" to "M4"
ports on the
UCIU in the
BBU
DLC
connector
● "CI" port
on the
UMPT in
the BBU
CCUB-BBU
monitoring
signal cable
● "S0" port
on the
UCIU in
the BBU
BBU alarm
cable
RJ45
connector
"EXT_ALM0"
or
"EXT_ALM1"
port on the
UPEU or UEIU
in the BBU
RJ45
connector
External
alarm device
Cable
between two
combined
base stations
DB15 male
connector
"GCK" port on
the UCIU in
the BBU
MD36 or
DB15 male
connector
DGLUb or
DCTB
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3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
External dry
contact
monitoring
signal cable
Bare wire
"IN0", "IN1",
"IN2", and
"IN3"
terminals on
the USLP in
the SLPU
Bare wire
External
monitoring
device
EMUA/EMUB
monitoring
signal cable
DB9 male
connector
"RS485" port
on the EMUA
or "RS485"
port on the
EMUB
RJ45
connector
"MON1-1/
D_COM1-1"
port on the
FAN 02E or
FAN02H
GPS clock
signal cable
Type N
female
connector
GPS surge
protector
SMA male
connector
GPS port on
the USCU in
the BBU
Monitoring
signal cable
for the door
status sensor
Bare wire
● In the
APM30H
or
TMC11H:
"GATE"
terminal
on the FAN
02E
Bare wire
Door status
sensor
N50 straight
male
connector
GPS antenna
● In the RFC:
"GATE"
terminal
on the
CMUH
● In the
IBBS200T:
signal
cable
transfer
terminal
GPS jumper
Issue 16 (2021-08-13)
N50 straight
male
connector
GPS surge
protector
Copyright © Huawei Technologies Co., Ltd.
174
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
ELU signal
cable
The Other End
Connector
Installation
Position
Connector
Installation
Position
RJ45
connector
ELU
RJ45
connector
● In the
APM30H
or
TMC11H:
"ELU" port
on the FAN
02E
● In the RFC:
"ELU" port
on the
CMUH
Monitoring
signal transfer
cable for the
fans in a front
door
Interconnectio
n terminal
Power cable
for the fan in
the front door
of the cabinet
4-pin
connector
"FAN_EXT"
port on the
FAN 02E
Monitoring
signal cable
for the fans in
the front door
4-pin
connector
Power cable
for the fan
assembly in
the front door
of the cabinet
4-pin
connector
"FAN_EXT"
port on the
FAN 02E
CCUB-PMIU
monitoring
signal transfer
cable
RJ45
connector
"PMI" port on
the FAN 02E
RJ45
connector
"PMI" port on
the PMIU in
the EPU
CCUB-BBU
monitoring
signal cable
RJ45
connector
"MON0" port
on the UPEU
in the BBU
RJ45
connector
"COM_IN/
U_COM0"
port on the
FAN 02E
RJ45
connector
"MON1" port
on the UPEU
in the BBU
RJ45
connector
"COM_OUT/
U_COM1"
port on the
FAN 02E
Monitoring
signal cable
for the door
status sensor
Bare wire
"GATE"
terminal on
the FAN 02E
Bare wire
Door status
sensor
DCDU-FMUA
monitoring
signal cable
Bare wire
"IN0" and
"IN1"
terminals on
the CMUH
Bare wire
"DC_SPD"
terminal on
the
DCDU-13A
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175
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Monitoring
signal cable
for the
temperature
sensor in the
RFC
4-pin
connector
"TEM" port
on the fan
assembly
RJ45
connector
Air intake
vent at the
bottom of an
RFC
Monitoring
signal cable
for the left
fans
Interconnectio
n terminal
Cable
configured for
the fan
assembly
4-pin
connector
IFAN0 and
IFAN1 cables
configured for
the CMUH
Monitoring
signal cable
for the right
fans
Interconnectio
n terminal
Cable
configured for
the fan
assembly
4-pin
connector
IFAN2 and
IFAN3 cables
configured for
the CMUH
Temperature
monitoring
signal cable
for the
batteries
Bare wire
Transfer
terminal for
the signal
cable
OT terminal
Negative pole
on the
storage
battery
1.2.7.8 BTS3900A (Ver.E_A1) Cable List
BTS3900A (Ver.E_A1) cables include PGND cables, power cables, signal cables, and
RF cables.
Power Cables and PGND Cables
NOTE
Transmission cables in the BTS3900A need to be reused and connected to the original
positions. For details about transmission cable connections, see BTS3900A Installation Guide
for Enhancing Existing Cabinets (Ver.E Series).
The following table describes the power cables and PGND cables used for a
cabinet upgrade.
Cable
One End
Input power
cable for the
APM30 (in AC
scenarios)
Issue 16 (2021-08-13)
The Other End
Connector
Installation
Position
Connector
Installation
Position
OT terminal
(M6)
AC INPUT
port on the
EPU
Depending on
the power
equipment
External
power
equipment
Copyright © Huawei Technologies Co., Ltd.
176
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Input power
cable for the
TMC (in AC
scenarios)
EPC4
connector
LOAD7 port
on the EPU
OT terminal
(M6, 4 mm2
or 0.006 in.2)
RTN(+) and
NEG(-)
terminals
near the
INPUT
silkscreen on
the
DCDU-12C
Input power
cable for the
TMC (in DC
scenarios)
OT terminal
(M6)
External
power
equipment
OT terminal
(M6, 25 mm2
or 0.039 in.2)
RTN(+) and
NEG(-)
terminals
near the
INPUT
silkscreen on
the
DCDU-12C
Input power
cable for the
RFC (in DC
scenarios)
OT terminal
(M6, 35 mm2
[0.054 in.2]
for one group
of power
cables or 16
mm2 [0.025
in.2] for two
groups of
power cables)
RTN(+) and
NEG(-)
terminals
near the
INPUT
silkscreen on
the
DCDU-13A in
the RFC
Depending on
the power
equipment
External
power
equipment
Input power
cable for the
RFC (in AC
scenarios)
OT terminal
(M6)
RFC1 terminal
on the EPU in
the APM30
OT terminal
RTN(+) and
NEG(-)
terminals
near the
INPUT
silkscreen on
the
DCDU-13A in
the RFC
RRU power
cable
EPC5 or EPC4
connector
One of
LOAD0 to
LOAD8 ports
on the
DCDU-12B
Depending on
the RRU
model
PWR port on
the RRU
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Copyright © Huawei Technologies Co., Ltd.
177
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Power cables
for a battery
cabinet
OT terminal
(M8, 35 mm2
or 0.054 in.2)
BAT terminal
on the EPU in
the APM30
OT terminal
(M8, 35 mm2
or 0.054 in.2)
Wiring
terminals for
power cables
for storage
batteries in
the BBC
Power cables
for the
heating film
of a battery
cabinet
-
8-pin wiring
terminal in
the APM30
-
Junction
terminal for
the power
cable of a
heating film
in the BBC
PGND cable
for the front
door
OT terminal
Ground point
on the inner
wall of the
cabinet
OT terminal
Front door
EMUA or
EMUB power
cable
EPC4
connector
● In the
APM30:
LOAD5
port on the
EPU
Cord end
terminal
PWR1 port on
the EMUA or
EMUB
3V3
connector
-48V port on
the UPEU in
the BBU
OT terminal
AC OUTPUT
terminal on
the EPU
● In the
TMC:
LOAD8
port on the
DCDU-12C
BBU power
cables
EPC4
connector
● In the
APM30:
LOAD0 or
LOAD1
port on the
EPU
● In the
TMC:
LOAD6 or
LOAD7
port on the
DCDU-12C
Power cable
for the
transfer
terminal
Issue 16 (2021-08-13)
Bare wire
Transfer
terminal
Copyright © Huawei Technologies Co., Ltd.
178
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Power cable
for an AC
heater
Bare wire
Transfer
terminal
Bare wire
AC heater
RFU power
cables
3V3
connector
● PWR ports
on RFU0 to
RFU2
EPC4
connector
● LOAD0 to
LOAD2
ports on
the left
DCDU-13A
● PWR ports
on RFU3 to
RFU5
CMUH power
cable
EPC4
connector
● In the
APM30:
LOAD2
port on the
EPU
● LOAD0 to
LOAD2
ports on
the right
DCDU-13A
3V3
connector
● In the
TMC:
LOAD3
port on the
left
DCDU-13A
● In the
APM30:
PWR port
on the
CMUH
● In the
TMC: PWR
port on the
fan
assembly
Power cable
between
cascaded
DCDU-13As
OT terminal
RTN(+) and
NEG(-)
terminals on
the left
DCDU-13A
OT terminal
RTN(+) and
NEG(-)
terminals on
the right
DCDU-13A
Power cable
for storage
batteries
OT terminal
Storage
battery
OT terminal
Wiring
terminal for
storage
batteries
Power cable
for a heating
film
-
Heating film
OT terminal
Transfer
terminal
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
179
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
Power cable
between the
wiring
terminal on
the storage
batteries and
the circuit
breaker
The Other End
Connector
Installation
Position
Connector
Installation
Position
OT terminal
Wiring
terminal for
storage
batteries
OT terminal
Circuit
breaker
Signal Cables
The following table describes the signal cables used for a cabinet upgrade.
Cable
One End
CMUH-BBU
monitoring
signal cable
BBU
interconnectio
n cable
EMUA
monitoring
signal cable
The Other End
Connector
Installation
Position
Connector
Installation
Position
RJ45
connector
COM_IN port
on the CMUH
in the APM30
RJ45
connector
MON1 port
on the UPEU
in the BBU in
the APM30
RJ45
connector
COM_IN port
on the CMUH
in the RFC
RJ45
connector
MON0 port
on the UPEU
in the BBU in
the APM30
DLC
connector
One of the
M0 to M4
ports on the
UCIU in the
BBU
DLC
connector
● CI port on
the UMPT
in the BBU
RS485 port on
the EMUA
RJ45
connector
DB9 male
connector
● S0 port on
the UCIU
in the BBU
● In the
APM30:
COM_OUT
port on the
PMU
● In the
TMC:
COM_OUT
port on the
CMUH
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Copyright © Huawei Technologies Co., Ltd.
180
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
GPS clock
signal cable
Type N
female
connector
GPS surge
protector
SMA male
connector
GPS port on
the USCU in
the BBU
Monitoring
signal cable
for the door
status sensor
in the APM30
2-pin
connector
GATE port on
the PMU
Bare wire
Door status
sensor and
green
terminal
Monitoring
signal cable
for the door
status sensor
in the TMC
Bare wire
GATE port on
the CMUH
Bare wire
Door status
sensor
Monitoring
signal cable
for the door
status sensor
in the BBC
Bare wire
Transfer
terminal for
the signal
cable
Cord end
terminal
Door status
sensor
GPS jumper
N50 straight
male
connector
GPS surge
protector
N50 straight
male
connector
GPS antenna
ELU signal
cable
RJ45
connector
ELU
RJ45
connector
ELU port in
the CMUH
Monitoring
signal transfer
cable for the
fans in a front
door
4-pin
connector
Transfer
terminal on
the front door
4-pin
connector
IFAN2 and
IFAN3
terminals on
the CMUH
Monitoring
signal cable
for the fan
assembly
4-pin
connector
Transfer
board for the
fan assembly
4-pin
connector
IFAN0 and
IFAN1
terminals on
the CMUH
PMU-CMUH
monitoring
signal cable
RJ45
connector
COM_IN port
on the PMU
11B
RJ45
connector
COM_OUT
port on the
CMUH
CMUH-BBU
monitoring
signal cable
RJ45
connector
MON1 port
on the UPEU
in the BBU
RJ45
connector
COM_IN port
on the CMUH
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
181
3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Environmenta
l temperature
monitoring
signal cable
5-pin
connector
Environmenta
l temperature
sensor on the
front door
4-pin
connector
TEM port on
the CMUH
Temperature
monitoring
signal cable
for the air
exhaust vent
5-pin
connector
Environmenta
l temperature
sensor at the
air exhaust
vent on the
right of the
fan assembly
at the top of
the cabinet
4-pin
connector
TEMP1 port
on the CMUH
DCDU-FMUA
monitoring
signal cable
Bare wire
IN0 and IN1
terminals on
the CMUH
Bare wire
DC_SPD
terminal on
the
DCDU-13A
Monitoring
signal cable
for the
temperature
sensor in the
RFC
4-pin
connector
TEM port on
the fan
assembly
RJ45
connector
Air intake
vent at the
bottom of an
RFC
Monitoring
signal cable
for the left
fans
Interconnectio
n terminal
Cable
configured for
the fan
assembly
4-pin
connector
IFAN0 and
IFAN1 cables
configured for
the CMUH
Monitoring
signal cable
for the right
fans
Interconnectio
n terminal
Cable
configured for
the fan
assembly
4-pin
connector
IFAN2 and
IFAN3 cables
configured for
the CMUH
Temperature
monitoring
signal cable
for the
batteries
2-pin
connector
TEM_BAT port
on the PMU
11B in the
APM30
OT terminal
Cable bridge
on the left
side of the
upper storage
battery
compartment
1.2.8 BTS3900AL Cable List
This section describes the list of BTS3900AL cables.
Issue 16 (2021-08-13)
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182
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
1.2.8.1 BTS3900AL (Ver.A) Cable List
The BTS3900AL cables include the PGND cable, equipotential cable, power cables,
transmission cables, signal cables, CPRI electrical cables, and RF cables.
PGND Cable and Equipotential Cable
The PGND cable and equipotential cable need to be installed onsite. The following
table lists the cable connections.
Table 1-89 PGND cable and equipotential cable
No.
Cable
One End
The Other End
Connect
or
Installation
Position
Connect
or
Installation
Position
1
1.4 PGND
Cable
OT
terminal
(M6)
Ground bar in
a cabinet
OT
terminal
Ground busbar
outside the cabinet
2
1.5
Equipotenti
al Cable
OT
terminal
(M6)
Ground bar in
a cabinet
OT
terminal
(M6)
Ground bar in a
cabinet
Power Cables
Table 1-90 lists the power cables to be installed onsite. Table 1-91 lists the power
cables that have been installed before delivery.
Table 1-90 Power cables to be installed onsite
No.
Cable
One End
The Other End
Connecto
r
Installation
Position
Connecto
r
Installation
Position
1
1.6.1.3.2
PDU05A-01
Power Cable
Cord end
terminal
"L1", "L2",
"L3", "N",
and "PE"
terminals on
the
PDU05A-01
Dependin
g on the
external
equipmen
t
External power
equipment
2
1.6.4.2 BBU
Power Cable
EPC4
connector
"LOAD7" or
"LOAD8"
port on the
DCDU-12C
in the device
compartmen
t
3V3
connector
"-48V" port on
the UPEU or
UEIU
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No.
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1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connecto
r
Installation
Position
3
1.6.1.1.9
DCDU-12C
Power Cable
EPC4
connector
"LOAD1"
port on the
DCDU-12C
in the device
compartmen
t
OT
terminal
(M6)
"RTN(+)" and
"NEG(-)"
terminals near
the INPUT
silkscreen on
the DCDU-12C
in the TMC11H
(Ver.D)
4
1.6.1.3.3
PDU03D-01
Power Cable
Power
series 120
connector
"LOAD1"
port for
connecting
the
ETP48400
that
provides
power
supply for
the
BTS3900AL
DC cabinet
OT
terminal
(M6)
"RTN(+)_2" and
"NEG(-)_2"
terminals near
the Input2
silkscreen on
the PDU03D-01
in the
BTS3900AL DC
cabinet
OT
terminal
(M8)
"DCDU:RTN
+" and
"DCDU0:NE
G-"
terminals on
the Busbar
in the
BTS3900AL
AC cabinet
OT
terminal
(M6)
"RTN(+)_0" and
"NEG(-)_0"
terminals near
the Input0
silkscreen on
the PDU03D-01
in the
BTS3900AL DC
cabinet
(Obtaining
Power from
the
BTS3900AL
AC)
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3900 & 5900 Series Base Station
Cables
No.
Cable
1.6.1.3.3
PDU03D-01
Power Cable
(Obtaining
Power from
External Power
Equipment)
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connecto
r
Installation
Position
Dependin
g on the
external
equipmen
t
External
power
equipment
OT
terminal
(M6)
● "RTN(+)_2"
and
"NEG(-)_2"
terminals
near the
Input2
silkscreen on
the
PDU03D-01
in the
BTS3900AL
DC cabinet
● "RTN(+)_0"
and
"NEG(-)_0"
terminals
near the
Input0
silkscreen on
the
PDU03D-01
in the
BTS3900AL
DC cabinet
5
Issue 16 (2021-08-13)
1.6.1.4.13
Storage
Battery Power
Cable (in the
IBBS700D/
IBBS700T)
OT
terminal
(M8)
"RTN0+",
"BAT0-",
"RTN1+",
and "BAT1-"
terminals on
the Busbar
in the
BTS3900AL
AC cabinet
OT
terminal
(M8)
"RTN(+)_0",
"NEG(-)_0",
"RTN(+)_1",
and "NEG(-)_1"
terminals near
the INPUT
silkscreen on
the power
distribution box
in the
IBBS700D or
IBBS700T
OT
terminal
(M8)
"RTN1+"
and "BAT1-"
terminals on
the Busbar
in the
BTS3900AL
AC cabinet
OT
terminal
(M6)
Battery pack in
the BTS3900AL
AC cabinet
Copyright © Huawei Technologies Co., Ltd.
185
3900 & 5900 Series Base Station
Cables
No.
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connecto
r
Installation
Position
6
1.6.4.1 EMUA
or EMUB
Power Cable
EPC4
connector
"LOAD1"
port on the
DCDU-12C
in the device
compartmen
t
Cord end
terminal
"PWR1" port on
the EMUA or
EMUB
7
1.6.1.4.1
Power Cable
for a Junction
Box
OT
terminal
(M4)
"L2" and
"N2"
terminals on
the AC
junction box
OT
terminal
(M4)
"L" and "N"
terminals on
the AC junction
box
OT
terminal
(M4)
"L3" and
"N3"
terminals on
the AC
junction box
OT
terminal
(M4)
"L" and "N"
terminals on
the AC junction
box
EPC4
connector
"DC INPUT"
port on the
power
distribution
box in the
battery
cabinet
EPC4
connector
"LOAD4" port
on the
DCDU-12C
(in the
BTS3900AL DC
Cabinet)
1.6.1.4.1
Power Cable
for a Junction
Box
(in the
IBBS700D,
IBBS700T, or
TMC11H
[Ver.D])
8
Issue 16 (2021-08-13)
1.6.3.5 Power
Cables for the
Temperature
Control
System
Copyright © Huawei Technologies Co., Ltd.
186
3900 & 5900 Series Base Station
Cables
No.
9
Cable
1.6.4.4 RRU
Power Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connecto
r
Installation
Position
● OT
termin
al
● One of
the
"LOAD0"
to
"LOAD5"
ports on
the
DCDU-03
B
Dependin
g on the
RRU
model
Power port on
the RRU
OT
terminal
(M8)
Wiring terminal
labeled
"NEG(-)" on
the junction
box on the
inner left wall
of an IBBS300D
or IBBS300T
and wiring
terminal
labeled
"RTN(+)" on
the junction
box on the
inner right wall
of the
IBBS300D or
IBBS300T
● Female
fast
connec
tor
(pressfi
t type)
● EPC5
or
EPC4
connec
tor
● One of
the
"LOAD0"
to
"LOAD5"
ports on
the
DCDU-11
B
● One of
the
"LOAD0"
to
"LOAD8"
ports on
the
DCDU-12
B
10
Issue 16 (2021-08-13)
Power Cable
for the
Storage
Battery
Cabinet (in
the IBBS300D
or IBBS300T)
OT
terminal
(M8)
"RTN0+",
"BAT0-",
"RTN1+",
and "BAT1-"
terminals on
the Busbar
in the
BTS3900AL
AC cabinet
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
No.
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connecto
r
Installation
Position
11
Power Cable
for the Fans
in an
IBBS300D
EPC4
connector
"LOAD4"
port on the
DCDU-12C
in a
BTS3900AL
AC cabinet
OT
terminal
(M4)
Copper bars
labeled "NEG-"
and "RTN+" on
the inner left
and right walls
of the
IBBS300D
12
Power Cable
for the TEC in
an IBBS300T
EPC4
connector
"LOAD4"
port on the
DCDU-12C
in a
BTS3900AL
AC cabinet
OT
terminal
(M4)
Copper bars
labeled "NEG-"
and "RTN+" on
the inner left
and right walls
of the
IBBS300T
13
1.6.1.4.13
Storage
Battery Power
Cable NEG(-)
OT
terminal
(M6)
Storage
battery
OT
terminal
(M8)
Junction box on
the inner left
wall of the
cabinet
14
1.6.1.4.13
Storage
Battery Power
Cable RTN(+)
OT
terminal
(M6)
Storage
battery
OT
terminal
(M8)
Junction box on
the inner right
wall of the
cabinet
15
HAU01A-01
Power Cable
(Between
Cabinets)
(Optional)
OT
terminal
(M4)
"L3" and
"N3"
terminals on
the AC
junction box
of the
BTS3900AL
AC cabinet
OT
terminal
(M4)
"L" and "N"
terminals on
the heater's
junction box on
the inner left
wall of an
IBBS300D
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Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
No.
16
17
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connecto
r
Installation
Position
1.6.1.2.10
EPU02D/
EPU02D-02/
EPU02B/
EPU02S/
EPU02S-02
Power Cable
(in the
BTS3900AL DC
Cabinet)
OT
terminal
● Black
wire:
"RTN(+)"
terminal
on an
EPU02D/
EPU02D02
Dependin
g on the
external
equipmen
t
External power
equipment
DCDU16D
Power Cable
(in the
BTS3900AL DC
Cabinet)
OT
terminal
Dependin
g on the
external
equipmen
t
External power
equipment
OT
terminal
"LOAD3" and
"LOAD5" ports
on the
ETP48400
● Blue wire:
"NEG(-)"
terminal
on an
EPU02D/
EPU02D02
● Black
wire:
"RTN(+)"
terminal
on the
DCDU16
D
● Blue wire:
"NEG(-)"
terminal
on the
DCDU16
D
18
Issue 16 (2021-08-13)
1.6.1.2.10
EPU02D/
EPU02D-02/
EPU02B/
EPU02S/
EPU02S-02
Power Cable
(in the
BTS3900AL AC
Cabinet)
OT
terminal
● Black
wire:
"RTN(+)"
terminal
on an
EPU02D/
EPU02D02
● Blue wire:
"NEG(-)"
terminal
on an
EPU02D/
EPU02D02
Copyright © Huawei Technologies Co., Ltd.
189
3900 & 5900 Series Base Station
Cables
No.
19
Cable
DCDU16D
Power Cable
(in the
BTS3900AL AC
Cabinet)
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connecto
r
Installation
Position
OT
terminal
● Black
wire:
"RTN(+)"
terminal
on the
DCDU16
D
OT
terminal
"LOAD3" and
"LOAD5" ports
on the
ETP48400
● Blue wire:
"NEG(-)"
terminal
on the
DCDU16
D
Table 1-91 Power cables installed before delivery
No.
Cable
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
1
1.6.1.2.17
ETP48400
Power Cable
Cord end
terminal
"L11",
"N11",
"L12",
"N12",
"L13", and
"N13"
terminals on
the
PDU05A-01
OT terminal
(M6)
"L1", "N1",
"L2", "N2",
"L3", and
"N3"
terminals on
the
ETP48400
2
1.6.1.1.9
DCDU-12C
Power Cable
OT
terminal
(M6)
"LOAD0"
terminal on
the
ETP48400,
which
provides
power
supply for
the
DCDU-12C
OT terminal
(M6)
"RTN(+)"
and
"NEG(-)"
terminals
near the
INPUT
silkscreen on
the
DCDU-12C
(in the
BTS3900AL AC
Cabinet)
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
190
3900 & 5900 Series Base Station
Cables
No.
3
Cable
1.6.1.1.9
DCDU-12C
Power Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
OT
terminal
(M8)
"RTN(+)_2"
and
"NEG(-)_2"
terminals
near the
Output2
silkscreen on
the
PDU03D-01
in the
BTS3900AL
DC cabinet
OT terminal
(M6)
"RTN(+)"
and
"NEG(-)"
terminals
near the
INPUT
silkscreen on
the
DCDU-12C
in the device
compartmen
t
OT
terminal
(M8)
"RTN(+)_0"
and
"NEG(-)_0"
terminals
near the
Output0
silkscreen on
the
PDU03D-01
in the
BTS3900AL
DC cabinet
OT terminal
(M6)
"RTN(+)"
and
"NEG(-)"
terminals
near the
INPUT
silkscreen on
the
DCDU-12C
in the RF
compartmen
t
(in the
BTS3900AL DC
Cabinet)
4
1.6.2.2 CMUF
Power Cable
EPC4
connector
"LOAD9"
port on the
DCDU-12C
in the device
compartmen
t
3V3
connector
"PWR" port
on the
CMUF
5
1.6.2.4 CCU
Power Cable
EPC4
connector
"LOAD0"
port on the
DCDU-12C
in the device
compartmen
t
EPC4
connector
"RTN(+)"
and
"NEG(-)"
ports near
the INPUT
silkscreen on
the CCU
6
1.6.3.1.16
FAU03D-01
Power Cable
EPC4
connector
"LOAD9"
port on the
DCDU-12C
in the RF
compartmen
t
3V3
connector
"PWR" port
on the
FAU03D-01
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
191
3900 & 5900 Series Base Station
Cables
No.
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
7
1.6.4.3 RFU
Power Cable
EPC4
connector
One of the
"LOAD0" to
"LOAD8"
ports on the
DCDU-12C
in the RF
compartmen
t
3V3
connector
"PWR" port
on an RFU
8
1.6.3.6
HAU01A-01
Power Cable
OT
terminal
(M4)
"L1", "N1",
and "PE"
terminals on
the AC
junction box
C13 straight
female
connector
"AC-IN" port
on the
HAU01A-01
9
1.6.1.4.1
Power Cable
for a Junction
Box
Cord end
terminal
"L21" and
"N21"
terminals on
the
PDU05A-01
OT terminal
(M4)
"L" and "N"
terminals on
the AC
junction box
(in the
BTS3900AL AC
Cabinet)
10
1.8.3.14
Monitoring
Signal
Transfer
Cables for
Fans in Front
Doors
4-pin
male
connector
"FAN_IN0"
and
"FAN_IN1"
ports on the
CMUF
4-pin female
connector
Signal cable
delivered
with an
inner air
circulation
fan
11
1.6.4.2 BBU
Power Cable
EPC4
connector
"LOAD5" or
"LOAD6"
port on the
DCDU-12C
in the device
compartmen
t
3V3
connector
"-48V" port
on the UPEU
or UEIU
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
192
3900 & 5900 Series Base Station
Cables
No.
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
12
1.6.1.4.5
Power Cable
for the DC
Junction Box
in a
BTS3900AL
OT
terminal
Two
"NEG(-)_1"
terminals
and one
"RTN(+)_1"
terminal
near the
Output1
silkscreen on
the
PDU03D-01
OT terminal
Two
"NEG(-)"
terminals
and one
"RTN(+)"
terminal on
the DC
junction box
13
1.6.2.5
CCU01D-03
Power Cable
OT
terminal
(M4)
Junction
boxes on the
inner left
and right
walls of the
cabinet
3V3
connector
"PWR" port
on the
CCU01D-03
14
HAU01A-01
Power Cable
(in a Cabinet)
(Optional)
OT
terminal
(M4)
AC junction
box on the
inner left
wall of the
cabinet
C13
connector
"AC_IN" port
on the
heater
Transmission Cables
Table 1-92 lists the transmission cables to be installed onsite. Table 1-93 lists the
transmission cables that have been installed before delivery.
Table 1-92 Transmission cables to be installed onsite
No.
1
Issue 16 (2021-08-13)
Cable
1.7.1 E1/T1
Cable
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
DB26
male
connector
"OUTSIDE"
port on the
UELP in the
surge
protection
subrack for
transmission
signals
Depending
on the
external
equipment
External
transmission
equipment
Copyright © Huawei Technologies Co., Ltd.
193
3900 & 5900 Series Base Station
Cables
No.
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
2
1.7.6 FE/GE
Ethernet
Cable
RJ45
connector
"FE0" and
"FE1" ports
near the
OUTSIDE
silkscreen on
the UFLP in
the surge
protection
subrack for
transmission
signals
RJ45
connector
Routing
device
3
1.7.3 FE/GE
Optical Fiber
LC
connector
● "FE1"
port on
the
GTMU,
WMPT, or
UTRP
● FC
connector
Routing
device
● "SFP0" or
"SFP1"
port on
the LMPT
● SC
connector
● LC
connector
Table 1-93 Transmission cables installed before delivery
No.
1
Issue 16 (2021-08-13)
Cable
1.7.2 E1/T1
Surge
Protection
Transfer Cable
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
DB25
connector
"INSIDE"
port on the
UELP in the
surge
protection
subrack for
transmission
signals
DB26
connector
"E1/T1" port
on the
GTMU,
WMPT, or
UTRP
Copyright © Huawei Technologies Co., Ltd.
194
3900 & 5900 Series Base Station
Cables
No.
2
Cable
1.7.7 FE/GE
Surge
Protection
Transfer Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
RJ45
connector
● "FE0"
port on
the
GTMU or
WMPT
RJ45
connector
"FE0" port
near the
INSIDE
silkscreen on
the UFLP in
the surge
protection
subrack for
transmission
signals
● "FE0" or
"FE1"
port on
the LMPT
3
1.7.4
Interconnecti
on Cable
Between
FE/GE
Electrical
Ports
RJ45
connector
"FE0" port
on the
GTMU
RJ45
connector
"FE0" port
on the
WMPT board
4
1.7.5
Interconnecti
on Cable
Between
FE/GE Optical
Ports
LC
connector
"FE1" port
on the
GTMU
LC connector
"FE1" port
on the
WMPT board
Signal Cables
Table 1-94 lists the signal cables to be installed onsite. Table 1-95 lists the signal
cables that have been installed before delivery.
Table 1-94 Signal cables to be installed onsite
No.
1
Issue 16 (2021-08-13)
Cable
1.8.4.14 BBU
Interconnecti
on Signal
Cable
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
DLC
connector
"M0" or
"M1" port
on the UCIU
DLC
connector
"CI" port on
the UMPT
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
No.
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
2
1.8.2.35 BBU
Alarm Cable
RJ45
connector
"EXT_ALM0"
or
"EXT_ALM1"
port on the
UPEU or
UEIU
RJ45
connector
External
alarm device
3
1.8.2.8 Signal
Cable for
Connecting
Cascaded
CCUs
RJ45
connector
"FE_L" port
on the CCU
RJ45
connector
"FE_R" port
on the CCU
4
1.8.2.19
CMUEA-CCU
Monitoring
Signal Cable
RJ45
connector
"D_COM7"
port on the
CCU
RJ45
connector
"COM_IN"
port on the
CMUEA in
the TMC11H
(Ver.D)
5
1.8.2.9 CCUBBU
Monitoring
Signal Cable
RJ45
connector
U_COM1
port on the
CCU
RJ45
connector
"MON0"
port on the
UPEU or
UEIU
6
1.8.4.5 EMUA
or EMUB
Monitoring
Signal Cable
RJ45
connector
RJ45
connector
COM
"RS-485"
port on the
EMUA or
"COM_485"
port on the
EMUB
"COM_OUT"
port on the
HAU01A-01
7
1.8.4.12 GPS
Clock Signal
Cable
SMA male
connector
"GPS" port
on the USCU
Type N
female
connector
"Protect"
port on the
GPS surge
protector
8
1.8.4.13 GPS
Jumper
Type N
male
connector
"Surge" port
on the GPS
surge
protector
Type N male
connector
GPS antenna
9
Local
Maintenance
Adapter
USB
connector
"USB"a port
on the
UMPT in a
BBU
Network
interface
connector
Ethernet
cable
a: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
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Cables
1 3900 & 5900 Series Base Station Cables
Table 1-95 Signal cables installed before delivery
No.
Cable
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
1
1.8.1.1 PMUCCU
Monitoring
Signal Cable
RJ45
connector
"COM_IN"
port on the
PMU
RJ45
connector
"D_COM2"
port on the
CCU
2
1.8.2.20
CMUF-CCU
Monitoring
Signal Cable
RJ45
connector
"COM_IN"
port on the
CMUF
RJ45
connector
"D_COM0"
port on the
CCU
3
1.8.2.15
Signal Cable
Between
Cascaded
HAU01A-01s
RJ45
connector
"COM_IN"
port on the
HAU01A-01
RJ45
connector
"COM_OUT"
port on the
HAU01A-01
4
1.8.3.12
HAU01A-01
Monitoring
Signal Cable
RJ45
connector
"COM_IN"
port on the
HAU01A-01
RJ45
connector
"D_COM3"
port on the
CCU
5
1.8.4.1
Monitoring
Signal Cable
for a Door
Status Sensor
Bare wire
Door status
sensor
Bare wire
"GATE" port
on the CCU
6
1.8.3.4
FAU03D-01
Monitoring
Signal Cable
RJ45
connector
"COM_IN"
port on the
FAU03D-01
RJ45
connector
"D_COM1"
port on the
CCU
7
1.8.4.3 ELU
Signal Cable
RJ45
connector
ELU
RJ45
connector
"ELU" port
on the CCU
8
1.8.4.7
Monitoring
Signal Cable
for the AC
Surge
Protection
Module
2-pin wire
terminal
block
AC surge
protection
port on the
PDU05A-01
Cord end
terminal
"IN1" port
on the CCU
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Cables
No.
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
Monitoring
Signal Cable
for the
Temperature
Sensor in the
Device
Compartment
4-pin
connector
Temperature
sensor in the
device
compartmen
t: "TEM0"
port on the
CMUF
Temperature
sensor
Temperature
sensor in the
device
compartmen
t
Monitoring
Signal Cable
for the
Temperature
Sensor in the
RF
Compartment
4-pin
connector
Temperature
sensor in the
RF
compartmen
t: "TEM0"
port on the
FAU03D-01
Temperature
sensor
Temperature
sensor in the
RF
compartmen
t
Monitoring
Signal Cable
for the
Temperature
Sensor in the
Front Door
4-pin
connector
Temperature
sensor on
the front
door:
"TEM1" port
on the
CMUF
Temperature
sensor
Temperature
sensor in the
front door
10
1.8.2.9 CCUBBU
Monitoring
Signal Cable
RJ45
connector
"U_COM0"
port on the
CCU
RJ45
connector
"MON0"
port on the
UPEU or
UEIU
10
1.8.4.1
Monitoring
Signal Cable
for a Door
Status Sensor
(in the
IBBS300D or
IBBS300T)
Bare wire
Door status
sensor
Bare wire
"GATE" port
on the
CCU01D-03
11
1.8.3.11
Monitoring
Signal Cable
for the
Temperature
Sensor (in the
IBBS300D or
IBBS300T)
Temperat
ure sensor
Temperature
sensor on
the inner left
wall of the
cabinet
4-pin
connector
"TEM" port
on the
CCU01D-03
9
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3900 & 5900 Series Base Station
Cables
No.
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
12
1.8.4.3 ELU
Signal Cable
(in the
IBBS300D or
IBBS300T)
RJ45
connector
ELU on the
inner left
wall of the
cabinet
RJ45
connector
"ELU" port
on the
CCU01D-03
13
1.8.3.12
HAU01A-01
Monitoring
Signal Cable
(Optional)
RJ45
connector
"COM_IN"
port on the
heater
RJ45
connector
"D_COM0"
port on the
CCU01D-03
CPRI Electrical Cables
Inter-cabinet CPRI electrical cables need to be installed onsite. CPRI electrical
cables in the cabinets have been installed before delivery. The following table
describes their connections.
Table 1-96 CPRI electrical cables
No.
1
Cable
1.9.1 CPRI
Electrical
Cables
One End
Connecto
r
Installation
Position
Connector
Installation
Position
SFP20
male
connector
CPRI port on
the GTMU,
WBBP, UBRI,
or LBBP
SFP20 male
connector
"CPRI" port
on an RFU
SFP20
male
connector
CPRI port on
the GTMU,
WBBP, or
LBBP
SFP20 male
connector
"CPRI" port
on an RFU
(Inter-cabinet
CPRI Electrical
Cables)
2
1.9.1 CPRI
Electrical
Cables
(CPRI Electrical
Cables in a
Cabinet)
The Other End
RF Cables
All RF cables need to be installed onsite. The following table describes the RF
cable connections.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-97 RF cables
No.
Cable
One End
The Other End
Connecto
r
Installation
Position
Connector
Installation
Position
1
1.10.1 RF
Jumpers
DIN
elbow
male
connector
Antenna
feeder
DIN straight
male
connector
"ANT_TX/
RXA" or
"ANT_RXB"
port on an
RFU
2
1.10.2 InterRFU RF Signal
Cable
QMA
elbow
male
connector
"RX OUTA"
port on an
RFU
QMA elbow
male
connector
"RX INB"
port on
another RFU
1.2.9 DBS3900 Cable List
The DBS3900 cable lists include the lists of cables for the cabinets used by the
DBS3900, BBU cable list, and RRU cable list.
Cable Lists for Supported Cabinets
The following table lists the links to the lists of cables for the cabinets used by the
DBS3900.
Table 1-98 Links to the cable lists for supported cabinets
Supported Cabinet
Cable List
APM30H (Ver.B)
APM30H (Ver.B) Cable List
TMC11H (Ver.B)
TMC11H (Ver.B) Cable List
IBBS200D (Ver.B)
IBBS200D (Ver.B) Cable List
IBBS200T (Ver.B)
IBBS200T (Ver.B) Cable List
APM30H (Ver.C)
APM30H (Ver.C) Cable List
TMC11H (Ver.C)
TMC11H (Ver.C) Cable List
IBBS200D (Ver.C)
IBBS200D (Ver.C) Cable List
IBBS200T (Ver.C)
IBBS200T (Ver.C) Cable List
APM30H (Ver.D)
APM30H (Ver.D) Cable List
TMC11H (Ver.D)
TMC11H (Ver.D) Cable List
IBBS200D (Ver.D)
IBBS200D (Ver.D) Cable List
IBBS200T (Ver.D)
IBBS200T (Ver.D) Cable List
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Cables
1 3900 & 5900 Series Base Station Cables
Supported Cabinet
Cable List
APM30H (Ver.E)
APM30H (Ver.E) Cable List
TMC11H (Ver.E)
TMC11H (Ver.E) Cable List
BBC5200T-L
BBC5200T-L Cable List
IBBS200D (Ver.E)
IBBS200D (Ver.E) Cable List
IBBS200T (Ver.E)
IBBS200T (Ver.E) Cable List
IBBS700D
IBBS700D Cable List
IBBS700T
IBBS700T Cable List
IBBS300D
IBBS300D Cable List
IBBS300T
IBBS300T Cable List
IBBS20D
IBBS20D Cable List
IBBS20L
IBBS20L Cable List
IBBS20L-E
IBBS20L-E Cable List
OMB
OMB Cable List
OMB (Ver.C)
OMB (Ver.C) Cable List
IBC10
IBC10 Cable List
MRE1000
MRE1000 Cable List
IMB03
IMB03 Cable List
IMB05
IMB05 Cable List
ILC29 (Ver.E)
ILC29 (Ver.E) Cable List
BBU Cable List
The following table lists BBU3900 & BBU3910 cables.
Table 1-99 BBU3900 & BBU3910 cable list
Cable
1.4 PGND
Cable
Issue 16 (2021-08-13)
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
OT terminal
(M4, 6 mm2
or 0.009 in.2)
Ground
terminal on a
BBU
OT terminal
(M8, 6 mm2
or 0.009 in.2)
External
ground bar
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.6.4.2 BBU
Power Cable
3V3
connector
"-48V" port
on the UPEU
in a BBU
Depending
on the power
equipment
Depending
on the power
equipment
1.7.1 E1/T1
Cable
DB26 male
connector
"E1/T1" port
on the UMPT,
GTMU, UELP,
WMPT, or
UTRP in a
BBU
Depending
on site
requirements
External
transmission
equipment
1.7.2 E1/T1
Surge
Protection
Transfer Cable
DB26 male
connector
"E1/T1" port
on the UMPT,
GTMU,
WMPT, or
UTRP in a
BBU
DB25
connector
"INSIDE" port
on the UELP
in an SLPU
1.7.6 FE/GE
Ethernet Cable
RJ45
connector
● "FE0" port
near the
OUTSIDE
silkscreen
on the
UFLP in a
BBU
RJ45
connector
External
transmission
equipment
RJ45
connector
"FE0" port
near the
INSIDE
silkscreen on
the UFLP in
the SLPU
● "FE0" port
on the
UMPT,
WMPT, or
GTMU in a
BBU
● "FE/GE"
port on
the UTRP
in a BBU
● "FE/GE"
port on
the LMPT
in a BBU
1.7.7 FE/GE
Surge
Protection
Transfer Cable
RJ45
connector
"FE0" port on
the UMPT,
WMPT, or
GTMU in a
BBU
"FE/GE" port
on the UTRP
in a BBU
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3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.7.4
Interconnectio
n Cable
Between FE/GE
Electrical Ports
RJ45
connector
"FE0" port on
the WMPT in
a BBU
RJ45
connector
"FE0" port on
the GTMU in
a BBU
1.7.5
Interconnectio
n Cable
Between FE/GE
Optical Ports
LC connector
"FE1" port on
the WMPT in
a BBU
LC connector
"FE1" port on
the GTMU in
a BBU
1.7.3 FE/GE
Optical Fiber
LC connector
"FE1" port on
the WMPT,
GTMU, LMPT,
or UMPT in a
BBU
FC, SC, or LC
connector
External
transmission
equipment
1.9.2 CPRI
Optical Fiber
DLC
connector
CPRI port on
the GTMU,
WBBP, LBBP,
UBBP, or
UBRI in a
BBU
DLC
connector
"CPRI" port
on an
RRU/AAU
MPO
connector
CPRI port on
the UBBP in a
BBU
MPO
connector
"CPRI" port
on an AAU
1.8.2.2 APMIBBU
Monitoring
Signal Cable
RJ45
connector
"MON1" port
on the UPEU
or UEIU in a
BBU
Twisted pair
"TX+", "TX-",
"RX+", or
"RX-" port on
an APMI
1.8.2.17 HEUABBU
Monitoring
Signal Cable
RJ45
connector
"MON1" port
on the UPEU
or UEIU in a
BBU
RJ45
connector
"COM_IN"
port on an
HEUA
1.8.2.3 CMUABBU
Monitoring
Signal Cable
RJ45
connector
"MON1" port
on the UPEU
or UEIU in a
BBU
RJ45
connector
"COM_IN"
port on a
CMUA
1.8.2.6 CMUEBBU
Monitoring
Signal Cable
RJ45
connector
"MON1" port
on the UPEU
or UEIU in a
BBU
RJ45
connector
"COM_IN"
port on a
CMUE
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3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.8.2.7 CMUEABBU
Monitoring
Signal Cable
RJ45
connector
"MON1" port
on the UPEU
or UEIU in a
BBU
RJ45
connector
"COM_IN"
port on a
CMUEA
1.8.4.5 EMUA
or EMUB
Monitoring
Signal Cable
RJ45
connector
"MON1" port
on the UPEU
or UEIU in a
BBU
DB9 male
connector
"RS-485" port
on an EMUA
1.8.1.18 PSU
(EPW25-24S48
D) Monitoring
Signal Cable
RJ45
connector
"EXT-ALM0"
port on the
UPEU or
UEIU in a
BBU
Cord end
terminal
ALM terminal
on the PSU
(DC/DC)
1.8.1.19 PSU
(EPW25-24S48
D) In-Position
Signal Cable
RJ45
connector
"EXT-ALM0"
port on the
UPEU or
UEIU in a
BBU
RJ45
connector
"RESENT"
port on a
PSU (DC/DC)
1.8.2.35 BBU
Alarm Cable
RJ45
connector
"EXT-ALM0"
port on the
UPEU or
UEIU in a
BBU
RJ45
connector
External
alarm
equipment
1.8.4.12 GPS
Clock Signal
Cable
SMA male
connector
"GPS" port
on the USCU,
LMPT, or
UMPTa6 in a
BBU
Type N
female
connector
GPS surge
protector
1.8.4.14 BBU
Interconnectio
n Signal Cable
DLC
connector
M0 to M4
ports on the
UCIU in a
BBU
DLC
connector
"CI" port on
the UMPT in
a BBU
1.8.4.15 Cable
Between Two
Combined Base
Stations
DB15 male
connector
"GCK" port
on the UCIU
in a BBU
MD36 or
DB15 male
connector
DCTB or
DGLUb
1.8.4.16 Local
Maintenance
Adapter
USBa
connector
"USB"a port
on the UMPT
in a BBU
Network
interface
connector
Ethernet
cable
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3900 & 5900 Series Base Station
Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
Connector
The Other End
Installation
Position
Connector
Installation
Position
a: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
For the BBU3910A cable list and BBU3910C cable list, see BBU3910A Installation
Guide and BBU3910C Installation Guide.
RRU Cable List
For the RRU cable list, see the related RRU hardware description. For example, for
the RRU3926, see RRU3926 Hardware Description.
1.2.10 BTS3900C Cable List
This section describes cable lists when the BTS3900C is configured with different
types of cabinets.
1.2.10.1 BTS3900C WCDMA Cable List
This section describes the connector types and installation positions of cables,
such as PGND cables, power cables, transmission cables and signal cables. Some
cables need to be installed onsite, and some cables have been installed before
delivery. The cable list provides reference for onsite cable installation.
PGND Cable
PGND cables need to be installed onsite. The following table lists the PGND cable
connections.
Table 1-100 PGND cable
Cable
One End
The Other End
Connecto
r
Installation
Position
Connecto
r
Installation
Position
OMB PGND
Cable
OT
terminal
Ground bar at
the bottom of
the OMB
OT
terminal
Ground busbar
outside the cabinet
RRU PGND
Cable
OT
terminal
Ground bar at
the bottom of
the OMB
OT
terminal
Ground terminal on
the RRU
Issue 16 (2021-08-13)
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Power Cables
Table 1-101 and Table 1-102 list the power cables for AC cabinets. Table 1-103
and Table 1-104 list the power cables for DC cabinets.
Table 1-101 Power cables installed before delivery (in an AC cabinet)
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
EPS30-4815AF
Power Cable
3-pin male
connector
AC power
input port on
the
EPS30-4815AF
Cord end
terminal
SPD ALM
terminals on
the AC surge
protection box
HEUA Power
Cable
H4
connector
DC output
port LOAD1
on the
EPS30-4815AF
3V3 connector
DC INPUT
port on the
HEUA
Table 1-102 Power cables to be installed onsite (in an AC cabinet)
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Power Cable
for the AC
Surge
Protection Box
OT
terminal
L, N, and PE
terminals on
the AC surge
protection box
Depending on
the external
power
equipment
External
power
equipment
BBU Power
Cable
H4
connector
DC output
port LOAD1
on the
EPS30-4815AF
3V3 connector
"-48V" port
on the UPEU
RRU Power
Cable
OT
terminal
RRU wiring
terminal on
the
EPS30-4815AF
Depending on
the RRU
model
RTN(+) and
NEG(-)
terminals on
the RRU
Issue 16 (2021-08-13)
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-103 Power cables installed before delivery (in a DC cabinet)
Cable
One End
HEUA Power
Cable
The Other End
Connector
Installation
Position
Connector
Installation
Position
OT
terminal
"LOAD7"
terminal on
the
DCDU-03B
3V3 connector
DC INPUT
port on the
HEUA
Table 1-104 Power cables to be installed onsite (in a DC cabinet)
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
BBU Power
Cable
OT
terminal
"LOAD6"
terminal on
the
DCDU-03B
3V3 connector
"-48V" port
on the UPEU
DCDU-03B
Power Cable
OT
terminal
RTN(+) and
NEG(-)
terminals on
the
DCDU-03B
Depending on
the external
power
equipment
External
power
equipment
RRU Power
Cable
OT
terminal
"LOAD0"
terminal on
the
DCDU-03B
Depending on
the RRU
model
RTN(+) and
NEG(-)
terminals on
the RRU
Transmission Cables
Table 1-105 lists the transmission cables that have been installed before delivery.
Table 1-106 lists the transmission cables and CPRI optical fibers to be installed
onsite.
Issue 16 (2021-08-13)
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207
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-105 Transmission cables installed before delivery
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.7.2 E1/T1
Surge
Protection
Transfer Cable
DB25
connector
"INSIDE" port
on the UELP
in the BBU
DB26
connector
"E1/T1" port
on the GTMU,
WMPT, or
UTRP in the
BBU
1.7.7 FE/GE
Surge
Protection
Transfer Cable
RJ45
connector
● "FE0" port
on the
GTMU or
WMPT in
the BBU
RJ45
connector
"FE0" port at
the INSIDE
silkscreen on
the UFLP in
the BBU
● FE0 or FE1
port on the
LMPT in
the BBU
Table 1-106 Transmission cables to be installed onsite
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.7.1 E1/T1
Cable
DB26 male
connector
"OUTSIDE"
port on the
UELP in the
BBU
Depending on
the external
transmission
equipment
External
transmission
equipment
1.7.6 FE/GE
Ethernet Cable
RJ45
connector
"FE0" port at
the OUTSIDE
silkscreen on
the UFLP in
the BBU
RJ45
connector
Routing
device
1.7.3 FE/GE
Optical Fiber
LC
connector
● "FE1" port
on the
GTMU,
WMPT, or
UTRP in
the BBU
● FC
connector
Routing
device
● "SFP0" or
"SFP1"
port on the
LMPT in
the BBU
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● SC
connector
● LC
connector
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1 3900 & 5900 Series Base Station Cables
Signal Cables
Table 1-107 and Table 1-108 list the signal cables that have been installed before
delivery. Table 1-109 lists the signal cables to be installed onsite.
Table 1-107 Signal cables installed before delivery (in an AC cabinet)
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.8.4.1
Monitoring
Signal Cable
for a Door
Status Sensor
Bare wire
Door status
sensor
Bare wire
"GATE" port
on the HEUA
Monitoring
Signal Cable
for the Inner
Air Circulation
Fan
4-pin
connector
"IntFAN" port
on the HEUA
5-pin
connector
Power and
monitoring
port for the
inner air
circulation fan
Monitoring
Signal Cable
for the Outer
Air Circulation
Fan
4-pin
connector
"ExtFAN" port
on the HEUA
Round
waterproof
connector
Power and
monitoring
port for the
outer air
circulation fan
1.8.2.1 PMUHEUA
Monitoring
Signal Cable
RJ45
connector
"COM_OUT"
port on the
HEUA
RJ45
connector
"COM_IN"
port on the
PMU in the
EPS30-4815AF
1.8.4.16 Local
Maintenance
Adapter
USB 3.0
connector
"USB"a port
on the UMPT
in a BBU
Ethernet
connector
Network
cable
Table 1-108 Signal cables installed before delivery (in a DC cabinet)
Cable
One End
1.8.4.1
Monitoring
Signal Cable
for a Door
Status Sensor
Issue 16 (2021-08-13)
The Other End
Connector
Installation
Position
Connector
Installation
Position
Bare wire
Door status
sensor
Bare wire
"GATE" port
on the HEUA
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Cables
Cable
1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
Monitoring
Signal Cable
for the Inner
Air Circulation
Fan
4-pin
connector
"IntFAN" port
on the HEUA
5-pin
connector
Power and
monitoring
port for the
inner air
circulation fan
Monitoring
Signal Cable
for the Inner
Air Circulation
Fan
4-pin
connector
"ExtFAN" port
on the HEUA
Round
waterproof
connector
Power and
monitoring
port for the
outer air
circulation fan
1.8.4.16 Local
Maintenance
Adapter
USB 3.0
connector
"USB"a port
on the UMPT
in a BBU
Ethernet
connector
Network
cable
a: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
Table 1-109 Signal cables to be installed onsite
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.8.4.12 GPS
Clock Signal
Cable
SMA male
connector
"GPS" port on
the USCU in a
BBU
Type N female
connector
"Protect" port
on the GPS
surge
protector
HEUA-BBU
Monitoring
Signal Cable
RJ45
connector
"COM_IN"
port on the
HEUA
RJ45
connector
"MON1" port
on the UPEU
in the BBU
1.8.2.35 BBU
Alarm Cable
RJ45
connector
EXT_ALM0
port on the
UPEU or UEIU
RJ45
connector
External
alarm device
CPRI Optical Fibers
The following table lists the CPRI optical fibers.
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Table 1-110 CPRI optical fibers to be installed onsite
Cable
One End
1.9.2 CPRI
Optical Fiber
The Other End
Connector
Installation
Position
Connector
Installation
Position
DLC
connector
● CPRI port
on the
GTMU or
UBRI in the
BBU
DLC connector
"CPRI_W" or
"CPRI0" port
on the RRU
● CPRI port
on the
WBBP in
the BBU
● CPRI port
on the
LBBP in the
BBU
RF Cables
All RF cables need to be installed onsite. The following table lists the RF cable
connections.
Table 1-111 RF cables to be installed onsite
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.10.1 RF
Jumpers
DIN male
connector
"ANT_TX/
RXA" or
"ANT_TX/
RXB" port on
the RRU
DIN male
connector
Antenna
system
1.8.4.10 RRU
AISG MultiWire Cable
Waterproof
ed DB9
male
connector
"RET" port on
the RRU
Standard AISG
female
connector
Standard
AISG male
connector on
the RCU or on
the AISG
multi-wire
cable
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1 3900 & 5900 Series Base Station Cables
One End
1.8.4.11 RRU
AISG Extension
Cable
The Other End
Connector
Installation
Position
Connector
Installation
Position
Standard
AISG male
connector
Standard
AISG female
connector on
the AISG
extension
cable
Standard AISG
female
connector
Standard
AISG male
connector on
the RCU
1.2.10.2 BTS3900C (Ver.C) Cable List
This section describes the connector types and installation positions of cables,
such as PGND cables, power cables, transmission cables and signal cables. Some
cables need to be installed onsite, and some cables have been installed before
delivery. The cable list provides reference for onsite cable installation.
PGND Cables
PGND cables need to be installed onsite. The following table lists the PGND cable
connections.
Table 1-112 PGND cables
Cable
One End
The Other End
Connecto
r
Installation
Position
Connecto
r
Installation
Position
OMB PGND
Cable
OT
terminal
Ground bar at
the bottom of
the OMB
OT
terminal
Ground bar outside
the cabinet
RRU PGND
Cable
OT
terminal
Ground
terminal on
the RRU
OT
terminal
Ground bar outside
the cabinet
Power Cables
Table 1-113 and Table 1-114 list the power cables for AC cabinets. Table 1-115
and Table 1-116 list the power cables for DC cabinets.
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Table 1-113 Power cables installed before delivery (in an AC cabinet)
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
OT
terminal
"L/L1" and
"N/L2"
terminals on
the INPUT
side of the
ETP48100-A1
Cord end
terminal
"L/N", "N/L",
and "PE"
ports on the
AC surge
protection box
OT
terminal
PDU10D-01
Cord end
terminal
1.6.2.7 HEUB
Power Cable
EPC4
connector
"LOAD9" port
on the
PDU10D-01
3V3 connector
"DC INPUT"
port on the
HEUB
1.6.1.3.1
PDU10D-01
Power Cable
OT
terminal
"RTN0(+)"
and
"NEG0(-)"
terminals
near the
OUTPUT
silkscreen on
the
ETP48100-A1
OT terminal
"RTN(+)" and
"NEG(-)"
terminals
near the
INTPUT: -48V
silkscreen on
the
PDU10D-01
1.6.1.2.12
ETP48100-A1
Power Cable
Table 1-114 Power cables to be installed onsite (in an AC cabinet)
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.6.1.3.1
PDU10D-01
Power Cable
OT
terminal
INPUT: "AC"
silkscreen on
the
PDU10D-01
Depending on
the external
power
equipment
External
power
equipment
1.6.4.2 BBU
Power Cable
EPC4
connector
"LOAD6" port
on the
PDU10D-01
3V3 connector
"-48V" port
on the UPEU
1.6.4.4 RRU
Power Cable
EPC4
connector
"LOAD0" port
on the
PDU10D-01
Depending on
the RRU
model
"RTN(+)" and
"NEG(-)"
terminals on
the RRU
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Table 1-115 Power cables installed before delivery (in a DC cabinet)
Cable
One End
1.6.2.7 HEUB
Power Cable
The Other End
Connector
Installation
Position
Connector
Installation
Position
EPC4
connector
"LOAD9" port
on the
PDU10D-01
3V3 connector
"DC INPUT"
port on the
HEUB
Table 1-116 Power cables to be installed onsite (in a DC cabinet)
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.6.1.3.1
PDU10D-01
Power Cable
OT
terminal
"RTN(+)" and
"NEG(-)"
terminals
near the
INTPUT: -48V
silkscreen on
the
PDU10D-01
Depending on
the external
power
equipment
External
power
equipment
1.6.4.2 BBU
Power Cable
EPC4
connector
"LOAD6" port
on the
PDU10D-01
3V3 connector
"-48V" port
on the UPEU
1.6.4.4 RRU
Power Cable
EPC4
connector
"LOAD0" port
on the
PDU10D-01
Depending on
the RRU
model
"RTN(+)" and
"NEG(-)"
terminals on
the RRU
DCDU16D
Power Cable
OT
terminal
"NEG(-)" and
"RTN(+)"
terminals on
the DCDU16D
Depending on
the external
equipment
External
power
equipment
Transmission Cables
Table 1-117 lists the transmission cables that have been installed before delivery.
Table 1-118 lists the transmission cables and CPRI optical fibers to be installed
onsite.
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Table 1-117 Transmission cables installed before delivery
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.7.2 E1/T1
Surge
Protection
Transfer Cable
DB25 male
connector
"INSIDE" port
on the UELP
in the BBU
DB26 male
connector
"E1/T1" port
on the GTMU,
WMPT, or
UTRP in the
BBU
1.7.7 FE/GE
Surge
Protection
Transfer Cable
RJ45
connector
● "FE0" port
on the
GTMU or
WMPT in
the BBU
RJ45
connector
"FE0" port
near the
INSIDE
silkscreen on
the UFLP in
the BBU
● "FE0" or
"FE1" port
on the
LMPT in
the BBU
1.7.4
Interconnection
Cable Between
FE/GE Electrical
Ports
RJ45
connector
"FE0" port on
the GTMU in
the BBU
RJ45
connector
"FE0" port on
the WMPT in
the BBU
1.7.5
Interconnection
Cable Between
FE/GE Optical
Ports
LC
connector
"FE1" port on
the GTMU in
the BBU
LC connector
"FE1" port on
the WMPT in
the BBU
Table 1-118 Transmission cables to be installed onsite
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.7.1 E1/T1
Cable
DB26 male
connector
"OUTSIDE"
port on the
UELP in the
BBU
Depending on
the external
transmission
equipment
External
transmission
equipment
1.7.6 FE/GE
Ethernet Cable
RJ45
connector
"OUTSIDE" or
"FE0" port on
the UFLP in
the BBU
RJ45
connector
Routing
device
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1 3900 & 5900 Series Base Station Cables
One End
1.7.3 FE/GE
Optical Fiber
The Other End
Connector
Installation
Position
Connector
Installation
Position
LC
connector
● "FE1" port
on the
GTMU,
WMPT, or
UTRP in
the BBU
● FC
connector
Routing
device
● "SFP0" or
"SFP1"
port on the
LMPT in
the BBU
● SC
connector
● LC
connector
Signal Cables
Table 1-119 and Table 1-120 list the signal cables that have been installed before
delivery. Table 1-121 lists the signal cables to be installed onsite.
Table 1-119 Signal cables installed before delivery (in an AC cabinet)
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.8.4.1
Monitoring
Signal Cable
for a Door
Status Sensor
Bare wire
Door status
sensor
Bare wire
"GATE" port
on the HEUB
Monitoring
Signal Cable
for the Inner
Air Circulation
Fan
4-pin
connector
"IntFAN" port
on the HEUB
4-pin
connector
Power and
monitoring
port for the
inner air
circulation fan
Monitoring
Signal Cable
for the Outer
Air Circulation
Fan
4-pin
connector
"ExtFAN" port
on the HEUB
4-pin
connector
Power and
monitoring
port for the
outer air
circulation fan
1.8.1.12 PMU
11A-HEUB
Monitoring
Signal Cable
RJ45
connector
"COM_OUT"
port on the
HEUB
RJ45
connector
"COM_IN"
port on the
PMU 11A in
the
ETP48100-A1
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1 3900 & 5900 Series Base Station Cables
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.8.4.3 ELU
Signal Cable
RJ45
connector
"RJ45" port
on the ELU
RJ45
connector
"ELU" port on
the HEUB
1.8.4.16 Local
Maintenance
Adapter
USB 3.0
connector
"USB"a port
on the UMPT
in a BBU
Network
interface
connector
Ethernet cable
a: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
Table 1-120 Signal cables installed before delivery (in a DC cabinet)
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.8.4.1
Monitoring
Signal Cable
for a Door
Status Sensor
Bare wire
Door status
sensor
Bare wire
"GATE" port
on the HEUB
Monitoring
Signal Cable
for the Inner
Air Circulation
Fan
4-pin
connector
"IntFAN" port
on the HEUB
4-pin
connector
Power and
monitoring
port for the
inner air
circulation fan
Monitoring
Signal Cable
for the Outer
Air Circulation
Fan
4-pin
connector
"ExtFAN" port
on the HEUB
4-pin
connector
Power and
monitoring
port for the
outer air
circulation fan
1.8.4.3 ELU
Signal Cable
RJ45
connector
"RJ45" port
on the ELU
RJ45
connector
"ELU" port on
the HEUB
1.8.4.16 Local
Maintenance
Adapter
USB 3.0
connector
"USB"a port
on the UMPT
in a BBU
Network
interface
connector
Ethernet cable
a: The security of the USB loading port is ensured by encryption, and the USB
loading port can be shut down using commands. The USB commissioning port is
used only for commissioning a base station and cannot be used for configuring
and exporting information of the base station.
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Table 1-121 Signal cables to be installed onsite
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.8.4.12 GPS
Clock Signal
Cable
SMA male
connector
"GPS" port on
the USCU in a
BBU
Type N female
connector
"Protect" port
on the GPS
surge
protector
1.8.2.16 HEUBBBU
Monitoring
Signal Cable
RJ45
connector
"COM_IN"
port on the
HEUB
RJ45
connector
"MON1" port
on the UPEU
in the BBU
1.8.2.35 BBU
Alarm Cable
RJ45
connector
"EXT_ALM0"
port on the
UPEU or UEIU
RJ45
connector
External
alarm device
CPRI Cables
The following table lists the CPRI optical fibers to be installed onsite.
Table 1-122 CPRI optical fibers to be installed onsite
Cable
One End
1.9.2 CPRI
Optical Fiber
The Other End
Connector
Installation
Position
Connector
Installation
Position
DLC
connector
● "CPRI" port
on the
GTMU or
UBRI in the
BBU
DLC connector
"CPRI_W" or
"CPRI0" port
on the RRU
● CPRI port
on the
WBBP in
the BBU
● CPRI port
on the
LBBP in the
BBU
RF Cables
All RF cables need to be installed onsite. The following table lists the RF cable
connections.
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Table 1-123 RF cables to be installed onsite
Cable
One End
The Other End
Connector
Installation
Position
Connector
Installation
Position
1.10.1 RF
Jumpers
DIN male
connector
"ANT_TX/
RXA" or
"ANT_TX/
RXB" port on
the RRU
DIN male
connector
Antenna
system
1.8.4.11 RRU
AISG Extension
Cable
Waterproof
ed DB9
male
connector
"RET" port on
the RRU
Standard AISG
female
connector
Standard
AISG male
connector on
the RCU or on
the AISG
multi-wire
cable
1.8.4.10 RRU
AISG MultiWire Cable
Standard
AISG male
connector
Standard
AISG female
connector on
the AISG
extension
cable
Standard AISG
female
connector
Standard
AISG male
connector on
the RCU
1.3 Cable Connections
This section describes cable connections for 3900 and 5900 series base stations,
including power cable connections, transmission cable connections, monitoring
signal cable connections, BBU interconnection signal cable connections, CPRI cable
connections, and RF cable connections.
1.3.1 Power Cable Connections
This section describes power cable connections for BTS5900, BTS5900L, BTS5900A,
DBS5900, BTS3900, BTS3900L, BTS3900A, BTS3900AL, BTS3900C, and DBS3900
base stations.
1.3.1.1 BTS5900 Power Cable Connections
This section describes power cable connections in the BTS5900 configured with
different types of cabinets.
1.3.1.1.1 BTS3900 (Ver.E_A~D) Power Cable Connections
BTS3900 (Ver.E_A~D) power cable connections include power cable connections in
the BTS3900 (Ver.A), BTS3900 (Ver.B), BTS3900 (Ver.C), and BTS3900 (Ver.D)
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1 3900 & 5900 Series Base Station Cables
cabinets, and power cable connections in the BTS3900 (Ver.E_A~D) that are
restructured from these cabinets.
The power cable connections vary depending on the type of cabinet, for example,
the BTS3900 (Ver.A), BTS3900 (Ver.B), BTS3900 (Ver.C), or BTS3900 (Ver.D)
cabinet, which is to be restructured into the BTS3900 (Ver.E_A~D) cabinet, as listed
in the following table.
Table 1-124 Power cable connections
Reuse Scenario
Power Cable Connections
Upgrade from BTS3900
(Ver.A) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900 (Ver.A/Ver.B) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900
(Ver.B) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900 (Ver.A/Ver.B) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900
(Ver.C) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900 (Ver.C) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900
(Ver.D) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900 (Ver.D) to BTS3900
(Ver.E_A~D)
1.3.1.1.2 BTS5900 (Ver.A) Power Cable Connections
This section describes the power cable connections for BTS5900 (Ver.A) cabinets.
The following figure shows the BTS5900 (Ver.A) power cable connections in -48 V
DC input scenarios.
Figure 1-1 BTS5900 (Ver.A) power cable connections
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The following table describes the power cable connections.
Table 1-125 BTS5900 (Ver.A) power cable connections
No.
Cable Description
P0 to P5
1.6.4.3 RFU Power Cable
P6
1.6.3.1.19 FAN 03D Power Cable
P7 and P12
1.6.4.2 BBU Power Cable
P8 and P9
1.6.1.1.7 DCDU-12A Power Cable
P10 and P11
1.6.1.1.8 DCDU-12B Power Cable
P13 to P18
1.6.4.4 RRU Power Cable
1.3.1.2 BTS5900L Power Cable Connections
This section describes power cable connections in the BTS5900L configured with
different types of cabinets.
1.3.1.2.1 BTS3900L (Ver.E_B~D) Power Cable Connections
BTS3900L (Ver.E_B~D) power cable connections include the power cable
connections in the BTS3900L (Ver.B), BTS3900L (Ver.C), and BTS3900L (Ver.D)
cabinets, and power cable connections in the BTS3900L (Ver.E_B~D) cabinets that
are restructured from these cabinets.
The power cable connections vary depending on the type of cabinet, for example,
the BTS3900L (Ver.B), BTS3900L (Ver.C), or BTS3900L (Ver.D) cabinet, which is to
be restructured into the BTS3900L (Ver.E_B~D) cabinet, as listed in the following
table.
Table 1-126 Power cable connections
Reuse Scenario
Power Cable Connections
Upgrade from BTS3900L (Ver.B) to
BTS3900L (Ver.E_B~D)
Upgrade from BTS3900L (Ver.B) to
BTS3900L (Ver.E_B~D)
Upgrade from BTS3900L (Ver.C) to
BTS3900L (Ver.E_B~D)
Upgrade from BTS3900L (Ver.C) to
BTS3900L (Ver.E_B~D)
Upgrade from BTS3900L (Ver.D) to
BTS3900L (Ver.E_B~D)
Upgrade from BTS3900L (Ver.D) to
BTS3900L (Ver.E_B~D)
1.3.1.2.2 BTS5900L (Ver.A) Power Cable Connections
This section describes the power cable connections for a BTS5900L (Ver.A) cabinet.
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1 3900 & 5900 Series Base Station Cables
The following figure shows the BTS5900L (Ver.A) power cable connections in -48 V
DC input scenarios.
Figure 1-2 BTS5900L (Ver.A) power cable connections
The following table describes the power cable connections.
Table 1-127 BTS5900L (Ver.A) power cable connections
No.
Cable Description
P0 to P5, P10 to
P15
1.6.4.3 RFU Power Cable
P6 and P16
1.6.3.1.19 FAN 03D Power Cable
P7 and P8
1.6.4.2 BBU Power Cable
P9
1.6.4.9 GATM Power Cable
P17 to P20
1.6.1.1.7 DCDU-12A Power Cable
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No.
Cable Description
P21 to P26
1.6.4.4 RRU Power Cable
P27 and P28
1.6.1.1.8 DCDU-12B Power Cable
1.3.1.3 BTS5900A Power Cable Connections
This section describes the BTS5900A power cable connections in 110 V AC, 220 V
AC, and -48 V DC input scenarios. Click the cable numbers in the following figures
to view the connections on both ends of each cable.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
● This section describes the power cable connections in a scenario where BBU 1 is
installed in an APM30H. When BBU 1 is installed in the TMC11H, the power cable
connections are the same.
● If a device is not configured at a site, you can ignore the related power cable
connections in the figures.
● IBBS200D and IBBS200T power cable connections are similar. The following uses the
IBBS200D as an example.
● IBBS300D and IBBS300T power cable connections are similar. The following uses the
IBBS300D as an example.
2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H
The following figure shows the power cable connections for a BTS5900A
configured with 2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H.
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Figure 1-3 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS200Ds+1 TMC11H
The following table describes the power cable connections.
Table 1-128 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS200Ds+1 TMC11H
No.
Description
P0
1.6.1.2.7 EPU05A-06 or EPU05A-08
Power Cable
P1
1.6.4.2 BBU Power Cable
P2
1.6.1.4.4 Power Cable for the DC
Junction Box in an RFC
P3 to P8
1.6.4.3 RFU Power Cable
P9
1.6.3.1.11 FAN 02E Power Cable/
1.6.3.1.13 FAN02H Power Cable
P10
1.6.3.1.5 FAN 01D Power Cable
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No.
Description
P11
1.6.1.4.3 Power Cable for a Power
Distribution Box
P15 to P17
1.6.1.4.13 Storage Battery Power
Cable
P12
1.6.3.8 Fan Power Cables in an
IBBS200D
P13
1.6.1.1.9 DCDU-12C Power Cable
P14
1.6.1.4.1 Power Cable for a Junction
Box
P18
1.6.1.1.7 DCDU-12A Power Cable
P19
Power Cable Between Cascaded
Power Distribution Boxes.
2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H
The following figure shows the power cable connections for a BTS5900A
configured with 2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H.
Figure 1-4 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS300Ds+1 TMC11H
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The following table describes the power cable connections.
Table 1-129 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS300Ds+1 TMC11H
No.
Description
P0
1.6.1.2.7 EPU05A-06 or EPU05A-08
Power Cable
P1
1.6.4.2 BBU Power Cable
P2
1.6.1.4.4 Power Cable for the DC
Junction Box in an RFC
P3 to P8
1.6.4.3 RFU Power Cable
P9
1.6.3.1.11 FAN 02E Power Cable/
1.6.3.1.13 FAN02H Power Cable
P10
1.6.3.1.5 FAN 01D Power Cable
P11 and P15
1.6.1.4.13 Storage Battery Power
Cable
P12
1.6.3.10 Fan Power Cables in an
IBBS300D
P13
1.6.1.1.9 DCDU-12C Power Cable
P14
1.6.1.4.1 Power Cable for a Junction
Box
P16 and P17
1.6.1.4.6 Power Cables Between
Cascaded DC Junction Boxes in
Different IBBS300Ds/IBBS300Ts/
BBC5300Ds/BBC5300Ts
P18
1.6.1.1.7 DCDU-12A Power Cable
1 RFC+1 APM30H+2 IBBS200Ds+1 TMC11H+15 RRUs
The following figure shows the power cable connections for a BTS5900A
configured with 1 RFC+1 APM30H+2 IBBS200Ds+1 TMC11H+15 RRUs.
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Figure 1-5 Power cable connections for a base station configured with 1 RFC+1
APM30H+2 IBBS200Ds+1 TMC11H+15 RRUs
The following table describes the power cable connections.
Table 1-130 Power cable connections for a base station configured with 1 RFC+1
APM30H+2 IBBS200Ds+1 TMC11H+15 RRUs
No.
Description
P0
1.6.1.2.7 EPU05A-06 or EPU05A-08
Power Cable
P1
1.6.4.2 BBU Power Cable
P2
1.6.1.4.4 Power Cable for the DC
Junction Box in an RFC
P3 to P8
1.6.4.3 RFU Power Cable
P9
1.6.3.1.11 FAN 02E Power Cable/
1.6.3.1.13 FAN02H Power Cable
P10
1.6.3.1.5 FAN 01D Power Cable
P11
1.6.1.4.3 Power Cable for a Power
Distribution Box
P15 to P17
1.6.1.4.13 Storage Battery Power
Cable
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No.
Description
P12
1.6.3.8 Fan Power Cables in an
IBBS200D
P13
1.6.1.1.9 DCDU-12C Power Cable
P14
1.6.1.4.1 Power Cable for a Junction
Box
P18
1.6.1.1.7 DCDU-12A Power Cable
P19
1.6.4.4 RRU Power Cable
P20
1.6.4.10 ODM06D Power Cable
P21
Power Cable Between Cascaded
Power Distribution Boxes
2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H+9 RRUs
The following figure shows the power cable connections for a BTS5900A
configured with 2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H+9 RRUs.
Figure 1-6 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS200Ds+1 TMC11H+9 RRUs
The following table describes the power cable connections.
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Table 1-131 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS200Ds+1 TMC11H+9 RRUs
No.
Description
P0
1.6.1.2.7 EPU05A-06 or EPU05A-08
Power Cable
P1
1.6.4.2 BBU Power Cable
P2
1.6.1.4.4 Power Cable for the DC
Junction Box in an RFC
P3 to P8
1.6.4.3 RFU Power Cable
P9
1.6.3.1.11 FAN 02E Power Cable/
1.6.3.1.13 FAN02H Power Cable
P10
1.6.3.1.5 FAN 01D Power Cable
P11
1.6.1.4.3 Power Cable for a Power
Distribution Box
P15 to P17
1.6.1.4.13 Storage Battery Power
Cable
P12
1.6.3.8 Fan Power Cables in an
IBBS200D
P13
1.6.1.1.9 DCDU-12C Power Cable
P14
1.6.1.4.1 Power Cable for a Junction
Box
P18
1.6.1.1.7 DCDU-12A Power Cable
P19
1.6.4.4 RRU Power Cable
P20
Power Cable Between Cascaded
Power Distribution Boxes
Power Cable Connections in a -48 V DC Input Scenario
2 RFCs+1 TMC11H
The following figure shows the power cable connections for a BTS5900A
configured with 2 RFCs+1 TMC11H in -48 V DC input scenarios.
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Figure 1-7 Power cable connections for a base station configured with 2 RFCs+1
TMC11H
The following table describes the power cable connections.
Table 1-132 Power cable connections for a base station configured with 2 RFCs+1
TMC11H
No.
Description
P0
1.6.1.4.4 Power Cable for the DC
Junction Box in an RFC
P1
1.6.4.2 BBU Power Cable
P2
1.6.1.1.9 DCDU-12C Power Cable
P3 to P8
1.6.4.3 RFU Power Cable
P9
FAN 02E Power Cable/1.6.3.1.13
FAN02H Power Cable
P10
FAN 01D Power Cable
P11
1.6.1.1.7 DCDU-12A Power Cable
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The following figure shows the power cable connections for a BTS5900A
configured with 1 RFC+1 TMC11H+15 RRUs in -48 V DC input scenarios.
Figure 1-8 Power cable connections for a base station configured with 1 RFC+1
TMC11H+15 RRUs
The following table describes the power cable connections.
Table 1-133 Power cable connections for a base station configured with 1 RFC+1
TMC11H+15 RRUs
No.
Description
P0
1.6.1.4.4 Power Cable for the DC
Junction Box in an RFC
P1
1.6.4.2 BBU Power Cable
P2
1.6.1.1.9 DCDU-12C Power Cable
P3 to P8
1.6.4.3 RFU Power Cable
P9
FAN 02E Power Cable/1.6.3.1.13
FAN02H Power Cable
P10
FAN 01D Power Cable
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No.
Description
P11
1.6.1.1.7 DCDU-12A Power Cable
P12
1.6.4.4 RRU Power Cable
P13
1.6.1.1.8 DCDU-12B Power Cable
The following figure shows the power cable connections for a BTS5900A
configured with 2 RFCs+1 TMC11H+9 RRUs in -48 V DC input scenarios.
Figure 1-9 Power cable connections for a base station configured with 2 RFCs+1
TMC11H+9 RRUs
The following table describes the power cable connections.
Table 1-134 Power cable connections for a base station configured with 2 RFCs+1
TMC11H+9 RRUs
No.
Description
P0
1.6.1.4.4 Power Cable for the DC
Junction Box in an RFC
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No.
Description
P1
1.6.4.2 BBU Power Cable
P2
1.6.1.1.9 DCDU-12C Power Cable
P3 to P8
1.6.4.3 RFU Power Cable
P9
FAN 02E Power Cable/1.6.3.1.13
FAN02H Power Cable
P10
FAN 01D Power Cable
P11
1.6.1.1.7 DCDU-12A Power Cable
P12
1.6.4.4 RRU Power Cable
P13
1.6.1.1.8 DCDU-12B Power Cable
1.3.1.4 DBS5900 Power Cable Connections (BBU5900)
This section describes power cable connections in the DBS5900 configured with
different types of cabinets.
1.3.1.4.1 Power Cable Connections in a DBS5900 Using the APM5930(AC)
This section describes the power cable connections in a DBS5900 using the
APM5930(AC).
NOTE
● This section uses the DBS5900 as an example to describe how to configure power cables
for 21 RRUs.
●
When a base station is configured with 1 to 6 RRUs, the EPU provides power for all
RRUs.
●
The seventh to twenty-first RRUs (power consumption per RRU ≤ 800 W) are
powered by three PDU06D-01s. Each PDU06D-01 provides power for a maximum
of 6 RRUs (power consumption per RRU ≤ 800 W).
●
The seventh to fifteenth RRUs (power consumption per RRU ≤ 800 W) are powered
by two PDU06D-01s. The sixteenth to twenty-first RRUs (800 W < power
consumption per RRU ≤ 1200 W) are powered by two EPU02D-02s or one
BDU70-03. Each EPU02D-02 provides power for a maximum of three RRUs (800 W
< power consumption per RRU ≤ 1200 W). Each BDU70-03 provides power for a
maximum of six RRUs (800 W< power consumption per RRU ≤ 1200 W). The
sixteenth to twenty-first RRUs (1200 W < power consumption per RRU ≤ 1400 W)
are powered by three SDU60–02s. Each SDU60–02 provides power for a maximum
of two RRUs (1200 W < power consumption per RRU ≤ 1400 W).
● If a device is not configured at a site, you can ignore the related power cable
connections in the figures.
● BBC5200D and BBC5200T power cable connections are similar. The following uses the
BBC5200D as an example.
● BBC5300D and BBC5300T power cable connections are similar. The following uses the
BBC5300D as an example.
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1 APM5930(AC)+1 APM5930(DC)+2 BBC5200Ds
21 RRUs (power consumption per RRU ≤ 800 W)
The following figure shows the power cable connections in a base station with the
configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200Ds when the power
consumption per RRU is less than or equal to 800 W.
Figure 1-10 Power cable connections (1) in a base station with the configuration
of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200Ds
The following table describes the power cable connections.
Table 1-135 Power cable connections (1) in a base station with the configuration
of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200Ds
No.
Description
P0
EPU05A-11 or EPU05A-12 power
cable
P1
Power cable for a junction box
P2
FAN02G power cable
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No.
Description
P3, P4, and P5
BBU5900 power cable
P6
RRU power cable
P7
DCDU15D power cable
P8
-48 V input power cable
P9
1.6.1.4.3 Power Cable for a Power
Distribution Box
P10
Power cable for a heating film
P11
Power cable between cascaded
storage battery cabinets
P12
-48 V input cascading power cable
15 RRUs (power consumption per RRU ≤ 800 W)+6 RRUs (800 W < power
consumption per RRU ≤ 1200 W)
The following figure shows the power cable connections in a base station
configured with 15 RRUs (power consumption per RRU ≤ 800 W) and 6 RRUs (800
W < power consumption per RRU ≤ 1200 W) when the EPU02D-02 is used.
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Figure 1-11 Power cable connections (2) in a base station with the configuration
of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200Ds
The following table describes the power cable connections.
Table 1-136 Power cable connections (2) in a base station with the configuration
of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200Ds
No.
Description
P0
EPU05A-11/12 power cable
P1
Power cable for a junction box
P2
FAN02G power cable
P3, P4, and P5
BBU5900 power cable
P6
RRU power cable
P7
DCDU15D power cable
P8
-48 V input power cable
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No.
Description
P9
Power cable for a power distribution
box
P10
Power cable for a heating film
P11
Power cable between cascaded
storage battery cabinets
P12
-48 V input cascading power cable
P13
EPU02D-02 power cable/
The following figure shows the power cable connections in a base station
configured with 15 RRUs (power consumption per RRU ≤ 800 W) and 6 RRUs (800
W < power consumption per RRU ≤ 1200 W) when the BDU70-03 is used.
Figure 1-12 Power cable connections (3) in a base station with the configuration
of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200Ds
The following table describes the power cable connections.
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Table 1-137 Power cable connections
No.
Description
P0
EPU05A-11/12 power cable
P1
Power cable for a junction box
P2
FAN02G power cable
P3, P4, and P5
BBU5900 power cable
P6
RRU power cable
P7
DCDU15D power cable
P8
-48 V input power cable
P9
Power cable for a power distribution
box
P10
Power cable for a heating film
P11
Power cable between cascaded
storage battery cabinets
P12
-48 V input cascading power cable
P13
EPU02D-02 power cable
15 RRUs (power consumption per RRU ≤ 800 W)+6 RRUs (1200 W < power
consumption per RRU ≤ 1400 W)
The following figure shows the power cable connections in a base station
configured with 15 RRUs (power consumption per RRU ≤ 800 W) and 6 RRUs
(1200 W < power consumption per RRU ≤ 1400 W) when the SDU60-02 is used.
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Figure 1-13 Power cable connections (4) in a base station with the configuration
of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200Ds
Table 1-137 describes the power cables.
1 APM5930(AC)+1 APM5930(DC)+2 BBC5300Ds
21 RRUs (power consumption per RRU ≤ 800 W)
The following figure shows the power cable connections in a base station with the
configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5300Ds when the power
consumption per RRU is less than or equal to 800 W.
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Figure 1-14 Power cable connections (1) in a base station with the configuration
of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5300Ds
The following table describes the power cable connections.
Table 1-138 Power cable connections (1) in a base station with the configuration
of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5300Ds
No.
Description
P0
EPU05A-11/12 power cable
P1
Power cable for a junction box
P2
FAN02G power cable
P3, P4, and P5
BBU5900 power cable
P6
RRU power cable
P7
DCDU15D power cable
P8
-48 V input power cable
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No.
Description
P9
Power cable for a power distribution
box
P10
Power cable for a heating film
P11
Power cable between cascaded
storage battery cabinets
P12
-48 V input cascading power cable
P13
EPU02D-02 power cable/
15 RRUs (power consumption per RRU ≤ 800 W)+6 RRUs (800 W < power
consumption per RRU ≤ 1200 W)
The following figure shows the power cable connections in a base station
configured with 15 RRUs (power consumption per RRU ≤ 800 W) and 6 RRUs (800
W < power consumption per RRU ≤ 1200 W) when the EPU02D-02 is used.
Figure 1-15 Power cable connections (2) in a base station with the configuration
of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5300Ds
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Figure 1-12 shows the power cable connections in a base station configured with
15 RRUs (power consumption per RRU ≤ 800 W) and 6 RRUs (800 W < power
consumption per RRU ≤ 1200 W) when the BDU70-03 is used. The following table
describes the power cable connections.
Table 1-139 Power cable connections (2) in a base station with the configuration
of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5300Ds
No.
Description
P0
EPU05A-11/12 power cable
P1
Power cable for a junction box
P2
FAN02G power cable
P3, P4, and P5a
BBU5900 power cable
P6
RRU power cable
P7
DCDU15D power cable
P8
-48 V input power cable
P9
Power cable for a power distribution
box
P10
Power cable for a heating film
P11
Power cable between cascaded
storage battery cabinets
P12
-48 V input cascading power cable
P14
EPU02D-02 power cable/
NOTE
a: When a second BBU is installed in the APM5930(DC) on the left side, the BBU power
cable is connected to the EPU in the APM5930(AC) on the right side rather than the DCDU
in the APM5930(DC).
15 RRUs (power consumption per RRU ≤ 800 W)+6 RRUs (1200 W < power
consumption per RRU ≤ 1400 W)
Figure 1-13 shows the power cable connections in a base station configured with
15 RRUs (power consumption per RRU ≤ 800 W) and 6 RRUs (1200 W < power
consumption per RRU ≤ 1400 W) when the SDU60-02 is used. Table 1-139
describes the power cable connections.
1 APM5930(AC)+1 APM5930(DC)+2 BBC5200D-Ls
The following figure shows the power cable connections in a base station with the
configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200D-Ls.
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Figure 1-16 Power cable connections in a base station with the configuration of 1
APM5930(AC)+1 APM5930(DC)+2 BBC5200D-Ls
The following table describes the power cable connections.
Table 1-140 Power cable connections in a base station with the configuration of 1
APM5930(AC)+1 APM5930(DC)+2 BBC5200D-Ls
No.
Description
P0
EPU05A-11/12 power cable
P1
Power cable for a junction box
P2
FAN02G power cable
P3, P4, and P5
BBU5900 power cable
P6
RRU power cable
P7
DCDU15D power cable
P8
-48 V input power cable
P9
Power cable for the power
distribution box in the lithium
battery
P10
Heater power cable
P11
Power cable between cascaded power
distribution boxes
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No.
Description
P12
-48 V input cascading power cable
P13
CMUH power cable
P14
Lithium battery power cable
P15
Lithium battery activation cable
1 APM5930(AC)+1 APM5930(DC)+2 BBC5200T-Ls
The following figure shows the power cable connections for the BBC5200T-L in a
base station with the configuration of 1 APM5930(AC)+1 APM5930(DC)+2
BBC5200T-Ls.
Figure 1-17 Power cable connections for the BBC5200T-L in a base station with
the configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200T-Ls
The following table describes the power cable connections.
Table 1-141 Power cable connections in a base station with the configuration of 1
APM5930(AC)+1 APM5930(DC)+2 BBC5200T-Ls
No.
Description
P0
EPU05A-11/12 power cable
P1
FAN02G power cable
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No.
Description
P2
BBU5900 power cable
P3, P4, and P5
RRU power cable
P6
DCDU15D power cable
P7
Power cable for the power
distribution box in the lithium
battery
P8
-48 V input power cable
P9
CMUH power cable
P10
Power cable between cascaded power
distribution boxes
P11
-48 V input cascading power cable
P12
Air conditioner power cable
P13
Lithium battery power cable
P14
Lithium battery activation cable
1.3.1.4.2 Power Cable Connections in a DBS5900 Using the APM5930(DC)
This section describes the power cable connections in a DBS5900 using the
APM5930(DC).
21 RRUs (power consumption per RRU ≤ 800 W)
The following figure shows the power cable connections when the DBS5900 uses
two APM5930(DC) cabinets and the power consumption per RRU is less than or
equal to 800 W.
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Figure 1-18 Power cable connections (1) in a base station configured with two
APM5930(DC) cabinets
The following table describes the power cable connections.
Table 1-142 Power cable connections (1) in a base station configured with two
APM5930(DC) cabinets
No.
Description
P0
DCDU15D power cable/1.6.1.1.8
DCDU-12B Power Cable
P1 and P4
FAN02G power cable
P2, P3, P5, and P7
BBU5900 power cable
P6
RRU power cable
15 RRUs (power consumption per RRU ≤ 800 W)+6 RRUs (800 W < power
consumption per RRU ≤ 1200 W)
The following figure shows the power cable connections in a base station
configured with 15 RRUs (power consumption per RRU ≤ 800 W) and 6 RRUs (800
W < power consumption per RRU ≤ 1200 W).
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Figure 1-19 Power cable connections (2) in a base station configured with two
APM5930(DC) cabinets
The following table describes the power cable connections.
Table 1-143 Power cable connections (2) in a base station configured with two
APM5930(DC) cabinets
No.
Description
P0
DCDU15D power cable/1.6.1.1.8
DCDU-12B Power Cable
P1 and P4
FAN02G power cable
P2, P3, P7, and P8
BBU5900 power cable
P5
1.6.1.2.10 EPU02D/EPU02D-02/
EPU02B/EPU02S/EPU02S-02 Power
Cable/DCDU16D power cable
P6
RRU power cable
1.3.1.4.3 Power Cable Connections in a DBS5900 Using the APM30H (Ver.E)
This section describes the power cable connections in a DBS5900 using the
APM30H (Ver.E).
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NOTE
● This section uses the distributed base station configured with 21 RRUs as an example to
describe how to configure power cables.
●
When a base station is configured with 1 to 6 RRUs, the EPU provides power for all
RRUs.
●
When a base station is configured with 7 to 15 RRUs, three PDU03D-02 modules
need to be installed in the EPU to provide power for the seventh to fifteenth RRUs.
●
When a base station is configured with 16 to 21 RRUs, one PDU01D-01 needs to
be installed in the EPU to provide power for an ODM, and the ODM then provides
power to the sixteenth to twenty-first RRUs.
● If a device is not configured at a site, you can ignore the related power cable
connections in the figures.
● IBBS200D and IBBS200T power cable connections are similar. The following uses the
IBBS200D as an example.
● IBBS300D and IBBS300T power cable connections are similar. The following uses the
IBBS300D as an example.
1 APM30H+1 TMC11H+2 IBBS200Ds
The following figure shows the power cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 IBBS200Ds.
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Figure 1-20 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 IBBS200Ds
The following table describes the power cable connections.
Table 1-144 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 IBBS200Ds
No.
Description
P0
EPU05A-07/09 power cable
P1
Power cable for a junction box
P2
FAN 02E Power Cable/1.6.3.1.13
FAN02H Power Cable
P3
BBU power cable
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No.
Description
P4
Power cable for a power distribution
box
P5
Fan power cables in an IBBS200D
P6
RRU power cable
P7
DCDU-12C power cable
P8
Power cable for a heating film
P9
ODM power cable
P10
Power cable between cascaded
power distribution boxes
1 APM30H+1 TMC11H+2 IBBS300Ds
The following figure shows the power cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 IBBS300Ds.
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Figure 1-21 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 IBBS300Ds
The following table describes the power cable connections.
Table 1-145 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 IBBS300Ds
No.
Description
P0
EPU05A-07/09 power cable
P1
Power cable for a junction box
P2
FAN 02E Power Cable/1.6.3.1.13
FAN02H Power Cable
P3
BBU power cable
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No.
Description
P4
Power cable for a power distribution
box
P5
Fan power cable in an IBBS300D
P6
RRU power cable
P7
DCDU-12C power cable
P8
Power cable for a heating film
P9
ODM power cable
P10 and P11
Power cable between cascaded DC
junction boxes in different
IBBS300Ds
1 APM30H+1 TMC11H+2 BBC5200D-Ls
The following figure shows the power cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 BBC5200D-Ls.
Figure 1-22 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 BBC5200D-Ls
The following table describes the power cable connections.
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Table 1-146 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 BBC5200D-Ls
No.
Description
P0
EPU05A-07/09 power cable
P1
Power cable for a junction box
P2
FAN 02E power cable/1.6.3.1.13
FAN02H Power Cable
P3
BBU power cable
P4
Power cable for a power distribution
box
P5
1.6.3.9 BBC5200D Fan/BBC5200D-L
Fan/BBC5200T TEC/BBC5200T-L Air
Conditioner Power Cable
P6
RRU power cable
P7
DCDU-12C power cable
P8
1.6.3.7 HAU03A-02 Power Cable
P9
ODM power cable
P10
Power cable between cascaded
power distribution boxes
P11
-48 V cascading power cable
P12
CMUH power cable
P13
Lithium battery power cable
P14
Lithium battery activation cable
P15
1.6.1.4.2 PMU 15A Power Cable
1 APM30H+1 TMC11H+2 BBC5200T-Ls
The following figure shows the power cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 BBC5200T-Ls.
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Figure 1-23 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 BBC5200T-Ls
The following table describes the power cable connections.
Table 1-147 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 BBC5200T-Ls
No.
Description
P0
EPU05A-07/09 power cable
P1
1.6.1.4.2 PMU 15A Power Cable
P2
FAN 02E power cable/1.6.3.1.13
FAN02H Power Cable
P3
BBU power cable
P4
Power cable for a power distribution
box
P5
1.6.3.9 BBC5200D Fan/BBC5200D-L
Fan/BBC5200T TEC/BBC5200T-L Air
Conditioner Power Cable
P6
RRU power cable
P7
DCDU-12C power cable
P8
CMUH power cable
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No.
Description
P9
ODM power cable
P10
Power cable between cascaded
power distribution boxes
P11
-48 V cascading power cable
P12
Air conditioner power cable
P13
Lithium battery power cable
P14
Lithium battery activation cable
1.3.1.4.4 Power Cable Connections in a DBS5900 Using the TMC11H (Ver.E)
This section describes the power cable connections in a DBS5900 using the
TMC11H (Ver.E).
The following figure shows the power cable connections in a base station
configured with one or two TMC11Hs.
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Figure 1-24 Power cables in a base station configured with one or two TMC11Hs
The following table describes the power cable connections.
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Table 1-148 Power cable connections in a base station configured with one or two
TMC11Hs
No.
Description
P1
DCDU-12B power cable
P2
BBU power cable
P3
FAN 02E power cable/1.6.3.1.13
FAN02H Power Cable
P4
RRU power cable
P5
ODM power cable
1.3.1.4.5 Power Cable Connections in a DBS5900 Using the IBC10 (Ver.B)
This section describes the power cable connections in an IBC10 (Ver.B) used by the
DBS5900.
Power Cable Connections in a DC IBC10
The following figure shows the power cable connections in an IBC10 (Ver.B) when
-48 V DC power is supplied.
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Figure 1-25 Power cable connections in a DC IBC10 (Ver.B)
The following table describes the power cables for a DC IBC10 (Ver.B).
Table 1-149 Power cable connections in a DC IBC10 (Ver.B)
No.
Description
P0
DCDU-12C power cable
P1 to P20
BBU5900 power cable
P21 to P24, P27, and P28
USU3910 power cable
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No.
Description
P25 and P26
FAU03D-03 power cable
1.3.1.4.6 Power Cable Connections in a DBS5900 Using the IMB05
This section describes the power cable connections in an IMB05 used by the
DBS5900.
Power Cable Connections in a 220 V AC Scenario
This following figure shows the power cable connections when an AC IMB05 is
used.
Figure 1-26 Power cable connections in an AC IMB05
The following table describes the power cable connections.
Table 1-150 Power cable connections in an AC IMB05
No.
Description
P1
ETP48100-B1 power cable
P2
RRU power cable
P3
BBU power cable
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Power Cable Connections in a -48 V DC Scenario
This following figure shows the power cable connections when a DC IMB05 is
used.
Figure 1-27 Power cable connections in a DC IMB05
The following table describes the power cable connections.
Table 1-151 Power cable connections in a DC IMB05
No.
Description
P0
EPU02D-02 power cable
P1
DCDU-12B power cable
P2
BBU power cable
P3 to P14
RRU power cable
1.3.1.4.7 Power Cable Connections in a DBS5900 Using the ILC29 (Ver.E)
This section describes the power cable connections in an ILC29 (Ver.E) used by the
DBS5900.
This following figure shows the power cable connections in an ILC29 (Ver.E) used
by the DBS5900.
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Figure 1-28 ILC29 (Ver.E) power cable connections
The following table describes the power cable connections.
Table 1-152 ILC29 (Ver.E) power cable connections
No.
Description
P1
DCDU-12B power cable
P2
EPU02D-02 power cable
P3
FAU02D-15 power cable
P4
BBU power cable
P5
RRU power cable
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1.3.1.5 DBS5900 Power Cable Connections (BBU5900A)
This section describes power cable connections in a DBS5900 using a BBU5900A.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
The following figure shows the power cable connections in a base station that is
supplied with AC power and configured with 1 OPM200+1 BBU5900A+6 RRUs.
Figure 1-29 Power cable connections in an AC scenario where 1 OPM200+1
BBU5900A+6 RRUs are configured
The following table describes the power cable connections.
Table 1-153 Power cable connections in a scenario where 1 OPM200+1 BBU5900A
+6 RRUs are configured
No.
Description
P1
1.6.4.2 BBU Power Cable
P2
1.6.4.4 RRU Power Cable
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Power Cable Connections in a -48 V DC Scenario
The following figure shows the power cable connections in a base station that is
supplied with DC power and configured with 1 BBU5900A+6 RRUs.
Figure 1-30 Power cable connections in a DC scenario where 1 BBU5900A+6 RRUs
are configured
The following table describes the power cable connections.
Table 1-154 Power cable connections in a scenario where 1 BBU5900A+6 RRUs
are configured
No.
Description
P1
1.6.4.2 BBU Power Cable
P2
1.6.4.4 RRU Power Cable
1.3.1.6 BTS3900 Power Cable Connections
This section describes power cable connections for the BTS3900 when it is
configured with different types of cabinets.
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1.3.1.6.1 BTS3900 (Ver.B) Power Cable Connections
This section describes the power cable connections in a BTS3900 cabinet supplied
with 110 V AC or 220 V AC, -48 V DC, and +24 V DC power.
Power Cable Connections in 110 V AC or 220 V AC Scenarios
The power supply to the BTS3900 cabinet (AC) can be 110 V AC three-phase, 220
V AC three-phase, and 220 V AC single-phase power. This section uses a cabinet
powered by 220 V AC three-phase power as an example.
The following figure shows the power cable connections in a BTS3900 AC cabinet
(110 V/220 V).
Figure 1-31 Power cable connections in a BTS3900 AC cabinet
The following table describes the power cable connections in a BTS3900 AC
cabinet.
Table 1-155 Power cable connections in a BTS3900 AC cabinet
No.
Description
P1 to P6
For details, see 1.6.4.3 RFU Power Cable.
P7
For details, see 1.6.3.1.1 FAN Power Cable.
P8
For details, see 1.6.4.2 BBU Power Cable.
P11 and P12
For details, see 1.6.1.1.1 DCDU-01 Power Cable.
P13
For details, see 1.6.1.2.15 EPS4890 Power Cable.
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Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections in a BTS3900 DC cabinet
(-48 V).
Figure 1-32 Power cable connections in a BTS3900 DC cabinet (-48 V)
The following table describes the power cable connections in a BTS3900 DC
cabinet (-48 V).
Table 1-156 Power cable connections in a BTS3900 DC cabinet (-48 V)
No.
Description
P1 to P6
For details, see 1.6.4.3 RFU Power Cable.
P7
For details, see 1.6.3.1.1 FAN Power Cable.
P8
For details, see 1.6.4.2 BBU Power Cable.
P11 and P12
For details, see 1.6.1.1.1 DCDU-01 Power Cable.
Power Cable Connections in a +24 V DC Input Scenario
The following figure shows the power cable connections in a BTS3900 DC cabinet
(+24 V).
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Figure 1-33 Power cable connections in a BTS3900 DC cabinet (+24 V)
The following table describes the power cables in a BTS3900 DC cabinet (+24 V).
Table 1-157 Power cable connections in a BTS3900 DC cabinet (+24 V)
No.
Description
P1 to P6
For details, see 1.6.4.3 RFU Power Cable.
P7
For details, see 1.6.3.1.1 FAN Power Cable.
P8
For details, see 1.6.4.2 BBU Power Cable.
P11 and P12
For details, see 1.6.1.1.1 DCDU-01 Power Cable.
P25 to P28
For details, see 1.6.1.2.16 EPS24S48100DC Power
Cable.
Power Cable Connections Between a BTS3900 Cabinet and a PS4890
The following figure shows the power cable connections in a scenario where a
BTS3900 cabinet is stacked on a PS4890.
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Figure 1-34 Power cable connections in a scenario where a BTS3900 cabinet is
stacked on a PS4890
The following figure shows the power cable connections in a scenario where a
BTS3900 cabinet and a PS4890 are installed side by side.
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Figure 1-35 Power cable connections in a scenario where a BTS3900 cabinet and a
PS4890 are installed side by side
The following table describes the power cables between a BTS3900 cabinet and a
PS4890.
Table 1-158 Power cable connections between a BTS3900 cabinet and a PS4890
No.
Description
P1 and P2
For details, see 1.6.1.1.1 DCDU-01 Power Cable.
1.3.1.6.2 BTS3900 (Ver.C) Power Cable Connections
This section describes the BTS3900 power cable connections in 110 V AC, 220 V
AC, and -48 V DC input scenarios.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
The power supply to the BTS3900 cabinet (AC) can be 220 V AC three-phase, 220
V AC single-phase, and 110 V dual-live-wire power. This section uses a cabinet
powered by 220 V AC three-phase power as an example.
The following figure shows the power cable connections in a BTS3900 AC cabinet.
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Figure 1-36 Power cable connections in a BTS3900 AC cabinet
The following table describes the power cable connections in a BTS3900 AC
cabinet.
Table 1-159 Power cable connections in a BTS3900 AC cabinet
No.
Description
P1 to P6
For details, see 1.6.4.3 RFU Power Cable.
P7
For details, see 1.6.3.1.9 FAN 03B Power Cable.
P8 and P9
For details, see 1.6.4.2 BBU Power Cable.
P10 and P11
For details, see 1.6.1.1.4 DCDU-11A Power Cable.
P12 and P13
For details, see 1.6.1.2.18 ETP48150-A3 Power
Cable.
Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections in a BTS3900 DC cabinet
(-48 V).
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Figure 1-37 Power cable connections in a BTS3900 DC cabinet (-48 V)
The following table describes the power cable connections in a BTS3900 DC
cabinet (-48 V).
Table 1-160 Power cable connections in a BTS3900 DC cabinet (-48 V)
No.
Description
P1 to P6
For details, see 1.6.4.3 RFU Power Cable.
P7
For details, see 1.6.3.1.9 FAN 03B Power Cable.
P8 and P9
For details, see 1.6.4.2 BBU Power Cable.
P10 and P11
For details, see 1.6.1.1.4 DCDU-11A Power Cable.
1.3.1.6.3 BTS3900 (Ver.D) Power Cable Connections
This section describes the power cable connections in a BTS3900 cabinet supplied
with 220 V AC and -48 V DC power.
Power Cable Connections in a 220 V AC Scenario
The following figure shows the power cable connections in a BTS3900 configured
with one BTS3900 AC cabinet and supplied with 220 V AC power.
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Figure 1-38 Power cable connections in a BTS3900 configured with one BTS3900
AC cabinet
The following table describes the power cable connections in a BTS3900
configured with one BTS3900 AC cabinet.
Table 1-161 Power cable connections in a BTS3900 configured with one BTS3900
AC cabinet
No.
Description
P1
For details, see EPU05A-02 or EPU05A-04 Power
Cable.
P2 to P7
For details, see 1.6.4.3 RFU Power Cable.
P8
For details, see 1.6.3.1.10 FAN 03C Power Cable.
P9 and P10
For details, see 1.6.4.2 BBU Power Cable.
P11
For details, see DCDU-12A Power Cable.
P12
For details, see DCDU-12B Power Cable.
P13 to P21
For details, see RRU Power Cable.
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The following figure shows the power cable connections in a BTS3900 configured
with one BTS3900 AC cabinet and one IMS06 (for power backup) and supplied
with 220 V AC power.
Figure 1-39 Power cable connections in a BTS3900 configured with 1 BTS3900 AC
cabinet+1 IMS06 (for power backup)
The following table describes the power cable connections in a BTS3900
configured with one BTS3900 AC cabinet and one IMS06 (for power backup).
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Table 1-162 Power cable connections in a BTS3900 configured with 1 BTS3900 AC
cabinet+1 IMS06 (for power backup)
No.
Description
P1
For details, see EPU05A-02 or EPU05A-04 Power
Cable.
P2 to P7
For details, see 1.6.4.3 RFU Power Cable.
P8
For details, see 1.6.3.1.10 FAN 03C Power Cable.
P9 and P10
For details, see 1.6.4.2 BBU Power Cable.
P11
For details, see DCDU-12A Power Cable.
P12
For details, see DCDU-12B Power Cable.
P13 to P21
For details, see RRU Power Cable.
P22 to P24
For details, see Storage Battery Power Cable.
The following figure shows the power cable connections in a BTS3900 configured
with one BTS3900 AC cabinet and one IMS06 (for transmission) and supplied with
220 V AC power.
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Figure 1-40 Power cable connections in a BTS3900 configured with 1 BTS3900 AC
cabinet+1 IMS06 (for transmission)
The following table describes the power cable connections in a BTS3900
configured with one BTS3900 AC cabinet and one IMS06 (for transmission).
Table 1-163 Power cable connections in a BTS3900 configured with 1 BTS3900 AC
cabinet+1 IMS06 (for transmission)
No.
Description
P1
For details, see EPU05A-02 or EPU05A-04 Power
Cable.
P2 to P7
For details, see 1.6.4.3 RFU Power Cable.
P8
For details, see 1.6.3.1.10 FAN 03C Power Cable.
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No.
Description
P9 and P10
For details, see 1.6.4.2 BBU Power Cable.
P11
For details, see DCDU-12A Power Cable.
P12
For details, see DCDU-12B Power Cable.
P13 to P21
For details, see RRU Power Cable.
Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections in a BTS3900 configured
with one BTS3900 DC cabinet and supplied with -48 V DC power.
Figure 1-41 Power cable connections in a BTS3900 configured with one BTS3900
DC cabinet
The following table describes the power cable connections in a BTS3900
configured with one BTS3900 DC cabinet and supplied with -48 V DC power.
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Table 1-164 Power cable connections in a BTS3900 configured with one BTS3900
DC cabinet
No.
Description
P1 to P6
For details, see 1.6.4.3 RFU Power Cable.
P7
For details, see 1.6.3.1.10 FAN 03C Power Cable.
P8 and P9
For details, see 1.6.4.2 BBU Power Cable.
P10 and P11
For details, see 1.6.1.1.7 DCDU-12A Power Cable.
P12 and P13
For details, see DCDU-12B Power Cable.
P14 to P22
For details, see RRU Power Cable.
1.3.1.7 BTS3900L Power Cable Connections
This section describes power cable connections for the BTS3900L when it is
configured with BTS3900L (Ver.C), BTS3900L (Ver.B), and BTS3900L (Ver.D)
cabinets.
1.3.1.7.1 BTS3900L (Ver.B) Power Cable Connections
This section describes power cable connections for a BTS3900L cabinet.
The BTS3900L can work only in -48 V DC power supply scenario. The following
figure shows the power cable connections in a fully configured BTS3900L.
Figure 1-42 BTS3900L power cable connections
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The following table describes the power cables.
Table 1-165 Power cables
No.
Description
P1 to P4
For details, see 1.6.1.1.1 DCDU-01
Power Cable.
P5 to P10
For details, see 1.6.4.3 RFU Power
Cable.
P11
For details, see 1.6.3.1.1 FAN Power
Cable.
P12
For details, see 1.6.4.2 BBU Power
Cable.
P13 and P14
For details, see 1.6.4.9 GATM Power
Cable.
1.3.1.7.2 BTS3900L (Ver.C) Power Cable Connections
This section describes power cable connections for a BTS3900L cabinet.
The BTS3900L can work only in -48 V DC power supply scenario. The following
figure shows the power cable connections in a fully configured BTS3900L.
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Figure 1-43 BTS3900L power cable connections
The following table describes the power cables.
Table 1-166 Power cables
No.
Description
P0 to P5, P10 to P15
For details, see 1.6.4.3 RFU Power
Cable.
P6 to P16
For details, see 1.6.3.1.9 FAN 03B
Power Cable.
P7 and P8
For details, see 1.6.4.2 BBU Power
Cable.
P9
For details, see 1.6.4.9 GATM Power
Cable.
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No.
Description
P17 to P20
For details, see 1.6.1.1.4 DCDU-11A
Power Cable.
1.3.1.7.3 BTS3900L (Ver.D) Power Cable Connections
This section describes power cable connections for a BTS3900L cabinet.
Power Cable Connections in a 220 V AC Scenario
The following figure shows the power cable connections in the 220 V AC scenario,
using the BTS3900L cabinet in full configuration as an example.
Figure 1-44 Power cable connections in a 220 V AC scenario
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The following table describes the power cable connections.
Table 1-167 Power cable connections
No.
Description
P0 to P5, P10 to P15
For details, see 1.6.4.3 RFU Power
Cable.
P6 and P16
For details, see 1.6.3.1.10 FAN 03C
Power Cable.
P7 and P8
For details, see 1.6.4.2 BBU Power
Cable.
P9
For details, see EPU05A-02 Power
Cable.
P17
For details, see 1.6.4.9 GATM Power
Cable.
P18 to P21
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
Power Cable Connections in a -48 V DC Scenario
The following figure shows the power cable connections in the -48 V DC scenario,
using the BTS3900L cabinet in full configuration as an example.
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Figure 1-45 Power cable connections in a -48 V DC scenario
The following table describes the power cable connections.
Table 1-168 Power cable connections
No.
Description
P0 to P5, P10 to P15
For details, see 1.6.4.3 RFU Power
Cable.
P6 and P16
For details, see 1.6.3.1.10 FAN 03C
Power Cable.
P7 and P8
For details, see 1.6.4.2 BBU Power
Cable.
P9
For details, see 1.6.4.9 GATM Power
Cable.
P17 to P20
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
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NOTE
When the BTS3900L cabinet is configured with RFUs and RRUs, the BBU is installed below
the lower DCDU-12A, the DCDU-12B is installed below the BBU, and LOAD0 to LOAD8
ports on the DCDU-12B supply power to nine RRUs.
1.3.1.8 BTS3900A Power Cable Connections
This section describes power cable connections for BTS3900A (Ver.C), BTS3900A
(Ver.B), BTS3900A (Ver.D), BTS3900A (Ver.E), and reused cabinets.
1.3.1.8.1 BTS3900A (Ver.B) Power Cable Connections
This section describes the BTS3900A power cable connections in 110 V AC, 220 V
AC, and -48 V DC input scenarios.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
The following figure shows the power cable connections for a single- or dualmode BTS3900A configured with 1 RFC+1 APM30H+1 IBBS200D+1 TMC11H.
Figure 1-46 Power cable connections for a single- or dual-mode BTS3900A
configured with 1 RFC+1 APM30H+1 IBBS200D+1 TMC11H
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The following table describes the power cables.
Table 1-169 Power cable connections for a single- or dual-mode BTS3900A
configured with 1 RFC+1 APM30H+1 IBBS200D+1 TMC11H
No.
Description
P0
For details, see 1.6.1.2.1 EPS 01A or EPS
01C Power Cable.
P1
For details, see 1.6.4.2 BBU Power Cable.
P2
For details, see 1.6.1.1.1 DCDU-01 Power
Cable.
P3 to P8
For details, see 1.6.4.3 RFU Power Cable.
P9
For details, see 1.6.3.1.6 FAN 02A Power
Cable.
P10
For details, see 1.6.3.1.2 FAN 01A Power
Cable.
P11
For details, see 1.6.1.4.3 Power Cable for
a Power Distribution Box.
P15 to P17
For details, see 1.6.1.4.13 Storage Battery
Power Cable.
P12 and P14
For details, see 1.6.3.8 Fan Power Cables
in an IBBS200D.
P13
For details, see 1.6.1.1.3 DCDU-03C
Power Cable.
P18
For details, see 1.6.3.1.6 FAN 02A Power
Cable.
The following figure shows the power cable connections for a single- or dualmode BTS3900A configured with 2 RFCs+2 APM30Hs+2 IBBS200Ds.
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Figure 1-47 Power cable connections for a single- or dual-mode BTS3900A
configured with 2 RFCs+2 APM30Hs+2 IBBS200Ds
The following table describes the power cables.
Table 1-170 Power cable connections for a single- or dual-mode BTS3900A
configured with 2 RFCs+2 APM30Hs+2 IBBS200Ds
No.
Description
P0
For details, see 1.6.1.2.1 EPS 01A or
EPS 01C Power Cable.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.1.1 DCDU-01
Power Cable.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.6 FAN 02A
Power Cable.
P10
For details, see 1.6.3.1.2 FAN 01A
Power Cable.
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No.
Description
P11, P13
For details, see 1.6.1.4.3 Power Cable
for a Power Distribution Box.
P15 to P18
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P12 and P14
For details, see 1.6.3.8 Fan Power
Cables in an IBBS200D.
The following figure shows the power cable connections for a triple-mode
BTS3900A configured with two BBUs and 2 RFCs+2 APM30Hs+2 IBBS200Ds.
Figure 1-48 Power cable connections for a triple-mode BTS3900A configured with
2 RFCs+2 APM30Hs+2 IBBS200Ds
The following table describes the power cables.
Table 1-171 Power cable connections for a triple-mode BTS3900A configured with
2 RFCs+2 APM30Hs+2 IBBS200Ds
No.
Description
P0
For details, see 1.6.1.2.1 EPS 01A or
EPS 01C Power Cable.
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No.
Description
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.1.1 DCDU-01
Power Cable.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.6 FAN 02A
Power Cable.
P10
For details, see 1.6.3.1.2 FAN 01A
Power Cable.
P11, P13
For details, see 1.6.1.4.3 Power Cable
for a Power Distribution Box.
P15 to P18
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P12 and P14
For details, see 1.6.3.8 Fan Power
Cables in an IBBS200D.
Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections for a single- or dualmode BTS3900A configured with 1 RFC+1 TMC11H in a -48 V DC input scenario.
NOTE
When the BTS3900A is expanded to 2 RFCs+1 TMC11H, the power cable connections in the
second RFC are the same as those in the first RFC.
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Figure 1-49 Power cable connections for a single- or dual-mode BTS3900A
configured with 1 RFC+1 TMC11H
The following table describes the power cables.
Table 1-172 Power cable connections for a single- or dual-mode BTS3900A
configured with 1 RFC+1 TMC11H
No.
Description
P0
For details, see 1.6.1.1.1 DCDU-01
Power Cable.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.1.3 DCDU-03C
Power Cable.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.6 FAN 02A
Power Cable.
P10
For details, see 1.6.3.1.2 FAN 01A
Power Cable.
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The following figure shows the power cable connections for a triple-mode
BTS3900A configured with two BBUs 2 RFCs+2 TMC11Hs.
Figure 1-50 Power cable connections for a triple-mode BTS3900A configured with
2 RFCs+2 TMC11Hs
The following table describes the power cables.
Table 1-173 Power cable connections for a triple-mode BTS3900A configured with
2 RFCs+2 TMC11Hs
No.
Description
P0
For details, see 1.6.1.1.1 DCDU-01
Power Cable.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.1.3 DCDU-03C
Power Cable.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.6 FAN 02A
Power Cable.
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No.
Description
P10
For details, see 1.6.3.1.2 FAN 01A
Power Cable.
1.3.1.8.2 BTS3900A (Ver.C) Power Cable Connections
This section describes the BTS3900A power cable connections in 110 V AC, 220 V
AC, and -48 V DC input scenarios.
Power Cable Connections in 110 V AC or 220 V AC Scenarios
The following figure shows the power cable connections in a BTS3900A configured
with 1 RFC+1 APM30H+1 IBBS200D+1 TMC11H in 110 V AC or 220 V AC input
scenarios.
Figure 1-51 Power cable connections for a base station configured with 1 RFC+1
APM30H+1 IBBS200D+1 TMC11H
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The following table describes the power cable connections.
Table 1-174 Power cable connections for a base station configured with 1 RFC+1
APM30H+1 IBBS200D+1 TMC11H
No.
Description
P0
For details, see 1.6.1.2.3 EPU03A-02
or EPU03A-04 Power Cable.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2 and P19
For details, see 1.6.1.1.4 DCDU-11A
Power Cable.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.7 FAN 02B
Power Cable.
P10
For details, see 1.6.3.1.3 FAN 01B
Power Cable.
P11
For details, see 1.6.1.4.3 Power Cable
for a Power Distribution Box.
P15 to P17
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P12 and P14
For details, see 1.6.3.8 Fan Power
Cables in an IBBS200D.
P13
For details, see 1.6.1.1.6 DCDU-11C
Power Cable.
P18
For details, see 1.6.3.1.3 FAN 01B
Power Cable.
P20
For details, see 1.6.1.4.1 Power Cable
for a Junction Box.
The following figure shows the power cable connections for a BTS3900A
configured with 2 RFCs+2 APM30Hs+2 IBBS200Ds.
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Figure 1-52 Power cable connections for a base station configured with 2 RFCs+2
APM30Hs+2 IBBS200Ds
The following table describes the power cable connections.
Table 1-175 Power cable connections for a base station configured with 2 RFCs+2
APM30Hs+2 IBBS200Ds
No.
Description
P0
For details, see 1.6.1.2.3 EPU03A-02
or EPU03A-04 Power Cable.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2 and P19
For details, see 1.6.1.1.4 DCDU-11A
Power Cable.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.7 FAN 02B
Power Cable.
P10
For details, see 1.6.3.1.3 FAN 01B
Power Cable.
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No.
Description
P11 and P13
For details, see 1.6.1.4.3 Power Cable
for a Power Distribution Box.
P12 and P14
For details, see 1.6.3.8 Fan Power
Cables in an IBBS200D.
P15 to P17
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P18
It is a power cable between the
cascaded fans in a battery cabinet.
P20
For details, see 1.6.1.4.1 Power Cable
for a Junction Box.
Power Cable Connections in a -48 V DC Scenario
The following figure shows the power cable connections for a BTS3900A
configured with 1 RFC+1 TMC11H in -48 V DC input scenarios.
NOTE
When the BTS3900A is expanded to 2 RFCs+1 TMC11H, the power cable connections in the
second RFC are the same as those in the first RFC.
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Figure 1-53 Power cable connections for a base station configured with 1 RFC+1
TMC11H
The following table describes the power cable connections.
Table 1-176 Power cable connections for a base station configured with 1 RFC+1
TMC11H
No.
Description
P0
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.1.6 DCDU-11C
Power Cable.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
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No.
Description
P9
For details, see 1.6.3.1.3 FAN 01B
Power Cable.
P10
For details, see 1.6.3.1.3 FAN 01B
Power Cable.
P11
For details, see 1.6.1.1.4 DCDU-11A
Power Cable.
1.3.1.8.3 BTS3900A (Ver.D) Power Cable Connections
This section describes the BTS3900A power cable connections in 110 V AC, 220 V
AC, and -48 V DC input scenarios. Click the cable numbers in the following figures
to view the connections on both ends of each cable.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
The following figure shows the power cable connections for a BTS3900A
configured with 2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H.
NOTE
The following figure shows the power cable connections for a base station with the preceding
configurations when BBU 1 is installed in the APM30H. When BBU 1 is installed in the TMC11H,
the power cable connections are the same.
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Figure 1-54 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS200Ds+1 TMC11H
The following table describes the power cable connections.
Table 1-177 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS200Ds+1 TMC11H
No.
Description
P0
For details, see 1.6.1.2.5 EPU05A-02
or EPU05A-04 Power Cable.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.8 FAN 02D
Power Cable.
P10
For details, see 1.6.3.1.4 FAN 01C
Power Cable.
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No.
Description
P11
For details, see 1.6.1.4.3 Power Cable
for a Power Distribution Box.
P15 to P17
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P12
For details, see 1.6.3.8 Fan Power
Cables in an IBBS200D.
P13
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P14
For details, see 1.6.1.4.1 Power Cable
for a Junction Box.
P18
For details, see 1.6.3.8 Fan Power
Cables in an IBBS200D.
P19
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
P20
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
The following figure shows the power cable connections for a BTS3900A
configured with 2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H.
NOTE
The following figure shows the power cable connections for a base station with the preceding
configurations when BBU 1 is installed in the APM30H. When BBU 1 is installed in the TMC11H,
the power cable connections are the same.
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Figure 1-55 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS300Ds+1 TMC11H
The following table describes the power cable connections.
Table 1-178 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS300Ds+1 TMC11H
No.
Description
P0
For details, see 1.6.1.2.5 EPU05A-02
or EPU05A-04 Power Cable.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.8 FAN 02D
Power Cable.
P10
For details, see 1.6.3.1.4 FAN 01C
Power Cable.
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No.
Description
P11, P15
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P12
For details, see 1.6.3.10 Fan Power
Cables in an IBBS300D.
P13
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P14
For details, see 1.6.1.4.1 Power Cable
for a Junction Box.
P16, P17
For details, see 1.6.1.4.6 Power Cables
Between Cascaded DC Junction
Boxes in Different IBBS300Ds/
IBBS300Ts/BBC5300Ds/BBC5300Ts.
P18
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
The following figure shows the power cable connections for a BTS3900A
configured with 2 RFCs+1 APM30H+1 IBBS700D+1 TMC11H.
NOTE
The following figure shows the power cable connections for a base station with the preceding
configurations when BBU 1 is installed in the APM30H. When BBU 1 is installed in the TMC11H,
the power cable connections are the same.
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Figure 1-56 Power cable connections for a base station configured with 2 RFCs+1
APM30H+1 IBBS700D+1 TMC11H
The following table describes the power cable connections.
Table 1-179 Power cable connections in a base station configured with 2 RFCs+1
APM30H+1 IBBS700D+1 TMC11H
No.
Description
P0
For details, see 1.6.1.2.5 EPU05A-02
or EPU05A-04 Power Cable
P1
For details, see 1.6.4.2 BBU Power
Cable
P2
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable
P9
For details, see 1.6.3.1.8 FAN 02D
Power Cable
P10
For details, see 1.6.3.1.4 FAN 01C
Power Cable
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No.
Description
P11
For details, see 1.6.1.4.3 Power Cable
for a Power Distribution Box.
P15 to P17
For details, see 1.6.1.4.13 Storage
Battery Power Cable
P12
Power Cable for the Fan in the
IBBS700D
P13
For details, see 1.6.1.1.9 DCDU-12C
Power Cable
P14
For details, see 1.6.1.4.1 Power Cable
for a Junction Box
P18
For details, see 1.6.3.5 Power Cables
for the Temperature Control System
P19
For details, see 1.6.1.1.7 DCDU-12A
Power Cable
P20
For details, see 1.6.2.1 CMUEA Power
Cable
P21
For details, see 1.6.3.6 HAU01A-01
Power Cable
The following figure shows the power cable connections for a BTS3900A
configured with 1 RFC+1 APM30H+2 IBBS200Ds+1 TMC11H+9 RRUs.
NOTE
The following figure shows the power cable connections for a base station with the preceding
configurations when BBU 1 is installed in the APM30H. When BBU 1 is installed in the TMC11H,
the power cable connections are the same.
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Figure 1-57 Power cable connections for a base station configured with 1 RFC+1
APM30H+2 IBBS200Ds+1 TMC11H+9 RRUs
The following table describes the power cable connections.
Table 1-180 Power cable connections for a base station configured with 1 RFC+1
APM30H+2 IBBS200Ds+1 TMC11H+9 RRUs
No.
Description
P0
For details, see 1.6.1.2.5 EPU05A-02
or EPU05A-04 Power Cable.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.8 FAN 02D
Power Cable.
P10
For details, see 1.6.3.1.4 FAN 01C
Power Cable.
P11
For details, see 1.6.1.4.3 Power Cable
for a Power Distribution Box.
P15 to P17
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P12
For details, see 1.6.3.8 Fan Power
Cables in an IBBS200D.
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No.
Description
P13
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P14
For details, see 1.6.1.4.1 Power Cable
for a Junction Box.
P18
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
P19
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P20
For details, see 1.6.3.8 Fan Power
Cables in an IBBS200D.
P21 to P29
For details, see 1.6.4.4 RRU Power
Cable.
P30
For details, see 1.6.1.1.8 DCDU-12B
Power Cable.
Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections for a BTS3900A
configured with 2 RFCs+1 TMC11H in a -48 V DC input scenario.
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Figure 1-58 Power cable connections for a base station configured with 2 RFCs+1
TMC11H
The following table describes the power cable connections.
Table 1-181 Power cable connections for a base station configured with 2 RFCs+1
TMC11H
No.
Description
P0
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.8 FAN 02D
Power Cable.
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No.
Description
P10
For details, see 1.6.3.1.4 FAN 01C
Power Cable.
P11
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
The following figure shows the power cable connections for a BTS3900A
configured with 1 RFC+1 TMC11H+9 RRUs in a -48 V DC input scenario.
Figure 1-59 Power cable connections for a base station configured with 1 RFC+1
TMC11H+9 RRUs
The following table describes the power cable connections.
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Table 1-182 Power cable connections in a base station configured with 1 RFC+1
TMC11H+9 RRUs
No.
Description
P0
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.8 FAN 02D
Power Cable.
P10
For details, see 1.6.3.1.4 FAN 01C
Power Cable.
P11
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
P12 to P20
For details, see 1.6.4.4 RRU Power
Cable.
P21
For details, see 1.6.1.1.8 DCDU-12B
Power Cable.
1.3.1.8.4 BTS3900A (Ver.E) Power Cable Connections
This section describes the BTS3900A power cable connections in 110 V AC, 220 V
AC, and -48 V DC input scenarios. Click the cable numbers in the following figures
to view the connections on both ends of each cable.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
● This section describes the power cable connections in a scenario where BBU 1 is
installed in an APM30H. When BBU 1 is installed in the TMC11H, the power cable
connections are the same.
● If a device is not configured at a site, you can ignore the related power cable
connections in the figures.
● The power cable connections of an IBBS200D are the same as those of an IBBS200T.
This section uses the IBBS200D as an example.
● The power cable connections of an IBBS300D are the same as those of an IBBS300T.
This section uses an IBBS300D as an example.
2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H
The following figure shows the power cable connections for a BTS3900A
configured with 2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H.
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Figure 1-60 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS200Ds+1 TMC11H
The following table describes the power cable connections.
Table 1-183 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS200Ds+1 TMC11H
No.
Description
P0
For details, see 1.6.1.2.7 EPU05A-06
or EPU05A-08 Power Cable.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.11 FAN 02E
Power Cable/1.6.3.1.13 FAN02H
Power Cable.
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No.
Description
P10
For details, see 1.6.3.1.5 FAN 01D
Power Cable.
P11
For details, see 1.6.1.4.3 Power Cable
for a Power Distribution Box.
P15 to P17
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P12
For details, see 1.6.3.8 Fan Power
Cables in an IBBS200D.
P13
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P14
For details, see 1.6.1.4.1 Power Cable
for a Junction Box.
P18
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
P19
For details, see Power Cable Between
Cascaded Power Distribution Boxes.
2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H
The following figure shows the power cable connections for a BTS3900A
configured with 2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H.
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Figure 1-61 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS300Ds+1 TMC11H
The following table describes the power cable connections.
Table 1-184 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS300Ds+1 TMC11H
No.
Description
P0
For details, see 1.6.1.2.7 EPU05A-06
or EPU05A-08 Power Cable.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.11 FAN 02E
Power Cable/1.6.3.1.13 FAN02H
Power Cable.
P10
For details, see 1.6.3.1.5 FAN 01D
Power Cable.
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No.
Description
P11 and P15
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P12
For details, see 1.6.3.10 Fan Power
Cables in an IBBS300D.
P13
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P14
For details, see 1.6.1.4.1 Power Cable
for a Junction Box.
P16, P17
For details, see 1.6.1.4.6 Power Cables
Between Cascaded DC Junction
Boxes in Different IBBS300Ds/
IBBS300Ts/BBC5300Ds/BBC5300Ts.
P18
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
1 RFC+1 APM30H+2 IBBS200Ds+1 TMC11H+15 RRUs
The following figure shows the power cable connections for a BTS3900A
configured with 1 RFC+1 APM30H+2 IBBS200Ds+1 TMC11H+15 RRUs.
Figure 1-62 Power cable connections for a base station configured with 1 RFC+1
APM30H+2 IBBS200Ds+1 TMC11H+15 RRUs
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The following table describes the power cable connections.
Table 1-185 Power cable connections for a base station configured with 1 RFC+1
APM30H+2 IBBS200Ds+1 TMC11H+15 RRUs
No.
Description
P0
For details, see 1.6.1.2.7 EPU05A-06
or EPU05A-08 Power Cable.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.11 FAN 02E
Power Cable/1.6.3.1.13 FAN02H
Power Cable.
P10
For details, see 1.6.3.1.5 FAN 01D
Power Cable.
P11
For details, see 1.6.1.4.3 Power Cable
for a Power Distribution Box.
P15 to P17
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P12
For details, see 1.6.3.8 Fan Power
Cables in an IBBS200D.
P13
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P14
For details, see 1.6.1.4.1 Power Cable
for a Junction Box.
P18
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
P19
For details, see 1.6.4.4 RRU Power
Cable.
P20
For details, see 1.6.4.10 ODM06D
Power Cable.
P21
For details, see Power Cable Between
Cascaded Power Distribution Boxes.
2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H+9 RRUs
The following figure shows the power cable connections for a BTS3900A
configured with 2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H+9 RRUs.
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Figure 1-63 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS200Ds+1 TMC11H+9 RRUs
The following table describes the power cable connections.
Table 1-186 Power cable connections for a base station configured with 2 RFCs+1
APM30H+2 IBBS200Ds+1 TMC11H+9 RRUs
No.
Description
P0
For details, see 1.6.1.2.7 EPU05A-06
or EPU05A-08 Power Cable.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see 1.6.3.1.11 FAN 02E
Power Cable/1.6.3.1.13 FAN02H
Power Cable.
P10
For details, see 1.6.3.1.5 FAN 01D
Power Cable.
P11
For details, see 1.6.1.4.3 Power Cable
for a Power Distribution Box.
P15 to P17
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
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No.
Description
P12
For details, see 1.6.3.8 Fan Power
Cables in an IBBS200D.
P13
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P14
For details, see 1.6.1.4.1 Power Cable
for a Junction Box.
P18
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
P19
For details, see 1.6.4.4 RRU Power
Cable.
P20
For details, see Power Cable Between
Cascaded Power Distribution Boxes.
Power Cable Connections in a -48 V DC Input Scenario
2 RFCs+1 TMC11H
The following figure shows the power cable connections for a BTS3900A
configured with 2 RFCs+1 TMC11H in a -48 V DC input scenario.
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Figure 1-64 Power cable connections for a base station configured with 2 RFCs+1
TMC11H
The following table describes the power cable connections.
Table 1-187 Power cable connections for a base station configured with 2 RFCs+1
TMC11H
No.
Description
P0
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see FAN 02E Power Cable/
1.6.3.1.13 FAN02H Power Cable.
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No.
Description
P10
For details, see FAN 01D Power Cable.
P11
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
The following figure shows the power cable connections for a BTS3900A
configured with 1 RFC+1 TMC11H+15 RRUs in a -48 V DC input scenario.
Figure 1-65 Power cable connections for a base station configured with 1 RFC+1
TMC11H+15 RRUs
The following table describes the power cable connections.
Table 1-188 Power cable connections for a base station configured with 1 RFC+1
TMC11H+15 RRUs
No.
Description
P0
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC.
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No.
Description
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see FAN 02E Power Cable/
1.6.3.1.13 FAN02H Power Cable.
P10
For details, see FAN 01D Power Cable.
P11
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
P12
For details, see 1.6.4.4 RRU Power
Cable.
P13
For details, see 1.6.1.1.8 DCDU-12B
Power Cable.
The following figure shows the power cable connections for a BTS3900A
configured with 2 RFCs+1 TMC11H+9 RRUs in a -48 V DC input scenario.
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Figure 1-66 Power cable connections for a base station configured with 2 RFCs+1
TMC11H+9 RRUs
The following table describes the power cable connections.
Table 1-189 Power cable connections for a base station configured with 2 RFCs+1
TMC11H+9 RRUs
No.
Description
P0
For details, see 1.6.1.4.4 Power Cable
for the DC Junction Box in an RFC.
P1
For details, see 1.6.4.2 BBU Power
Cable.
P2
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P3 to P8
For details, see 1.6.4.3 RFU Power
Cable.
P9
For details, see FAN 02E Power Cable/
1.6.3.1.13 FAN02H Power Cable.
P10
For details, see FAN 01D Power Cable.
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No.
Description
P11
For details, see 1.6.1.1.7 DCDU-12A
Power Cable.
P12
For details, see 1.6.4.4 RRU Power
Cable.
P13
For details, see 1.6.1.1.8 DCDU-12B
Power Cable.
1.3.1.8.5 BTS3900A (Ver.D_A2) Power Cable Connections
This section describes the power cable connections in a BTS3900A supplied with
110 V AC, 220 V AC, and -48 V DC power to facilitate power cable installation and
maintenance.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
When a BTS3900A is supplied with 110 V AC or 220 V AC power, 1 APM30H+1
TMC11H+1 IBBS200T+2 RFCs are configured. The following figure shows the
power cable connections.
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Figure 1-67 Power cable connections in a base station configured with 1 APM30H
+1 TMC11H+1 IBBS200T+2 RFCs
The following table describes the power cable connections.
Table 1-190 Power cable connections in a base station configured with 1 APM30H
+1 TMC11H+1 IBBS200T+2 RFCs
No.
Description
P0
Input power cable for the transfer
terminal
P1
Input power cable for the APM30H
P2 and P9
CMUEA power cable
P3 and P16 to P18
Power cable for the storage battery
cabinet
P4
Input power cable for the RFC
P5
BBU power cable
P6
EMUA or EMUB power cable
P7
Input power cable for the TMC11H
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No.
Description
P8
Power cable between cascaded
DCDU-13As
P10 to P15
RFU power cable
Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections in a BTS3900A configured
with 1 TMC11H+2 RFCs in a -48 V DC input scenario.
Figure 1-68 Power cable connections in a base station configured with 1 TMC11H
+2 RFCs
The following table describes the power cable connections.
Table 1-191 Power cable connections in a base station configured with 1 TMC11H
+2 RFCs
No.
Description
P0
Input power cable for the TMC11H
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No.
Description
P1 and P5
CMUEA power cable
P2
BBU power cable
P3
EMUA or EMUB power cable
P4
Input power cable for the RFC
P6 to P11
RFU power cable
1.3.1.8.6 BTS3900A (Ver.D_A1) Power Cable Connections
This section describes the power cable connections in a BTS3900A supplied with
110 V AC, 220 V AC, and -48 V DC power to facilitate power cable installation and
maintenance.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
When a BTS3900A is supplied with 110 V AC or 220 V AC power, 1 APM30+1 TMC
+1 BBC+2 RFCs are configured. The following figure shows the power cable
connections.
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Figure 1-69 Power cable connections in a base station configured with 1
APM30+1 TMC+1 BBC+2 RFCs
The following table describes the power cable connections.
Table 1-192 Power cable connections in a base station configured with 1
APM30+1 TMC+1 BBC+2 RFCs
No.
Description
P1
Input power cables for the APM30
P2 and P9
CMUEA power cable
P3 and P16 to P18
Power cable for the storage battery cabinet
P4
Input power cable for the RFC
P5
BBU power cable
P6
EMUA or EMUB power cable
P7
Input power cable for the TMC
P8
Power cable between cascaded DCDU-13As
P10 to P15
RFU power cable
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Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections in a BTS3900A configured
with 1 TMC+2 RFCs in a -48 V DC input scenario.
Figure 1-70 Power cable connections in a base station configured with 1 TMC+2
RFCs
The following table describes the power cable connections.
Table 1-193 Power cable connections in a base station configured with 1 TMC+2
RFCs
No.
Description
P0
Input power cable for the TMC
P1 and P5
CMUEA power cable
P2
BBU power cable
P3
EMUA or EMUB power cable
P4
Input power cable for the RFC
P6 to P11
RFU power cable
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1.3.1.8.7 BTS3900A (Ver.E_A2) Power Cable Connections
This section describes the power cable connections in a BTS3900A (Ver.E_A2) that
is supplied with 110 V AC, 220 V AC, or -48 V DC power to facilitate power cable
installation and maintenance.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
When being supplied with 110 V AC or 220 V AC power, a BTS3900A can be
optionally configured with 1 APM30H+1 TMC11H+1 IBBS200T+2 RFCs. The power
cable connections in this scenario are shown in the following figure.
Figure 1-71 Power cable connections in a base station configured with 1 APM30H
+1 TMC11H+1 IBBS200T+2 RFCs
The following table lists the power cable connections in a base station configured
with 1 APM30H+1 TMC11H+1 IBBS200T+2 RFCs.
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Table 1-194 Power cable connections in a base station configured with 1 APM30H
+1 TMC11H+1 IBBS200T+2 RFCs
No.
Description
P1
Input power cable for the APM30H
P2
Power cable for the fan assembly in
the APM30H
P3 and P17
BBU power cable
P4
Input power cable for the TMC11H
P5
Power cable for the IBBS200T
P6
TEC power cable in the IBBS200T
P7
Input power cable for the RFC
P8
EMUA or EMUB power cable
P9 to P14
RFU power cable
P15
Power cable between cascaded
DCDU-13As
P16
Power cable for the fan assembly in
the TMC11H
P19 and P20
Power cable for storage batteries
P21
Power transfer cable for the TEC in the
front door
Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections in a BTS3900A configured
with 1 TMC11H+2 RFCs in a -48 V DC input scenario.
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Figure 1-72 Power cable connections in a base station configured with 1 TMC11H
+2 RFCs
The following table lists the power cable connections in a base station configured
with 1 TMC11H+2 RFCs.
Table 1-195 Power cable connections in a base station configured with 1 TMC11H
+2 RFCs
No.
Description
P1
Input power cable for the TMC11H
P2
RFC power cable
P3
Power cable for the fan assembly in
the TMC11H
P4
EMUA or EMUB power cable
P5
BBU power cable
P6 to P11
RFU power cable
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1.3.1.8.8 BTS3900A (Ver.E_A1) Power Cable Connections
This section describes the power cable connections in a BTS3900A (Ver.E_A1) that
is supplied with 110 V AC, 220 V AC, or -48 V DC power to facilitate power cable
installation and maintenance.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
When being supplied with 110 V AC or 220 V AC power, a BTS3900A can be
optionally configured with 1 APM30+1 TMC+1 BBC+2 RFCs. The power cable
connections in this scenario are shown in the following figure.
Figure 1-73 Power cable connections in a base station configured with 1
APM30+1 TMC+1 BBC+2 RFCs
The following figure shows the power cable connections in a base station
configured with 1 APM30+1 TMC+1 BBC+2 RFCs.
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Table 1-196 Power cable connections in a base station configured with 1
APM30+1 TMC+1 BBC+2 RFCs
No.
Description
P1
Input power cable for the APM30
P2
Power cable with an 8-pin transfer
terminal
P3
Power cable for an AC heater
P4
EMUA or EMUB power cable
P5
Input power cable for the TMC
P6 and P23
BBU power cable
P7 and P22
CMUH power cable
P8
Power cable for the storage battery
cabinet
P9
Input power cable for the RFC
P10
Power cable between cascaded
DCDU-13As
P11 to P16
RFU power cable
P17 to P20
Power cable for storage batteries
P21
Power cable for the heating film of
storage batteries
Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections in a BTS3900A configured
with 1 TMC+2 RFCs in a -48 V DC input scenario.
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Figure 1-74 Power cable connections in a base station configured with 1 TMC+2
RFCs
The following table lists the power cable connections in a base station configured
with 1 TMC+2 RFCs.
Table 1-197 Power cable connections in a base station configured with 1 TMC+2
RFCs
No.
Description
P1
Input power cable for the TMC
P2
Input power cable for the RFC
P3
CMUH power cable
P4
BBU power cable
P5
EMUA or EMUB power cable
P6 to P11
RFU power cable
1.3.1.9 BTS3900AL Power Cable Connections
This section describes power cable connections for a BTS3900AL cabinet.
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1.3.1.9.1 BTS3900AL (Ver.A) Power Cable Connections
This section describes the power cable connections in a BTS3900AL supplied with
-48 V DC power and 110 V AC or 220 V AC power.
The following figure shows the power cable connections for a BTS3900AL
configured with one BTS3900AL DC cabinet and supplied with -48 V DC power.
Figure 1-75 Power cable connections (1)
The following table describes the power cable connections.
Table 1-198 Power cable connections (1)
No.
Description
P0
For details, see 1.6.2.2 CMUF Power
Cable.
P1 to P4
For details, see 1.6.4.2 BBU Power
Cable.
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No.
Description
P5
For details, see 1.6.2.4 CCU Power
Cable.
P6 and P7
For details, see 1.6.3.6 HAU01A-01
Power Cable.
P8 and P9
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P10
For details, see 1.6.1.4.5 Power Cable
for the DC Junction Box in a
BTS3900AL.
P11, P12, and P13(1)
For details, see 1.6.1.3.3 PDU03D-01
Power Cable.
P14 to P22
For details, see 1.6.4.3 RFU Power
Cable.
P23
For details, see 1.6.3.1.16 FAU03D-01
Power Cable.
NOTE
(1) If a base station is configured with RFUs but without RRUs, two input power cables are
used in the BTS3900AL DC cabinet. If a base station is configured with RFUs and RRUs,
three input power cables are used in the BTS3900AL DC cabinet.
The following figure shows the power cable connections for a BTS3900AL site
configured with 1 BTS3900AL AC+1 BTS3900AL DC+1 TMC11H (Ver.D) and
supplied with 110 V AC or 220 V AC power.
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Figure 1-76 Power cable connections (2)
The following table describes the power cable connections.
Table 1-199 Power cable connections (2)
No.
Description
P0
For details, see 1.6.1.3.2 PDU05A-01
Power Cable.
P1 to P4
For details, see 1.6.4.2 BBU Power
Cable.
P5
For details, see 1.6.2.4 CCU Power
Cable.
P6
For details, see 1.6.2.2 CMUF Power
Cable.
P7, P16, and P17
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P8
For details, see 1.6.1.2.17 ETP48400
Power Cable.
P9 and P11
For details, see 1.6.1.3.3 PDU03D-01
Power Cable.
P10
For details, see 1.6.1.1.6 DCDU-11C
Power Cable.
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No.
Description
P12 and P15
For details, see 1.6.1.4.1 Power Cable
for a Junction Box.
P13 and P14
For details, see 1.6.3.6 HAU01A-01
Power Cable.
P18 to P26
For details, see 1.6.4.3 RFU Power
Cable.
P27
For details, see 1.6.3.1.16 FAU03D-01
Power Cable.
P28 to P30
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P31
For details, see 1.6.1.4.5 Power Cable
for the DC Junction Box in a
BTS3900AL.
The following figure shows the power cable connections for a BTS3900AL site
configured with 1 BTS3900AL AC+1 BTS3900AL DC+1 IBBS700D and supplied with
110 V AC or 220 V AC power. When an IBBS700T instead of an IBBS700D is used,
the power cable connections are the same.
Figure 1-77 Power cable connections (3)
The following table describes the power cable connections.
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Table 1-200 Power cable connections (3)
No.
Description
P0
For details, see 1.6.1.3.2 PDU05A-01
Power Cable.
P1 to P4
For details, see 1.6.4.2 BBU Power
Cable.
P5
For details, see 1.6.2.4 CCU Power
Cable.
P6
For details, see 1.6.2.2 CMUF Power
Cable.
P7, P9, and P10
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P8
For details, see 1.6.1.2.17 ETP48400
Power Cable.
P35 and P11
For details, see 1.6.1.3.3 PDU03D-01
Power Cable.
P12, P13, and P16
For details, see 1.6.1.4.1 Power Cable
for a Junction Box.
P14 and P15
For details, see 1.6.3.6 HAU01A-01
Power Cable.
P17 to P25
For details, see 1.6.4.3 RFU Power
Cable.
P26
For details, see 1.6.3.1.16 FAU03D-01
Power Cable.
P27 to P30
For details, see 1.6.1.4.3 Power Cable
for a Power Distribution Box.
P31 to P33
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P34
For details, see 1.6.3.5 Power Cables
for the Temperature Control System.
P36
For details, see 1.6.1.4.5 Power Cable
for the DC Junction Box in a
BTS3900AL.
The following figure shows the power cable connections for a BTS3900AL site
configured with 1 BTS3900AL AC+1 BTS3900AL DC+2 IBBS300Ds and supplied
with 110 V AC or 220 V AC power. When an IBBS300T instead of an IBBS300D is
used, the power cable connections are the same.
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Figure 1-78 Power cable connections (3)
The following table describes the power cable connections.
Table 1-201 Power cable connections (3)
No.
Description
P0
For details, see 1.6.1.3.2 PDU05A-01
Power Cable.
P1 to P4
For details, see 1.6.4.2 BBU Power
Cable.
P5
For details, see 1.6.2.4 CCU Power
Cable.
P6
For details, see 1.6.2.2 CMUF Power
Cable.
P7, P9, and P10
For details, see 1.6.1.1.9 DCDU-12C
Power Cable.
P8
For details, see 1.6.1.2.17 ETP48400
Power Cable.
P35 and P11
For details, see 1.6.1.3.3 PDU03D-01
Power Cable.
P12, P13, and P16
For details, see 1.6.1.4.1 Power Cable
for a Junction Box.
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No.
Description
P14 and P15
For details, see 1.6.3.6 HAU01A-01
Power Cable.
P17 to P25
For details, see 1.6.4.3 RFU Power
Cable.
P26
For details, see 1.6.3.1.16 FAU03D-01
Power Cable.
P27 to P30
For details, see Power cables for the
battery cabinet.
P31 and P32
For details, see 1.6.1.4.13 Storage
Battery Power Cable.
P33
For details, see 1.6.1.4.6 Power Cables
Between Cascaded DC Junction
Boxes in Different IBBS300Ds/
IBBS300Ts/BBC5300Ds/BBC5300Ts.
P34
For details, see 1.6.3.10 Fan Power
Cables in an IBBS300D.
P36
For details, see 1.6.1.4.5 Power Cable
for the DC Junction Box in a
BTS3900AL.
1.3.1.10 DBS3900 Power Cable Connections (BBU3900 & BBU3910)
This section describes power cable connections in the DBS3900 configured with
different types of cabinets in which a BBU3900 or BBU3910 is used.
1.3.1.10.1 Power Cable Connections in a DBS3900 Using the MRE1000
This section describes the power cable connections in an MRE1000 used by a
DBS3900.
Power Cable Connections in an MRE1000 BVDC Cabinet
When an MRE1000 is configured with a BDU65-03, the power cables are used to
provide power for Book RRUs. The power cable connections in this scenario are
shown in the following figure.
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Figure 1-79 Power cable connections in an MRE1000 configured with a BDU65-03
The following table describes the power cable connections.
Table 1-202 Power cable connections in an MRE1000 configured with a BDU65-03
No.
Description
P1
1.6.3.1.18 FAU01D-05 Power Cable
P2
1.6.3.2 Transfer Power Cable for the
Fan Assembly
P3 and P4
1.6.4.2 BBU Power Cable
P5 and P6
EPU03A-21 Input Power Cable (Input
from Batteries).
P7
1.6.3.3 Power Cable for an AC Heater
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No.
Description
P8
1.6.3.6 HAU01A-01 Power Cable
P9 and P10
EPU03A-21 Input Power Cable (Input
from External Power Supply)
P11
1.6.4.5 SOU Power Cable
P12 and P13
1.6.1.4.13 Storage Battery Power
Cable
P14
1.6.4.8 Power Cable for the AC
Power Distribution Box in the
MRE1000
P15~P22
ODM03H-01 power cable
Power Cable Connections in an MRE1000 225-400 V DC cabinet
When an MRE1000 225-400 V DC cabinet is configured with an HSU (C2800G51),
a PDU08H-01 is required to supply power for the Easy Macro. The power cable
connections in this scenario are shown in the following figure.
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Figure 1-80 Power cable connections in an MRE1000 225-400 V DC cabinet
The following table describes the power cable connections.
Table 1-203 Power cable connections in an MRE1000 225-400 V DC cabinet
No.
Description
P1
1.6.3.1.18 FAU01D-05 Power Cable
P2
1.6.3.2 Transfer Power Cable for the
Fan Assembly
P3 and P4
1.6.4.2 BBU Power Cable
P5 and P6
EPU03A-21 Input Power Cable (Input
from Batteries).
P7
1.8.1.11 HSMU Monitoring Signal
Cable for the PDU08H-01
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No.
Description
P8
1.6.3.3 Power Cable for an AC Heater
P9
1.6.3.6 HAU01A-01 Power Cable
P10 and P11
EPU03A-21 Input Power Cable (Input
from External Power Supply).
P12 to P14
1.6.1.3.4 PDU08H-01 Power Cable
P15
1.6.4.5 SOU Power Cable
P16 and P17
1.6.1.4.13 Storage Battery Power
Cable
P18
1.6.4.8 Power Cable for the AC
Power Distribution Box in the
MRE1000
P19~P26
ODM03H-02 power cable
1.3.1.10.2 Power Cable Connections in a DBS3900 Using the APM30H (Ver.E)
This section describes the power cable connections in a DBS3900 using the
APM30H (Ver.E).
NOTE
● This section uses the distributed base station configured with 21 RRUs as an example to
describe how to configure power cables.
●
When a base station is configured with 1 to 6 RRUs, the EPU provides power for all
RRUs.
●
When a base station is configured with 7 to 15 RRUs, three PDU03D-02 modules
need to be installed in the EPU to provide power for the seventh to fifteenth RRUs.
●
When a base station is configured with 16 to 21 RRUs, one PDU01D-01 needs to
be installed in the EPU to provide power for an ODM, and the ODM then provides
power to the sixteenth to twenty-first RRUs.
● If a device is not configured at a site, you can ignore the related power cable
connections in the figures.
● IBBS200D and IBBS200T power cable connections are similar. The following uses the
IBBS200D as an example.
● IBBS300D and IBBS300T power cable connections are similar. The following uses the
IBBS300D as an example.
1 APM30H+1 TMC11H+2 IBBS200Ds
The following figure shows the power cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 IBBS200Ds.
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Figure 1-81 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 IBBS200Ds
The following table describes the power cable connections.
Table 1-204 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 IBBS200Ds
No.
Cable Description
P0
EPU05A-07 or EPU05A-09 Power
Cable
P1
Power Cable for a Junction Box
P2
FAN 02E Power Cable/FAN02H
Power Cable
P3
BBU Power Cable
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No.
Cable Description
P4
Power Cable for a Power
Distribution Box
P5
Fan Power Cable in an IBBS200D
P6
RRU Power Cable
P7
DCDU-12C Power Cable
P8
Power Cable for a Heating Film
P9
ODM Power Cable
P10
Power Cable Between Cascaded
Power Distribution Boxes
1 APM30H+1 TMC11H+2 IBBS300Ds
The following figure shows the power cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 IBBS300Ds.
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Figure 1-82 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 IBBS300Ds
The following table describes the power cable connections.
Table 1-205 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 IBBS300Ds
No.
Description
P0
EPU05A-07 or EPU05A-09 Power
Cable
P1
Power Cable for a Junction Box
P2
FAN 02E Power Cable/FAN02H
Power Cable
P3
BBU Power Cable
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No.
Description
P4
Power Cable for a Power
Distribution Box
P5
Fan Power Cable in an IBBS300D
P6
RRU Power Cable
P7
DCDU-12C Power Cable
P8
Power Cable for a Heating Film
P9
ODM Power Cable
P10, P11
Power Cable Between Cascaded DC
Junction Boxes in Different
IBBS300Ds
1 APM30H+1 TMC11H+2 BBC5200D-Ls
The following figure shows the power cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 BBC5200D-Ls.
Figure 1-83 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 BBC5200D-Ls
The following table describes the power cable connections.
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Table 1-206 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 BBC5200D-Ls
No.
Description
P0
EPU05A-07/09 power cable
P1
Power cable for a junction box
P2
FAN 02E power cable/1.6.3.1.13
FAN02H Power Cable
P3
BBU power cable
P4
Power cable for a power distribution
box
P5
1.6.3.9 BBC5200D Fan/BBC5200D-L
Fan/BBC5200T TEC/BBC5200T-L Air
Conditioner Power Cable
P6
RRU power cable
P7
DCDU-12C power cable
P8
1.6.3.7 HAU03A-02 Power Cable
P9
ODM power cable
P10
Power cable between cascaded
power distribution boxes
P11
-48 V cascading power cable
P12
CMUH power cable
P13
Lithium battery power cable
P14
Lithium battery activation cable
P15
1.6.1.4.2 PMU 15A Power Cable
1 APM30H+1 TMC11H+2 BBC5200T-Ls
The following figure shows the power cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 BBC5200T-Ls.
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Figure 1-84 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 BBC5200T-Ls
The following table describes the power cable connections.
Table 1-207 Power cable connections in a base station with the configuration of 1
APM30H+1 TMC11H+2 BBC5200T-Ls
No.
Description
P0
EPU05A-07/09 power cable
P1
1.6.1.4.2 PMU 15A Power Cable
P2
FAN 02E power cable/1.6.3.1.13
FAN02H Power Cable
P3
BBU power cable
P4
Power cable for a power distribution
box
P5
1.6.3.9 BBC5200D Fan/BBC5200D-L
Fan/BBC5200T TEC/BBC5200T-L Air
Conditioner Power Cable
P6
RRU power cable
P7
DCDU-12C power cable
P8
CMUH power cable
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No.
Description
P9
ODM power cable
P10
Power cable between cascaded
power distribution boxes
P11
-48 V cascading power cable
P12
Air conditioner power cable
P13
Lithium battery power cable
P14
Lithium battery activation cable
1.3.1.10.3 Power Cable Connections in a DBS3900 Using the APM30H (Ver.D)
This section describes the power cable connections in a DBS3900 using the
APM30H (Ver.D).
Power Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
● When a base station is configured with 7 to 12 RRUs, a DCDU-12B must be installed
below the BBU to provide power for the seventh to twelfth RRUs.
● When a base station is configured with 13 to 15 RRUs, a DCDU-12B must be installed
below the BBU to provide power for the seventh to twelfth RRUs, and an ODM must be
configured to obtain power from the DCDU-12B and provide power for the remaining
RRUs.
This section uses the power cable connections for a DBS3900 configured with 15 RRUs as
an example.
When a single- or dual-mode base station is in the configuration of 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+1 IBBS200D (Ver.D), the APM30H (Ver.D) is configured
with an EPU, which converts 110 V AC or 220 V AC power into -48 V DC power
and then provides the power for the BBU, RRUs, TMC11H (Ver.D), and IBBS200D
(Ver.D). A DCDU-12B is configured below the BBU to provide power for RRUs. The
following figure shows the power cable connections.
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Figure 1-85 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200D (Ver.D)
The following table describes the power cable connections.
Table 1-208 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200D (Ver.D)
No.
Description
P1 and P11
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P8
1.6.3.1.8 FAN 02D Power Cable
P3
1.6.4.2 BBU Power Cable
P4
1.6.1.4.13 Storage Battery Power
Cable
P5
1.6.3.12 TEC Power Cables in an
IBBS200T
P6
1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
P7
1.6.4.4 RRU Power Cable
P9
1.6.1.1.9 DCDU-12C Power Cable
P10
1.6.3.4 Power Cable for a Heating
Film
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No.
Description
P12
1.6.1.1.8 DCDU-12B Power Cable
P13
1.6.4.10 ODM06D Power Cable
When a single- or dual-mode base station is in the configuration of 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+1 IBBS200T (Ver.D), the APM30H (Ver.D) is configured
with an EPU, which converts 110 V AC or 220 V AC power into -48 V DC power
and then provides the power for the BBU, RRUs, TMC11H (Ver.D), and IBBS200T
(Ver.D). A DCDU-12B is configured below the BBU to provide power for RRUs. The
following figure shows the power cable connections.
Figure 1-86 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200T (Ver.D)
The following table describes the power cable connections.
Table 1-209 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200T (Ver.D)
No.
Description
P1 and P11
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P8
1.6.3.1.8 FAN 02D Power Cable
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1 3900 & 5900 Series Base Station Cables
No.
Description
P3
1.6.4.2 BBU Power Cable
P4
1.6.1.4.13 Storage Battery Power
Cable
P5
1.6.3.12 TEC Power Cables in an
IBBS200T
P6
1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
P7
1.6.4.4 RRU Power Cable
P9
1.6.1.1.9 DCDU-12C Power Cable
P12
1.6.1.1.8 DCDU-12B Power Cable
P13
1.6.4.10 ODM06D Power Cable
When a single- or dual-mode base station is in the configuration of 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ds (Ver.D), the APM30H (Ver.D) is
configured with an EPU, which converts 110 V AC or 220 V AC power into -48 V
DC power and then provides the power for the BBU, RRUs, TMC11H (Ver.D), and
IBBS200Ds (Ver.D). A DCDU-12B is configured below the BBU to provide power for
RRUs. The following figure shows the power cable connections.
Figure 1-87 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ds (Ver.D)
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The following table describes the power cable connections.
Table 1-210 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ds (Ver.D)
No.
Description
P1 and P11
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P8
1.6.3.1.8 FAN 02D Power Cable
P3
1.6.4.2 BBU Power Cable
P4 and P13
1.6.1.4.13 Storage Battery Power
Cable
P5 and P14
1.6.3.8 Fan Power Cables in an
IBBS200D
P6
1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
P7
1.6.4.4 RRU Power Cable
P9
1.6.1.1.9 DCDU-12C Power Cable
P10
1.6.3.4 Power Cable for a Heating
Film
P12
1.6.1.1.8 DCDU-12B Power Cable
P15
1.6.4.10 ODM06D Power Cable
When a single- or dual-mode base station is in the configuration of 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+2 IBBS300Ds, the APM30H (Ver.D) is configured with
an EPU, which converts 110 V AC or 220 V AC power into -48 V DC power and
then provides the power for the BBU, RRUs, TMC11H (Ver.D), and IBBS300Ds. A
DCDU-12B is configured below the BBU to provide power for RRUs. The following
figure shows the power cable connections.
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Figure 1-88 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS300Ds
The following table describes the power cable connections.
Table 1-211 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS300Ds
No.
Description
P1 and P11
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P8
1.6.3.1.8 FAN 02D Power Cable
P3
1.6.4.2 BBU Power Cable
P4
1.6.1.4.3 Power Cable for a Power
Distribution Box
P5
1.6.3.10 Fan Power Cables in an
IBBS300D
P6
1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
P7
1.6.4.4 RRU Power Cable
P9
1.6.1.1.9 DCDU-12C Power Cable
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No.
Description
P10
1.6.3.4 Power Cable for a Heating
Film
P12
1.6.1.1.8 DCDU-12B Power Cable
P13
Power Cable Between Cascaded
Cabinets
P14
Cascading Power Cable for the Fans
P15
1.6.4.10 ODM06D Power Cable
The following figure shows the power cable connections in a single- or dual-mode
base station with the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1
IBBS700D/T.
NOTE
The power cable connections in the IBBS700T are the same as those in the IBBS700D. The
following uses the IBBS700D as an example.
Figure 1-89 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS700D
The following table describes the power cable connections.
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Table 1-212 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS700D
No.
Description
P1, P10, and P11
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P8
1.6.3.1.8 FAN 02D Power Cable
P3
1.6.4.2 BBU Power Cable
P4
1.6.1.4.3 Power Cable for a Power
Distribution Box
P5
1.6.3.5 Power Cables for the
Temperature Control System
P6
1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
P7
1.6.4.4 RRU Power Cable
P9
1.6.1.1.9 DCDU-12C Power Cable
P12
1.6.1.1.8 DCDU-12B Power Cable
P13
1.6.4.10 ODM06D Power Cable
The following figure shows the power cable connections in a single- or dual-mode
base station with the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2
IBBS200Ts (Ver.D).
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Figure 1-90 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ts (Ver.D)
The following table describes the power cable connections.
Table 1-213 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ts (Ver.D)
No.
Description
P1 and P11
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P8
1.6.3.1.8 FAN 02D Power Cable
P3
1.6.4.2 BBU Power Cable
P4 and P13
1.6.1.4.13 Storage Battery Power
Cable
P5 and P14
1.6.3.12 TEC Power Cables in an
IBBS200T
P6
1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
P7
1.6.4.4 RRU Power Cable
P9
1.6.1.1.9 DCDU-12C Power Cable
P12
1.6.1.1.8 DCDU-12B Power Cable
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No.
Description
P15
1.6.4.10 ODM06D Power Cable
The following figure shows the power cable connections in a single- or dual-mode
base station with the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2
BBC5200T-Ls.
Figure 1-91 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 BBC5200T-Ls
The following table describes the power cable connections.
Table 1-214 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 BBC5200T-Ls
No.
Description
P1
1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
P2 and P8
1.6.3.1.8 FAN 02D Power Cable
P3
1.6.4.2 BBU Power Cable
P4
Power cable for a power distribution
box
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No.
Description
P5 and P14
-48 V input power cable
P6
1.6.4.10 ODM06D Power Cable
P7
1.6.4.4 RRU Power Cable
P9
1.6.1.1.9 DCDU-12C Power Cable
P10
1.6.1.1.8 DCDU-12B Power Cable
P11
Power cable between cascaded
power distribution boxes
P12
-48 V cascading power cable
P13
Lithium battery power cable
P14
Lithium battery activation cable
P15
CMUH power cable
P16
Air conditioner power cable
The following figure shows the power cable connections in a single- or dual-mode
base station with the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2
IBBS300Ds.
NOTE
The power cable connections in the IBBS300T are the same as those in the IBBS300D,
except for the connection of cable P10. The following uses the IBBS300D as an example.
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Figure 1-92 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS300Ds
The following table describes the power cable connections.
Table 1-215 Power cable connections in a single- or dual-mode base station with
the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS300Ds
No.
Description
P1 and P11
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P8
1.6.3.1.8 FAN 02D Power Cable
P3
1.6.4.2 BBU Power Cable
P4
1.6.1.4.3 Power Cable for a Power
Distribution Box
P5
1.6.3.10 Fan Power Cables in an
IBBS300D
P6
1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
P7
1.6.4.4 RRU Power Cable
P9
1.6.1.1.9 DCDU-12C Power Cable
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No.
Description
P10
1.6.3.6 HAU01A-01 Power Cable
(Optional in the IBBS300D)
P12
1.6.1.1.8 DCDU-12B Power Cable
P13
Power Cable Between Cascaded
Cabinets
P14
Cascading Power Cable for the Fans
P15
1.6.4.10 ODM06D Power Cable
The following figure shows the power cable connections in a triple- or quadruplemode base station with the configuration of 1 APM30H (Ver.D)+1 IBBS200D
(Ver.D) or 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200D (Ver.D).
NOTE
When the base station is in the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1
IBBS200D (Ver.D), BBU 1 is installed in the 1 U space below BBU 0, and the BBU power
cable connections are the same as those in a base station with the configuration of 1
APM30H (Ver.D)+1 IBBS200D (Ver.D), as shown by illustration 1 in the following figure.
Figure 1-93 Power cable connections in a triple- or quadruple-mode base station
with the configuration of 1 APM30H (Ver.D)+1 IBBS200D (Ver.D) or 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+1 IBBS200D (Ver.D)
The following table describes the power cable connections.
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Table 1-216 Power cable connections in a triple- or quadruple-mode base station
with the configuration of 1 APM30H (Ver.D)+1 IBBS200D (Ver.D) or 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+1 IBBS200D (Ver.D)
No.
Description
P1 and P11
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P8
1.6.3.1.8 FAN 02D Power Cable
P3
1.6.4.2 BBU Power Cable
P4
1.6.1.4.13 Storage Battery Power
Cable
P5
1.6.3.8 Fan Power Cables in an
IBBS200D
P6
1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
P7
1.6.4.4 RRU Power Cable
P9
1.6.1.1.9 DCDU-12C Power Cable
P10
1.6.3.4 Power Cable for a Heating
Film
P12
1.6.1.1.8 DCDU-12B Power Cable
P13
1.6.4.10 ODM06D Power Cable
The following figure shows the power cable connections in a triple- or quadruplemode base station with the configuration of 1 APM30H (Ver.D)+1 IBBS200T
(Ver.D) or 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200T (Ver.D).
NOTE
When the base station is in the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1
IBBS200T (Ver.D), BBU 1 is installed in the 1 U space below BBU 0, and the BBU power
cable connections are the same as those in a base station with the configuration of 1
APM30H (Ver.D)+1 IBBS200T (Ver.D), as shown by illustration 1 in the following figure.
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Figure 1-94 Power cable connections in a triple- or quadruple-mode base station
with the configuration of 1 APM30H (Ver.D)+1 IBBS200T (Ver.D) or 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+1 IBBS200T (Ver.D)
The following table describes the power cable connections.
Table 1-217 Power cable connections in a triple- or quadruple-mode base station
with the configuration of 1 APM30H (Ver.D)+1 IBBS200T (Ver.D) or 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+1 IBBS200T (Ver.D)
No.
Description
P1 and P11
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P8
1.6.3.1.8 FAN 02D Power Cable
P3
1.6.4.2 BBU Power Cable
P4
1.6.1.4.13 Storage Battery Power
Cable
P5
1.6.3.12 TEC Power Cables in an
IBBS200T
P6
1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
P7
1.6.4.4 RRU Power Cable
P9
1.6.1.1.9 DCDU-12C Power Cable
P12
1.6.1.1.8 DCDU-12B Power Cable
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Cables
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No.
Description
P13
1.6.4.10 ODM06D Power Cable
The following figure shows the power cable connections in a triple- or quadruplemode base station with the configuration of 1 APM30H (Ver.D)+2 IBBS200Ds
(Ver.D) or 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ds (Ver.D).
NOTE
When the base station is in the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2
IBBS200Ds (Ver.D), BBU 1 is installed in the 1 U space below BBU 0, and the BBU power
cable connections are the same as those in a base station with the configuration of 1
APM30H (Ver.D)+2 IBBS200Ds (Ver.D), as shown by illustration 1 in the following figure.
Figure 1-95 Power cable connections in a triple- or quadruple-mode base station
with the configuration of 1 APM30H (Ver.D)+2 IBBS200Ds (Ver.D) or 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ds (Ver.D)
The following table describes the power cable connections.
Table 1-218 Power cable connections in a triple- or quadruple-mode base station
with the configuration of 1 APM30H (Ver.D)+2 IBBS200Ds (Ver.D) or 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ds (Ver.D)
No.
Description
P1 and P11
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P8
1.6.3.1.8 FAN 02D Power Cable
P3
1.6.4.2 BBU Power Cable
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Cables
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No.
Description
P4 and P13
1.6.1.4.13 Storage Battery Power
Cable
P5 and P14
1.6.3.8 Fan Power Cables in an
IBBS200D
P6
1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
P7
1.6.4.4 RRU Power Cable
P9
1.6.1.1.9 DCDU-12C Power Cable
P10
1.6.3.4 Power Cable for a Heating
Film
P12
1.6.1.1.8 DCDU-12B Power Cable
P15
1.6.4.10 ODM06D Power Cable
The following figure shows the power cable connections in a triple- or quadruplemode base station with the configuration of 1 APM30H (Ver.D)+2 IBBS200Ts
(Ver.D) or 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ts (Ver.D).
NOTE
When the base station is in the configuration of 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2
IBBS200Ts (Ver.D), BBU 1 is installed in the 1 U space below BBU 0, and the BBU power
cable connections are the same as those in a base station with the configuration of 1
APM30H (Ver.D)+2 IBBS200Ts (Ver.D), as shown by illustration 1 in the following figure.
Figure 1-96 Power cable connections in a triple- or quadruple-mode base station
with the configuration of 1 APM30H (Ver.D)+2 IBBS200Ts (Ver.D) or 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ts (Ver.D)
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The following table describes the power cable connections.
Table 1-219 Power cable connections in a triple- or quadruple-mode base station
with the configuration of 1 APM30H (Ver.D)+2 IBBS200Ts (Ver.D) or 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ts (Ver.D)
No.
Description
P1 and P11
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P8
1.6.3.1.8 FAN 02D Power Cable
P3
1.6.4.2 BBU Power Cable
P4 and P13
1.6.1.4.13 Storage Battery Power
Cable
P5 and P14
1.6.3.12 TEC Power Cables in an
IBBS200T
P6
1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
P7
1.6.4.4 RRU Power Cable
P9
1.6.1.1.9 DCDU-12C Power Cable
P12
1.6.1.1.8 DCDU-12B Power Cable
P15
1.6.4.10 ODM06D Power Cable
The following figure shows the power cable connections in a triple- or quadruplemode base station with the configuration of 1 APM30H (Ver.D)+2 IBBS300D/Ts or
1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS300D/Ts.
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Figure 1-97 Power cable connections in a triple- or quadruple-mode base station
with the configuration of 1 APM30H (Ver.D)+2 IBBS300D/Ts or 1 APM30H (Ver.D)
+1 TMC11H (Ver.D)+2 IBBS300D/Ts
The following table describes the power cable connections.
Table 1-220 Power cable connections in a triple- or quadruple-mode base station
with the configuration of 1 APM30H (Ver.D)+2 IBBS300D/Ts or 1 APM30H (Ver.D)
+1 TMC11H (Ver.D)+2 IBBS300D/Ts
No.
Description
P1 and P11
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P8
1.6.3.1.8 FAN 02D Power Cable
P3
1.6.4.2 BBU Power Cable
P4
1.6.1.4.1 Power Cable for a Junction
Box
P5
1.6.3.10 Fan Power Cables in an
IBBS300D
P6
1.6.1.2.5 EPU05A-02 or EPU05A-04
Power Cable
P7
1.6.4.4 RRU Power Cable
P9
1.6.1.1.9 DCDU-12C Power Cable
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No.
Description
P12
1.6.1.1.8 DCDU-12B Power Cable
P13 and P14
1.6.1.4.6 Power Cables Between
Cascaded DC Junction Boxes in
Different IBBS300Ds/IBBS300Ts/
BBC5300Ds/BBC5300Ts
P15
1.6.4.10 ODM06D Power Cable
In a triple- or quadruple-mode base station: When it is configured with 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+2 BBC5200T-Ls, the power cable connections are the
same as those in a single- or dual-mode base station with the same cabinet
configuration, as shown in Figure 1-91. The power cable connections for the
second BBU in this base station are the same as those for the second BBU in a
triple-mode base station with a different cabinet configuration. When it is
configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS700D/T, the power
cable connections are the same as those in a single- or dual-mode base station
with the same cabinet configuration, as shown in Figure 1-89. The power cable
connections for the second BBU in this base station are the same as those for the
second BBU in a triple-mode base station with a different cabinet configuration.
When it is configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS300D/Ts,
the power cable connections are the same as those in a single- or dual-mode base
station with the same cabinet configuration, as shown in Figure 1-92. The power
cable connections for the second BBU in this base station are the same as those
for the second BBU in a triple-mode base station with a different cabinet
configuration.
1.3.1.10.4 Power Cable Connections in a DBS3900 Using the APM30H (Ver.D_A2)
This section describes the power cable connections in a DBS3900 supplied with
110 V AC, 220 V AC, and -48 V DC power to facilitate power cable installation and
maintenance.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
When a DBS3900 is supplied with 110 V AC or 220 V AC power, 1 APM30H+1
TMC11H+1 IBBS200T are configured. The following figure shows the power cable
connections.
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Figure 1-98 Power cable connections in a base station configured with 1 APM30H
+1 TMC11H+1 IBBS200T
The following table describes the power cable connections.
Table 1-221 Power cable connections in a base station configured with 1 APM30H
+1 TMC11H+1 IBBS200T
No.
Description
P1
Input power cable for the APM30
P2
CMUEA power cable
P3 and P8 to P11
Power cable for the storage battery
cabinet
P4
Input power cable for the transfer
terminal
P5
BBU power cable
P6
1.6.4.1 EMUA or EMUB Power Cable
P7
Input power cable for the TMC11H
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Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections in a DBS3900 configured
with 2 TMC11Hs in a -48 V DC input scenario.
Figure 1-99 Power cable connections in a base station configured with two
TMC11Hs
The following table describes the power cable connections.
Table 1-222 Power cable connections in a base station configured with two
TMC11Hs
No.
Description
P0
Input power cable for the TMC11H
P1
CMUEA power cable
P2
BBU power cable
P3
1.6.4.1 EMUA or EMUB Power Cable
1.3.1.10.5 Power Cable Connections in a DBS3900 Using the APM30 (Ver.D_A1)
This section describes the power cable connections in a DBS3900 supplied with
110 V AC, 220 V AC, and -48 V DC power to facilitate power cable installation and
maintenance.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
When a DBS3900 is supplied with 110 V AC or 220 V AC power, 1 APM30+1 TMC
+1 BBC are configured. The following figure shows the power cable connections.
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Figure 1-100 Power cable connections in a base station configured with 1
APM30+1 TMC+1 BBC
The following table describes the power cable connections.
Table 1-223 Power cable connections in a base station configured with 1
APM30+1 TMC+1 BBC
No.
Description
P1
Input power cable for the APM30
P2
CMUEA power cable
P3 and P8 to P10
Power cable for the storage battery
cabinet
P4
Input power cable for the RFC
P5
BBU power cable
P6
1.6.4.1 EMUA or EMUB Power Cable
P7
Input power cable for the TMC
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Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections in a DBS3900 configured
with 2 TMCs in a -48 V DC input scenario.
Figure 1-101 Power cable connections in a base station configured with two TMCs
The following table describes the power cable connections.
Table 1-224 Power cable connections in a base station configured with two TMCs
No.
Description
P0
Input power cable for the TMC
P1
CMUEA power cable
P2
BBU power cable
P3
1.6.4.1 EMUA or EMUB Power Cable
1.3.1.10.6 Power Cable Connections in a DBS3900 Using the APM30H (Ver.E_A2)
This section describes the power cable connections in a DBS3900 that uses
APM30H (Ver.E_A2) cabinets and is supplied with 110 V AC, 220 V AC, or -48 V DC
power, to facilitate power cable installation and maintenance.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
When being supplied with 110 V AC or 220 V AC power, a DBS3900 can be
configured with 1 APM30H+1 TMC11H+1 IBBS200T. The power cable connections
in this scenario are shown in the following figure.
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Figure 1-102 Power cable connections in a base station configured with 1
APM30H+1 TMC11H+1 IBBS200T
The following table lists the power cable connections in a base station configured
with 1 APM30H+1 TMC11H+1 IBBS200T.
Table 1-225 Power cable connections in a base station configured with 1 APM30H
+1 TMC11H+1 IBBS200T
No.
Description
P1
Input power cable for the APM30H
P2
Power cable for the fan assembly in
the APM30H
P3 and P9
BBU power cable
P4
Input power cable for the TMC11H
P5
Input power cable for the IBBS200T
P6
Power cable for the TEC in the
IBBS200T
P8
Power cable for the fan assembly in
the TMC11H
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No.
Description
P10 and P11
Power cable for storage batteries
P12
Power transfer cable for the TEC in the
IBBS200T
Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections in a DBS3900 configured
with 2 TMC11Hs in a -48 V DC input scenario.
Figure 1-103 Power cable connections in a base station configured with two
TMC11Hs
The following table lists the power cable connections in a base station configured
with two TMC11Hs.
Table 1-226 Power cable connections in a base station configured with two
TMC11Hs
No.
Description
P1
Input power cable for the TMC11H
P2
Power cable for the fan assembly in
the TMC11H
P3
EMUA or EMUB power cable
P4
BBU power cable
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1.3.1.10.7 Power Cable Connections in a DBS3900 Using the APM30 (Ver.E_A1)
This section describes the power cable connections in a DBS3900 that uses APM30
(Ver.E_A1) cabinets and is supplied with 110 V AC, 220 V AC, or -48 V DC power,
to facilitate power cable installation and maintenance.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
When being supplied with 110 V AC or 220 V AC power, a DBS3900 can be
configured with 1 APM30+1 TMC+1 BBC. The power cable connections in this
scenario are shown in the following figure.
Figure 1-104 Power cable connections in a base station configured with 1
APM30+1 TMC+1 BBC
The following table lists the power cable connections in a base station configured
with 1 APM30+1 TMC+1 BBC.
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Table 1-227 Power cable connections in a base station configured with 1
APM30+1 TMC+1 BBC
No.
Description
P1
Input power cable for the APM30
P2
Power cable with an 8-pin transfer
terminal
P3
Heater power cable
P4
EMUA or EMUB power cable
P5
Input power cable for the TMC
P6 and P14
BBU power cable
P7 and P13
CMUH power cable
P8
Power cable for a BBC
P9 to P12
Power cable for storage batteries
Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections in a DBS3900 configured
with 2 TMCs in a -48 V DC input scenario.
Figure 1-105 Power cable connections in a base station configured with two TMCs
The following table lists the power cable connections in a base station configured
with two TMCs.
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Table 1-228 Power cable connections in a base station configured with two TMCs
No.
Description
P1
Input power cables for the TMC
P2
CMUH power cable
P3
BBU power cable
P4
EMUA or EMUB power cable
1.3.1.10.8 Power Cable Connections in a DBS3900 Using the APM30H (Ver.B) or
APM30H (Ver.C)
This section describes the power cable connections in a DBS3900 using the
APM30H (Ver.B) or APM30H (Ver.C).
Power Cable Connections in 110 V AC or 220 V AC Scenarios
When 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+1 IBBS200D are configured in a
single- or dual-mode base station, the EPS in the APM30H (Ver.B) converts 110 V
AC or 220 V AC power into -48 V DC power and distributes the power to the BBU,
RRUs, and TMC11H (Ver.B). The following figure shows the power cable
connections.
Figure 1-106 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+1 IBBS200D
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The following table describes the power cable connections.
Table 1-229 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+1 IBBS200D
No.
Description
P1 and P10
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P11
FAN 02A Power Cable
P3
1.6.4.2 BBU Power Cable
P4
1.6.1.4.13 Storage Battery Power
Cable
P5
1.6.3.8 Fan Power Cables in an
IBBS200D
P6
EPS 01A or EPS 01C Power Cable
P7
RRU Power Cable
P8
EPS 01A or EPS 01C Power Cable
P9
1.6.3.4 Power Cable for a Heating
Film
When 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+1 IBBS200D are configured in a
single- or dual-mode base station, the EPU in the APM30H (Ver.C) converts 110 V
AC or 220 V AC power into -48 V DC power and distributes the power to the BBU,
RRUs, and TMC11H (Ver.C). The following figure shows the power cable
connections.
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Figure 1-107 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+1 IBBS200D
The following table describes the power cable connections.
Table 1-230 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+1 IBBS200D
No.
Description
P1
1.6.3.1.7 FAN 02B Power Cable
P2
1.6.1.4.1 Power Cable for a Junction
Box
P3 and P4
1.6.3.4 Power Cable for a Heating
Film
P5
1.6.1.2.4 EPU03A-03 or EPU03A-05
Power Cable
P6
RRU Power Cable
P7
1.6.4.2 BBU Power Cable
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No.
Description
P8
1.6.1.4.13 Storage Battery Power
Cable
P9
1.6.3.8 Fan Power Cables in an
IBBS200D
P10
1.6.1.1.6 DCDU-11C Power Cable
P11
1.6.3.1.7 FAN 02B Power Cable
The following figure shows the power cable connections in a base station
configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+1 IBBS200T.
Figure 1-108 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+1 IBBS200T
The following table describes the power cable connections.
Table 1-231 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+1 IBBS200T
No.
Description
P1 and P9
1.6.1.4.1 Power Cable for a Junction
Box
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Description
P2 and P10
1.6.3.1.6 FAN 02A Power Cable
P3
1.6.4.2 BBU Power Cable
P4
1.6.1.4.13 Storage Battery Power
Cable
P5
1.6.3.12 TEC Power Cables in an
IBBS200T
P6
1.6.1.2.1 EPS 01A or EPS 01C Power
Cable
P7
RRU Power Cable
P8
1.6.1.1.3 DCDU-03C Power Cable
The following figure shows the power cable connections in a base station
configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+1 IBBS200T.
Figure 1-109 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+1 IBBS200T
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The following table describes the power cable connections.
Table 1-232 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+1 IBBS200T
No.
Description
P1
1.6.3.1.7 FAN 02B Power Cable
P2
1.6.1.4.1 Power Cable for a Junction
Box
P3
1.6.3.3 Power Cable for an AC Heater
P4
1.6.1.2.4 EPU03A-03 or EPU03A-05
Power Cable
P5
RRU Power Cable
P6
1.6.4.2 BBU Power Cable
P7
1.6.1.4.13 Storage Battery Power
Cable
P8
1.6.3.12 TEC Power Cables in an
IBBS200T
P9
1.6.1.1.6 DCDU-11C Power Cable
P10
1.6.3.1.7 FAN 02B Power Cable
The following figure shows the power cable connections in a base station
configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+2 IBBS200Ds.
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Figure 1-110 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+2 IBBS200Ds
The following table describes the power cable connections.
Table 1-233 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+2 IBBS200Ds
No.
Description
P1 and P10
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P12
1.6.3.1.6 FAN 02A Power Cable
P3
1.6.4.2 BBU Power Cable
P5 and P13
1.6.3.8 Fan Power Cables in an
IBBS200D
P7
1.6.1.2.1 EPS 01A or EPS 01C Power
Cable
P8
RRU Power Cable
P9
1.6.3.4 Power Cable for a Heating
Film
P11
1.6.1.1.3 DCDU-03C Power Cable
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No.
Description
P4 and P14
1.6.1.4.13 Storage Battery Power
Cable
The following figure shows the power cable connections in a base station
configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+2 IBBS200Ds.
Figure 1-111 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+2 IBBS200Ds
The following table describes the power cable connections.
Table 1-234 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+2 IBBS200Ds
No.
Description
P1
1.6.3.1.7 FAN 02B Power Cable
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No.
Description
P2 and P4
1.6.1.4.1 Power Cable for a Junction
Box
P3
1.6.3.4 Power Cable for a Heating
Film
P5
1.6.1.2.4 EPU03A-03 or EPU03A-05
Power Cable
P6
RRU Power Cable
P7
1.6.4.2 BBU Power Cable
P9 and P13
1.6.3.8 Fan Power Cables in an
IBBS200D
P10
1.6.1.1.6 DCDU-11C Power Cable
P11
1.6.3.1.7 FAN 02B Power Cable
P8 and P12
1.6.1.4.13 Storage Battery Power
Cable
The following figure shows the power cable connections in a base station
configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+2 IBBS200Ts.
Figure 1-112 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+2 IBBS200Ts
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The following table describes the power cable connections.
Table 1-235 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+2 IBBS200Ts
No.
Description
P1 and P9
1.6.1.4.1 Power Cable for a Junction
Box
P2 and P11
1.6.3.1.6 FAN 02A Power Cable
P3
1.6.4.2 BBU Power Cable
P5 and P12
1.6.3.12 TEC Power Cables in an
IBBS200T
P7
1.6.1.2.1 EPS 01A or EPS 01C Power
Cable
P8
RRU Power Cable
P10
1.6.1.1.3 DCDU-03C Power Cable
P4 and P13
1.6.1.4.13 Storage Battery Power
Cable
The following figure shows the power cable connections in a base station
configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+2 IBBS200Ts.
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Figure 1-113 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+2 IBBS200Ts
The following table describes the power cable connections.
Table 1-236 Power cable connections in a single- or dual-mode base station
configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+2 IBBS200Ts
No.
Description
P1
1.6.3.1.7 FAN 02B Power Cable
P2 and P3
1.6.1.4.1 Power Cable for a Junction
Box
P4
1.6.1.2.4 EPU03A-03 or EPU03A-05
Power Cable
P5
RRU Power Cable
P6
1.6.4.2 BBU Power Cable
P8 and P11
1.6.3.12 TEC Power Cables in an
IBBS200T
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No.
Description
P9
1.6.1.1.6 DCDU-11C Power Cable
P10
1.6.3.1.7 FAN 02B Power Cable
P7 and P12
1.6.1.4.13 Storage Battery Power
Cable
A triple- or quadruple-mode DBS3900 requires two BBUs: BBU 0 and BBU 1. The
power cable connections in the cabinet housing BBU 0 are the same as those in
the cabinet housing BBU 1. Figure 1-114 and Figure 1-115 show the power cable
connections in a triple- or quadruple-mode base station, using the scenario of
configuring BBUs in the APM30Hs (Ver.B) as an example.
Figure 1-114 Power cable connections in a triple- or quadruple-mode base station
configured with 2 APM30Hs (Ver.B)+1 TMC11H (Ver.B)+2 IBBS200Ds
The following table describes the power cable connections.
Table 1-237 Power cable connections in a triple- or quadruple-mode base station
configured with 2 APM30Hs (Ver.B)+1 TMC11H (Ver.B)+2 IBBS200Ds
No.
Description
P1 and P10
1.6.1.4.1 Power Cable for a Junction
Box
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Description
P2 and P11
1.6.3.1.6 FAN 02A Power Cable
P3
1.6.4.2 BBU Power Cable
P4
1.6.1.4.13 Storage Battery Power
Cable
P5
1.6.3.8 Fan Power Cables in an
IBBS200D
P6
1.6.1.2.1 EPS 01A or EPS 01C Power
Cable
P7
RRU Power Cable
P8
1.6.1.1.3 DCDU-03C Power Cable
P9
1.6.3.4 Power Cable for a Heating
Film
Figure 1-115 Power cable connections in a triple- or quadruple-mode base station
configured with 2 APM30Hs (Ver.B)+1 TMC11H (Ver.B)+4 IBBS200Ds
The following table describes the power cable connections.
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Table 1-238 Power cable connections in a triple- or quadruple-mode base station
configured with 2 APM30Hs (Ver.B)+1 TMC11H (Ver.B)+4 IBBS200Ds
No.
Description
P1 and P10
1.6.1.4.1 Power Cable for a Junction
Box
P2, P6, and P12
1.6.3.1.6 FAN 02A Power Cable
P3
1.6.4.2 BBU Power Cable
P5 and P13
1.6.3.8 Fan Power Cables in an
IBBS200D
P7
1.6.1.2.1 EPS 01A or EPS 01C Power
Cable
P8
RRU Power Cable
P9
1.6.3.4 Power Cable for a Heating
Film
P11
1.6.1.1.3 DCDU-03C Power Cable
P4 and P14
1.6.1.4.13 Storage Battery Power
Cable
Power Cable Connections in a +24 V DC Input Scenario
If a single- or dual-mode base station uses an APM30H (Ver.B, +24 V), the
EPS24S48100DC in the APM30H converts the +24 V DC power into -48 V DC
power, which is supplied to the DCDU-03B. The DCDU-03B distributes the power
to the BBU, RRUs, and other components. The following figure shows the power
cable connections.
Figure 1-116 Power cable connections in a single- or dual-mode base station
configured with an APM30H (Ver.B, +24 V)
The following table describes the power cable connections.
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Table 1-239 Power cable connections in a single- or dual-mode base station
configured with an APM30H (Ver.B, +24 V)
No.
Description
P1
EPS24S48100DC Power Cable
P2
1.6.1.1.2 DCDU-03B Power Cable
P3
1.6.4.2 BBU Power Cable
P4
RRU Power Cable
1.3.1.10.9 Power Cable Connections in a DBS3900 Using the TMC11H (Ver.E)
This section describes the power cable connections in a DBS3900 using the
TMC11H (Ver.E).
The following figure shows the power cable connections in a base station
configured with one or two TMC11Hs.
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Figure 1-117 Power cable connections in a base station configured with one or
two TMC11Hs
The following table describes the power cable connections.
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Table 1-240 Power cable connections in a base station configured with one or two
TMC11Hs
No.
Description
P1
DCDU-12B power cable
P2
BBU power cable
P3
FAN 02E Power Cable/1.6.3.1.13
FAN02H Power Cable
P4
RRU power cable
P5
ODM power cable
1.3.1.10.10 Power Cable Connections in a DBS3900 Using the TMC11H (Ver.D)
This section describes the power cable connections in a DBS3900 using the
TMC11H (Ver.D).
Power Cable Connections in -48 V Scenarios
When a single- or dual-mode base station is configured with one TMC11H (Ver.D),
the TMC11H is configured with two DCDU-12Bs, which distribute power to the
BBU and RRUs or transmission equipment. The following figure shows the power
cable connections.
Figure 1-118 Power cable connections in a single- or dual-mode base station
configured with one TMC11H (Ver.D)
The following table describes the power cable connections.
Table 1-241 Power cable connections in a single- or dual-mode base station
configured with one TMC11H (Ver.D)
No.
Description
P1
1.6.1.1.9 DCDU-12C Power Cable
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No.
Description
P2
1.6.4.2 BBU Power Cable
P3
1.6.3.1.8 FAN 02D Power Cable
P4
1.6.4.4 RRU Power Cable
The following figure shows the power cable connections in a triple- or quadruplemode base station configured with one or two TMC11Hs (Ver.D).
NOTE
When the base station is in the configuration of 2 TMC11Hs (Ver.D), BBU 1 is installed in
the 1 U space below BBU 0, and the BBU power cable connections are the same as those in
a base station with the configuration of 1 TMC11H (Ver.D), as shown by illustration 1 in the
following figure.
Figure 1-119 Power cable connections in a triple- or quadruple-mode base station
configured with one or two TMC11Hs (Ver.D)
The following table describes the power cable connections.
Table 1-242 Power cable connections in a triple- or quadruple-mode base station
configured with one or two TMC11Hs (Ver.D)
No.
Description
P1
1.6.1.1.9 DCDU-12C Power Cable
P2
1.6.4.2 BBU Power Cable
P3
1.6.3.1.8 FAN 02D Power Cable
P4
1.6.4.4 RRU Power Cable
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1.3.1.10.11 Power Cable Connections in a DBS3900 Using the TMC11H (Ver.B) or
TMC11H (Ver.C)
This section describes the power cable connections in a DBS3900 using the
TMC11H (Ver.B) or TMC11H (Ver.C).
Power Cable Connections in -48 V Scenarios
When a single- or dual-mode base station is configured with two TMC11Hs
(Ver.B), each TMC11H is configured with a DCDU-03B, which distributes power to
the BBU and RRUs or transmission equipment. The following figure shows the
power cable connections.
Figure 1-120 Power cable connections in a single- or dual-mode base station
configured with two TMC11Hs (Ver.B)
The following table describes the power cables.
Table 1-243 Power cable connections in a single- or dual-mode base station
configured with two TMC11Hs (Ver.B)
No.
Description
P1
1.6.1.1.2 DCDU-03B Power Cable
P2
1.6.3.1.6 FAN 02A Power Cable
P3
1.6.4.2 BBU Power Cable
P4
1.6.4.4 RRU Power Cable
When a single- or dual-mode base station is configured with two TMC11Hs
(Ver.C), each TMC11H is configured with a DCDU-11B, which distributes power to
the BBU and RRUs or transmission equipment. The following figure shows the
power cable connections.
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Figure 1-121 Power cable connections in a single- or dual-mode base station
configured with two TMC11Hs (Ver.C)
The following table describes the power cables.
Table 1-244 Power cable connections in a single- or dual-mode base station
configured with two TMC11Hs (Ver.C)
No.
Description
P1
1.6.1.1.6 DCDU-11C Power Cable
P2
1.6.3.1.7 FAN 02B Power Cable
P3
1.6.4.2 BBU Power Cable
P4
1.6.4.4 RRU Power Cable
1.3.1.10.12 Power Cable Connections in a DBS3900 Using an OMB (Ver.C), OMB, or
IMB03
This section describes the power cable connections in a DBS3900 using an OMB
(Ver.C), OMB, or IMB03.
Power Cable Connections in 110 V AC or 220 V AC Scenarios
The following figure shows the power cable connections in a DBS3900 using an
AC OMB.
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Figure 1-122 Power cable connections in a base station using an AC OMB
The following table describes the power cable connections.
Table 1-245 Power cable connections in a base station using an AC OMB
No.
Description
P1
Power Cable for the Inner Air
Circulation Fan
P2
HEUA Power Cable
P3
1.6.4.2 BBU Power Cable
P4
DCDU-05 power cable
P5
Power Cable for the Outer Air
Circulation Fan
P6
EPS30-4815AF Power Cable
P7
1.6.4.7 Power Cable for an AC Surge
Protection Box
P8
1.6.4.4 RRU Power Cable
The following figure shows the power cable connections in a DBS3900 using an
AC OMB (Ver.C) (without backup power).
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Figure 1-123 Power cable connections in a base station using an AC OMB (Ver.C)
(without backup power)
The following table describes the power cable connections.
Table 1-246 Power cable connections in a base station using an AC OMB (Ver.C)
(without backup power)
No.
Description
P1
1.6.2.7 HEUB Power Cable
P2
1.6.4.2 BBU Power Cable
P3 and P6
1.6.1.2.12 ETP48100-A1 Power Cable
P4
1.6.1.3.1 PDU10D-01 Power Cable
P5
1.6.4.4 RRU Power Cable
The following figure shows the power cable connections in a DBS3900 using an
AC OMB (Ver.C) for which backup power is required, one OMB (Ver.C), and two
IBBS20Ds.
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Figure 1-124 Power cable connections in a base station using an AC OMB (Ver.C)
(with backup power)
The following table describes the power cable connections.
Table 1-247 Power cable connections in a base station using an AC OMB (Ver.C)
(with backup power)
No.
Description
P1
1.6.2.7 HEUB Power Cable
P2
1.6.4.2 BBU Power Cable
P3 and P6
1.6.1.2.12 ETP48100-A1 Power Cable
P4
1.6.1.3.1 PDU10D-01 Power Cable
P5
1.6.4.4 RRU Power Cable
P7
1.6.1.4.7 Power Cable Between
Cascaded IBBS20Ds
Power Cable Connections in a -48 V DC Input Scenario
The following figure shows the power cable connections in a DBS3900 using a DC
OMB.
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Figure 1-125 Power cable connections in a base station using a DC OMB
The following table describes the power cable connections.
Table 1-248 Power cable connections in a base station using a DC OMB
No.
Description
P1
Power Cable for the Inner Air
Circulation Fan
P2
HEUA Power Cable
P3
Power Cable for the Outer Air
Circulation Fan
P4
1.6.4.2 BBU Power Cable
P5
1.6.1.1.2 DCDU-03B Power Cable
P6
1.6.4.4 RRU Power Cable
The following figure shows the power cable connections in a DBS3900 using a DC
OMB (Ver.C).
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Figure 1-126 Power cable connections in a base station using a DC OMB (Ver.C)
The following table describes the power cable connections.
Table 1-249 Power cable connections in a base station using a DC OMB (Ver.C)
No.
Description
P1
1.6.2.7 HEUB Power Cable
P2
1.6.4.2 BBU Power Cable
P3
1.6.4.4 RRU Power Cable
P4
1.6.1.3.1 PDU10D-01 Power Cable
1.3.1.10.13 Power Cable Connections in a DBS3900 Using the IMB05
This section describes the power cable connections in an IMB05 used by the
DBS3900.
Power Cable Connections in a 110 V AC or 220 V AC Scenario
This following figure shows the power cable connections in an IMB05 used by the
DBS3900.
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Figure 1-127 Power cable connections in an AC IMB05
The following table describes the power cable connections.
Table 1-250 Power cable connections in an AC IMB05
No.
Description
P1
ETP48100-B1 power cable
P2
RRU power cable
P3
BBU power cable
Power Cable Connections in a -48 V DC Scenario
This following figure shows the power cable connections in a DC IMB05 used by
the DBS3900.
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Figure 1-128 Power cable connections in a DC IMB05
The following table describes the power cable connections.
Table 1-251 Power cable connections in a DC IMB05
No.
Description
P0
EPU02D/EPU02D-02 power cable/
DCDU16D power cable
P1
DCDU-12B power cable
P2
RRU power cable
P3 to P14
BBU power cable
1.3.1.10.14 Power Cable Connections in a DBS3900 Using the TP48600A
This section describes the power cable connections in a DBS3900 using the
TP48600A.
The following figure shows the power cable connections in a DBS3900 configured
with 1 TP48600A+1 IBBS700D/IBBS700T+1 TMC11H (Ver.C) and with two BBUs
installed in the TP48600A in 110 V AC or 220 V AC scenarios. When an IBBS700T
instead of an IBBS700D is used, the power cable connections are the same.
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NOTE
If only one BBU is installed in the TP48600A, only two BBU power cables are required.
Figure 1-129 Power cable connections in a DBS3900 with the configuration of 1
TP48600A+1 IBBS700D+1 TMC11H (Ver.C)
The following table describes the power cable connections.
Table 1-252 Power cable connections in a base station with the configuration of 1
TP48600A+1 IBBS700D+1 TMC11H (Ver.C)
No.
Description
P1
PDU05A-03 power cable
P2 to P5
1.6.4.2 BBU Power Cable
P6
1.6.1.1.6 DCDU-11C Power Cable
P7
1.6.1.4.3 Power Cable for a Power
Distribution Box
P8
1.6.1.4.13 Storage Battery Power
Cable
P9
1.6.1.4.1 Power Cable for a Junction
Box
P10 to P21
1.6.4.4 RRU Power Cable
The following figure shows the power cable connections in a DBS3900 configured
with 1 TP48600A+2 IBBS300Ds+1 TMC11H (Ver.C) and with two BBUs installed in
the TP48600A in 110 V AC or 220 V AC scenarios. When the IBBS300T is
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configured, the power cable for the junction box is not required. Connections of
other power cables are the same as those when the IBBS300D is configured. The
following uses the IBBS300D as an example.
NOTE
If only one BBU is installed in the TP48600A, only two BBU power cables are required.
Figure 1-130 Power cable connections in a DBS3900 with the configuration of 1
TP48600A+2 IBBS300Ds+1 TMC11H (Ver.C)
The following table describes the power cable connections.
Table 1-253 Power cable connections in a base station with the configuration of 1
TP48600A+2 IBBS300Ds+1 TMC11H (Ver.C)
No.
Description
P1
PDU05A-03 power cable
P2 to P5
1.6.4.2 BBU Power Cable
P6
1.6.1.1.6 DCDU-11C Power Cable
P7
1.6.3.10 Fan Power Cables in an
IBBS300D
P8
Power cable for the storage battery
cabinet
P9
1.6.1.4.1 Power Cable for a Junction
Box (Optional in the IBBS300D)
P10 to P21
1.6.4.4 RRU Power Cable
P22
Cascading power cable for the fans
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1.3.1.10.15 Power Cable Connections in a DBS3900 Using the IBC10
This section describes the power cable connections in an IBC10 used by a DBS3900
supplied with -48 V DC input power.
Power Cable Connections in a DC IBC10
The following figure shows the power cable connections in a DC IBC10 (housing a
USU3900) in -48 V DC scenarios.
Figure 1-131 Power cable connections in a DC IBC10
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The following table describes power cable connections in a DC IBC10 in -48 V DC
scenarios.
Table 1-254 Power cable connections in a DC IBC10
No.
Description
P0
1.6.1.1.9 DCDU-12C Power Cable
P1, P2, and P15
USU power cable
P3 to P12
1.6.4.2 BBU Power Cable
P13 and P14
Power cable for the fan assembly
Power Cable Connections in a DC IBC10
The following figure shows the power cable connections in a DC IBC10 (housing a
USU3910) in -48 V DC scenarios.
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Figure 1-132 Power cable connections in a DC IBC10
The following table describes power cable connections in a DC IBC10 in -48 V DC
scenarios.
Table 1-255 Power cable connections in a DC IBC10
No.
Description
P0
1.6.1.1.9 DCDU-12C Power Cable
P1 to P20
1.6.4.2 BBU Power Cable
P21 and P25
Power cables for the first-level USU 0
P22 and P26
Power cables for the first-level USU 1
P23 and P24
Power cable for the fan assembly
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No.
Description
P27 and P28
Power cables for the second-level USU 0
1.3.1.10.16 Power Cable Connections in a DBS3900 Using the ILC29 (Ver.E)
This section describes the power cable connections in an ILC29 (Ver.E) used by the
DBS3900.
This following figure shows the power cable connections in an ILC29 (Ver.E) used
by the DBS3900.
Figure 1-133 ILC29 (Ver.E) power cable connections
The following table describes the power cable connections.
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Table 1-256 ILC29 (Ver.E) power cable connections
No.
Description
P1
DCDU-12B power cable
P2
EPU02D-02 power cable/DCDU16D
power cable
P3
FAU02D-15 power cable
P4
BBU power cable
P5
RRU power cable
1.3.1.11 Power Cable Connections in a DBS3900 Configured with a
BBU3910A
This section describes the power cable connections in a DBS3900 configured with
a BBU3910A.
Power Cable Connections in 110 V AC or 220 V AC Scenarios
The following figure shows the power cable connections in a base station that is
supplied with AC power and configured with 2 OPM50Ms+1 BBU3910A+6 RRUs+4
IBBS20Ds.
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Figure 1-134 Power cable connections in an AC scenario where 2 OPM50Ms+1
BBU3910A+6 RRUs+4 IBBS20Ds are configured
The following table describes the power cables.
Table 1-257 Power cables in a scenario where 2 OPM50Ms+1 BBU3910A+6 RRUs
+4 IBBS20Ds are configured
No.
Description
P1
1.6.1.4.3 Power Cable for a Power
Distribution Box
P2
1.6.4.4 RRU Power Cable
P3
1.6.1.4.7 Power Cable Between
Cascaded IBBS20Ds
P4
1.6.4.2 BBU Power Cable
The following figure shows the power cable connections in a base station that is
supplied with AC power and configured with 2 OPM50Ms+1 BBU3910A+6 RRUs+4
IBBS20Ls.
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Figure 1-135 Power cable connections in an AC scenario where 2 OPM50Ms+1
BBU3910A+6 RRUs+4 IBBS20Ls are configured
The following table describes the power cables.
Table 1-258 Power cables in a scenario where 2 OPM50Ms+1 BBU3910A+6 RRUs
+4 IBBS20Ls are configured
No.
Description
P1
IBBS20L Power Cable
P2
1.6.4.4 RRU Power Cable
P3
Power Cable Between Cascaded
IBBS20Ls
P4
1.6.4.2 BBU Power Cable
Power Cable Connections in -48 V DC Scenarios
The following figure shows the power cable connections in a base station that is
supplied with DC power and configured with 1 BBU3910A+6 RRUs.
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Figure 1-136 Power cable connections in a DC scenario where 1 BBU3910A+6
RRUs are configured
The following table describes the power cables.
Table 1-259 Power cables in a scenario where 1 BBU3910A+6 RRUs are configured
No.
Description
P1
1.6.4.2 BBU Power Cable
P2
1.6.4.4 RRU Power Cable
1.3.1.12 BTS3900C Power Cable Connections
This section describes power cable connections for the BTS3900C when it is
configured with different types of cabinets.
1.3.1.12.1 BTS3900C WCDMA Power Cable Connections
This section describes the power cable connections in a BTS3900C AC cabinet and
a BTS3900C DC cabinet.
●
BTS3900C AC cabinet
Figure 1-137 shows the power cable connections of the BTS3900C AC
cabinet.
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Figure 1-137 Power cable connections in a BTS3900C AC cabinet
Table 1-260 describes the power cables in the BTS3900C AC cabinet.
Table 1-260 Power cables in a BTS3900C AC cabinet
No.
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Cable
P1
Power cable for the inner air circulation fan
P2
HEUA power cable
P3
BBU power cable
P4
DCDU-05 power cable
P5
Power cable for the outer air circulation fan
P6
RRU power cable
P7
EPS30-4815AF Power Cable
P8
Power Cable for the AC Surge Protection Box
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●
1 3900 & 5900 Series Base Station Cables
BTS3900C DC cabinet
Figure 1-138 shows the power cable connections of the BTS3900C DC
cabinet.
Figure 1-138 Power cable connections in a BTS3900C DC cabinet
Table 1-261 describes the power cables in the BTS3900C DC cabinet.
Table 1-261 Power cables in a BTS3900C DC cabinet
No.
Cable
P1
Power cable for the inner air circulation fan
P2
HEUA power cable
P3
Power cable for the outer air circulation fan
P4
HEUA power cable
P5
RRU power cable
P6
DCDU-03B power cable
1.3.1.12.2 BTS3900C (Ver.C) Power Cable Connections
This section describes the power cable connections in a BTS3900C AC cabinet and
a BTS3900C DC cabinet.
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Power Cable Connections in a BTS3900C AC Cabinet
The following figure shows the power cable connections in a BTS3900C AC
cabinet.
Figure 1-139 Power cable connections in a BTS3900C AC cabinet
Table 1-262 Power cables in a BTS3900C AC cabinet
No.
Description
P1
For details, see 1.6.2.7 HEUB Power Cable.
P2
For details, see 1.6.4.2 BBU Power Cable.
P3
For details, see 1.6.1.2.12 ETP48100-A1 Power Cable.
P4, P6
For details, see 1.6.1.3.1 PDU10D-01 Power Cable.
P5
For details, see 1.6.4.4 RRU Power Cable.
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Power Cable Connections in a BTS3900C DC Cabinet
The following figure shows the power cable connections in a BTS3900C DC
cabinet.
Figure 1-140 Power cable connections in a BTS3900C DC cabinet
Table 1-263 Power cables in a BTS3900C DC cabinet
No.
Description
P1
For details, see 1.6.2.7 HEUB Power Cable.
P2
For details, see 1.6.4.2 BBU Power Cable.
P3
For details, see 1.6.4.4 RRU Power Cable.
P4
For details, see 1.6.1.3.1 PDU10D-01 Power Cable.
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1.3.2 Monitoring Signal Cable Connections
This section describes monitoring signal cable connections for the BTS3900,
BTS3900L, BTS3900A, BTS3900AL, DBS3900, and BTS3900C.
1.3.2.1 BTS5900 Monitoring Signal Cable Connections
This section describes monitoring signal cable connections for the BTS5900
configured with different types of cabinets.
1.3.2.1.1 BTS3900 (Ver.E_A~D) Monitoring Signal Cable Connections
BTS3900 (Ver.E_A~D) monitoring signal cable connections include the monitoring
signal cable connections in the BTS3900 (Ver.A), BTS3900 (Ver.B), BTS3900 (Ver.C),
and BTS3900 (Ver.D) cabinets, and the monitoring signal cable connections in the
BTS3900 (Ver.E_A~D) cabinets that are restructured from these cabinets.
The monitoring signal cable connections vary depending on the type of cabinet,
for example, the BTS3900 (Ver.A), BTS3900 (Ver.B), BTS3900 (Ver.C), or BTS3900
(Ver.D) cabinet, which is to be restructured into the BTS3900 (Ver.E_A~D) cabinet,
as listed in the following table.
Table 1-264 Monitoring signal cable connections
Reuse Scenario
Monitoring Signal Cable Connections
Upgrade from BTS3900
(Ver.A) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900 (Ver.A/Ver.B) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900
(Ver.B) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900 (Ver.A/Ver.B) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900
(Ver.C) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900 (Ver.C) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900
(Ver.D) to BTS3900
(Ver.E_A~D)
Upgrade from BTS3900 (Ver.D) to BTS3900
(Ver.E_A~D)
1.3.2.1.2 BTS5900 (Ver.A) Monitoring Signal Cable Connections
This section describes the monitoring signal cable connections in a BTS5900
(Ver.A).
The following figure shows the BTS5900 (Ver.A) monitoring signal cable
connections in -48 V DC input scenarios.
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Figure 1-141 BTS5900 (Ver.A) monitoring signal cable connections
The following table describes the monitoring signal cable connections.
Table 1-265 BTS5900 (Ver.A) monitoring signal cable connections
No.
Description
S1 and S2
1.8.4.3 ELU Signal Cable
S3
Monitoring signal cable between cascaded FAN 03Ds
S4
FAN 03D monitoring signal cable
S5
EPU02D-02 monitoring signal cable
1.3.2.2 BTS5900L Monitoring Signal Cable Connections
This section describes monitoring signal cable connections for the BTS5900L
configured with different types of cabinets.
1.3.2.2.1 BTS3900L (Ver.E_B~D) Monitoring Signal Cable Connections
BTS3900L (Ver.E_B~D) monitoring signal cable connections include the monitoring
signal cable connections in the BTS3900L (Ver.B), BTS3900L (Ver.C), and BTS3900L
(Ver.D) cabinets, and the monitoring signal cable connections in the BTS3900L
(Ver.E_B~D) cabinets that are restructured from these cabinets.
The monitoring signal cable connections vary depending on the type of cabinet,
for example, the BTS3900L (Ver.B), BTS3900L (Ver.C), or BTS3900L (Ver.D) cabinet,
which is to be restructured into the BTS3900L (Ver.E_B~D) cabinet, as listed in the
following table.
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Table 1-266 Monitoring signal cable connections
Reuse Scenario
Monitoring Signal Cable Connections
Upgrade from BTS3900L (Ver.B) to
BTS3900L (Ver.E_B~D)
Upgrade from BTS3900L (Ver.B) to
BTS3900L (Ver.E_B~D)
Upgrade from BTS3900L (Ver.C) to
BTS3900L (Ver.E_B~D)
Upgrade from BTS3900L (Ver.C/Ver.D) to
BTS3900L (Ver.E_B~D)
Upgrade from BTS3900L (Ver.D) to
BTS3900L (Ver.E_B~D)
Upgrade from BTS3900L (Ver.C/Ver.D) to
BTS3900L (Ver.E_B~D)
1.3.2.2.2 BTS5900L (Ver.A) Monitoring Signal Cable Connections
This section describes the monitoring signal cable connections in a BTS5900L
(Ver.A).
The following figure shows the BTS5900L (Ver.A) monitoring signal cable
connections in -48 V DC input scenarios.
Figure 1-142 BTS5900L (Ver.A) monitoring signal cable connections
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The following table describes the monitoring signal cable connections.
Table 1-267 BTS5900L (Ver.A) monitoring signal cable connections
No.
Description
S1
1.8.4.3 ELU Signal Cable
S2
Monitoring signal cable between cascaded FAN 03Ds
S3
FAN 03D monitoring signal cable
S4
EPU02D-02 monitoring signal cable
1.3.2.3 BTS5900A Monitoring Signal Cable Connections
This section describes the monitoring signal cable connections of the BTS5900A.
NOTE
● The position of the CMUH in the front door of an IBBS200T is different from the
position of the CMUH in the front door of an IBBS200D, but the monitoring schemes are
the same. This section uses the IBBS200D as an example. When connecting cables for an
IBBS200T, ensure that the cables are connected to right positions.
● The position of the CMUH in the front door of an IBBS300T is different from the
position of the CMUH in the front door of an IBBS300D, but the monitoring schemes are
the same. This section uses the IBBS300D as an example. When connecting cables for an
IBBS300T, ensure that the cables are connected to right positions.
● When a base station is configured with two BBUs, BBU 1 is not used for monitoring. In
this case, the monitoring cable connections are the same as those when only one BBU is
configured. This section uses a base station configured with two BBUs as an example.
● The boards to be monitored are cascaded in sequence. If a board is not configured, the
monitoring signal cable is connected to its lower-level board.
Monitoring Signal Cable Connections in a 110 V AC or 220 V AC Scenario
The following figure shows the monitoring signal cable connections for a
BTS5900A configured with 2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H.
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Figure 1-143 Monitoring signal cable connections for a BTS5900A configured with
2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H
The following table describes the monitoring signal cable connections.
Table 1-268 Monitoring signal cable connections for a BTS5900A configured with
2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H
No.
Description
S0
ELU Signal Cable
S1
CCUB-BBU Monitoring Signal Cable/
CCUC-BBU Monitoring Signal Cable
S2 and S4
CMUH-CCUB Monitoring Signal
Cable/1.8.2.24 CMUH-CCUC
Monitoring Signal Cable
S3
EMUA or EMUB Monitoring Signal
Cable
S5
CCUB-CMUH Monitoring Signal
Cable/1.8.2.26 CCUC-CMUH
Monitoring Signal Cable
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
Door Status Monitoring Signal Cable
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No.
Description
S8
Monitoring Signal Cables for
Temperature Sensors
S9
Monitoring Signal Cable Between
Cascaded CMUHs
S10
PMIU-CCUB Monitoring Signal
Cable/1.8.1.14 PMIU-CCUC
Monitoring Signal Cable
The following figure shows the monitoring signal cable connections for a
BTS5900A configured with 2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H.
Figure 1-144 Monitoring signal cable connections for a BTS5900A configured with
2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H
The following table describes the monitoring signal cable connections.
Table 1-269 Monitoring signal cable connections for a BTS5900A configured with
2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H
No.
Description
S0
ELU Signal Cable
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No.
Description
S1
CCUB-BBU Monitoring Signal Cable/
CCUC-BBU Monitoring Signal Cable
S2 and S4
CMUH-CCUB Monitoring Signal
Cable/1.8.2.24 CMUH-CCUC
Monitoring Signal Cable
S3
EMUA or EMUB Monitoring Signal
Cable
S5
CCUB-CMUH Monitoring Signal
Cable/1.8.2.26 CCUC-CMUH
Monitoring Signal Cable
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
Door Status Monitoring Signal Cable
S8
Monitoring Signal Cables for
Temperature Sensors
S9
1.8.2.14 Monitoring Signal Cable
Between Cascaded CCU01D-03s
S10
PMIU-CCUB Monitoring Signal
Cable/1.8.1.14 PMIU-CCUC
Monitoring Signal Cable
Monitoring Signal Cable Connections in -48 V DC Input Scenarios
The following figure shows the monitoring signal cable connections for a
BTS5900A configured with 2 RFCs+1 TMC11H.
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Figure 1-145 Monitoring signal cable connections for a BTS5900A configured with
2 RFCs+1 TMC11H
The following table describes the monitoring signal cable connections.
Table 1-270 Monitoring signal cable connections for a BTS5900A configured with
2 RFCs+1 TMC11H
No.
Description
S0
ELU Signal Cable
S1
CCUB-BBU Monitoring Signal Cable/
CCUC-BBU Monitoring Signal Cable
S2
CMUH-CCUB Monitoring Signal
Cable/1.8.2.24 CMUH-CCUC
Monitoring Signal Cable
S3
EMUA or EMUB Monitoring Signal
Cable
S4
Monitoring Signal Cable Between
Cascaded CMUHs
S5
Door Status Monitoring Signal Cable
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No.
Description
S6
Monitoring Signal Cables for
Temperature Sensors
1.3.2.4 DBS5900 Monitoring Signal Cable Connections (BBU5900)
This section describes monitoring signal cable connections for the DBS5900
configured with different types of cabinets.
1.3.2.4.1 Monitoring Signal Cable Connections in a DBS5900 Using the
APM5930(AC)
This section describes the monitoring signal cable connections in a DBS5900 using
the APM5930(AC).
1 APM5930(AC)+1 APM5930(DC)+2 BBC5200Ds
NOTE
● The position of the CMUH in the front door of a BBC5200T/BBC5200D-L is different
from that in the front door of a BBC5200D, but the monitoring schemes are the same.
This section uses the BBC5200D as an example. When connecting cables for a
BBC5200T/BBC5200D-L, ensure that the cables are connected to right positions.
● The position of the CCU01D-03/CMUH in the front door of a BBC5300T is different from
that of a CCU01D-03/CMUH in the front door of a BBC5300D, but the monitoring
schemes are the same. This section uses the BBC5300D as an example. When
connecting cables for a BBC5300T, ensure that the cables are connected to right
positions.
● When a base station is configured with two BBUs, BBU 1 is not used for monitoring. In
this case, the monitoring signal cable connections are the same as those when only one
BBU is configured. This section uses a base station configured with two BBUs as an
example.
● The boards to be monitored are cascaded one by one. If a certain board is not
configured, the monitoring signal cable directly connects to the lower-level board.
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200Ds.
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Figure 1-146 Monitoring signal cable connections in a base station with the
configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200Ds
The following table describes the monitoring signal cables.
Table 1-271 Monitoring signal cable connections in a base station with the
configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200Ds
No.
Description
S0
ELU Signal Cable
S1
CCUC-BBU Monitoring Signal Cable
S2
Monitoring Signal Cable Between
Cascaded CMUHs
S3
EMUB Monitoring Signal Cable
S4
Monitoring Signal Cable for
Connecting Cascaded CCUCs
S5
Monitoring Signal Cable for a Door
Status Sensor
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No.
Description
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
PMID-CCUC Monitoring Signal Cable
1 APM5930(AC)+1 APM5930(DC)+2 BBC5300Ds
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5300Ds.
Figure 1-147 Monitoring signal cable connections in a base station with the
configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5300Ds
The following table describes the monitoring signal cables.
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Table 1-272 Monitoring signal cable connections in a base station with the
configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5300Ds
No.
Description
S0
ELU Signal Cable
S1
CCUC-BBU Monitoring Signal Cable
S2
Monitoring Signal Cable Between
Cascaded CCU01D-03 Modules/
1.8.2.22 Monitoring Signal Cable
Between Cascaded CMUHs
S3
EMUB Monitoring Signal Cable
S4
Monitoring Signal Cable for
Connecting Cascaded CCUCs
S5
Monitoring Signal Cable for a Door
Status Sensor
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
PMID-CCUC Monitoring Signal Cable
1 APM5930(AC)+1 APM5930(DC)+2 BBC5200D-Ls
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200DLs.
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Figure 1-148 Monitoring signal cable connections in a base station with the
configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200D-Ls
The following table describes the monitoring signal cable connections.
Table 1-273 Monitoring signal cable connections in a base station with the
configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200D-Ls
No.
Description
S0
ELU Signal Cable
S1
CCUC-BBU Monitoring Signal Cable
S2
Monitoring Signal Cable Between
Cascaded CMUHs
S3
EMUB Monitoring Signal Cable
S4
Monitoring Signal Cable for
Connecting Cascaded CCUCs
S5
Monitoring Signal Cable for a Door
Status Sensor
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No.
Description
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
PMID-CCUC Monitoring Signal Cable
S8
1.8.3.13 HAU03A-02 Monitoring
Signal Cable
S9
1.8.1.24 Monitoring Signal Cable for
the Lithium Battery
1 APM5930(AC)+1 APM5930(DC)+2 BBC5200T-Ls
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200TLs.
Figure 1-149 Monitoring signal cable connections in a base station with the
configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200T-Ls
The following table describes the monitoring signal cable connections.
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Table 1-274 Monitoring signal cable connections in a base station with the
configuration of 1 APM5930(AC)+1 APM5930(DC)+2 BBC5200T-Ls
No.
Description
S0
ELU Signal Cable
S1
CCUC-BBU Monitoring Signal Cable
S2
Monitoring Signal Cable Between
Cascaded CMUHs
S3
EMUB Monitoring Signal Cable
S4
Monitoring Signal Cable for
Connecting Cascaded CCUCs
S5
Monitoring Signal Cable for a Door
Status Sensor
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
PMID-CCUC Monitoring Signal Cable
S8
BBC5200T-L air conditioner monitoring
signal cable
S9
1.8.1.24 Monitoring Signal Cable for
the Lithium Battery
1.3.2.4.2 Monitoring Signal Cable Connections in a DBS5900 Using the
APM5930(DC)
This section describes the monitoring signal cable connections in a DBS5900 using
the APM5930(DC).
NOTE
● When a base station is configured with two BBUs, BBU 1 is not used for monitoring. In
this case, the monitoring signal cable connections are the same as those when only one
BBU is configured. This section uses a base station configured with two BBUs as an
example.
● The boards to be monitored are cascaded one by one. If a certain board is not
configured, the monitoring signal cable directly connects to the lower-level board.
The following figure shows the monitoring signal cable connections when two
APM5930(DC) cabinets are configured.
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Figure 1-150 Monitoring signal cable connections in a base station configured
with two APM5930(DC) cabinets
The following table describes the monitoring signal cables.
Table 1-275 Monitoring signal cable connections in a base station configured with
two APM5930(DC) cabinets
No.
Description
S0
ELU Signal Cable
S1
CCUC-BBU Monitoring Signal Cable
S2
Monitoring Signal Cable for a Door
Status
S3
EMUB Monitoring Signal Cable
S4
Monitoring Signal Cable for
Connecting Cascaded CCUCs
1.3.2.4.3 Monitoring Signal Cable Connections in a DBS5900 Using the APM30H
(Ver.E)
This section describes the monitoring signal cable connections in a DBS5900 using
the APM30H (Ver.E).
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NOTE
● The position of the CMUH in the front door of an IBBS200T is different from the position of
the CMUH in the front door of an IBBS200D, but the monitoring schemes are the same. This
section uses the IBBS200D as an example. When connecting cables for an IBBS200T, ensure
that the cables are connected to right positions.
● The position of the CMUH in the front door of an IBBS300T is different from the position of
the CMUH in the front door of an IBBS300D, but the monitoring schemes are the same. This
section uses the IBBS300D as an example. When connecting cables for an IBBS300T, ensure
that the cables are connected to right positions.
● When a base station is configured with two BBUs, BBU 1 is not used for monitoring. In this
case, the monitoring cable connections are the same as those when only one BBU is
configured. This section uses a base station configured with two BBUs as an example.
● The boards to be monitored are cascaded in sequence. If a board is not configured, the
monitoring signal cable is connected to its lower-level board.
1 APM30H+1 TMC11H+2 IBBS200Ds
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 1 APM30H+1 TMC11H+2 IBBS200Ds.
Figure 1-151 Monitoring signal cables in a base station with the configuration of
1 APM30H+1 TMC11H+2 IBBS200Ds
The following table describes the monitoring signal cable connections.
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Table 1-276 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 IBBS200Ds
No.
Description
S0
ELU Signal Cable
S1
CCUB-BBU Monitoring Signal Cable/
1.8.2.5 CCUC-BBU Monitoring Signal
Cable
S2
Monitoring Signal Cable Between
Cascaded CMUHs
S3
EMUA/EMUB Monitoring Signal
Cable
S4
Monitoring Signal Cable Between
Cascaded CCUBs/1.8.2.28 Monitoring
Signal Cable Between Cascaded
CCUCs
S5
Monitoring Signal Cable for a Door
Status Sensor
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
PMIU-CCUB Monitoring Signal
Cable/1.8.1.14 PMIU-CCUC
Monitoring Signal Cable
1 APM30H+1 TMC11H+2 IBBS300Ds
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 1 APM30H+1 TMC11H+2 IBBS300Ds.
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Figure 1-152 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 IBBS300Ds
The following table describes the monitoring signal cable connections.
Table 1-277 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 IBBS300Ds
No.
Description
S0
ELU Signal Cable
S1
CCUB-BBU Monitoring Signal Cable/
1.8.2.5 CCUC-BBU Monitoring Signal
Cable
S2
1.8.2.14 Monitoring Signal Cable
Between Cascaded CCU01D-03s
S3
EMUA or EMUB Monitoring Signal
Cable
S4
Monitoring Signal Cable Between
Cascaded CCUBs/1.8.2.28 Monitoring
Signal Cable Between Cascaded
CCUCs
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No.
Description
S5
Monitoring Signal Cable for a Door
Status Sensor
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
PMIU-CCUB Monitoring Signal
Cable/1.8.1.14 PMIU-CCUC
Monitoring Signal Cable
1 APM30H+1 TMC11H+2 BBC5200D-Ls
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 1 APM30H+1 TMC11H+2 BBC5200D-Ls.
Figure 1-153 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 BBC5200D-Ls
The following table describes the monitoring signal cable connections.
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Table 1-278 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 BBC5200D-Ls
No.
Description
S0
ELU Signal Cable
S1
CCUB-BBU Monitoring Signal Cable/
1.8.2.5 CCUC-BBU Monitoring Signal
Cable
S2
Monitoring Signal Cable Between
Cascaded CMUHs
S3
EMUA/EMUB Monitoring Signal
Cable
S4
Monitoring Signal Cable Between
Cascaded CCUBs/1.8.2.28 Monitoring
Signal Cable Between Cascaded
CCUCs
S5
Monitoring Signal Cable for a Door
Status Sensor
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
PMIU-CCUB Monitoring Signal
Cable/1.8.1.14 PMIU-CCUC
Monitoring Signal Cable
S8
1.8.3.13 HAU03A-02 Monitoring
Signal Cable
S9
1.8.1.24 Monitoring Signal Cable for
the Lithium Battery
S10
PMU 15A monitoring signal cable
1 APM30H+1 TMC11H+2 BBC5200T-Ls
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 1 APM30H+1 TMC11H+2 BBC5200T-Ls.
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Figure 1-154 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 BBC5200T-Ls
The following table describes the monitoring signal cable connections.
Table 1-279 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 BBC5200T-Ls
No.
Description
S0
ELU Signal Cable
S1
CCUB-BBU Monitoring Signal Cable/
1.8.2.5 CCUC-BBU Monitoring Signal
Cable
S2
Monitoring Signal Cable Between
Cascaded CMUHs
S3
EMUA/EMUB Monitoring Signal
Cable
S4
Monitoring Signal Cable Between
Cascaded CCUBs/1.8.2.28 Monitoring
Signal Cable Between Cascaded
CCUCs
S5
Monitoring Signal Cable for a Door
Status Sensor
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No.
Description
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
PMIU-CCUB Monitoring Signal
Cable/1.8.1.14 PMIU-CCUC
Monitoring Signal Cable
S8
Monitoring signal cable for the air
conditioner
S9
1.8.1.24 Monitoring Signal Cable for
the Lithium Battery
S10
PMU 15A monitoring signal cable
1.3.2.4.4 Monitoring Signal Cable Connections in a DBS5900 Using the TMC11H
(Ver.E)
This section describes the monitoring signal cable connections in a DBS5900 using
the TMC11H (Ver.E).
NOTE
● When a base station is configured with two BBUs, BBU 1 is not used for monitoring. In this
case, the monitoring signal cable connections are the same as those when only one BBU is
configured. This section uses a base station configured with two BBUs as an example.
● The boards to be monitored are cascaded one by one. If a certain board is not configured,
the monitoring signal cable directly connects to the lower-level board.
The following figure shows the monitoring signal cable connections when two
TMC11Hs are configured.
Figure 1-155 Monitoring signal cable connections when two TMC11Hs are
configured
The following table describes the monitoring signal cable connections.
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Table 1-280 Monitoring signal cable connections when two TMC11Hs are
configured
No.
Description
S0
ELU Signal Cable
S1
CCUB-BBU Monitoring Signal Cable/
1.8.2.5 CCUC-BBU Monitoring Signal
Cable
S2
Monitoring Signal Cable for a Door
Status Sensor
S3
EMUA/EMUB Monitoring Signal
Cable
S4
Monitoring Signal Cable Between
Cascaded CCUBs
1.3.2.4.5 Monitoring Signal Cable Connections in a DBS5900 Using the TMC11H
(Ver.E)
NOTE
● When a base station is configured with two BBUs, BBU 1 is not used for monitoring. In this
case, the monitoring signal cable connections are the same as those when only one BBU is
configured. This section uses a base station configured with two BBUs as an example.
● The boards to be monitored are cascaded one by one. If a certain board is not configured,
the monitoring signal cable directly connects to the lower-level board.
The following figure shows the monitoring signal cable connections when two
TMC11Hs are configured.
Figure 1-156 Monitoring signal cable connections when two TMC11Hs are
configured
The following table describes the monitoring signal cable connections.
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Table 1-281 Monitoring signal cable connections when two TMC11Hs are
configured
No.
Description
S0
ELU Signal Cable
S1
CCUB-BBU Monitoring Signal Cable/
1.8.2.5 CCUC-BBU Monitoring Signal
Cable
S2
Monitoring Signal Cable for a Door
Status Sensor
S3
EMUA/EMUB Monitoring Signal
Cable
S4
Monitoring Signal Cable Between
Cascaded CCUBs
1.3.2.4.6 Monitoring Signal Cable Connections in a DBS5900 Using the IBC10
(Ver.B)
This section describes the monitoring signal cable connections in a DBS5900 using
the IBC10 (Ver.B).
Monitoring Signal Cable Connections in a DC IBC10
The following figure shows the monitoring signal cable connections in an IBC10
(Ver.B) when -48 V DC power is supplied.
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Figure 1-157 Monitoring signal cable connections in a DC IBC10 (Ver.B)
The following table describes the monitoring signal cables for a DC IBC10 (Ver.B).
Table 1-282 Monitoring signal cable connections in a DC IBC10 (Ver.B)
No.
Description
S0
Fan assembly monitoring signal cable
S1
ELU signal cable
S2
Monitoring signal cable between
cascaded fans
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No.
Description
S3 and S4
Monitoring signal cable for the
temperature sensor at the air intake
vent of the BBU
S5 to S14
GPS clock signal cable (optional)
1.3.2.4.7 Monitoring Signal Cable Connections in a DBS5900 Using the IMB05
This section describes the monitoring signal cable connections in an IMB05 used
by the distributed base station.
Power Cable Connections in a 220 V AC Input Scenario
The following figure shows the monitoring cable connections of an AC IMB05
configured with the ETP48100-B1.
Figure 1-158 Monitoring signal cable connections in an AC IMB05
The following table describes the monitoring signal cable connections.
Table 1-283 Monitoring signal cable connections in an AC IMB05
No.
Description
S1
PMU 11A-BBU monitoring signal
cable
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Monitoring Signal Cable Connections in a -48 V DC Input Scenario
The following figure shows the monitoring signal cable connections of a DC
IMB05 configured with the EPU02D-02.
Figure 1-159 Monitoring signal cable connections in a DC IMB05
The following table describes the monitoring signal cable connections.
Table 1-284 Monitoring signal cable connections in a DC IMB05
No.
Description
S1
PMU 12A-BBU monitoring signal
cable
S2
Monitoring signal cable between
cascaded EPU02D-02s
1.3.2.4.8 Monitoring Signal Cable Connections in a DBS5900 Using the ILC29 (Ver.E)
This section describes the monitoring signal cable connections in an ILC29 (Ver.E)
used by the DBS5900.
This following figure shows the monitoring signal cable connections in an ILC29
(Ver.E) used by the distributed base station.
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Figure 1-160 Monitoring signal cable connections in an ILC29 (Ver.E)
The following table describes the monitoring signal cable connections.
Table 1-285 Monitoring signal cable connections
No.
Description
S1
FAU02D-15 monitoring signal cable
S2
EPU02D-02 monitoring signal cable
S3
Monitoring signal cable between
cascaded EPU02D-02s
S5
FAU-PMU 12A monitoring signal cable
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1.3.2.5 Monitoring Signal Cable Connections in a DBS5900 Using the
BBU5900A
This section describes the monitoring signal cable connections in a DBS5900 using
a BBU5900A.
1 OPM200+1 BBU5900A+6 RRUs
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 1 OPM200+1 BBU5900A+6 RRUs.
Figure 1-161 Monitoring signal cable connections in a base station with the
configuration of 1 OPM200+1 BBU5900A+6 RRUs
The following table describes the monitoring signal cable connections.
Table 1-286 Monitoring signal cable connections in a base station with the
configuration of 1 OPM200+1 BBU5900A+6 RRUs
No.
Description
S1
OPM200-BBU monitoring signal cable
S2
Monitoring signal cable between
cascaded OPM200s
1.3.2.6 BTS3900 Monitoring Signal Cable Connections
This section describes monitoring signal cable connections for the BTS3900 when
it is configured with different types of cabinets.
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1.3.2.6.1 BTS3900 (Ver.B) Monitoring Signal Cable Connections
This section provides reference for onsite installation of monitoring signal cables.
NOTE
When a base station is configured with two BBUs, BBU 1 is not used for monitoring and all
monitoring signal cables are connected to the BBU 0. In this case, the monitoring signal
cable connections are the same as those when only one BBU is configured.
Monitoring Signal Cable Connections in a BTS3900 AC Cabinet (110 V or 220
V)
The following figure shows the monitoring signal cable connections in a BTS3900
AC cabinet (110 V or 220 V).
Figure 1-162 Monitoring signal cable connections in a BTS3900 AC cabinet
The following table describes the monitoring signal cable connections.
Table 1-287 Monitoring signal cable connections in a BTS3900 AC cabinet
No.
Description
S1 and S2
For details, see 1.8.4.3 ELU Signal Cable.
S3
For details, see 1.8.2.29 FMUC-BBU Monitoring
Signal Cable.
S4
For details, see 1.8.3.6 Monitoring Signal Cable
Between Cascaded FANs.
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No.
Description
S5 and S6
For details, see 1.8.1.3 PMU 01B-BBU
Monitoring Signal Cable.
S7
For details, see 1.8.4.6 EMU Monitoring Signal
Cable.
S8 and S9
For details, see 1.8.4.17 GATM Monitoring
Signal Cable.
Monitoring Signal Cable Connections in a BTS3900 DC Cabinet (-48 V)
The following figure shows the monitoring signal cable connections in a BTS3900
DC cabinet (-48 V).
Figure 1-163 Monitoring signal cable connections in a BTS3900 DC cabinet (-48
V)
The following table describes the monitoring signal cable connections.
Table 1-288 Monitoring signal cable connections in a BTS3900 DC cabinet (-48 V)
No.
Description
S1 and S2
For details, see 1.8.4.3 ELU Signal Cable.
S3
For details, see 1.8.2.29 FMUC-BBU Monitoring
Signal Cable.
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No.
Description
S4
For details, see 1.8.3.6 Monitoring Signal Cable
Between Cascaded FANs.
S5
For details, see 1.8.4.6 EMU Monitoring Signal
Cable.
S6 and S7
For details, see 1.8.4.17 GATM Monitoring
Signal Cable.
Monitoring Signal Cable Connections in a BTS3900 DC Cabinet (+24 V)
The following figure shows the monitoring signal cable connections in a BTS3900
DC cabinet (+24 V).
Figure 1-164 Monitoring signal cable connections in a BTS3900 DC cabinet (+24
V)
The following table describes the monitoring signal cable connections.
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Table 1-289 Monitoring signal cable connections in a BTS3900 DC cabinet (+24 V)
No.
Description
S1 and S2
For details, see 1.8.4.3 ELU Signal Cable.
S3
For details, see 1.8.2.29 FMUC-BBU Monitoring
Signal Cable.
S4
For details, see 1.8.3.6 Monitoring Signal Cable
Between Cascaded FANs.
S5
For details, see 1.8.4.6 EMU Monitoring Signal
Cable.
S6 and S7
For details, see 1.8.4.17 GATM Monitoring
Signal Cable.
S8
For details, see 1.8.1.18 PSU (EPW25-24S48D)
Monitoring Signal Cable.
S9 and S10
For details, see 1.8.1.19 PSU (EPW25-24S48D)
In-Position Signal Cable.
Monitoring Signal Cable Connections Between a BTS3900 Cabinet and a
PS4890
The following figure shows the monitoring signal cable connections in a scenario
where a BTS3900 cabinet is stacked on a PS4890.
Figure 1-165 Monitoring signal cable connections in a scenario where a BTS3900
cabinet is stacked on a PS4890
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The following figure shows the monitoring signal cable connections in a scenario
where a BTS3900 cabinet and a PS4890 are installed side by side.
Figure 1-166 Monitoring signal cable connections in a scenario where a BTS3900
cabinet and a PS4890 are installed side by side
Table 1-290 Monitoring signal cable connections between a BTS3900 cabinet and
a PS4890
No.
Description
S1
For details, see 1.8.1.3 PMU 01B-BBU Monitoring
Signal Cable.
1.3.2.6.2 BTS3900 (Ver.C) Monitoring Signal Cable Connections
This section provides reference for onsite installation of monitoring signal cables.
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NOTE
When a base station is configured with two BBUs, BBU 1 is not used for monitoring and all
monitoring signal cables are connected to the BBU 0. In this case, the monitoring signal
cable connections are the same as those when only one BBU is configured.
Monitoring Signal Cable Connections in a 110 V or 220 V AC Scenario
The following figure shows the monitoring signal cable connections in a BTS3900
AC cabinet (110 V or 220 V).
Figure 1-167 Monitoring signal cable connections in a BTS3900 AC cabinet
The following table describes the monitoring signal cable connections.
Table 1-291 Monitoring signal cable connections in a BTS3900 AC cabinet
No.
Description
S1 and S2
For details, see 1.8.4.3 ELU Signal Cable.
S3
For details, see 1.8.2.30 FMUE-BBU Monitoring
Signal Cable.
S4
For details, see 1.8.3.8 Monitoring Signal Cable
Between Cascaded FAN 03B Units.
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No.
Description
S5 and S6
For details, see 1.8.1.3 PMU 01B-BBU
Monitoring Signal Cable.
S7
For details, see 1.8.4.6 EMU Monitoring Signal
Cable.
S8 and S9
For details, see 1.8.4.17 GATM Monitoring
Signal Cable.
Monitoring Signal Cable Connections in the -48 V DC Scenario
The following figure shows the monitoring signal cable connections in a BTS3900
DC cabinet (-48 V).
Figure 1-168 Monitoring signal cable connections in a BTS3900 DC cabinet
The following table describes the monitoring signal cable connections.
Table 1-292 Monitoring signal cable connections in a BTS3900 DC cabinet (-48 V)
No.
Description
S1
For details, see 1.8.4.3 ELU Signal Cable.
S2
For details, see 1.8.2.30 FMUE-BBU Monitoring
Signal Cable.
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No.
Description
S3 and S6
For details, see 1.8.4.17 GATM Monitoring
Signal Cable.
S4
For details, see 1.8.3.8 Monitoring Signal Cable
Between Cascaded FAN 03B Units.
S5
For details, see 1.8.4.6 EMU Monitoring Signal
Cable.
1.3.2.6.3 BTS3900 (Ver.D) Monitoring Signal Cable Connections
This section provides reference for onsite installation of monitoring signal cables.
NOTE
When a base station is configured with two BBUs, BBU 1 is not used for monitoring and all
monitoring signal cables are connected to the BBU 0. In this case, the monitoring signal
cable connections are the same as those when only one BBU is configured.
Monitoring Signal Cable Connections in the 220 V AC Scenario
The following figure shows the monitoring signal cable connections in a BTS3900
configured with 1 BTS3900 AC and supplied with 220 V AC power.
Figure 1-169 Monitoring signal cable connections in a BTS3900 configured with 1
BTS3900 AC
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The following table describes the monitoring signal cable connections in a
BTS3900 configured with 1 BTS3900 AC and supplied with 220 V AC power.
Table 1-293 Monitoring signal cable connections in a BTS3900 configured with 1
BTS3900 AC
No.
Description
S1
For details, see 1.8.4.3 ELU Signal Cable.
S2
For details, see 1.8.2.31 FMUEA-BBU Monitoring
Signal Cable.
S3
For details, see 1.8.1.4 PMU 11A-BBU
Monitoring Signal Cable.
The following figure shows the monitoring signal cable connections in a BTS3900
configured with 1 BTS3900 AC+1 IMS06 (for power backup) and supplied with 220
V AC power.
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Figure 1-170 Monitoring signal cable connections in a BTS3900 configured with 1
BTS3900 AC+1 IMS06 (for power backup)
The following table describes the monitoring signal cable connections in a
BTS3900 configured with 1 BTS3900 AC+1 IMS06 (for power backup) and supplied
with 220 V AC power.
Table 1-294 Monitoring signal cable connections in a BTS3900 configured with 1
BTS3900 AC+1 IMS06 (for power backup)
No.
Description
S1
For details, see 1.8.4.3 ELU Signal Cable.
S2
For details, see 1.8.2.31 FMUEA-BBU Monitoring
Signal Cable.
S3
For details, see 1.8.1.4 PMU 11A-BBU
Monitoring Signal Cable.
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No.
Description
S4
For details, see 1.8.3.11 Monitoring Signal Cable
for the Temperature Sensor.
The following figure shows the monitoring signal cable connections in a BTS3900
configured with 1 BTS3900 AC+1 IMS06 (for transmission) and supplied with 220
V AC power.
Figure 1-171 Monitoring signal cable connections in a BTS3900 configured with 1
BTS3900 AC+1 IMS06 (for transmission)
The following table describes the monitoring signal cable connections in a
BTS3900 configured with 1 BTS3900 AC+1 IMS06 (for transmission) and supplied
with 220 V AC power.
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Table 1-295 Monitoring signal cable connections in a BTS3900 configured with 1
BTS3900 AC+1 IMS06 (for transmission)
No.
Description
S1
For details, see 1.8.4.3 ELU Signal Cable.
S2
For details, see 1.8.2.31 FMUEA-BBU Monitoring
Signal Cable.
S3
For details, see 1.8.1.4 PMU 11A-BBU
Monitoring Signal Cable.
Monitoring Signal Cable Connections in the -48 V DC Scenario
The following figure shows the monitoring signal cable connections in a BTS3900
configured with 2 BTS3900 DC cabinets and supplied with -48 V DC power.
Figure 1-172 Monitoring signal cable connections in a BTS3900 configured with 2
BTS3900 DCs
The following table describes the monitoring signal cable connections in a
BTS3900 configured with 2 BTS3900 DC cabinets and supplied with -48 V DC
power.
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Table 1-296 Monitoring signal cable connections in a BTS3900 configured with 2
BTS3900 DCs
No.
Description
S1 and S2
For details, see 1.8.4.3 ELU Signal Cable.
S3
For details, see 1.8.2.31 FMUEA-BBU Monitoring
Signal Cable.
S4
For details, see 1.8.3.9 Monitoring Signal Cable
Between Cascaded FAN 03C Units.
S5
For details, see 1.8.4.6 EMU Monitoring Signal
Cable.
S6 and S7
For details, see 1.8.4.17 GATM Monitoring
Signal Cable.
1.3.2.7 BTS3900L Monitoring Signal Cable Connections
This section describes monitoring signal cable connections for the BTS3900L when
it is configured with BTS3900L (Ver.B), BTS3900L (Ver.C), and BTS3900L (Ver.D)
cabinets.
1.3.2.7.1 BTS3900L (Ver.B) Monitoring Signal Cable Connections
This section describes the monitoring signal cable connections in a base station.
NOTE
When a base station is configured with two BBUs, BBU 1 is not used for monitoring and all
monitoring signal cables are connected to the BBU 0. In this case, the monitoring signal
cable connections are the same as those when only one BBU is configured. This section
describes the scenario when two BBUs are configured.
Monitoring Signal Cable Connections in the -48 V DC Scenario
The following figure shows the monitoring signal cable connections in a BTS3900L
cabinet in the -48 V DC scenario.
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Figure 1-173 Monitoring signal cable connections in a BTS3900L cabinet in the
-48 V DC scenario
The following table describes the monitoring signal cable connections in a
BTS3900L cabinet.
Table 1-297 Monitoring signal cable connections in a BTS3900L cabinet
No.
Description
S1
For details, see 1.8.4.3 ELU Signal
Cable.
S2
For details, see 1.8.3.6 Monitoring
Signal Cable Between Cascaded
FANs.
S3
For details, see 1.8.2.29 FMUC-BBU
Monitoring Signal Cable.
S4 and S5
For details, see 1.8.4.17 GATM
Monitoring Signal Cable.
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1.3.2.7.2 BTS3900L (Ver.C) Monitoring Signal Cable Connections
This section provides reference for onsite installation of monitoring signal cables.
NOTE
When a base station is configured with two BBUs, BBU 1 is not used for monitoring and all
monitoring signal cables are connected to the BBU 0. In this case, the monitoring signal
cable connections are the same as those when only one BBU is configured. This section
describes the scenario when two BBUs are configured.
Monitoring Signal Cable Connections in the -48 V DC Scenario
The following figure shows the monitoring signal cable connections in a BTS3900L
cabinet in the -48 V DC scenario.
Figure 1-174 Monitoring signal cable connections in a BTS3900L cabinet in the
-48 V DC scenario
The following table describes the monitoring signal cable connections.
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Table 1-298 Monitoring signal cable connections in a BTS3900L cabinet
No.
Description
S1
For details, see 1.8.4.3 ELU Signal
Cable.
S2
For details, see 1.8.3.8 Monitoring
Signal Cable Between Cascaded FAN
03B Units.
S3
For details, see 1.8.2.30 FMUE-BBU
Monitoring Signal Cable.
S4 and S5
For details, see 1.8.4.17 GATM
Monitoring Signal Cable.
1.3.2.7.3 BTS3900L (Ver.D) Monitoring Signal Cable Connections
This section provides reference for onsite installation of monitoring signal cables.
NOTE
When a base station is configured with two BBUs, BBU 1 is not used for monitoring and all
monitoring signal cables are connected to the BBU 0. In this case, the monitoring signal
cable connections are the same as those when only one BBU is configured. This section
describes the scenario when two BBUs are configured.
Monitoring Signal Cable Connections in the 220 V AC Scenario
The following figure shows the power cable connections in the 220 V AC scenario.
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Figure 1-175 Monitoring signal cable connections in the 220 V AC scenario
The following table describes the monitoring signal cable connections.
Table 1-299 Monitoring signal cables in a BTS3900L cabinet
No.
Description
S1
For details, see 1.8.4.3 ELU Signal
Cable.
S2
For details, see 1.8.3.9 Monitoring
Signal Cable Between Cascaded FAN
03C Units.
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No.
Description
S3
For details, see 1.8.1.4 PMU 11A-BBU
Monitoring Signal Cable.
Monitoring Signal Cable Connections in the -48 V DC Scenario
The following figure shows the monitoring signal cable connections in the -48 V
DC scenario.
Figure 1-176 Monitoring signal cable connections in a -48 V DC scenario
The following table describes the monitoring signal cable connections.
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Table 1-300 Monitoring signal cables in a BTS3900L cabinet
No.
Description
S1
For details, see 1.8.4.3 ELU Signal
Cable.
S2
For details, see 1.8.3.9 Monitoring
Signal Cable Between Cascaded FAN
03C Units.
S3
For details, see 1.8.2.31 FMUEA-BBU
Monitoring Signal Cable.
S4 and S5
For details, see 1.8.4.17 GATM
Monitoring Signal Cable.
1.3.2.8 BTS3900A Monitoring Signal Cable Connections
This section describes monitoring signal cable connections for the BTS3900A
(Ver.C), BTS3900A (Ver.B), and BTS3900A (Ver.D).
1.3.2.8.1 BTS3900A (Ver.B) Monitoring Signal Cable Connections
This section describes the monitoring signal cable connections for the BTS3900A
(Ver.B) in different power supply scenarios.
Monitoring Signal Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
● The position of the CMUA in the front door of the IBBS200T is different from the
position of the CMUA in the front door of the IBBS200D, but the monitoring schemes
are the same. This section uses the IBBS200D as an example. When connecting cables
for an IBBS200T, ensure that the cables are connected to right positions.
● When two BBUs (BBU 0 and BBU 1) are configured in a base station, all monitoring
signal cables are connected to the root BBU (BBU 0). Therefore, the monitoring signal
cable connections in a base station configured with two BBUs are the same as those in
a base station configured with one BBU.
The following figure shows the monitoring signal cable connections for the
BTS3900A configured with 1 RFC+1 APM30H+1 IBBS200D+1 TMC11H and only
one BBU.
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Figure 1-177 Monitoring signal cable connections for the BTS3900A configured
with 1 RFC+1 APM30H+1 IBBS200D+1 TMC11H and one BBU
The following table describes the monitoring signal cable connections.
Table 1-301 Monitoring signal cable connections for the BTS3900A configured
with 1 RFC+1 APM30H+1 IBBS200D+1 TMC11H and one BBU
No.
Description
S0
For details, see 1.8.2.18 HPMI-PMU
Monitoring Signal Cable.
S1 and S2
For details, see 1.8.2.3 CMUA-BBU
Monitoring Signal Cable.
S3
For details, see 1.8.1.7 PMU-CMUA
Monitoring Signal Cable.
S4
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
S5
For details, see 1.8.2.10 Monitoring
Signal Cable Between Cascaded
CMUAs.
S6
For details, see 1.8.2.34 Monitoring
Signal Cable for a Battery Cabinet.
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No.
Description
S7
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S8
For details, see 1.8.3.11 Monitoring
Signal Cable for the Temperature
Sensor.
S9
For details, see 1.8.4.3 ELU Signal
Cable.
The following figure shows the monitoring signal cable connections for the
BTS3900A configured with 2 RFCs+2 APM30Hs+2 IBBS200Ds and only one BBU.
Figure 1-178 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+2 APM30Hs+2 IBBS200Ds and one BBU
Table 1-302 describes the monitoring signal cable connections.
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Table 1-302 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+2 APM30Hs+2 IBBS200Ds and one BBU
No.
Description
S0
For details, see 1.8.2.18 HPMI-PMU
Monitoring Signal Cable.
S1, S2, and S5
For details, see 1.8.2.3 CMUA-BBU Monitoring
Signal Cable.
S3
For details, see 1.8.1.7 PMU-CMUA
Monitoring Signal Cable.
S4
For details, see 1.8.4.5 EMUA or EMUB
Monitoring Signal Cable.
S6 and S8
For details, see 1.8.2.34 Monitoring Signal
Cable for a Battery Cabinet.
S7
For details, see 1.8.2.10 Monitoring Signal
Cable Between Cascaded CMUAs.
S9
For details, see 1.8.4.1 Monitoring Signal
Cable for a Door Status Sensor.
S10
For details, see 1.8.4.3 ELU Signal Cable.
S11
For details, see 1.8.4.1 Monitoring Signal
Cable for a Door Status Sensor.
S12
For details, see 1.8.3.11 Monitoring Signal
Cable for the Temperature Sensor.
When the BTS3900A is configured with 2 RFCs+2 APM30Hs+2 IBBS200Ds and two
BBUs, BBU 0 is installed in the basic APM30H on the left side, and BBU 1 is
installed in the extension APM30H on the right side. In this scenario, all
monitoring signal cables are connected to the root BBU (BBU 0). The following
figure shows the monitoring signal cable connections.
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Figure 1-179 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+2 APM30Hs+2 IBBS200Ds and two BBUs
The following table describes the monitoring signal cable connections.
Table 1-303 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+2 APM30Hs+2 IBBS200Ds and two BBUs
No.
Description
S0
For details, see 1.8.2.18 HPMI-PMU
Monitoring Signal Cable.
S1, S2, and S5
For details, see 1.8.2.3 CMUA-BBU Monitoring
Signal Cable.
S3
For details, see 1.8.1.7 PMU-CMUA
Monitoring Signal Cable.
S4
For details, see 1.8.4.5 EMUA or EMUB
Monitoring Signal Cable.
S6 and S8
For details, see 1.8.2.34 Monitoring Signal
Cable for a Battery Cabinet.
S7
For details, see 1.8.2.10 Monitoring Signal
Cable Between Cascaded CMUAs.
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No.
Description
S9
For details, see 1.8.4.1 Monitoring Signal
Cable for a Door Status Sensor.
S10
For details, see 1.8.4.3 ELU Signal Cable.
S11
For details, see 1.8.4.1 Monitoring Signal
Cable for a Door Status Sensor.
S12
For details, see 1.8.3.11 Monitoring Signal
Cable for the Temperature Sensor.
Monitoring Signal Cable Connections in the -48 V DC Scenario
The following figure shows the monitoring signal cable connections for the
BTS3900A configured with 2 RFCs+1 TMC11H and one BBU.
Figure 1-180 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+1 TMC11H and one BBU
Table 1-304 describes the monitoring signal cable connections.
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Table 1-304 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+1 TMC11H and one BBU
No.
Description
S0
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S1 and S2
For details, see 1.8.2.3 CMUA-BBU
Monitoring Signal Cable.
S3
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
S4
For details, see 1.8.4.3 ELU Signal
Cable.
S5
For details, see 1.8.2.10 Monitoring
Signal Cable Between Cascaded
CMUAs.
S6
For details, see 1.8.3.11 Monitoring
Signal Cable for the Temperature
Sensor.
When the BTS3900A is configured with 2 RFCs+2 TMC11Hs and two BBUs, BBU 0
is installed in the basic TMC11H, and BBU 1 is installed in the extension TMC11H.
In this scenario, all monitoring signal cables are connected to the root BBU (BBU
0). The following figure shows the monitoring signal cable connections.
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Figure 1-181 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+2 TMC11Hs and two BBUs
1.3.2.8.2 BTS3900A (Ver.C) Monitoring Signal Cable Connections
This section describes monitoring signal cables connections for the BTS3900A
(Ver.C) in different power supply scenarios.
Monitoring Signal Cable Connections in a 110 V AC/220 V AC Scenario
NOTE
● The position of the CMUE in the front door of the IBBS200T is different from the
position of the CMUE in the front door of the IBBS200D, but the monitoring schemes
are the same. This section uses the IBBS200D as an example. When connecting cables
for an IBBS200T, ensure that the cables are connected to right positions.
● When two BBUs (BBU 0 and BBU 1) are configured in a base station, all monitoring
signal cables are connected to the root BBU (BBU 0). Therefore, the monitoring signal
cable connections in a base station configured with two BBUs are the same as those in
a base station configured with one BBU.
The following figure shows the monitoring signal cable connections for the
BTS3900A configured with 1 RFC+1 APM30H+1 IBBS200D+1 TMC11H and only
one BBU.
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Figure 1-182 Monitoring signal cable connections for the BTS3900A configured
with 1 RFC+1 APM30H+1 IBBS200D+1 TMC11H and one BBU
The following table describes the monitoring signal cable connections.
Table 1-305 Monitoring signal cable connections for the BTS3900A configured with 1 RFC+1
APM30H+1 IBBS200D+1 TMC11H and one BBU
No.
Description
S0
For details, see 1.8.2.18 HPMI-PMU
Monitoring Signal Cable.
S1 and S2
For details, see 1.8.2.6 CMUE-BBU Monitoring
Signal Cable.
S3
For details, see 1.8.1.8 PMU-CMUE Monitoring
Signal Cable.
S4
For details, see 1.8.4.5 EMUA or EMUB
Monitoring Signal Cable.
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No.
Description
S5
For details, see 1.8.2.11 Monitoring Signal
Cable Between Cascaded CMUEs.
S6
For details, see 1.8.2.34 Monitoring Signal
Cable for a Battery Cabinet.
S7
For details, see 1.8.4.1 Monitoring Signal
Cable for a Door Status Sensor.
S8
For details, see 1.8.3.11 Monitoring Signal
Cable for the Temperature Sensor.
S9
For details, see 1.8.4.1 Monitoring Signal
Cable for a Door Status Sensor.
S10
For details, see 1.8.4.3 ELU Signal Cable.
The following figure shows the monitoring signal cable connections in a BTS3900A
where the configuration is 2 RFCs+2 APM30Hs+2 IBBS200Ds and one BBU.
Figure 1-183 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+2 APM30Hs+2 IBBS200Ds and one BBU
The following table describes the monitoring signal cable connections.
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Table 1-306 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+2 APM30Hs+2 IBBS200Ds and one BBU
No.
Description
S0
For details, see 1.8.2.18 HPMI-PMU
Monitoring Signal Cable.
S1, S2, and S5
For details, see 1.8.2.6 CMUE-BBU
Monitoring Signal Cable.
S3
For details, see 1.8.1.8 PMU-CMUE
Monitoring Signal Cable.
S4
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
S6 and S8
For details, see 1.8.2.34 Monitoring
Signal Cable for a Battery Cabinet.
S7
For details, see 1.8.2.11 Monitoring
Signal Cable Between Cascaded
CMUEs.
S9
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S10
For details, see 1.8.4.3 ELU Signal
Cable.
S11
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S12
For details, see 1.8.3.11 Monitoring
Signal Cable for the Temperature
Sensor.
When the BTS3900A configuration is 2 RFCs+2 APM30Hs+2 IBBS200Ds and two
BBUs, BBU 0 is installed in the basic APM30H on the left, BBU 1 is installed in the
extension APM30H on the right, and all monitoring signal cables are connected to
BBU 0. The monitoring signal cable connections in this scenario are shown in the
following figure.
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Figure 1-184 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+2 APM30Hs+2 IBBS200Ds and two BBUs
The following table describes the monitoring signal cable connections.
Table 1-307 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+2 APM30Hs+2 IBBS200Ds and two BBUs
No.
Description
S0
For details, see 1.8.2.18 HPMI-PMU
Monitoring Signal Cable.
S1, S2, and S5
For details, see 1.8.2.6 CMUE-BBU
Monitoring Signal Cable.
S3
For details, see 1.8.1.8 PMU-CMUE
Monitoring Signal Cable.
S4
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
S6 and S8
For details, see 1.8.2.34 Monitoring
Signal Cable for a Battery Cabinet.
S7
For details, see 1.8.2.11 Monitoring
Signal Cable Between Cascaded
CMUEs.
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No.
Description
S9
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S10
For details, see 1.8.4.3 ELU Signal
Cable.
S11
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S12
For details, see 1.8.3.11 Monitoring
Signal Cable for the Temperature
Sensor.
Monitoring Signal Cable Connections in the -48 V DC Power Supply Scenario
The following figure shows the monitoring signal cable connections for the
BTS3900A configured with 2 RFCs+1 TMC11H and only one BBU.
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Figure 1-185 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+1 TMC11H and one BBU
The following table describes the monitoring signal cable connections.
Table 1-308 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+1 TMC11H and one BBU
No.
Description
S0
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S1 and S2
For details, see 1.8.2.6 CMUE-BBU
Monitoring Signal Cable.
S3
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
S4
For details, see 1.8.4.3 ELU Signal
Cable.
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No.
Description
S5
For details, see 1.8.2.11 Monitoring
Signal Cable Between Cascaded
CMUEs.
S6
For details, see 1.8.3.11 Monitoring
Signal Cable for the Temperature
Sensor.
S7
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
When the BTS3900A configuration is 2 RFCs+2 TMC11Hs and two BBUs, BBU 0 is
installed in the basic TMC11H on the left, BBU 1 is installed in the extension
TMC11H on the right, and all monitoring signal cables are connected to BBU 0.
The monitoring signal cable connections in this scenario are shown in the
following figure.
Figure 1-186 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+2 TMC11Hs and two BBUs
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The following table describes the monitoring signal cable connections.
Table 1-309 Monitoring signal cable connections for the BTS3900A configured
with 2 RFCs+2 TMC11Hs and two BBUs
No.
Description
S0
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S1 and S2
For details, see 1.8.2.6 CMUE-BBU
Monitoring Signal Cable.
S3
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
S4
For details, see 1.8.4.3 ELU Signal
Cable.
S5
For details, see 1.8.2.11 Monitoring
Signal Cable Between Cascaded
CMUEs.
S6
For details, see 1.8.3.18 Monitoring
Signal Cable for the Temperature
Sensor in the RFC.
S7
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
1.3.2.8.3 BTS3900A (Ver.D) Monitoring Signal Cable Connections
This section describes monitoring signal cables connections for the BTS3900A
(Ver.D) in different power supply scenarios. Click the cable numbers in the
following figures to view the connections on both ends of each cable.
NOTE
● The position of the CMUEA in the front door of the IBBS200T is different from the position
of the CMUEA in the front door of the IBBS200D, but the monitoring schemes are the same.
This section uses the IBBS200D as an example. When connecting cables for an IBBS200T,
ensure that the cables are connected to right positions.
● When two BBUs (BBU 0 and BBU 1) are configured in a base station, all monitoring signal
cables are connected to the root BBU (BBU 0). Therefore, the monitoring signal cable
connections in a base station configured with two BBUs are the same as those in a base
station configured with one BBU. This section uses a base station configured with two BBUs
as an example.
Monitoring Signal Cable Connections in a 110 V AC/220 V AC Scenario
The following figure shows the monitoring signal cable connections for a
BTS3900A configured with 2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H.
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Figure 1-187 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H
The following table describes the monitoring signal cable connections.
Table 1-310 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H
Cable No.
Description
S0
For details, see ELU Signal Cable.
S1 and S2
For details, see 1.8.2.7 CMUEA-BBU
Monitoring Signal Cable.
S3
For details, see 1.8.1.2 PMU 11ACMUEA Monitoring Signal Cable.
S4
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
S5
For details, see 1.8.2.13 Monitoring
Signal Cable Between Cascaded
CMUEAs.
S6
For details, see 1.8.2.34 Monitoring
Signal Cable for a Battery Cabinet.
S7 and S9
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
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Cable No.
Description
S8
For details, see 1.8.3.11 Monitoring
Signal Cable for the Temperature
Sensor.
The following figure shows the monitoring signal cable connections for a
BTS3900A configured with 2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H.
Figure 1-188 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H
The following table describes the monitoring signal cable connections.
Table 1-311 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H
Cable No.
Description
S0
For details, see ELU Signal Cable.
S1 and S2
For details, see 1.8.2.7 CMUEA-BBU
Monitoring Signal Cable.
S3
For details, see 1.8.1.2 PMU 11ACMUEA Monitoring Signal Cable.
S4
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
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Cable No.
Description
S5
For details, see 1.8.2.13 Monitoring
Signal Cable Between Cascaded
CMUEAs.
S6
For details, see 1.8.2.34 Monitoring
Signal Cable for a Battery Cabinet.
S7 and S9
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S8
For details, see 1.8.3.11 Monitoring
Signal Cable for the Temperature
Sensor.
S10
For details, see 1.8.2.14 Monitoring
Signal Cable Between Cascaded
CCU01D-03s.
The following figure shows the monitoring signal cable connections for a
BTS3900A configured with 2 RFCs+1 APM30H+1 IBBS700D+1 TMC11H.
Figure 1-189 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 APM30H+1 IBBS700D+1 TMC11H
The following table describes the monitoring signal cable connections.
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Table 1-312 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 APM30H+1 IBBS700D+1 TMC11H
Cable No.
Description
S0
For details, see ELU Signal Cable.
S1 and S2
For details, see 1.8.2.7 CMUEA-BBU
Monitoring Signal Cable.
S3
For details, see 1.8.1.2 PMU 11ACMUEA Monitoring Signal Cable.
S4
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
S5
For details, see 1.8.2.13 Monitoring
Signal Cable Between Cascaded
CMUEAs.
S6
For details, see 1.8.2.34 Monitoring
Signal Cable for a Battery Cabinet.
S7 and S9
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S8
For details, see 1.8.3.11 Monitoring
Signal Cable for the Temperature
Sensor.
S10
For details, see HAU01A-01
Monitoring Signal Cable.
Monitoring Signal Cable Connections in the -48 V DC Power Supply Scenario
The following figure shows the monitoring signal cable connections for a
BTS3900A configured with 2 RFCs+1 TMC11H.
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Figure 1-190 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 TMC11H
The following table describes the monitoring signal cable connections.
Table 1-313 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 TMC11H
No.
Description
S0
For details, see 1.8.4.3 ELU Signal
Cable.
S1 and S2
For details, see 1.8.2.7 CMUEA-BBU
Monitoring Signal Cable.
S3
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
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No.
Description
S4
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S5
For details, see 1.8.2.13 Monitoring
Signal Cable Between Cascaded
CMUEAs.
S6
For details, see 1.8.3.11 Monitoring
Signal Cable for the Temperature
Sensor.
1.3.2.8.4 BTS3900A (Ver.E) Monitoring Signal Cable Connections
This section describes the monitoring signal cable connections for the BTS3900A
(Ver.E) in different power supply scenarios. Click the cable numbers in the
following figures to view the connections on both ends of each cable.
NOTE
● The position of the CMUH in the front door of an IBBS200T is different from the position of
the CMUH in the front door of an IBBS200D, but the monitoring schemes are the same. This
section uses the IBBS200D as an example. When connecting cables for an IBBS200T, ensure
that the cables are connected to right positions.
● The position of the CMUH in the front door of an IBBS300T is different from the position of
the CMUH in the front door of an IBBS300D, but the monitoring schemes are the same. This
section uses the IBBS300D as an example. When connecting cables for an IBBS300T, ensure
that the cables are connected to right positions.
● When a base station is configured with two BBUs, BBU 1 is not used for monitoring. In this
case, the monitoring cable connections are the same as those when only one BBU is
configured. This section uses a base station configured with two BBUs as an example.
● The boards to be monitored are cascaded in sequence. If a board is not configured, the
monitoring signal cable is connected to its lower-level board.
Monitoring Signal Cable Connections in a 110 V AC or 220 V AC Scenario
The following figure shows the monitoring signal cable connections for a
BTS3900A configured with 2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H.
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Figure 1-191 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H
The following table lists monitoring signal cable connections.
Table 1-314 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 APM30H+2 IBBS200Ds+1 TMC11H
No.
Description
S0
For details, see ELU Signal Cable.
S1
For details, see CCUB-BBU Monitoring
Signal Cable/CCUC-BBU Monitoring
Signal Cable.
S2 and S4
For details, see CMUH-CCUB
Monitoring Signal Cable/CCUCCMUH Monitoring Signal Cable.
S3
For details, see EMUA or EMUB
Monitoring Signal Cable.
S5
For details, see CCUB-CMUH
Monitoring Signal Cable/CCUCCMUH Monitoring Signal Cable.
S6
For details, see Monitoring Signal
Cable for a Battery Cabinet.
S7
For details, see Monitoring Signal
Cables for Door Status Sensors.
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No.
Description
S8
For details, see Monitoring Signal
Cables for Temperature Sensors.
S9
For details, see Monitoring Signal
Cable Between Cascaded CMUHs.
S10
For details, see PMIU-CCUB
Monitoring Signal Cable/PMIU-CCUC
Monitoring Signal Cable.
The following figure shows the monitoring signal cable connections for a
BTS3900A configured with 2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H.
Figure 1-192 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H
The following table lists monitoring signal cable connections.
Table 1-315 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 APM30H+2 IBBS300Ds+1 TMC11H
No.
Description
S0
For details, see ELU Signal Cable.
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No.
Description
S1
For details, see CCUB-BBU Monitoring
Signal Cable/CCUC-BBU Monitoring
Signal Cable.
S2 and S4
For details, see CMUH-CCUB
Monitoring Signal Cable/CCUCCMUH Monitoring Signal Cable.
S3
For details, see EMUA or EMUB
Monitoring Signal Cable.
S5
For details, see CCUB-CMUH
Monitoring Signal Cable/CCUCCMUH Monitoring Signal Cable.
S6
For details, see Monitoring Signal
Cable for a Battery Cabinet.
S7
For details, see Monitoring Signal
Cables for Door Status Sensors.
S8
For details, see Monitoring Signal
Cables for Temperature Sensors.
S9
For details, see 1.8.2.14 Monitoring
Signal Cable Between Cascaded
CCU01D-03s.
S10
For details, see PMIU-CCUB
Monitoring Signal Cable/CCUCCMUH Monitoring Signal Cable.
Monitoring signal cable connections in a -48 V DC scenario
The following figure shows the monitoring signal cable connections for a
BTS3900A configured with 2 RFCs+1 TMC11H.
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Figure 1-193 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 TMC11H
The following table lists monitoring signal cable connections.
Table 1-316 Monitoring signal cable connections for a BTS3900A configured with
2 RFCs+1 TMC11H
No.
Description
S0
For details, see ELU Signal Cable.
S1
For details, see CCUB-BBU Monitoring
Signal Cable/CCUC-BBU Monitoring
Signal Cable.
S2
For details, see CMUH-CCUB
Monitoring Signal Cable/CCUCCMUH Monitoring Signal Cable.
S3
For details, see EMUA or EMUB
Monitoring Signal Cable.
S4
For details, see Monitoring Signal
Cable Between Cascaded CMUHs.
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No.
Description
S5
For details, see Monitoring Signal
Cables for Door Status Sensors.
S6
For details, see Monitoring Signal
Cables for Temperature Sensors.
1.3.2.8.5 BTS3900A (Ver.D_A2) Monitoring Signal Cable Connections
This section describes the monitoring signal cable connections in a BTS3900A in
110 V or 220 V AC and -48 V DC scenarios.
Monitoring Signal Cable Connections in a 110 V or 220 V AC Scenario
NOTE
If a device is not configured, ignore the monitoring signal cable connections for the device
in the figures.
When a BTS3900A is in the configuration of 1 APM30H+1 TMC11H+1 IBBS200T+2
RFCs and is supplied with 110 V or 220 V AC power, the monitoring signal cable
connections are shown in the following figure.
Figure 1-194 Monitoring signal cable connections in the configuration of 1
APM30H+1 TMC11H+1 IBBS200T+2 RFCs
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The following table describes the monitoring signal cable connections.
Table 1-317 Monitoring signal cable connections in the configuration of 1
APM30H+1 TMC11H+1 IBBS200T+2 RFCs
No.
Description
S1
Monitoring signal cable for the door
status sensor in the IBBS200T
S2
PMU-CMUEA monitoring signal cable
S3
EMUA/EMUB monitoring signal cable
(optional)
S4
Monitoring signal transfer cable for
the fan in the front door
S5
Monitoring signal cable for the door
status sensor in an APM30H
S6 and S14
ELU signal cable
S7 and S8
CMUEA-BBU monitoring signal cable
S9 and S17
Monitoring signal cable between
cascaded CMUEAs
S10 and S16
Monitoring signal cable for the fan
assembly in the RFC
S11 and S12
Surge protection alarm cable for the
DCDU-13A
S13, S18, and S19
Monitoring signal cable for the door
status sensor
S15
Monitoring signal cable for the
temperature sensor
Monitoring Signal Cable Connections in the -48 V DC Scenario
The following figure shows the power cable connections for a BTS3900A
configured with 1 TMC11H+2 RFCs in a -48 V DC input scenario.
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Figure 1-195 Monitoring signal cable connections in the configuration of 1
TMC11H+2 RFCs
The following table describes the monitoring signal cable connections.
Table 1-318 Monitoring signal cable connections in the configuration of 1
TMC11H+2 RFCs
No.
Description
S1 and S11
Monitoring signal cable for the door
status sensor
S2
EMUA/EMUB monitoring signal cable
(optional)
S3
Monitoring signal transfer cable for
the fan in the front door
S4 and S6
CMUEA-BBU monitoring signal cable
S5 and S12
ELU signal cable
S7
Monitoring signal cable between
cascaded CMUEAs
S8 and S14
Monitoring signal cable for the fan
assembly in the RFC
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No.
Description
S9 and S10
Surge protection alarm cable for the
DCDU-13A
S13
Monitoring signal cable for the
temperature sensor in the RFC
1.3.2.8.6 BTS3900A (Ver.D_A1) Monitoring Signal Cable Connections
This section describes the monitoring signal cable connections in a BTS3900A in
110 V or 220 V AC and -48 V DC scenarios.
Monitoring Signal Cable Connections in a 110 V or 220 V AC Scenario
When a BTS3900A is in the configuration of 1 APM30+1 TMC+1 BBC+2 RFCs and
is supplied with 110 V or 220 V AC power, the monitoring signal cable connections
are shown in the following figure.
Figure 1-196 Monitoring signal cable connections in the configuration of 1
APM30+1 TMC+1 BBC+2 RFCs
The following table describes the monitoring signal cable connections.
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Table 1-319 Monitoring signal cable connections in the configuration of 1
APM30+1 TMC+1 BBC+2 RFCs
No.
Description
S0
Monitoring signal cable for the door
status sensor in an APM30
S1
Temperature monitoring signal cable
for the batteries
S2
Monitoring signal cable between
cascaded CMUEAs
S3
EMUA/EMUB monitoring signal cable
(optional)
S4
Monitoring signal transfer cable for
the fan at the top of a cabinet
S5, S15, and S20
Monitoring signal cable for the
temperature sensor
S6 and S14
ELU signal cable
S7 and S8
CMUEA-BBU monitoring signal cable
S9 and S17
Monitoring signal cable between
cascaded CMUEAs
S10 and S16
Monitoring signal cable for the fan
assembly
S11 and S12
Surge protection alarm cable for the
DCDU-13A
S13 and S18
Monitoring signal cable for the door
status sensor
S19
Monitoring signal transfer cable for
the fan in the front door
Monitoring Signal Cable Connections in the -48 V DC Scenario
When a BTS3900A is in the configuration of 1 TMC+2 RFCs and is supplied with
-48 V DC power, the monitoring signal cable connections are shown in the
following figure.
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Figure 1-197 Monitoring signal cable connections in the configuration of 1 TMC+2
RFCs
The following table describes the monitoring signal cable connections.
Table 1-320 Monitoring signal cable connections in the configuration of 1 TMC+2
RFCs
No.
Description
S0 and S13
Monitoring signal cable for the door
status sensor
S1
Monitoring signal transfer cable for
the fan in the front door
S2
EMUA/EMUB monitoring signal cable
(optional)
S3, S5, and S15
Monitoring signal cable for the
temperature sensor
S4
Monitoring signal transfer cable for
the fan at the top of a cabinet
S6 and S14
ELU signal cable
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No.
Description
S7 and S8
CMUEA-BBU monitoring signal cable
S9
Monitoring signal cable between
cascaded CMUEAs
S10 and S16
Monitoring signal cable for the fan
assembly
S11 and S12
Surge protection alarm cable for the
DCDU-13A
1.3.2.8.7 BTS3900A (Ver.E_A2) Monitoring Signal Cable Connections
This section describes the monitoring signal cable connections in a BTS3900A
(Ver.E_A2) that is supplied with 110 V AC, 220 V AC, or -48 V DC power, to
facilitate monitoring signal cable installation and maintenance.
Monitoring Signal Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
When being supplied with 110 V AC or 220 V AC power, a BTS3900A can be
configured with 1 APM30H+1 TMC11H+1 IBBS200T+2 RFCs. The following figure
shows monitoring signal cable connections in this scenario.
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Figure 1-198 Monitoring signal cable connections in a base station configured
with 1 APM30H+1 TMC11H+1 IBBS200T+2 RFCs
The following figure shows the monitoring signal cable connections in a base
station configured with 1 APM30H+1 TMC11H+1 IBBS200T+2 RFCs.
Table 1-321 Monitoring signal cable connections in a base station configured with
1 APM30H+1 TMC11H+1 IBBS200T+2 RFCs
No.
Description
S1 and S12
Monitoring signal cable for the door
status sensor
S2
ELU signal cable
S3
CCUB-BBU monitoring signal cable/
CCUC-BBU monitoring signal cable
S4
EMUA/EMUB monitoring signal cable
S5
Monitoring signal transfer cable for
the fan in a front door
S6
PMIU-CCUB monitoring signal cable/
PMIU-CCUC monitoring signal cable
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No.
Description
S7
CMUH-CCUB monitoring signal cable
(between the RFC and APM30H)/
CMUH-CCUC monitoring signal cable
(between the RFC and APM30H)
S8
CCUB-CMUH monitoring signal cable
(between the TMC11H and RFC)/
CCUC-CMUH monitoring signal cable
(between the TMC11H and RFC)
S9
Monitoring signal cable for the battery
cabinet (between the IBBS200T and
APM30H)
S10 and S11
DCDU-13A surge protection alarm
cable
S13
ELU signal cable
S14
Monitoring signal cable for the fan
assembly
S15
Monitoring signal cable for the
temperature sensor in the RFC
Monitoring Signal Cable Connections in the -48 V DC Scenario
The following figure shows the power cable connections for a BTS3900A
configured with 1 TMC11H+2 RFCs in a -48 V DC input scenario.
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Figure 1-199 Monitoring signal cable connections in a base station configured
with 1 TMC11H+2 RFCs
The following figure shows the monitoring signal cable connections in a base
station configured with 1 TMC11H+2 RFCs.
Table 1-322 Monitoring signal cable connections in a base station configured with
1 TMC11H+2 RFCs
No.
Description
S1 and S12
Monitoring signal cable for the door
status sensor
S2 and S13
ELU signal cable
S5
Monitoring signal transfer cable for
the fan in a front door
S6
CMUH-CCUB monitoring signal cable
(between the RFC and TMC11H)/
CMUH-CCUC monitoring signal cable
(between the RFC and TMC11H)
S7
Monitoring signal cable for the
temperature sensor in the RFC
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No.
Description
S8
CCUB-BBU monitoring signal cable/
CCUC-BBU monitoring signal cable
S9
Monitoring signal cable for the fan
assembly
S10 and S11
DCDU-13A surge protection alarm
cable
S14
EMUA/EMUB monitoring signal cable
1.3.2.8.8 BTS3900A (Ver.E_A1) Monitoring Signal Cable Connections
This section describes the monitoring signal cable connections in a BTS3900A
(Ver.E_A1) that is supplied with 110 V AC, 220 V AC, or -48 V DC power, to
facilitate monitoring signal cable installation and maintenance.
Monitoring Signal Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
When being supplied with 110 V AC or 220 V AC power, a BTS3900A can be
configured with 1 APM30+1 TMC+1 BBC+2 RFCs. The monitoring signal cable
connections in this scenario are shown in the following figure.
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Figure 1-200 Monitoring signal cable connections in a base station configured
with 1 APM30+1 TMC+1 BBC+2 RFCs
The following figure shows the monitoring signal cable connections in a base
station configured with 1 APM30+1 TMC+1 BBC+2 RFCs.
Table 1-323 Monitoring signal cable connections in a base station configured with
1 APM30+1 TMC+1 BBC+2 RFCs
No.
Description
S1
Temperature monitoring signal cable
for the air exhaust vent
S2
Monitoring signal cable for fan
assemblies
S3, S13, and S16
ELU signal cable
S4
CMUH-BBU monitoring signal cable/
CCUC-BBU monitoring signal cable
S5
PMU-CMUH monitoring signal cable
S6
Environmental temperature
monitoring signal cable
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No.
Description
S7
Monitoring signal transfer cable for
the fan in a front door
S9
EMUA/EMUB monitoring signal cable
S10 and S15
Monitoring signal cable for the door
status sensor
S11
Monitoring signal cable between
cascaded CMUHs (between the TMC
and RFC)
S12
CMUH-BBU monitoring signal cable
(between the RFC and APM30)
S14
DCDU-13A surge protection alarm
cable
S17
Monitoring signal cable for the fan
assembly
S18
Monitoring signal cable for the
temperature sensor in the RFC
Monitoring Signal Cable Connections in the -48 V DC Scenario
When being supplied with -48 V DC power, a BTS3900A can be configured with 1
TMC+2 RFCs. The monitoring signal cable connections in this scenario are shown
in the following figure.
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Figure 1-201 Monitoring signal cable connections in a base station configured
with 1 TMC+2 RFCs
The following figure shows the monitoring signal cable connections in a base
station configured with 1 TMC+2 RFCs.
Table 1-324 Monitoring signal cable connections in a base station configured with
1 TMC+2 RFCs
No.
Description
S1
Temperature monitoring signal cable
for the air exhaust vent
S2
Monitoring signal cable for fan
assemblies
S3 and S13
ELU signal cable
S4
Monitoring signal transfer cable for
the fan in a front door
S5
Environmental temperature
monitoring signal cable
S6
EMUA/EMUB monitoring signal cable
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No.
Description
S7
CMUH-BBU monitoring signal cable
S8 and S12
Monitoring signal cable for the door
status sensor
S9
CMUH-BBU monitoring signal cable
(between the RFC and TMC)
S10 and S11
DCDU-13A surge protection alarm
cable
S14
Monitoring signal cable for the fan
assembly
S15
Monitoring signal cable for the
temperature sensor in the RFC
S16
Monitoring signal cable between
cascaded CMUHs (between the RFCs)
1.3.2.9 BTS3900AL Monitoring Signal Cable Connections
This section describes the monitoring signal cable connections for a BTS3900AL
cabinet.
1.3.2.9.1 BTS3900AL (Ver.A) Monitoring Signal Cable Connections
This section provides reference for onsite installation of monitoring signal cables.
Monitoring signal cable connections in a 110 V AC/220 V AC scenario
Scenario with a Single BBU
The following figure shows the monitoring signal cable connections for a
BTS3900AL configured with 1 BTS3900AL AC cabinet+1 BTS3900AL DC cabinet+1
TMC11H (Ver.D).
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Figure 1-202 Monitoring signal cable connections in a base station configured
with 1 BTS3900AL AC cabinet+1 BTS3900AL DC cabinet+1 TMC11H (Ver.D) (with
one BBU)
The following table describes the monitoring signal cables.
Table 1-325 Monitoring signal cables in a base station configured with 1
BTS3900AL AC cabinet+1 BTS3900AL DC cabinet+1 TMC11H (Ver.D) (with one
BBU)
No.
Description
S0
For details, see 1.8.2.8 Signal Cable
for Connecting Cascaded CCUs.
S1
For details, see 1.8.1.1 PMU-CCU
Monitoring Signal Cable.
S2
For details, see 1.8.3.4 FAU03D-01
Monitoring Signal Cable.
S3
For details, see 1.8.2.19 CMUEA-CCU
Monitoring Signal Cable.
S5
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S6
For details, see 1.8.4.7 Monitoring
Signal Cable for the AC Surge
Protection Module.
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No.
Description
S7
For details, see 1.8.4.3 ELU Signal
Cable.
S8
For details, see 1.8.2.20 CMUF-CCU
Monitoring Signal Cable.
S9
For details, see 1.8.3.12 HAU01A-01
Monitoring Signal Cable.
S10
For details, see 1.8.2.9 CCU-BBU
Monitoring Signal Cable.
S11
For details, see 1.8.2.15 Signal Cable
Between Cascaded HAU01A-01s.
S12
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
Scenario with Two BBUs
The following figure shows the monitoring signal cable connections for a
BTS3900AL configured with 1 BTS3900AL AC cabinet+1 BTS3900AL DC cabinet+1
TMC11H (Ver.D). When an IBBS700T instead of an IBBS700D is used, the
monitoring signal cable connections are the same.
Figure 1-203 Monitoring signal cable connections in a base station configured
with 1 BTS3900AL AC cabinet+1 BTS3900AL DC cabinet+1 TMC11H (Ver.D) (with
two BBUs)
The following table describes the monitoring signal cables.
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Table 1-326 Monitoring signal cables in a base station configured with 1
BTS3900AL AC cabinet+1 BTS3900AL DC cabinet+1 TMC11H (Ver.D) (with two
BBUs)
No.
Description
S0
For details, see 1.8.2.8 Signal Cable
for Connecting Cascaded CCUs.
S1
For details, see 1.8.1.1 PMU-CCU
Monitoring Signal Cable.
S2
For details, see 1.8.3.4 FAU03D-01
Monitoring Signal Cable.
S3
For details, see 1.8.2.19 CMUEA-CCU
Monitoring Signal Cable.
S4
For details, see 1.8.4.14 BBU
Interconnection Signal Cable.
S5
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S6
For details, see 1.8.4.7 Monitoring
Signal Cable for the AC Surge
Protection Module.
S7
For details, see 1.8.4.3 ELU Signal
Cable.
S8
For details, see 1.8.2.20 CMUF-CCU
Monitoring Signal Cable.
S9
For details, see 1.8.3.12 HAU01A-01
Monitoring Signal Cable.
S10 and S11
For details, see 1.8.2.9 CCU-BBU
Monitoring Signal Cable.
S12
For details, see 1.8.2.15 Signal Cable
Between Cascaded HAU01A-01s.
S13
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
The following figure shows the monitoring signal cable connections for a
BTS3900AL configured with 1 BTS3900AL AC cabinet+1 BTS3900AL DC cabinet+2
IBBS300Ds. When two IBBS300Ts instead of two IBBS300Ds are used, the
monitoring signal cable connections are the same.
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Figure 1-204 Monitoring signal cable connections in a base station configured
with 1 BTS3900AL AC cabinet+1 BTS3900AL DC cabinet+2 IBBS300Ds (with two
BBUs)
The following table describes the monitoring signal cables.
Table 1-327 Monitoring signal cables in a base station configured with 1
BTS3900AL AC cabinet+1 BTS3900AL DC cabinet+2 IBBS300Ds (with two BBUs)
No.
Description
S0 and S4
For details, see 1.8.2.8 Signal Cable
for Connecting Cascaded CCUs.
S1
For details, see 1.8.1.1 PMU-CCU
Monitoring Signal Cable.
S2
For details, see 1.8.3.4 FAU03D-01
Monitoring Signal Cable.
S3
For details, see 1.8.4.14 BBU
Interconnection Signal Cable.
S5
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S6
For details, see 1.8.4.7 Monitoring
Signal Cable for the AC Surge
Protection Module.
S7
For details, see 1.8.4.3 ELU Signal
Cable.
S8
For details, see 1.8.2.20 CMUF-CCU
Monitoring Signal Cable.
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No.
Description
S9
For details, see 1.8.3.12 HAU01A-01
Monitoring Signal Cable.
S10 and S11
For details, see 1.8.2.9 CCU-BBU
Monitoring Signal Cable.
S12
For details, see 1.8.2.15 Signal Cable
Between Cascaded HAU01A-01s.
S13
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
Monitoring Signal Cable Connections in the -48 V DC Scenario
Scenario with a Single BBU
The following figure shows the monitoring signal cable connections in a
BTS3900AL configured with one BTS3900AL DC cabinet.
Figure 1-205 Monitoring signal cable connections in a base station configured
with one BTS3900AL DC cabinet (with one BBU)
The following table describes the monitoring signal cable connections.
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Table 1-328 Monitoring signal cables in a base station configured with one
BTS3900AL DC cabinet (with one BBU)
No.
Description
S0
For details, see 1.8.4.3 ELU Signal
Cable.
S1
For details, see 1.8.3.4 FAU03D-01
Monitoring Signal Cable.
S2
For details, see 1.8.3.12 HAU01A-01
Monitoring Signal Cable.
S3
For details, see 1.8.2.9 CCU-BBU
Monitoring Signal Cable.
S4
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
S5
For details, see 1.8.2.20 CMUF-CCU
Monitoring Signal Cable.
S6
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S7
For details, see 1.8.2.15 Signal Cable
Between Cascaded HAU01A-01s.
Scenario with Two BBUs
The following figure shows the monitoring signal cable connections in a
BTS3900AL configured with one BTS3900AL DC cabinet.
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Figure 1-206 Monitoring signal cable connections in a base station configured
with one BTS3900AL DC cabinet (with two BBUs)
The following table describes the monitoring signal cable connections.
Table 1-329 Monitoring signal cables in a base station configured with one
BTS3900AL DC cabinet (with two BBUs)
No.
Description
S0
For details, see 1.8.4.3 ELU Signal
Cable.
S1
For details, see 1.8.3.4 FAU03D-01
Monitoring Signal Cable.
S2
For details, see 1.8.3.12 HAU01A-01
Monitoring Signal Cable.
S3 and S4
For details, see 1.8.2.9 CCU-BBU
Monitoring Signal Cable.
S5
For details, see 1.8.2.20 CMUF-CCU
Monitoring Signal Cable.
S6
For details, see 1.8.4.1 Monitoring
Signal Cable for a Door Status
Sensor.
S7
For details, see 1.8.4.14 BBU
Interconnection Signal Cable.
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No.
Description
S8
For details, see 1.8.4.5 EMUA or
EMUB Monitoring Signal Cable.
S9
For details, see 1.8.2.15 Signal Cable
Between Cascaded HAU01A-01s.
1.3.2.10 Monitoring Signal Cable Connections in the DBS3900 (Using a
BBU3900 or BBU3910)
This section describes monitoring signal cable connections in the DBS3900
configured with different types of cabinets in which a BBU3900 or BBU3910 is
used.
1.3.2.10.1 Monitoring Signal Cable Connections in a DBS3900 Using an MRE1000
This section describes the monitoring signal cable connections in a DBS3900 using
an MRE1000.
Monitoring Signal Cable Connections in an MRE1000 BVDC Cabinet
When an MRE1000 boost voltage direct current (BVDC) cabinet is configured with
a BDU65-03, the monitoring signal cables are used to provide power for Book
RRUs. The monitoring signal cable connections in this scenario are shown in the
following figure.
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Figure 1-207 Monitoring signal cable connections in an MRE1000 BVDC cabinet
The following table describes the monitoring signal cable connections.
Table 1-330 Monitoring signal cable connections in an MRE1000 BVDC cabinet
No.
Description
S1
1.8.4.3 ELU Signal Cable
S2
1.8.1.13 PMIU-CCUB Monitoring
Signal Cable
S3 and S4
1.8.2.4 CCUB-BBU Monitoring Signal
Cable
S5
1.8.4.1 Monitoring Signal Cable for a
Door Status Sensor
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No.
Description
S6
1.8.3.11 Monitoring Signal Cable for
the Temperature Sensor
S7
1.8.3.12 HAU01A-01 Monitoring
Signal Cable
S8
1.8.1.10 Monitoring Signal Cable for
the AC Power Distribution Box in an
MRE1000
Monitoring Signal Cable Connections in an MRE1000 225-400 V DC Cabinet
When an MRE1000 225-400 V DC cabinet is configured with an HSU (C2800G51),
a PDU08H-01 is required to supply power for the Easy Macro. The monitoring
signal cable connections in this scenario are shown in the following figure.
Figure 1-208 Monitoring signal cable connections in an MRE1000 225-400 V DC
cabinet
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The following table describes the power cable connections.
Table 1-331 Monitoring signal cable connections in an MRE1000 225-400 V DC
cabinet
No.
Description
S1
1.8.4.3 ELU Signal Cable
S2
1.8.1.13 PMIU-CCUB Monitoring
Signal Cable
S3 and S4
1.8.2.4 CCUB-BBU Monitoring Signal
Cable
S5
1.8.4.1 Monitoring Signal Cable for a
Door Status Sensor
S6
1.8.3.11 Monitoring Signal Cable for
the Temperature Sensor
S7
1.8.1.11 HSMU Monitoring Signal
Cable for the PDU08H-01
S8
1.8.3.12 HAU01A-01 Monitoring
Signal Cable
S9
1.8.1.10 Monitoring Signal Cable for
the AC Power Distribution Box in an
MRE1000
1.3.2.10.2 Monitoring Signal Cable Connections in a DBS3900 Using the APM30H
(Ver.E)
This section describes the monitoring signal cable connections in a DBS3900 using
the APM30H (Ver.E).
NOTE
● The position of the CMUH in the front door of an IBBS200T is different from the position of
the CMUH in the front door of an IBBS200D, but the monitoring schemes are the same. This
section uses the IBBS200D as an example. When connecting cables for an IBBS200T, ensure
that the cables are connected to right positions.
● The position of the CMUH in the front door of an IBBS300T is different from the position of
the CMUH in the front door of an IBBS300D, but the monitoring schemes are the same. This
section uses the IBBS300D as an example. When connecting cables for an IBBS300T, ensure
that the cables are connected to right positions.
● When a base station is configured with two BBUs, BBU 1 is not used for monitoring. In this
case, the monitoring cable connections are the same as those when only one BBU is
configured. This section uses a base station configured with two BBUs as an example.
● The boards to be monitored are cascaded in sequence. If a board is not configured, the
monitoring signal cable is connected to its lower-level board.
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1 APM30H+1 TMC11H+2 IBBS200Ds
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 1 APM30H+1 TMC11H+2 IBBS200Ds.
Figure 1-209 Monitoring signal cables in a base station with the configuration of
1 APM30H+1 TMC11H+2 IBBS200Ds
The following table describes the monitoring signal cable connections.
Table 1-332 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 IBBS200Ds
No.
Description
S0
ELU Signal Cable
S1
CCUB-BBU Monitoring Signal Cable/
1.8.2.5 CCUC-BBU Monitoring Signal
Cable
S2
Monitoring Signal Cable Between
Cascaded CMUHs
S3
EMUA/EMUB Monitoring Signal
Cable
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No.
Description
S4
Monitoring Signal Cable Between
Cascaded CCUBs/1.8.2.28 Monitoring
Signal Cable Between Cascaded
CCUCs
S5
Monitoring Signal Cable for a Door
Status Sensor
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
PMIU-CCUB Monitoring Signal
Cable/1.8.1.14 PMIU-CCUC
Monitoring Signal Cable
1 APM30H+1 TMC11H+2 IBBS300Ds
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 1 APM30H+1 TMC11H+2 IBBS300Ds.
Figure 1-210 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 IBBS300Ds
The following table describes the monitoring signal cable connections.
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Table 1-333 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 IBBS300Ds
No.
Description
S0
ELU Signal Cable
S1
CCUB-BBU Monitoring Signal Cable/
1.8.2.5 CCUC-BBU Monitoring Signal
Cable
S2
1.8.2.14 Monitoring Signal Cable
Between Cascaded CCU01D-03s
S3
EMUA or EMUB Monitoring Signal
Cable
S4
Monitoring Signal Cable Between
Cascaded CCUBs/1.8.2.28 Monitoring
Signal Cable Between Cascaded
CCUCs
S5
Monitoring Signal Cable for a Door
Status Sensor
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
PMIU-CCUB Monitoring Signal
Cable/1.8.1.14 PMIU-CCUC
Monitoring Signal Cable
1 APM30H+1 TMC11H+2 BBC5200D-Ls
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 1 APM30H+1 TMC11H+2 BBC5200D-Ls.
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Figure 1-211 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 BBC5200D-Ls
The following table describes the monitoring signal cable connections.
Table 1-334 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 BBC5200D-Ls
No.
Description
S0
ELU Signal Cable
S1
CCUB-BBU Monitoring Signal Cable/
1.8.2.5 CCUC-BBU Monitoring Signal
Cable
S2
Monitoring Signal Cable Between
Cascaded CMUHs
S3
EMUA/EMUB Monitoring Signal
Cable
S4
Monitoring Signal Cable Between
Cascaded CCUBs/1.8.2.28 Monitoring
Signal Cable Between Cascaded
CCUCs
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No.
Description
S5
Monitoring Signal Cable for a Door
Status Sensor
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
PMIU-CCUB Monitoring Signal
Cable/1.8.1.14 PMIU-CCUC
Monitoring Signal Cable
S8
1.8.3.13 HAU03A-02 Monitoring
Signal Cable
S9
1.8.1.24 Monitoring Signal Cable for
the Lithium Battery
S10
PMU 15A monitoring signal cable
1 APM30H+1 TMC11H+2 BBC5200T-Ls
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 1 APM30H+1 TMC11H+2 BBC5200T-Ls.
Figure 1-212 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 BBC5200T-Ls
The following table describes the monitoring signal cable connections.
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Table 1-335 Monitoring signal cable connections in a base station with the
configuration of 1 APM30H+1 TMC11H+2 BBC5200T-Ls
No.
Description
S0
ELU Signal Cable
S1
CCUB-BBU Monitoring Signal Cable/
1.8.2.5 CCUC-BBU Monitoring Signal
Cable
S2
Monitoring Signal Cable Between
Cascaded CMUHs
S3
EMUA/EMUB Monitoring Signal
Cable
S4
Monitoring Signal Cable Between
Cascaded CCUBs/1.8.2.28 Monitoring
Signal Cable Between Cascaded
CCUCs
S5
Monitoring Signal Cable for a Door
Status Sensor
S6
Monitoring Signal Cable for a
Battery Cabinet
S7
PMIU-CCUB Monitoring Signal
Cable/1.8.1.14 PMIU-CCUC
Monitoring Signal Cable
S8
Monitoring signal cable for the air
conditioner
S9
1.8.1.24 Monitoring Signal Cable for
the Lithium Battery
S10
PMU 15A monitoring signal cable
1.3.2.10.3 Monitoring Signal Cable Connections in a DBS3900 Using the APM30H
(Ver.D)
This section describes the monitoring signal cable connections in a DBS3900 using
the APM30H (Ver.D).
Monitoring Signal Cable Connections in a Single- or Dual-Mode Base Station
Figure 1-213 shows the monitoring signal cable connections in a base station
configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200D (Ver.D).
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Figure 1-213 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200D (Ver.D)
Table 1-336 describes the monitoring signal cable connections.
Table 1-336 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200D (Ver.D)
No.
Description
S1 and S4
1.8.1.2 PMU 11A-CMUEA Monitoring
Signal Cable
S2 and S3
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
Figure 1-214 shows the monitoring signal cable connections in a base station
configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200T (Ver.D).
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Figure 1-214 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200T (Ver.D)
Table 1-337 describes the monitoring signal cable connections.
Table 1-337 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200T (Ver.D)
No.
Description
S1 and S4
1.8.1.2 PMU 11A-CMUEA Monitoring
Signal Cable
S2 and S3
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
Figure 1-215 shows the monitoring signal cable connections in a base station
configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ds (Ver.D).
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Figure 1-215 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ds
(Ver.D)
Table 1-338 describes the monitoring signal cable connections.
Table 1-338 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ds
(Ver.D)
No.
Description
S1 and S4
1.8.1.2 PMU 11A-CMUEA Monitoring
Signal Cable
S2 and S3
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
S5
1.8.2.13 Monitoring Signal Cable
Between Cascaded CMUEAs
Figure 1-216 shows the monitoring signal cable connections in a base station
configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ts (Ver.D).
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Figure 1-216 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ts (Ver.D)
Table 1-339 describes the monitoring signal cable connections.
Table 1-339 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ts (Ver.D)
No.
Description
S1 and S4
1.8.1.2 PMU 11A-CMUEA Monitoring
Signal Cable
S2 and S3
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
S5
1.8.2.13 Monitoring Signal Cable
Between Cascaded CMUEAs
The following figure shows the monitoring signal cable connections in a base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 BBC5200T-Ls.
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Figure 1-217 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 BBC5200T-Ls
The following table describes the monitoring signal cable connections.
Table 1-340 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 BBC5200T-Ls
No.
Description
S1
1.8.1.2 PMU 11A-CMUEA Monitoring
Signal Cable
S2 and S3
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
S4
Monitoring signal cable for a battery
cabinet
S5
Monitoring signal cable for a door
status sensor
S6
Monitoring signal cable for the air
conditioner
S7
ELU signal cable
S8
Monitoring signal cable between
cascaded CMUHs
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No.
Description
S9
1.8.1.24 Monitoring Signal Cable for
the Lithium Battery
Figure 1-218 shows the monitoring signal cable connections in a base station
configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS300Ds.
NOTE
The monitoring signal cable connections in an IBBS300T are the same as those in an
IBBS300D. The following uses the IBBS300D as an example.
Figure 1-218 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS300Ds
Table 1-341 describes the monitoring signal cable connections.
Table 1-341 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS300Ds
No.
Description
S1
1.8.1.2 PMU 11A-CMUEA Monitoring
Signal Cable
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Description
S2 and S3
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
S4
1.8.2.34 Monitoring Signal Cable for
a Battery Cabinet
S5
1.8.2.14 Monitoring Signal Cable
Between Cascaded CCU01D-03s
The following figure shows the monitoring signal cable connections in a base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS700D.
Figure 1-219 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS700D
No.
Description
S1 and S4
1.8.1.2 PMU 11A-CMUEA Monitoring
Signal Cable
S2 and S3
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
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The following figure shows the monitoring signal cable connections in a base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS700T.
Figure 1-220 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS700T
No.
Description
S1
1.8.1.2 PMU 11A-CMUEA Monitoring
Signal Cable
S4
1.8.1.1 PMU-CCU Monitoring Signal
Cable
S2 and S3
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
Monitoring Signal Cable Connections in a Triple- or Quadruple-Mode Base
Station
The monitoring signal cable connections in a triple- or quadruple-mode base
station configured with one BBU are the same as those in a single- or dual-mode
base station. If two BBUs are configured for the base station, BBU 0 is installed in
the basic APM30H (Ver.D). If the base station is not configured with a TMC11H
(Ver.D), BBU 1 is installed in the 2 U space below BBU 0 in the basic APM30H
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(Ver.D). If the base station is configured with a TMC11H (Ver.D), BBU 1 is installed
in the TMC11H (Ver.D). Figure 1-221 shows the monitoring signal cable
connections in the base station configured with 1 APM30H (Ver.D)+1 IBBS200D
(Ver.D) or 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200D (Ver.D).
Figure 1-221 Monitoring signal cable connections in a triple- or quadruple-mode
base station configured with 1 APM30H (Ver.D)+1 IBBS200D (Ver.D) or 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+1 IBBS200D (Ver.D)
Table 1-342 describes the monitoring signal cable connections.
Table 1-342 Monitoring signal cable connections in a triple- or quadruple-mode
base station configured with 1 APM30H (Ver.D)+1 IBBS200D (Ver.D) or 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+1 IBBS200D (Ver.D)
No.
Description
S1 and S4
1.8.1.2 PMU 11A-CMUEA Monitoring
Signal Cable
S2 and S3
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
Figure 1-222 shows the monitoring signal connections in a triple- or quadruplemode base station configured with 1 APM30H (Ver.D)+1 IBBS200T (Ver.D) or 1
APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200T (Ver.D).
NOTE
If the base station is configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+1 IBBS200T
(Ver.D) and BBU 1 is installed in the 1U space below BBU 0, the monitoring signal cable
connections for the base station are the same as those when BBU 1 is installed in the
TMC11H (Ver.D), as shown by illustration 2 in Figure 1-222.
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Figure 1-222 Monitoring signal cable connections in a triple- or quadruple-mode
base station configured with 1 APM30H (Ver.D)+1 IBBS200T (Ver.D) or 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+1 IBBS200T (Ver.D)
Table 1-343 describes the monitoring signal cable connections.
Table 1-343 Monitoring signal cable connections in a triple- or quadruple-mode
base station configured with 1 APM30H (Ver.D)+1 IBBS200T (Ver.D) or 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+1 IBBS200T (Ver.D)
No.
Description
S1 and S4
1.8.1.2 PMU 11A-CMUEA Monitoring
Signal Cable
S2 and S3
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
Figure 1-223 shows the monitoring signal connections in a triple- or quadruplemode base station configured with 1 APM30H (Ver.D)+2 IBBS200Ds (Ver.D) or 1
APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ds (Ver.D).
NOTE
If the base station is configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ds
(Ver.D) and BBU 1 is installed in the 1U space below BBU 0, the monitoring signal cable
connections for the base station are the same as those when BBU 1 is installed in the
TMC11H (Ver.D), as shown by illustration 2 in Figure 1-223.
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Figure 1-223 Monitoring signal cable connections in a triple- or quadruple-mode
base station configured with 1 APM30H (Ver.D)+2 IBBS200Ds (Ver.D) or 1
APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ds (Ver.D)
Table 1-344 describes the monitoring signal cable connections.
Table 1-344 Monitoring signal cable connections in a triple- or quadruple-mode
base station configured with 1 APM30H (Ver.D)+2 IBBS200Ds (Ver.D) or 1
APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ds (Ver.D)
No.
Description
S1 and S4
1.8.1.2 PMU 11A-CMUEA Monitoring
Signal Cable
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No.
Description
S2 and S3
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
S5
1.8.2.34 Monitoring Signal Cable for
a Battery Cabinet
Figure 1-224 shows the monitoring signal connections in a triple-mode base
station configured with 1 APM30H (Ver.D)+2 IBBS200Ts (Ver.D) or 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ts (Ver.D).
NOTE
If the base station is configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 IBBS200Ts
(Ver.D) and BBU 1 is installed in the 1U space below BBU 0, the monitoring signal cable
connections for the base station are the same as those when BBU 1 is installed in the
TMC11H (Ver.D), as shown by illustration 2 in Figure 1-224.
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Figure 1-224 Monitoring signal cable connections in a triple-mode base station
configured with 1 APM30H (Ver.D)+2 IBBS200Ts (Ver.D) or 1 APM30H (Ver.D)+1
TMC11H (Ver.D)+2 IBBS200Ts (Ver.D)
Table 1-345 describes the monitoring signal cable connections.
Table 1-345 Monitoring signal cable connections in a triple-mode base station
configured with 1 APM30H (Ver.D)+2 IBBS200Ts (Ver.D) or 1 APM30H (Ver.D)+1
TMC11H (Ver.D)+2 IBBS200Ts (Ver.D)
No.
Description
S1 and S4
1.8.1.2 PMU 11A-CMUEA Monitoring
Signal Cable
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No.
Description
S2 and S3
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
S5
1.8.2.34 Monitoring Signal Cable for
a Battery Cabinet
In a triple- or quadruple-mode base station: When it is configured with 1 APM30H
(Ver.D)+1 TMC11H (Ver.D)+1 IBBS700D/T, the monitoring signal cable connections
are the same as those in a single- or dual-mode base station with the same
cabinet configuration. The second BBU does not perform the monitoring function.
For detailed cable connections, see Figure 1-219 and Figure 1-220.
When it is configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2 BBC5200T-Ls,
the monitoring signal cable connections are the same as those in a single- or
dual-mode base station with the same cabinet configuration. The second BBU
does not perform the monitoring function. For detailed cable connections, see
Figure 1-217. When it is configured with 1 APM30H (Ver.D)+1 TMC11H (Ver.D)+2
IBBS300D/Ts, the monitoring signal cable connections are the same as those in a
single- or dual-mode base station with the same cabinet configuration. The
second BBU does not perform the monitoring function. For detailed cable
connections, see Figure 1-218.
1.3.2.10.4 Monitoring Signal Cable Connections in a DBS3900 Using the APM30H
(Ver.D_A2)
This section describes the monitoring signal cable connections in a DBS3900 in
110 V or 220 V AC and -48 V DC scenarios.
Monitoring Signal Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured, ignore the monitoring signal cable connections for the device
in the figures.
When a DBS3900 is in the configuration of 1 APM30H+1 TMC11H+1 IBBS200T
and is supplied with 110 V or 220 V AC power, the monitoring signal cable
connections are shown in the following figure.
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Figure 1-225 Monitoring signal cable connections in the configuration of 1
APM30H+1 TMC11H+1 IBBS200T
The following table describes the monitoring signal cable connections.
Table 1-346 Monitoring signal cable connections in the configuration of 1
APM30H+1 TMC11H+1 IBBS200T
No.
Description
S1
Monitoring signal cable for the IBBS200T
S2
PMU-CMUEA monitoring signal cable
S3
EMUA monitoring signal cable (optional)
S4
Monitoring signal transfer cable for the fan in the
front door
S5
Monitoring signal cable for the door status sensor
in an APM30H
S6
ELU signal cable
S7 and S8
CMUEA-BBU monitoring signal cable
S9 and S10
Monitoring signal cable for the door status sensor
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Monitoring Signal Cable Connections in the -48 V DC Scenario
The following figure shows the monitoring signal cable connections for a DBS3900
configured with 2 TMC11Hs in a -48 V DC input scenario.
Figure 1-226 Monitoring signal cable connections in the configuration of two
TMC11Hs
The following table describes the monitoring signal cable connections.
Table 1-347 Monitoring signal cable connections in the configuration of two
TMC11Hs
No.
Description
S1
Monitoring signal cable for the door status sensor
S2
EMUA monitoring signal cable (optional)
S3
Monitoring signal transfer cable for the fan in the
front door
S4 and S6
CMUEA-BBU monitoring signal cable
S5
ELU signal cable
S6
Monitoring signal cable between cascaded
CMUEAs
1.3.2.10.5 Monitoring Signal Cable Connections in a DBS3900 Using the APM30
(Ver.D_A1)
This section describes the monitoring signal cable connections in a DBS3900 in
110 V or 220 V AC and -48 V DC scenarios.
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Monitoring Signal Cable Connections in a 110 V or 220 V AC Scenario
When a DBS3900 is in the configuration of 1 APM30+1 TMC+1 BBC and is
supplied with 110 V or 220 V AC power, the monitoring signal cable connections
are shown in the following figure.
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
Figure 1-227 Monitoring signal cable connections in the configuration of 1
APM30+1 TMC+1 BBC
The following table describes the monitoring signal cable connections.
Table 1-348 Monitoring signal cable connections in the configuration of 1
APM30+1 TMC+1 BBC
No.
Description
S0
Monitoring signal cable for the door
status sensor in an APM30
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No.
Description
S1
Temperature monitoring signal cable
for the batteries
S2
Monitoring signal cable between
cascaded CMUEAs
S3
EMUA monitoring signal cable
(optional)
S4
Monitoring signal transfer cable for
the fan at the top of a cabinet
S5 and S10
Monitoring signal cable for the
temperature sensor
S6
ELU signal cable
S7 and S8
CMUEA-BBU monitoring signal cable
S9
Monitoring signal transfer cable for
the fan in the front door
S11 and S12
Monitoring signal cable for the door
status sensor
Monitoring Signal Cable Connections in the -48 V DC Scenario
When a DBS3900 is in the configuration of two TMCs and is supplied with -48 V
DC power, the monitoring signal cable connections are shown in the following
figure.
Figure 1-228 Monitoring signal cable connections in the configuration of two
TMCs
The following table describes the monitoring signal cable connections.
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Table 1-349 Monitoring signal cable connections in the configuration of two
TMCs
No.
Description
S0
Monitoring signal cable for the door
status sensor
S1
Monitoring signal transfer cable for
the fan in the front door
S2
EMUA monitoring signal cable
(optional)
S3 and S5
Monitoring signal cable for the
temperature sensor
S4
Monitoring signal transfer cable for
the fan at the top of a cabinet
S6
Monitoring signal cable between
cascaded CMUEAs
S7 and S8
CMUEA-BBU monitoring signal cable
1.3.2.10.6 Monitoring Signal Cable Connections in a DBS3900 Using the APM30H
(Ver.E_A2)
This section describes the monitoring signal cable connections in a DBS3900 that
uses APM30H (Ver.E_A2) cabinets and is supplied with 110 V AC, 220 V AC, or -48
V DC power, to facilitate monitoring signal cable installation and maintenance.
Monitoring Signal Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
When being supplied with 110 V AC or 220 V AC power, a DBS3900 can be
configured with 1 APM30H+1 TMC11H+1 IBBS200T. The monitoring signal cable
connections in this scenario are shown in the following figure.
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Figure 1-229 Monitoring signal cable connections in a base station configured
with 1 APM30H+1 TMC11H+1 IBBS200T
The following table describes the monitoring signal cable connections in a base
station configured with 1 APM30H+1 TMC11H+1 IBBS200T.
Table 1-350 Monitoring signal cable connections in a base station configured with
1 APM30H+1 TMC11H+1 IBBS200T
No.
Description
S1
Monitoring signal cable for the door
status sensor
S2
ELU signal cable
S3, S7
CCUB-BBU monitoring signal cable
S4
EMUA/EMUB monitoring signal cable
S5
Monitoring signal transfer cable for
the fan in a front door
S6
PMIU-CCUB monitoring signal cable
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Monitoring Signal Cable Connections in the -48 V DC Scenario
The following figure shows the monitoring signal cable connections for a DBS3900
configured with 2 TMC11Hs in a -48 V DC input scenario.
Figure 1-230 Monitoring signal cable connections in a base station configured
with two TMC11Hs
The following table describes the monitoring signal cable connections in a base
station configured with two TMC11Hs.
Table 1-351 Monitoring signal cable connections in a base station configured with
two TMC11Hs
No.
Description
S1
Monitoring signal cable for the door
status sensor
S2
ELU signal cable
S5
Monitoring signal transfer cable for
the fan in a front door
S6
Monitoring signal cable between
cascaded CCUBs
S7
EMUA/EMUB monitoring signal cable
S8
CCUB-BBU monitoring signal cable
1.3.2.10.7 Monitoring Signal Cable Connections in a DBS3900 Using the APM30
(Ver.E_A1)
This section describes the monitoring signal cable connections in a DBS3900 uses
APM30 (Ver.E_A1) cabinets and is supplied with 110 V AC, 220 V AC, or -48 V DC
power, to facilitate monitoring signal cable installation and maintenance.
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Monitoring Signal Cable Connections in a 110 V AC or 220 V AC Scenario
NOTE
If a device is not configured at a site, you can ignore the related power cable connections in
the figures.
When being supplied with 110 V AC or 220 V AC power, a DBS3900 can be
configured with 1 APM30+1 TMC+1 BBC. The monitoring signal cable connections
in this scenario are shown in the following figure.
Figure 1-231 Monitoring signal cable connections in a base station configured
with 1 APM30+1 TMC+1 BBC
The following table describes the monitoring signal cable connections in a base
station configured with 1 APM30+1 TMC+1 BBC.
Table 1-352 Monitoring signal cable connections in a base station configured with
1 APM30+1 TMC+1 BBC
No.
Description
S1
Temperature monitoring signal cable
for the air exhaust vent
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No.
Description
S2
Monitoring signal cable for fan
assemblies
S3
ELU signal cable
S4 and S12
CMUH-BBU monitoring signal cable
S5
PMU 11B-CMUH monitoring signal
cable
S6
Environmental temperature
monitoring signal cable
S7
Monitoring signal transfer cable for
the fan in a front door
S9
EMUA/EMUB monitoring signal cable
S10 and S11
Monitoring signal cable for the door
status sensor
S13
APM30-BBC monitoring signal cable
Monitoring Signal Cable Connections in the -48 V DC Scenario
When being supplied with -48 V DC power, a DBS3900 can be configured with two
TMCs. The monitoring signal cable connections in this scenario are shown in the
following figure.
Figure 1-232 Monitoring signal cable connections in a base station configured
with two TMCs
The following table describes the monitoring signal cable connections in a base
station configured with two TMCs.
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Table 1-353 Monitoring signal cable connections in a base station configured with
two TMCs
No.
Description
S1
Temperature monitoring signal cable
for the air exhaust vent
S2
Monitoring signal cable for fan
assemblies
S3
ELU signal cable
S4
CMUH-BBU monitoring signal cable
S5
Monitoring signal cable for the door
status sensor
S6
Environmental temperature
monitoring signal cable
S7
Monitoring signal transfer cable for
the fan in a front door
S8
EMUA/EMUB monitoring signal cable
1.3.2.10.8 Monitoring Signal Cable Connections in a DBS3900 Using the APM30H
(Ver.B) or APM30H (Ver.C)
This section describes the monitoring signal cable connections in a DBS3900 using
the APM30H (Ver.B) or APM30H (Ver.C).
Monitoring Signal Cable Connections in a Single- or Dual-Mode Base Station
The following figure shows the monitoring signal cable connections in a DBS3900
configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+1 IBBS200D/IBBS200T
(Ver.B).
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Figure 1-233 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+1 IBBS200D/
IBBS200T (Ver.B)
The following table describes the monitoring signal cable connections.
Table 1-354 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.B)+1 TMC11H (Ver.B)+1 IBBS200D/
IBBS200T (Ver.B)
No.
Description
S1
1.8.2.18 HPMI-PMU Monitoring
Signal Cable
S2 and S4
1.8.1.7 PMU-CMUA Monitoring
Signal Cable
S3 and S5
1.8.2.3 CMUA-BBU Monitoring Signal
Cable
The following figure shows the monitoring signal cable connections in a DBS3900
configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+1 IBBS200D/IBBS200T
(Ver.C).
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Figure 1-234 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+1 IBBS200D/
IBBS200T (Ver.C)
The following table describes the monitoring signal cable connections.
Table 1-355 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.C)+1 TMC11H (Ver.C)+1 IBBS200D/
IBBS200T (Ver.C)
No.
Description
S1
1.8.2.18 HPMI-PMU Monitoring
Signal Cable
S2 and S4
1.8.1.8 PMU-CMUE Monitoring
Signal Cable
S3 and S5
1.8.2.6 CMUE-BBU Monitoring Signal
Cable
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The following figure shows the monitoring signal cable connections in a DBS3900
configured with 1 APM30H (Ver.C)+2 IBBS200Ds/IBBS200Ts (Ver.C)+1 TMC11H
(Ver.C).
Figure 1-235 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.C)+2 IBBS200Ds/IBBS200Ts (Ver.C)+1
TMC11H (Ver.C)
The following table describes the monitoring signal cable connections.
Table 1-356 Monitoring signal cable connections in a single- or dual-mode base
station configured with 1 APM30H (Ver.C)+2 IBBS200Ds/IBBS200Ts (Ver.C)+1
TMC11H (Ver.C)
No.
Description
S1
1.8.2.18 HPMI-PMU Monitoring
Signal Cable
S2 and S4
1.8.1.8 PMU-CMUE Monitoring
Signal Cable
S3 and S5
1.8.2.6 CMUE-BBU Monitoring Signal
Cable
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No.
Description
S6
1.8.2.11 Monitoring Signal Cable
Between Cascaded CMUEs
The following figure shows the monitoring signal cable connections in a DBS3900
configured with 2 APM30Hs (Ver.B)+4 IBBS200Ds/IBBS200Ts (Ver.B)+1 TMC11H
(Ver.B).
Figure 1-236 Monitoring signal cable connections in a single- or dual-mode base
station configured with 2 APM30Hs (Ver.B)+4 IBBS200Ds/IBBS200Ts (Ver.B)+1
TMC11H (Ver.B)
The following table describes the monitoring signal cable connections.
Table 1-357 Monitoring signal cable connections in a single- or dual-mode base station configured
with 2 APM30Hs (Ver.B)+4 IBBS200Ds/IBBS200Ts (Ver.B)+1 TMC11H (Ver.B)
No.
Description
S1
1.8.2.18 HPMI-PMU Monitoring Signal Cable
S2 and S4
1.8.1.7 PMU-CMUA Monitoring Signal Cable
S3 and S5
1.8.2.3 CMUA-BBU Monitoring Signal Cable
S6
1.8.2.11 Monitoring Signal Cable Between
Cascaded CMUEs
The following figure shows the monitoring signal cable connections in a DBS3900
configured with 2 APM30Hs (Ver.C)+4 IBBS200Ds/IBBS200Ts (Ver.C)+1 TMC11H
(Ver.C).
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Figure 1-237 Monitoring signal cable connections in a single- or dual-mode base
station configured with 2 APM30Hs (Ver.C)+4 IBBS200Ds/IBBS200Ts (Ver.C)+1
TMC11H (Ver.C)
The following table describes the monitoring signal cable connections.
Table 1-358 Monitoring signal cable connections in a single- or dual-mode base
station configured with 2 APM30Hs (Ver.C)+4 IBBS200Ds/IBBS200Ts (Ver.C)+1
TMC11H (Ver.C)
No.
Description
S1
1.8.2.18 HPMI-PMU Monitoring
Signal Cable
S2 and S4
1.8.1.8 PMU-CMUE Monitoring
Signal Cable
S3 and S5
1.8.2.6 CMUE-BBU Monitoring Signal
Cable
S6
1.8.2.11 Monitoring Signal Cable
Between Cascaded CMUEs
Monitoring Signal Cable Connections in a Triple-Mode Base Station
The monitoring signal cable connections in a triple-mode base station configured
with one BBU are the same as those in a single- or dual-mode base station. If two
BBUs are configured for the base station, BBU 0 is installed in the basic cabinet
and BBU 1 is installed in the extension cabinet. The monitoring boards in all
cabinets are connected to BBU 0, and the monitoring scheme is the same as that
in dual-mode scenarios. The following figure uses the monitoring signal cable
connections in the base station when BBUs are installed in two APM30Hs (Ver.B)
as an example.
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Figure 1-238 Monitoring signal cable connections in a triple-mode base station
configured with 2 APM30Hs (Ver.B)+4 IBBS200Ds/IBBS200Ts (Ver.B)+1 TMC11H
(Ver.B)
The following table describes the monitoring signal cable connections.
Table 1-359 Monitoring signal cable connections in a triple-mode base station
configured with 2 APM30Hs (Ver.B)+4 IBBS200Ds/IBBS200Ts (Ver.B)+1 TMC11H
(Ver.B)
No.
Description
S1
1.8.2.18 HPMI-PMU Monitoring
Signal Cable
S2 and S4
1.8.1.7 PMU-CMUA Monitoring
Signal Cable
S3 and S5
1.8.2.3 CMUA-BBU Monitoring Signal
Cable
S6
1.8.2.10 Monitoring Signal Cable
Between Cascaded CMUAs
1.3.2.10.9 Monitoring Signal Cable Connections in a DBS3900 Using the TMC11H
(Ver.E)
This section describes the monitoring signal cable connections in a DBS3900 using
the TMC11H (Ver.E).
NOTE
● When a base station is configured with two BBUs, BBU 1 is not used for monitoring. In this
case, the monitoring signal cable connections are the same as those when only one BBU is
configured. This section uses a base station configured with two BBUs as an example.
● The boards to be monitored are cascaded one by one. If a certain board is not configured,
the monitoring signal cable directly connects to the lower-level board.
The following figure shows the monitoring signal cable connections when two
TMC11Hs are configured.
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Figure 1-239 Monitoring signal cable connections when two TMC11Hs are
configured
The following table describes the monitoring signal cable connections.
Table 1-360 Monitoring signal cable connections when two TMC11Hs are
configured
No.
Description
S0
ELU Signal Cable
S1
CCUB-BBU Monitoring Signal Cable/
1.8.2.5 CCUC-BBU Monitoring Signal
Cable
S2
Monitoring Signal Cable for a Door
Status Sensor
S3
EMUA/EMUB Monitoring Signal
Cable
S4
Monitoring Signal Cable Between
Cascaded CCUBs
1.3.2.10.10 Monitoring Cable Connections in a DBS3900 Using the TMC11H (Ver.D)
This section describes the monitoring signal cable connections in a DBS3900 using
the TMC11H (Ver.D).
Monitoring Signal Cable Connections in a Single- or Dual-Mode Base Station
The following figure shows the monitoring signal cable connections in a single- or
dual-mode base station configured with one TMC11H (Ver.D).
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Figure 1-240 Monitoring signal cable connections in a single- or dual-mode base
station configured with one TMC11H (Ver.D)
The following table describes the monitoring signal cable connections.
Table 1-361 Monitoring signal cable connections in a single- or dual-mode base
station configured with one TMC11H (Ver.D)
No.
Description
S1
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
Monitoring Signal Cable Connections in a Triple-Mode Base Station
The monitoring signal cable connections in a triple-mode base station configured
with one BBU are the same as those in a single- or dual-mode base station. The
following figure shows the monitoring signal cable connections in a base station
configured with two BBUs and one or two TMC11Hs (Ver.D).
NOTE
When the base station is configured with two TMC11Hs (Ver.D) and BBU 1 is installed in
the 1 U space below BBU 0, the monitoring signal cable connections in the base station are
the same as those in the base station where two BBUs are installed in two TMC11Hs
(Ver.D) separately, as shown by illustration 2 in Figure 1-241.
Figure 1-241 Monitoring signal cable connections in a triple-mode base station
configured with one or two TMC11Hs (Ver.D)
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Table 1-362 describes the monitoring signal cable connections.
Table 1-362 Monitoring signal cable connections in a triple-mode base station
configured with two TMC11Hs (Ver.D)
No.
Description
S1 and S2
1.8.2.7 CMUEA-BBU Monitoring
Signal Cable
1.3.2.10.11 Monitoring Signal Cable Connections in a DBS3900 Using the TMC11H
(Ver.B) or TMC11H (Ver.C)
This section describes the monitoring signal cable connections in a DBS3900 using
the TMC11H (Ver.B) or TMC11H (Ver.C).
Monitoring Signal Cable Connections in a Single- or Dual-Mode Base Station
The following figure shows the monitoring signal cable connections in a DBS3900
configured with two TMC11Hs (Ver.B).
Figure 1-242 Monitoring signal cable connections in a base station configured
with two TMC11Hs (Ver.B)
The following table describes the monitoring signal cable connections.
Table 1-363 Monitoring signal cable connections in a single- or dual-mode base
station configured with two TMC11Hs (Ver.B)
No.
Description
S1 and S2
1.8.2.3 CMUA-BBU Monitoring Signal
Cable
The following figure shows the monitoring signal cable connections in a DBS3900
configured with two TMC11Hs (Ver.C).
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Figure 1-243 Monitoring signal cable connections in a single- or dual-mode base
station configured with two TMC11Hs (Ver.C)
The following table describes the monitoring signal cable connections.
Table 1-364 Monitoring signal cable connections in a single- or dual-mode base
station configured with two TMC11Hs (Ver.C)
No.
Description
S1 and S2
1.8.2.6 CMUE-BBU Monitoring Signal
Cable
Monitoring Signal Cable Connections in a Triple- or Quadruple-Mode Base
Station
The monitoring signal cable connections in a triple- or quadruple-mode base
station configured with one BBU are the same as those in a single- or dual-mode
base station. If the base station is configured with two BBUs, BBU 0 is installed in
the basic TMC, and BBU 1 is installed in the extension TMC. The monitoring
boards in all cabinets are connected to BBU 0, and the monitoring scheme is the
same as that in dual-mode scenarios. The following figure uses the monitoring
signal cable connections in the base station when BBUs are installed in two
TMC11Hs (Ver.B) as an example.
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Figure 1-244 Monitoring signal cable connections in a triple- or quadruple-mode
base station configured with two TMC11Hs (Ver.B)
The following table describes the monitoring signal cable connections.
Table 1-365 Monitoring signal cable connections in a triple- or quadruple-mode
base station configured with two TMC11Hs (Ver.B)
No.
Description
S1 and S2
1.8.2.6 CMUE-BBU Monitoring Signal
Cable
1.3.2.10.12 Monitoring Cable Connections in a DBS3900 Using an OMB (Ver.C),
OMB, or IMB03
This section describes the monitoring signal cable connections in a DBS3900 using
an OMB (Ver.C), OMB, or IMB03.
●
For details about the monitoring signal cable connections in a DBS3900 using
the IMB03 or IMB03+IFS06, see IMB03 Installation Guide or IFS06 Installation
Guide.
●
If a DBS3900 uses the OMB or IMB03, the DBS3900 can be configured as a
single- or dual-mode base station. If a DBS3900 uses the IMB03+IFS06, the
DBS3900 can be configured as a triple-mode base station.
The following figure shows the monitoring signal cable connections in a DBS3900
using an AC OMB.
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Figure 1-245 Monitoring signal cable connections when an AC OMB is used
The following table describes the monitoring signal cables.
Table 1-366 Monitoring signal cables when an AC OMB is used
No.
Description
S1
1.8.4.1 Monitoring Signal Cable for a
Door Status Sensor
S2
1.8.3.10 Monitoring Signal Cable for
the OMB Fan Assembly
S3
1.8.2.17 HEUA-BBU Monitoring
Signal Cable
S4
1.8.4.8 Alarm Signal Cable for the AC
Surge Protection Box
S5
1.8.2.1 PMU-HEUA Monitoring Signal
Cable
The following figure shows the monitoring signal cable connections in a DBS3900
using an AC OMB (Ver.C) without backup power.
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Figure 1-246 Monitoring signal cable connections when an AC OMB (Ver.C)
(without backup power) is used
The following table describes the monitoring signal cables.
Table 1-367 Monitoring signal cables when an AC OMB (Ver.C) (without backup
power) is used
No.
Description
S1
1.8.4.3 ELU Signal Cable
S2 and S3
1.8.3.7 HEUB-FAU01D-01 Monitoring
Signal Cable
S4
1.8.4.1 Monitoring Signal Cable for a
Door Status Sensor
S5
1.8.4.9 SPD Monitoring Signal Cable
S6
1.8.2.16 HEUB-BBU Monitoring
Signal Cable
S7
1.8.1.12 PMU 11A-HEUB Monitoring
Signal Cable
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No.
Description
S8
1.8.3.11 Monitoring Signal Cable for
the Temperature Sensor
The following figure shows the monitoring signal cable connections in a DBS3900
using an AC OMB (Ver.C) for which backup power is provided, one OMB (Ver.C),
and two IBBS20Ds.
Figure 1-247 Monitoring signal cable connections when an AC OMB (Ver.C)
(without backup power) is used
The following table describes the monitoring signal cables.
Table 1-368 Monitoring signal cables when an AC OMB (Ver.C) (without backup
power) is used
No.
Description
S1
1.8.4.3 ELU Signal Cable
S2 and S3
1.8.3.7 HEUB-FAU01D-01 Monitoring
Signal Cable
S4
1.8.4.1 Monitoring Signal Cable for a
Door Status Sensor
S5
1.8.4.9 SPD Monitoring Signal Cable
S6
1.8.2.16 HEUB-BBU Monitoring
Signal Cable
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No.
Description
S7
1.8.1.12 PMU 11A-HEUB Monitoring
Signal Cable
S8
1.8.3.11 Monitoring Signal Cable for
the Temperature Sensor
S9
1.8.2.21 Monitoring Signal Cable for
the CMUG
S10
1.8.2.12 Monitoring Signal Cable
Between Cascaded CMUGs
The following figure shows the monitoring signal cable connections in a DBS3900
using a DC OMB.
Figure 1-248 Monitoring signal cable connections when a DC OMB is used
The following table describes the monitoring signal cables.
Table 1-369 Monitoring signal cables when a DC OMB is used
No.
Description
S1
1.8.4.1 Monitoring Signal Cable for a
Door Status Sensor
S2
1.8.3.10 Monitoring Signal Cable for
the OMB Fan Assembly
S3
1.8.2.17 HEUA-BBU Monitoring
Signal Cable
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The following figure shows the monitoring signal cable connections in a DBS3900
using a DC OMB (Ver.C).
Figure 1-249 Monitoring signal cable connections when a DC OMB (Ver.C) is used
The following table describes the monitoring signal cables.
Table 1-370 Monitoring signal cables when a DC OMB (Ver.C) is used
No.
Description
S1
1.8.4.3 ELU Signal Cable
S2 and S3
1.8.3.7 HEUB-FAU01D-01 Monitoring
Signal Cable
S4
1.8.4.1 Monitoring Signal Cable for a
Door Status Sensor
S5
1.8.2.16 HEUB-BBU Monitoring
Signal Cable
S6
1.8.3.11 Monitoring Signal Cable for
the Temperature Sensor
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1.3.2.10.13 Monitoring Signal Cable Connections in a DBS5900 Using the IMB05
This section describes the monitoring signal cable connections in an IMB05 used
by the distributed base station.
Power Cable Connections in a 220 V AC Input Scenario
The following figure shows the monitoring cable connections of an AC IMB05
configured with the ETP48100-B1.
Figure 1-250 Monitoring signal cable connections in an AC IMB05
The following table describes the monitoring signal cable connections.
Table 1-371 Monitoring signal cable connections in an AC IMB05
No.
Description
S1
PMU 11A-BBU monitoring signal
cable
Monitoring Signal Cable Connections in a -48 V DC Input Scenario
The following figure shows the monitoring signal cable connections of a DC
IMB05 configured with the EPU02D-02.
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Figure 1-251 Monitoring signal cable connections in a DC IMB05
The following table describes the monitoring signal cable connections.
Table 1-372 Monitoring signal cable connections in a DC IMB05
No.
Description
S1
PMU 12A-BBU monitoring signal
cable
S2
Monitoring signal cable between
cascaded EPU02D-02s
1.3.2.10.14 Monitoring Signal Cable Connections in a DBS3900 Using the TP48600A
This section describes the monitoring signal cable connections in a DBS3900 using
the TP48600A.
The following figure shows the monitoring signal cable connections in a DBS3900
configured with 1 TP48600A+1 IBBS700D/IBBS700T+1 TMC11H (Ver.C) and two
BBUs installed in the TP48600A. When an IBBS700T instead of an IBBS700D is
used, the monitoring signal cable connections are the same.
NOTE
If only one BBU is installed in the TP48600A, one CCU-BBU signal cable is required.
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Figure 1-252 Monitoring signal cable connections in a DBS3900 configured with 1
TP48600A+1 IBBS700D+1 TMC11H (Ver.C)
The following table describes the monitoring signal cable connections.
Table 1-373 Monitoring signal cable connections in a base station configured with
1 TP48600A+1 IBBS700D+1 TMC11H (Ver.C)
No.
Description
S1 and S2
1.8.2.9 CCU-BBU Monitoring Signal
Cable
S3
1.8.2.19 CMUEA-CCU Monitoring
Signal Cable
S4
1.8.2.8 Signal Cable for Connecting
Cascaded CCUs
The following figure shows the monitoring signal cable connections in a DBS3900
configured with 1 TP48600A+2 IBBS300Ds+1 TMC11H (Ver.C) and two BBUs
installed in the TP48600A. When an IBBS300T instead of an IBBS300D is used, the
monitoring signal cable connections are the same.
NOTE
If only one BBU is installed in the TP48600A, one CCU-BBU signal cable is required.
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Figure 1-253 Monitoring signal cable connections in a DBS3900 configured with 1
TP48600A+2 IBBS300Ds+1 TMC11H (Ver.C)
The following table describes the monitoring signal cable connections.
Table 1-374 Monitoring signal cable connections in a base station configured with
1 TP48600A+2 IBBS300Ds+1 TMC11H (Ver.C)
No.
Description
S1 and S2
1.8.2.9 CCU-BBU Monitoring Signal
Cable
S3
1.8.2.19 CMUEA-CCU Monitoring
Signal Cable
S4 and S5
1.8.2.8 Signal Cable for Connecting
Cascaded CCUs
1.3.2.10.15 Monitoring Signal Cable Connections in a DBS3900 Using the IBC10
This section describes signal cable connections in an IBC10 used by a DBS3900
supplied with -48 V DC input power.
Monitoring Signal Cable Connections in a DC IBC10
The following figure shows monitoring signal cable connections in a DC IBC10
when -48 V DC power is supplied.
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Figure 1-254 Signal cable connections in a DC IBC10
The following table describes monitoring signal cable connections in a DC IBC10
when -48 V DC power is supplied.
Table 1-375 Monitoring signal cable connections in a DC IBC10
No.
Description
S0
Monitoring signal cable for fan assemblies
S1
ELU signal cable
S2
Signal cable between cascaded fan assemblies
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No.
Description
S3 and S4
Monitoring signal cable for the temperature sensors
at the air intake vents of the BBUs
S5 to S14
GPS clock signal cable (optional)
1.3.2.10.16 Monitoring Signal Cable Connections in a DBS5900 Using the ILC29
(Ver.E)
This section describes the monitoring signal cable connections in an ILC29 (Ver.E)
used by the DBS5900.
This following figure shows the monitoring signal cable connections in an ILC29
(Ver.E) used by the distributed base station.
Figure 1-255 Monitoring signal cable connections in an ILC29 (Ver.E)
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The following table describes the monitoring signal cable connections.
Table 1-376 Monitoring signal cable connections
No.
Description
S1
FAU02D-15 monitoring signal cable
S2
EPU02D-02 monitoring signal cable
S3
Monitoring signal cable between
cascaded EPU02D-02s
S5
FAU-PMU 12A monitoring signal cable
1.3.2.11 Monitoring Signal Cable Connections in a DBS3900 Using a
BBU3910A
This section describes the monitoring signal cable connections in a DBS3900 using
a BBU3910A.
2 OPM50Ms+1 BBU3910A+6 RRUs+4 IBBS20Ds
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 2 OPM50Ms+1 BBU3910A+6 RRUs+4 IBBS20Ds.
Figure 1-256 Monitoring signal cable connections in a base station with the
configuration of 2 OPM50Ms+1 BBU3910A+6 RRUs+4 IBBS20Ds
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The following table describes the monitoring signal cables.
Table 1-377 Monitoring signal cables in a base station with the configuration of 2
OPM50Ms+1 BBU3910A+6 RRUs+4 IBBS20Ds
No.
Description
S1
OPM50M-BBU monitoring signal cable
S2
Monitoring signal cable between
cascaded OPM50Ms
S3
OPM50M-CMUG Monitoring Signal
Cable
S4
1.8.2.12 Monitoring Signal Cable
Between Cascaded CMUGs
2 OPM50Ms+1 BBU3910A+6 RRUs+4 IBBS20Ls
The following figure shows the monitoring signal cable connections in a base
station with the configuration of 2 OPM50Ms+1 BBU3910A+6 RRUs+4 IBBS20Ls.
Figure 1-257 Monitoring signal cable connections in a base station with the
configuration of 2 OPM50Ms+1 BBU3910A+6 RRUs+4 IBBS20Ls
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The following table describes the monitoring signal cables.
Table 1-378 Monitoring signal cables in a base station with the configuration of 2
OPM50Ms+1 BBU3910A+6 RRUs+4 IBBS20Ls
No.
Description
S1
OPM50M-BBU monitoring signal cable
S2
Monitoring signal cable between
cascaded OPM50Ms
S3
Monitoring Signal Cable for the
IBBS20L
S4
Monitoring Signal Cable Between
Cascaded IBBS20Ls
1.3.2.12 BTS3900C Monitoring Signal Cable Connections
This section describes monitoring signal cable connections for the BTS3900C when
it is configured with different types of cabinets.
1.3.2.12.1 BTS3900C WCDMA Monitoring Signal Cable Connections
This section provides reference for onsite installation of monitoring signal cables.
●
AC cabinet
Figure 1-258 shows the signal cable connections of the BTS3900C AC cabinet.
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Figure 1-258 Signal cable connections of the AC cabinet
Table 1-379 lists the signal cables in the BTS3900C AC cabinet.
Table 1-379 Signal cables in the BTS3900C AC cabinet
●
No.
Cable
S1
Monitoring Signal Cable for the Door Status Sensor
S2
Monitoring Signal Cable for the OMB Fan
S3
HEUA-BBU Monitoring Signal Cable
S4
1.8.4.12 GPS Clock Signal Cable
S5
1.8.2.1 PMU-HEUA Monitoring Signal Cable
S6
Alarm Signal Cable for the AC Surge Protection Box
DC cabinet
Figure 1-259 shows the signal cable connections of the BTS3900C DC cabinet.
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Figure 1-259 Signal cable connections of the DC cabinet
Table 1-380 lists the signal cables in the BTS3900C DC cabinet.
Table 1-380 Signal cables in the BTS3900C DC cabinet
No.
Cable
S1
Monitoring Signal Cable for the Door Status Sensor
S2
1.8.1.17 Alarm Signal Cable for the DCDU-03B
S3
Monitoring Signal Cable for the OMB Fan
S4
1.8.2.1 PMU-HEUA Monitoring Signal Cable
S5
1.8.4.12 GPS Clock Signal Cable
1.3.2.12.2 BTS3900C (Ver.C) Monitoring Signal Cable Connections
This section provides reference for onsite installation of monitoring signal cables.
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Monitoring Signal Cable Connections in a 110 V AC or 220 V AC Scenario
Only one BBU can be installed in a BTS3900C. The following figure shows the
monitoring signal cable connections in a BTS3900C cabinet supplied with 110 V
AC or 220 V AC power.
Figure 1-260 Monitoring signal cable connections in a BTS3900C AC cabinet
The following table describes the monitoring signal cable connections.
Table 1-381 Monitoring signal cable connections in a BTS3900C AC cabinet
No.
Description
S1
1.8.4.3 ELU Signal Cable
S2
Monitoring signal cable for the outer air circulation fan
S3
Monitoring signal cable for the inner air circulation fan
S4
1.8.4.1 Monitoring Signal Cable for a Door Status Sensor
S5
1.8.4.9 SPD Monitoring Signal Cable
S6
1.8.2.16 HEUB-BBU Monitoring Signal Cable
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No.
Description
S7
1.8.1.12 PMU 11A-HEUB Monitoring Signal Cable
S8
1.8.3.11 Monitoring Signal Cable for the Temperature Sensor
Monitoring Signal Cable Connections in the -48 V DC Scenario
The following figure shows the monitoring signal cable connections when -48 V
DC power is supplied.
Figure 1-261 Monitoring signal cable connections in a BTS3900C DC cabinet
The following table describes the monitoring signal cable connections.
Table 1-382 Monitoring signal cable connections in a BTS3900C DC cabinet
No.
Description
S1
1.8.4.3 ELU Signal Cable
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No.
Description
S2
Monitoring signal cable for the outer air circulation fan
S3
Monitoring signal cable for the inner air circulation fan
S4
1.8.4.1 Monitoring Signal Cable for a Door Status Sensor
S5
1.8.2.16 HEUB-BBU Monitoring Signal Cable
S6
1.8.3.11 Monitoring Signal Cable for the Temperature Sensor
1.3.3 BBU Interconnection Signal Cable Connections
This section describes the BBU interconnection signal cable connections when two
BBUs are configured.
NOTE
When two BBUs are interconnected to support triple or quadruple modes, BBU 0 is the root
BBU, and BBU 1 is the leaf BBU.
The following table describes the UCIU+UMPT or UMPT+UMPT interconnection
scenario.
Table 1-383 BBU configurations
BBU 0
BBU 1
GU
● L
● UL
● N
● L*T
GL
U
N
GU
UL
L*T
G*U*L
G*U*L
G[L*T]
U
U
U
UL
N
G[U*L]
● U*L
● N
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UCIU+UMPT
In a triple- or quadruple-mode base station configured with two BBUs, triple or
quadruple modes can be supported by connecting the UCIU in BBU 0 to the UMPT
in BBU 1. In a UMTS single-mode base station, the UMTS service processing
capacity can be expanded by connecting the UCIU in BBU 0 to the UMPT in BBU 1.
Any port from M0 to M4 on the UCIU in BBU 0 can be connected to the CI port on
the UMPT in BBU 1 by using a BBU interconnection signal cable, as shown in
Figure 1-262.
NOTE
In UCIU+UMPT interconnection mode, BBU 0 and BBU 1 can have the following
combinations:
●
BBU 0 and BBU 1 are both BBU3900s.
●
BBU 0 is BBU3900 and BBU 1 is BBU3910.
●
BBU 0 is BBU3900 and BBU 1 is BBU5900.
In UCIU+UMPT mode, the UMPT must be configured as the main control board of BBU 1.
Figure 1-262 Connections of the interconnection signal cable between the UCIU
and UMPT
UMPT+UMPT
In a multimode base station configured with two BBUs, the UMPT in BBU 0 can be
connected to the UMPT in BBU 1. The "CI" port on the UMPT in BBU 0 can be
connected to the "CI" port on the UMPT in BBU 1 by using a BBU interconnection
signal cable, as shown in the following figure.
Figure 1-263 Connections of the interconnection signal cable between UMPT
boards
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1.3.4 Transmission Cable Connections for 5900 Series Base
Stations
Transmission cable connections vary with the configuration of main control boards
and transmission boards in base stations of different modes. This section describes
transmission cable connections in single-mode, dual-mode, triple-mode, and
quadruple-mode base stations.
1.3.4.1 Transmission Cable Connections in a Single-Mode Base Station
In a GSM, UMTS, NR, or LTE single-mode base station, E1/T1 cables, FE/GE
Ethernet cables, or FE/GE optical fibers can be used to transmit data. This section
describes the transmission configuration principles and cable connections. It also
provides figures to show how to connect the cables.
Transmission Configuration Principles
The following table describes the transmission configuration principles for a
single-mode base station configured with the BBU5900.
Table 1-384 Transmission configuration principles for a single-mode base station
Transmis
sion
Mode
Working
Mode of a
Base Station
Transmission
Configuration
Principle
Illustration of Cable
Connections
Transmiss
ion over
E1/T1
cables
GSM or UMTS
The UMPTb provides
E1/T1 ports for
transmission cables.
Illustration "1" in
Figure 1-264 shows
transmission cable
connections in this
scenario.
Transmiss
ion over
FE/GE
cables
GSM, UMTS,
NR, or LTE
Scenario 1: The UMPTb,
UMPTg, or UMPTe
provides FE/GE optical
ports for transmission
cables.
Illustration "2" in
Figure 1-264 shows the
transmission cable
connections in scenario
1.
Scenario 2: The UMPTb,
UMPTg, or UMPTe
provides FE/GE
electrical ports for
transmission cables.
Illustration "3" in
Figure 1-264 shows the
transmission cable
connections in scenario
2.
Illustration of Transmission Cable Connections
The following figure shows the transmission cable connections.
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Figure 1-264 Transmission cable connections
1.3.4.2 Transmission Cable Connections in a Dual-Mode Base Station
This section describes the transmission configuration principles and cable
connections in a dual-mode base station. It also provides figures to show how to
connect the cables.
Transmission Configuration Principles
The following table describes the transmission configuration principles for a dualmode base station.
Table 1-385 Transmission configuration principles for a dual-mode base station
Working
Mode of a
Base Station
Transmission Configuration Principle
Co-MPT dualmode scenario
Co-transmission mode is used and the UMPT is configured. IPbased co-transmission in IP over FE/GE mode is preferentially
used.
Separate-MPT
dual-mode
scenario
For separate transmission, the two modes use separate
transmission cables. The UMPT is configured and the IP-based
co-transmission in IP over FE/GE mode is preferentially used.
For co-transmission, the UMPT is configured and the IP-based
co-transmission in IP over FE/GE mode is preferentially used.
Description of Transmission Cable Connections
The following table describes the transmission cable connections in a dual-mode
base station when different transmission modes are used.
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Table 1-386 Cable connection description
Transmissio
n Mode
Working
Mode of a
Base Station
Cable Connection
Description
Illustration of Cable
Connections
IP-based cotransmission
in IP over
FE/GE mode
GU
A UMPT_U provides
FE/GE optical ports or
FE/GE electrical ports
for transmission cables.
See illustration "1" in
Figure 1-265.
GL
A UMPT_L provides
FE/GE optical ports or
FE/GE electrical ports
for transmission cables.
See illustration "2" in
Figure 1-265.
UL
A UMPT_L provides
FE/GE optical ports or
FE/GE electrical ports
for transmission cables.
See illustration "2" in
Figure 1-265.
G*U, G*L,
U*L, G*N,
U*N, or L*N
A UMPT provides
FE/GE optical ports or
FE/GE electrical ports
for transmission cables.
See illustration "3" in
Figure 1-265.
Hybrid
transmission
G*U, G*L,
U*L, G*N,
U*N, or L*N
A UMPT provides
FE/GE optical ports and
FE/GE electrical ports
for transmission cables.
See illustration "4" in
Figure 1-265.
Separate
transmission
GU
● GSM transmission
cables can be
connected to E1/T1
ports, FE/GE
electrical ports, or
FE/GE optical ports
on a UMPT_G.
See illustration "1" in
Figure 1-266.
● GSM E1/
T1+UMTS
E1/T1
● GSM E1/
T1+UMTS
E1/T1
● GSM
FE/GE
+UMTS
FE/GE
● GSM
FE/GE
+UMTS
E1/T1
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● UMTS transmission
cables can be
connected to E1/T1
ports, FE/GE
electrical ports, or
FE/GE optical ports
on a UMPT_U.
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Transmissio
n Mode
Working
Mode of a
Base Station
Cable Connection
Description
Illustration of Cable
Connections
Separate
transmission
GL
● GSM transmission
cables can be
connected to E1/T1
ports, FE/GE
electrical ports, or
FE/GE optical ports
on a UMPT_G.
See illustration "2" in
Figure 1-266.
● GSM E1/
T1+LTE
FE/GE
● GSM
FE/GE
+LTE
FE/GE
● LTE transmission
cables can be
connected to FE/GE
electrical ports or
FE/GE optical ports.
Separate
transmission
UL
● UMTS E1/
T1+LTE
FE/GE
● UMTS
FE/GE
+LTE
FE/GE
See illustration "3" in
Figure 1-266.
● LTE transmission
cables can be
connected to FE/GE
electrical ports or
FE/GE optical ports.
Separate
transmission
● GSM E1/
T1+NR
FE/GE
● GSM
FE/GE+NR
FE/GE
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● UMTS transmission
cables can be
connected to E1/T1
ports, FE/GE
electrical ports, or
FE/GE optical ports
on a UMPT_U.
GN
● GSM transmission
cables can be
connected to E1/T1
ports, FE/GE
electrical ports, or
FE/GE optical ports
on a UMPT_G.
See illustration "4" in
Figure 1-266.
● LTE transmission
cables can be
connected to FE/GE
electrical ports or
FE/GE optical ports.
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Transmissio
n Mode
Working
Mode of a
Base Station
Cable Connection
Description
Illustration of Cable
Connections
Separate
transmission
UN
● UMTS transmission
cables can be
connected to E1/T1
ports, FE/GE
electrical ports, or
FE/GE optical ports
on a UMPT_U.
See illustration "5" in
Figure 1-266.
● UMTS E1/
T1+NR
FE/GE
● UMTS
FE/GE+NR
FE/GE
Separate
transmission
LTE FE/GE
+NR FE/GE
● NR transmission
cables can be
connected to FE/GE
electrical ports or
FE/GE optical ports.
LN
● LTE transmission
cables can be
connected to FE/GE
electrical ports or
FE/GE optical ports.
See illustration "6" in
Figure 1-266.
● NR transmission
cables can be
connected to FE/GE
electrical ports or
FE/GE optical ports.
Illustrations of Transmission Cable Connections
The following figures show the transmission cable connections.
Figure 1-265 Transmission cable connections
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Figure 1-266 Transmission cable connections
1.3.4.3 Transmission Cable Connections in a Triple-Mode Base Station
This section describes the transmission cable connections in a triple-mode base
station in typical scenarios.
Cable Connection Description
The following table describes the transmission cable connections in a triple-mode
base station configured with two BBUs.
Table 1-387 Transmission cable connections in a triple-mode base station
TripleMode
Scenario
Working Mode of the BBU
Cable Connection Description
GU+L
(BBUs not
interconnec
ted)
BBU 0 works in GU mode and
BBU 1 works in LO mode.
● For transmission cable
connections in dual-mode
scenarios, see 1.3.4.2
Transmission Cable
Connections in a DualMode Base Station.
● For transmission cable
connections in single mode
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TripleMode
Scenario
Working Mode of the BBU
Cable Connection Description
GL+U
(BBUs not
interconnec
ted)
BBU 0 works in GL mode and
BBU 1 works in UO mode.
GU+L
(UMPT
+UMPT)
BBU 0 works in GU mode and
BBU 1 works in LO mode. BBU
0 and BBU 1 are interconnected
using the UMPT boards.
The UMPT_L is preferentially
used to provide the FE/GE
optical port or FE/GE electrical
port. For details on the
transmission cable connections,
see illustration "1" in Figure
1-267.
GL+U
(UMPT
+UMPT)
BBU 0 works in GL mode and
BBU 1 works in UO mode. BBU
0 and BBU 1 are interconnected
using the UMPT boards.
The UMPT_L is preferentially
used to provide the FE/GE
optical port or FE/GE electrical
port. For details on the
transmission cable connections,
see illustration "2" in Figure
1-267.
GL+N
(UMPT
+UMPT)
BBU 0 works in GL mode and
BBU 1 works in NR mode. BBU
0 and BBU 1 are interconnected
using the UMPT boards.
The UMPT_NR is preferentially
used to provide the FE/GE
optical port or FE/GE electrical
port.
UL+N
(UMPT
+UMPT)
BBU 0 works in UL mode and
BBU 1 works in NR mode. BBU
0 and BBU 1 are interconnected
using the UMPT boards.
The UMPT_NR is preferentially
used to provide the FE/GE
optical port or FE/GE electrical
port.
U+LN
(UMPT
+UMPT)
BBU 0 works in UO mode and
BBU 1 works in LN mode. BBU
0 and BBU 1 are interconnected
using the UMPT boards.
The UMPT_U is preferentially
used to provide the FE/GE
optical port or FE/GE electrical
port.
G*U*L
The BBU is configured with a
UMPT and works in triple-mode
co-MPT scenarios.
See illustration "3" in Figure
1-267.
scenarios, see 1.3.4.1
Transmission Cable
Connections in a SingleMode Base Station.
Illustration of Transmission Cable Connections
The following figure shows the transmission cable connections in a triple-mode
base station.
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Figure 1-267 Transmission cable connections in a triple-mode base station
1.3.4.4 Transmission Cable Connections in a Quadruple-Mode Base Station
This section describes the transmission cable connections in a quadruple-mode
base station in typical scenarios.
Cable Connection Description
The following table describes the transmission cable connections in a quadruplemode base station in typical scenarios.
Table 1-388 Transmission cable connections in a quadruple-mode base station
BBU
Quadruple-Mode
Scenario
Transmission
Mode
Illustration of
Cable
Connections
BBU5900
● G*U*L*T
A single BBU is
configured with a
UMPT and works
in quadruple
modes.
Figure 1-268
● G*U*L*M
● G*U*L*N
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Illustration of Transmission Cable Connections
The following figure shows the transmission cable connections in a quadruplemode base station.
Figure 1-268 Transmission cable connections in a quadruple-mode base station
1.3.5 Transmission Cable Connections for 3900 Series Base
Stations
Transmission cable connections vary with the configuration of main control boards
and transmission boards in base stations of different modes. This section describes
transmission cable connections in single-mode, dual-mode, triple-mode, and
quadruple-mode base stations.
1.3.5.1 Transmission Cable Connections in a Single-Mode Base Station
In a GSM, UMTS, or LTE base station, E1/T1 cables, FE/GE Ethernet cables, and
FE/GE optical fibers can be used to transmit data. This section describes the
transmission configuration principles and cable connections and also provides
illustrations of the cable connections.
Transmission Configuration Principles
The following table describes the transmission configuration principles for a
single-mode base station.
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Table 1-389 Transmission configuration principles
Principle
Classific
ation
BBU
Transmission Configuration
Principle
Applicable Base Station
Principles
classified
by
transmiss
ion
modes
BBU3
900
● In a GSM single-mode base
station, a UTRP is
configured for providing
extension transmission
ports only when the GTMU/
GTMUb/GTMUc/UMPT has
no available transmission
port.
3900 series base stations
● In a UMTS single-mode
base station, if the UTRP is
configured, transmission
cables must be connected
to the UTRP.
● In an LTE single-mode base
station, FE/GE optical fibers
are preferentially used for
data transmission.
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Principle
Classific
ation
1 3900 & 5900 Series Base Station Cables
BBU
Transmission Configuration
Principle
BBU3
910
● In a GSM single-mode base
station:
Applicable Base Station
– In a GBTS using E1/T1
transmission,
transmission cables are
connected to a GTMUb/
GTMUc.
– In an eGBTS using E1/T1
transmission,
transmission cables are
connected to a UMPT/
GTMUb/GTMUc.
● In a UMTS single-mode
base station, transmission
cables are connected to a
UMPT by default. If more
transmission ports are
required, a UTRPc or UTRPa
is configured and
transmission cables are
preferentially connected to
the UTRPc or UTRPa.
● In an LTE single-mode base
station, a UMPT is
configured for connecting
transmission cables.
● In an NR single-mode base
station, a UMPT is
configured for connecting
transmission cables.
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Principle
Classific
ation
BBU
Transmission Configuration
Principle
Applicable Base Station
Principles
classified
by base
station
types
-
● E1/T1 cables must be first
connected to a UELP that
processes signals for surge
protectiona.
● BTS3900A or
BTS3900AL
● If a UMPTe or UMPTg is
configured, FE/GE Ethernet
cables are directly
connected to the UMPTe or
UMPTg. If a main control
board other than the
UMPTe or UMPTg is
configured, FE/GE Ethernet
cables must be connected
to a UFLP that processes
signals for surge protection
and then to the main
control board.
● Outdoor DBS3900
-
-
● BTS3900C or DBS3900
using the OMB
● BTS3012AE (Ver.D_Z)
E1/T1 cables and FE/GE
Ethernet cables do not need to
be connected to a surge
protection board.
● BTS3900 or BTS3900L
FE/GE optical fibers do not
need to be connected to a
surge protection board.
● BTS3900 or BTS3900L
● Indoor DBS3900
● BTS3900A or
BTS3900AL
● BTS3900C or DBS3900
using the OMB
● DBS3900
● BTS3012AE (Ver.D_Z)
a: Boards are configured for surge protection in different cabinets as follows:
● If an APM30H (Ver.B)/APM30H (Ver.C)/APM30H (Ver.D)/APM30H (Ver.E) is
used for a BTS3900A or DBS3900, an SLPU equipped with a UELP or UFLP is
configured in the APM30H.
● If an APM30 or APM30H (Ver.A) is used for a DBS3900, a UELP or UFLP is
installed in the BBU in the APM30 or APM30H (Ver.A).
● BTS3900AL cabinets have slots for a UELP or UFLP, which provides the surge
protection function.
● For a BTS3900C or a DBS3900 using an OMB, a UELP or UFLP is installed in
the BBU in the OMB.
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Description
Table 1-390 and Table 1-391 describe transmission cable connections in a singlemode base station configured with a BBU3900 and a single-mode base station
configured with a BBU3910 in different transmission modes.
Table 1-390 Transmission cable connections in a single-mode base station
configured with a BBU3900
Trans
missi
on
Mode
Work
ing
Mode
of a
Base
Stati
on
Cable Connection
Illustration of Cable
Connectionsa
Trans
missio
n over
E1/T1
cables
GSM
A GTMU/GTMUb/GTMUc/UMPT
provides E1/T1 ports for
transmission cables.
Illustrations "1" in Figure
1-269, Figure 1-270,
Figure 1-271, and Figure
1-272 show transmission
cable connections in this
scenario.
UMTS
Scenario 1: A UTRP is configured,
and the UTRP provides E1/T1 ports
for transmission cables.
Illustrations "2" in Figure
1-269, Figure 1-270,
Figure 1-271, and Figure
1-272 show transmission
cable connections in
scenario 1.
Scenario 2: No UTRP is configured,
and a WMPT/UMPT provides E1/T1
ports for transmission cables.
Trans
missio
n over
FE/GE
cables
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LTE
A UMPT is configured, and the
UMPT provides E1/T1 ports for
transmission cables.
Illustrations "3" in Figure
1-269, Figure 1-270,
Figure 1-271, and Figure
1-272 show transmission
cable connections in this
scenario.
GSM
Scenario 1: No UTRP is configured,
and a GTMU/GTMUb/GTMUc/
UMPT provides FE/GE optical ports
for transmission cables.
Illustrations "4" in Figure
1-269, Figure 1-270,
Figure 1-271, and Figure
1-272 show transmission
cable connections in
scenario 1.
Scenario 2: No UTRP is configured,
and a GTMU/GTMUb/GTMUc/
UMPT provides FE/GE electrical
ports for transmission cables.
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588
3900 & 5900 Series Base Station
Cables
Trans
missi
on
Mode
1 3900 & 5900 Series Base Station Cables
Work
ing
Mode
of a
Base
Stati
on
Cable Connection
Illustration of Cable
Connectionsa
UMTS
Scenario 1: A UTRPc is configured,
and the UTRPc provides FE/GE
optical ports or FE/GE electrical
ports for transmission cables.
Illustrations "5" in Figure
1-269, Figure 1-270,
Figure 1-271, and Figure
1-272 show transmission
cable connections in
scenario 1.
Scenario 2: A UTRP2 is configured,
and the UTRP2 provides FE/GE
optical ports for transmission
cables.
Scenario 3: A UTRP9 is configured,
and the UTRP9 provides FE/GE
electrical ports for transmission
cables.
Scenario 4: No UTRP is configured,
and a WMPT/UMPT provides FE/GE
optical ports or FE/GE electrical
ports for transmission cables.
LTE
Scenario 1: A UTRPc is configured,
and the UTRPc provides FE/GE
optical ports or FE/GE electrical
ports for transmission cables.
Scenario 2: No UTRP is configured,
and an LMPT or UMPT provides
FE/GE optical ports or FE/GE
electrical ports for transmission
cables.
Illustrations "6" in Figure
1-269, Figure 1-270,
Figure 1-271, and Figure
1-272 show transmission
cable connections in
scenario 1.
a: Figure 1-269, Figure 1-270, Figure 1-271, and Figure 1-272 show
transmission cable connections in different types of base stations.
Issue 16 (2021-08-13)
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1 3900 & 5900 Series Base Station Cables
Table 1-391 Transmission cable connections in a single-mode base station
configured with a BBU3910
Trans
missi
on
Mode
Work
ing
Mode
of a
Base
Stati
on
Cable Connection
Illustration of Cable
Connectionsa
Trans
missio
n over
E1/T1
cables
GSM
A UMPT/GTMUb/GTMUc provides
E1/T1 ports for transmission cables.
Illustrations "1" in Figure
1-273, Figure 1-274,
Figure 1-275, and Figure
1-276 show transmission
cable connections in this
scenario.
UMTS
Scenario 1: No UTRP is configured,
and a UMPT provides E1/T1 ports
for transmission cables.
Illustrations "1" in Figure
1-273, Figure 1-274,
Figure 1-275, and Figure
1-276 show transmission
cable connections in
scenario 1.
Scenario 2: A UTRPa is configured,
and the UTRPa provides E1/T1
ports for transmission cables.
Trans
missio
n over
FE/GE
cables
GSM
A UMPT/GTMUb/GTMUc provides
FE/GE optical ports or FE/GE
electrical ports for transmission
cables.
Illustrations "2" in Figure
1-273, Figure 1-274,
Figure 1-275, and Figure
1-276 show cable
connections in this
scenario.
Trans
missio
n over
FE/GE
cables
UMTS
Scenario 1: No UTRP is configured,
and a UMPT provides FE/GE optical
ports or FE/GE electrical ports for
transmission cables.
Illustrations "2" in Figure
1-273, Figure 1-274,
Figure 1-275, and Figure
1-276 show transmission
cable connections in
scenario 1.
Trans
missio
n over
FE/GE
cables
LTE
No UTRP is configured, and a
UMPT provides FE/GE optical ports
or FE/GE electrical ports for
transmission cables.
Illustrations "2" in Figure
1-273, Figure 1-274,
Figure 1-275, and Figure
1-276 show transmission
cable connections in this
scenario.
Trans
missio
n over
FE/GE
cables
NR
No UTRP is configured, and a
UMPT provides FE/GE optical ports
or FE/GE electrical ports for
transmission cables.
Illustrations "2" in Figure
1-273, Figure 1-274,
Figure 1-275, and Figure
1-276 show transmission
cable connections in this
scenario.
Issue 16 (2021-08-13)
Scenario 2: A UTRPc is configured,
and the UTRPc provides FE/GE
optical ports or FE/GE electrical
ports for transmission cables.
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3900 & 5900 Series Base Station
Cables
Trans
missi
on
Mode
Work
ing
Mode
of a
Base
Stati
on
1 3900 & 5900 Series Base Station Cables
Cable Connection
Illustration of Cable
Connectionsa
a:
● Figure 1-273, Figure 1-274, Figure 1-275, and Figure 1-276 show
transmission cable connections in different types of base stations.
● In these figures, GSM scenarios use UMPT boards as examples.
Illustrations of Transmission Cable Connections in a Base Station Configured
with a BBU3900
Figure 1-269 Transmission cable connections in an outdoor DBS3900 configured
with an APM30H (Ver.B)/APM30H (Ver.C)/APM30H (Ver.D)/APM30H (Ver.E), or in
a BTS3900A
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3900 & 5900 Series Base Station
Cables
T1: 1.7.2 E1/T1 Surge
Protection Transfer Cable
1 3900 & 5900 Series Base Station Cables
T2: 1.7.1 E1/T1 Cable
T3: 1.7.3 FE/GE Optical Fiber
Figure 1-270 Transmission cable connections in an indoor DBS3900, a BTS3900, or
a BTS3900L
T1: 1.7.1 E1/T1 Cable
Issue 16 (2021-08-13)
T2: 1.7.3 FE/GE Optical Fiber
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-271 Transmission cable connections in a DBS3900 configured with an
APM30, APM30H (Ver.A), or OMB, or in a BTS3900C
T1: 1.7.2 E1/T1 Surge
Protection Transfer Cable
Issue 16 (2021-08-13)
T2: 1.7.1 E1/T1 Cable
Copyright © Huawei Technologies Co., Ltd.
T3: 1.7.3 FE/GE Optical Fiber
593
3900 & 5900 Series Base Station
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1 3900 & 5900 Series Base Station Cables
Figure 1-272 Transmission cable connections in a BTS3900AL
T1: 1.7.2 E1/T1 Surge
Protection Transfer Cable
T2: 1.7.1 E1/T1 Cable
T3: 1.7.3 FE/GE Optical Fiber
Illustrations of Transmission Cable Connections in a Base Station Configured
with a BBU3910
Figure 1-273 Transmission cable connections in an outdoor DBS3900 configured
with an APM30H (Ver.B)/APM30H (Ver.C)/APM30H (Ver.D)/APM30H (Ver.E), or in
a BTS3900A
T1: 1.7.2 E1/T1 Surge
Protection Transfer Cable
Issue 16 (2021-08-13)
T2: 1.7.1 E1/T1 Cable
Copyright © Huawei Technologies Co., Ltd.
T3: 1.7.3 FE/GE Optical Fiber
594
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-274 Transmission cable connections in an indoor DBS3900, a BTS3900, or
a BTS3900L
T1: 1.7.1 E1/T1 Cable
T2: 1.7.3 FE/GE Optical Fiber
Figure 1-275 Transmission cable connections in a DBS3900 configured with an
APM30, APM30H (Ver.A), or OMB, or in a BTS3900C
T1: 1.7.2 E1/T1 Surge
Protection Transfer Cable
T2: 1.7.1 E1/T1 Cable
T3: 1.7.3 FE/GE Optical Fiber
Figure 1-276 Transmission cable connections in a BTS3900AL
T1: 1.7.2 E1/T1 Surge
Protection Transfer Cable
T2: 1.7.1 E1/T1 Cable
T3: 1.7.3 FE/GE Optical Fiber
1.3.5.2 Transmission Cable Connections in a Dual-Mode Base Station Using
Co-Transmission
In a GU, GL, or UL dual-mode base station, data can be transmitted by using cotransmission. This section describes the transmission configuration principles and
cable connections. It also provides figures to show how to connect the cables.
Issue 16 (2021-08-13)
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1 3900 & 5900 Series Base Station Cables
Transmission Configuration Principles
The following table describes the transmission configuration principles for a dualmode base station when co-transmission is implemented.
Table 1-392 Transmission configuration principles
Princi
ple
Classif
icatio
n
BBU
Transmission Configuration Principle
Applicable
Base Station
Princip
les
classifi
ed by
trans
missio
n
modes
BBU3900
● For a GU dual-mode base station
using the TDM-based co-transmission
function, the UTRP homed on the
GSM side or the GTMU connects to
transmission cables.
3900 series
base stations
● For a GU dual-mode base station
using the IP-based co-transmission
function, the UTRP on the UMTS side
or the WMPT/UMPT preferentially
connects to transmission cables.
● For a GL dual-mode base station, the
UMPT preferentially connects to
transmission cables.
● In a UL dual-mode base station, the
UTRP on the LTE side or the LMPT/
UMPT preferentially connects to
transmission cables.
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3900 & 5900 Series Base Station
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Princi
ple
Classif
icatio
n
1 3900 & 5900 Series Base Station Cables
BBU
Transmission Configuration Principle
BBU3910
● Co-transmission is used in co-MPT
base stations by default. In this case,
the UMPT is configured and the IP
over FE/GE transmission mode is
preferentially used.
Applicable
Base Station
● When a separate-MPT base station
uses co-transmission, a UMPT is
configured and IP over FE/GE cotransmission is preferentially used. If
more transmission ports are required,
a UTRPc can be configured and
transmission cables are preferentially
connected to the UTRPc.
● In a separate-MPT base station, if the
GSM mode is deployed on a GTMUb/
GTMUc, transmission cables can only
be connected to the UMPT deployed
with UMTS mode rather than the
GTMUb/GTMUc to support cotransmission. If more transmission
ports are required, a UTRPc can be
configured and transmission cables
are preferentially connected to the
UTRPc.
Princip
les
classifi
ed by
base
statio
n
types
-
● E1/T1 cables must be connected to a
UELP that processes signals for surge
protectiona.
● If a UMPTe or UMPTg is configured,
FE/GE Ethernet cables are directly
connected to the UMPTe or UMPTg. If
a main control board other than the
UMPTe or UMPTg is configured,
FE/GE Ethernet cables must be
connected to a UFLP that processes
signals for surge protection and then
to the main control board.
-
E1/T1 cables and FE/GE Ethernet cables
do not need to be connected to a surge
protection board.
● BTS3900A
or
BTS3900A
L
● BTS3900C
or
DBS3900
using the
OMB
● Outdoor
DBS3900
● BTS3012A
E
(Ver.D_Z)
● BTS3900
or
BTS3900L
● Indoor
DBS3900
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3900 & 5900 Series Base Station
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Princi
ple
Classif
icatio
n
1 3900 & 5900 Series Base Station Cables
BBU
Transmission Configuration Principle
Applicable
Base Station
-
FE/GE optical fibers do not need to be
connected to a surge protection board.
● BTS3900
or
BTS3900L
● BTS3900A
or
BTS3900A
L
● BTS3900C
or
DBS3900
using the
OMB
● DBS3900
● BTS3012A
E
(Ver.D_Z)
a: Boards are configured for surge protection in different cabinets as follows:
● If an APM30H (Ver.B)/APM30H (Ver.C)/APM30H (Ver.D)/APM30H (Ver.E) is
used for a BTS3900A or DBS3900, an SLPU equipped with a UELP or UFLP is
configured in the APM30H.
● If an APM30 or APM30H (Ver.A) is used for a DBS3900, a UELP or UFLP is
installed in the BBU in the APM30 or APM30H (Ver.A).
● BTS3900AL cabinets have slots for a UELP or UFLP, which provides the surge
protection function.
● For a BTS3900C or a DBS3900 using an OMB, a UELP or UFLP is installed in
the BBU in the OMB.
Description
Table 1-393 and Table 1-394 describe the transmission cable connections in a
dual-mode base station (using co-transmission) configured with the BBU3900 and
BBU3910 in different transmission modes, respectively.
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1 3900 & 5900 Series Base Station Cables
Table 1-393 Transmission cable connections in a dual-mode base station (using
co-transmission) configured with the BBU3900
Trans
missi
on
Mode
Appli
cable
Mode
Description
Illustration of
Cable
Connectionsa
TDMbased
cotrans
missio
n
GU
Scenario 1: No UTRP is configured, the
GTMU/GTMUb/GTMUc provides E1/T1 ports
for transmission cables.
Illustrations "1"
in Figure 1-277,
Figure 1-278,
Figure 1-279,
and Figure
1-280 show
transmission
cable
connections in
scenario 1.
IPbased
cotrans
missio
n in
IP
over
E1/T1
mode
GU
Scenario 2: A UTRP is configured, and the
UTRP provides E1/T1 ports for transmission
cables.
Scenario 2: The UMPT deployed with the
UMTS mode provides E1/T1 ports for
transmission cables. The UMPT is
interconnected with the GTMU by electrical
ports or optical ports.
Scenario 3: The UMPT deployed with the
UMTS mode provides E1/T1 ports for
transmission cables and the UMPT and the
GTMUb/GTMUc are connected through a
backplane.
GL
Issue 16 (2021-08-13)
Scenario 1: The WMPT/UTRP provides E1/T1
ports for transmission cables. The WMPT/
UTRP is interconnected with the GTMU by
electrical ports or optical ports.
The UMPT provides E1/T1 ports for
transmission cables. The UMPT and the
GTMUb/GTMUc are connected through a
backplane.
Copyright © Huawei Technologies Co., Ltd.
Illustrations "2"
in Figure 1-277,
Figure 1-278,
Figure 1-279,
and Figure
1-280 show
transmission
cable
connections in
scenario 1.
Illustrations "3"
in Figure 1-277,
Figure 1-278,
Figure 1-279,
and Figure
1-280 show
transmission
cable
connections in
this scenario.
599
3900 & 5900 Series Base Station
Cables
Trans
missi
on
Mode
IPbased
cotrans
missio
n in
IP
over
FE/GE
mode
1 3900 & 5900 Series Base Station Cables
Appli
cable
Mode
Description
Illustration of
Cable
Connectionsa
UL
A UTRP is configured, and the UTRP
provides E1/T1 ports for transmission
cables. The LMPT/UMPT is interconnected
with the WMPT/UMPT by electrical ports or
optical ports.
Illustrations "4"
in Figure 1-277,
Figure 1-278,
Figure 1-279,
and Figure
1-280 show
transmission
cable
connections in
this scenario.
GU
Scenario 1: A UTRPc is configured, and the
UTRPc provides FE/GE optical ports or
electrical ports for transmission cables.
Illustrations "5"
in Figure 1-277,
Figure 1-278,
Figure 1-279,
and Figure
1-280 show
transmission
cable
connections in
scenario 1.
Scenario 2: A UTRP2 is configured, and the
UTRP2 provides FE/GE optical ports for
transmission cables. The GTMU is
interconnected with the UTRP2 by optical
ports.
Scenario 3: No UTRP is configured, and the
WMPT/UMPT provides FE/GE optical ports
for transmission cables. The WMPT/UMPT is
interconnected with the GTMU by electrical
ports.
Scenario 4: No UTRP is configured, and the
WMPT/UMPT provides FE/GE electrical
ports for transmission cables. The WMPT/
UMPT is interconnected with the GTMU by
optical ports.
Scenario 5: No UTRP is configured, and the
WMPT/UMPT provides FE/GE electrical
ports or optical ports for transmission
cables. The WMPT/UMPT and the GTMUb/
GTMUc are connected through the
backplane.
Scenario 6: No UTRP is configured, and the
UMPT provides FE/GE electrical ports or
optical ports for transmission cables. The
WMPT/UMPT communicates with the
UMPT through the backplane.
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3900 & 5900 Series Base Station
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Trans
missi
on
Mode
1 3900 & 5900 Series Base Station Cables
Appli
cable
Mode
Description
Illustration of
Cable
Connectionsa
GL
Scenario 1: A UTRPc is configured, and the
UTRPc provides FE/GE optical ports or
electrical ports for transmission cables.
Illustrations "6"
in Figure 1-277,
Figure 1-278,
Figure 1-279,
and Figure
1-280 show
transmission
cable
connections in
scenario 1.
Scenario 2: No UTRP is configured, and the
LMPT/UMPT provides FE/GE optical ports
for transmission cables. The LMPT/UMPT is
interconnected with the GTMU by electrical
ports.
Scenario 3: No UTRP is configured, and the
LMPT/UMPT provides FE/GE electrical ports
for transmission cables. The LMPT/UMPT is
interconnected with the GTMU by optical
ports.
Scenario 4: No UTRP is configured, and the
LMPT/UMPT provides FE/GE electrical ports
or optical ports for transmission cables. The
LMPT/UMPT and the GTMUb/GTMUc are
connected through the backplane.
Scenario 5: No UTRP is configured, and the
UMPT provides FE/GE electrical ports or
optical ports for transmission cables. The
LMPT/UMPT communicates with the UMPT
through the backplane.
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3900 & 5900 Series Base Station
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Trans
missi
on
Mode
1 3900 & 5900 Series Base Station Cables
Appli
cable
Mode
Description
Illustration of
Cable
Connectionsa
UL
Scenario 1: A UTRPc is configured, and the
UTRPc provides FE/GE optical ports or
FE/GE electrical ports for transmission
cables.
Illustrations "7"
in Figure 1-277,
Figure 1-278,
Figure 1-279,
and Figure
1-280 show
transmission
cable
connections in
scenario 1.
Scenario 2: No UTRP is configured, and the
LMPT/UMPT provides FE/GE optical ports
for transmission cables. The LMPT/UMPT is
interconnected with the WMPT/UMPT by
electrical ports.
Scenario 3: No UTRP is configured, and the
LMPT/UMPT provides FE/GE electrical ports
for transmission cables. The LMPT/UMPT is
interconnected with the WMPT/UMPT by
optical ports.
Scenario 4: No UTRP is configured, and the
LMPT/UMPT provides FE/GE electrical ports
or optical ports for transmission cables. The
LMPT/UMPT communicates with the
WMPT/UMPT through the backplane.
Scenario 5: No UTRP is configured, and the
UMPT provides FE/GE electrical ports or
optical ports for transmission cables. The
LMPT/UMPT communicates with the UMPT
through the backplane.
Route
backu
p and
IPbased
cotrans
missio
n
Issue 16 (2021-08-13)
G*U,
G*L,
or
U*L
No UTRP is configured, and the UMPT
provides FE/GE electrical ports or optical
ports for transmission cables.
Illustrations "8"
in Figure 1-277,
Figure 1-278,
Figure 1-279,
and Figure
1-280 show
transmission
cable
connections in
this scenario.
GU
Scenario 1: Both the WMPT/UMPT and the
GTMU provide electrical ports for
transmission cables. The WMPT/UMPT is
interconnected with the GTMU by optical
ports.
Illustrations "9"
in Figure 1-277,
Figure 1-278,
Figure 1-279,
and Figure
1-280 show
transmission
cable
connections in
scenario 1.
Scenario 2: Both the WMPT/UMPT and the
GTMU provide optical ports for transmission
cables. The WMPT/UMPT is interconnected
with the GTMU by electrical ports.
Copyright © Huawei Technologies Co., Ltd.
602
3900 & 5900 Series Base Station
Cables
Trans
missi
on
Mode
1 3900 & 5900 Series Base Station Cables
Appli
cable
Mode
Description
Illustration of
Cable
Connectionsa
GL
Scenario 1: Both the LMPT/UMPT and the
GTMU provide electrical ports for
transmission cables. The LMPT/UMPT is
interconnected with the GTMU by optical
ports.
Illustrations
"10" in Figure
1-277, Figure
1-278, Figure
1-279, and
Figure 1-280
show
transmission
cable
connections in
scenario 1.
Scenario 2: Both the LMPT/UMPT and the
GTMU provide optical ports for transmission
cables. The LMPT/UMPT is interconnected
with the GTMU by electrical ports.
UL
Scenario 1: Both the LMPT/UMPT and the
WMPT/UMPT provide electrical ports for
transmission cables. The LMPT/UMPT is
interconnected with the WMPT/UMPT by
optical ports.
Scenario 2: Both the LMPT/UMPT and the
WMPT/UMPT provide optical ports for
transmission cables. The LMPT/UMPT is
interconnected with the WMPT/UMPT by
electrical ports.
Hybri
d
trans
missio
n
UL
Scenario 1: The WMPT/UMPT provides
E1/T1 ports for transmission cables, and the
LMPT/UMPT provides FE/GE optical ports
for transmission cables. The LMPT/UMPT is
interconnected with the WMPT/UMPT by
electrical ports.
Scenario 2: The WMPT/UMPT provides
E1/T1 ports for transmission cables, and the
LMPT/UMPT provides FE/GE electrical ports
for transmission cables. The LMPT/UMPT is
interconnected with the WMPT/UMPT by
optical ports.
Illustrations
"11" in Figure
1-277, Figure
1-278, Figure
1-279, and
Figure 1-280
show
transmission
cable
connections in
scenario 1.
Illustrations
"12" in Figure
1-277, Figure
1-278, Figure
1-279, and
Figure 1-280
show
transmission
cable
connections in
scenario 1.
a: Figure 1-277, Figure 1-278, Figure 1-279, and Figure 1-280 show
transmission cable connections in different types of base stations.
Issue 16 (2021-08-13)
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1 3900 & 5900 Series Base Station Cables
Table 1-394 Transmission cable connections in a dual-mode base station (using
co-transmission) configured with the BBU3910
Trans
missi
on
Mode
Appli
cable
Mode
Description
Illustration
of Cable
Connectionsa
IPbased
cotrans
missio
n in
IP
over
FE/GE
mode
GU
Scenario 1 (recommended): No UTRP is
configured, and the UMPT_U provides FE/GE
optical ports or electrical ports for transmission
cables.
Illustration
"1" in Figure
1-281 shows
the cable
connections
in scenario 1.
Scenario 2: A UTRPc is configured, and the
UTRPc provides FE/GE optical ports or
electrical ports for transmission cables.
GL
Scenario 1 (recommended): No UTRP is
configured, and the UMPT_L provides FE/GE
optical ports or electrical ports for transmission
cables.
Scenario 2: A UTRPc is configured, and the
UTRPc provides FE/GE optical ports or
electrical ports for transmission cables.
UL
Scenario 1 (recommended): No UTRP is
configured, and the UMPT_L provides FE/GE
optical ports or electrical ports for transmission
cables.
Scenario 2: A UTRPc is configured, and the
UTRPc provides FE/GE optical ports or
electrical ports for transmission cables.
G*U,
G*L,
G*N,
U*N,
L*N,
or
U*L
Issue 16 (2021-08-13)
Scenario 1 (recommended): No UTRP is
configured, and the UMPT provides FE/GE
optical ports or electrical ports for transmission
cables.
Scenario 2: A UTRPc is configured, and the
UTRPc provides FE/GE optical ports or
electrical ports for transmission cables.
Copyright © Huawei Technologies Co., Ltd.
Illustration
"2" in Figure
1-281 shows
the
transmission
cable
connections
in scenario 1.
Illustration
"2" in Figure
1-281 shows
the
transmission
cable
connections
in scenario 1.
Illustration
"3" in Figure
1-281 shows
the
transmission
cable
connections
in scenario 1.
604
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Trans
missi
on
Mode
Appli
cable
Mode
Description
Illustration
of Cable
Connectionsa
Hybri
d
trans
missio
n
G*U,
G*L,
G*N,
U*N,
L*N,
or
U*L
Scenario 1: No UTRP is configured, and the
UMPT provides optical ports or electrical ports
for transmission cables.
Illustration
"4" in Figure
1-281 shows
the
transmission
cable
connections
in scenario 1.
Scenario 2: A UTRPc is configured. The UMPT
provides electrical ports or optical ports for
transmission cables, and the UTRPc provides
electrical ports or optical ports for transmission
cables.
Scenario 3: A UTRPa is configured, the UMPT
provides optical ports or electrical ports for
transmission cables, and the UTRPa provides
E1/T1 ports for transmission cables.
a: The illustrations of transmission cable connections in Figure 1-281 apply to
all types of base stations.
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1 3900 & 5900 Series Base Station Cables
Illustrations of Transmission Cable Connections in a Base Station Configured
with a BBU3900
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1 3900 & 5900 Series Base Station Cables
Figure 1-277 Cable connections for a BTS3900A or a DBS3900 configured with an
APM30H (Ver.B)/APM30H (Ver.C)/APM30H (Ver.D)/APM30H (Ver.E) outdoors
T1: 1.7.2 E1/T1 Surge
Protection Transfer
Cable
Issue 16 (2021-08-13)
T2: 1.7.1 E1/T1 Cable
T3: 1.7.4
T4: 1.7.3 FE/GE
Interconnection Cable Optical Fiber
Between FE/GE
Electrical Ports
Copyright © Huawei Technologies Co., Ltd.
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1 3900 & 5900 Series Base Station Cables
T5: 1.7.5
T6: 1.7.7 FE/GE Surge T7: 1.7.6 FE/GE
Interconnection Cable Protection Transfer
Ethernet Cable
Between FE/GE
Cable
Optical Ports
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Copyright © Huawei Technologies Co., Ltd.
-
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1 3900 & 5900 Series Base Station Cables
Figure 1-278 Transmission cable connections in an indoor DBS3900, BTS3900, or
BTS3900L
T1: 1.7.1 E1/T1 Cable
T2: 1.7.4 Interconnection
Cable Between FE/GE
Electrical Ports
T4: 1.7.5 Interconnection
T5: 1.7.6 FE/GE Ethernet
Cable Between FE/GE Optical Cable
Ports
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
T3: 1.7.3 FE/GE Optical Fiber
-
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1 3900 & 5900 Series Base Station Cables
Figure 1-279 Transmission cable connections in a BTS3900C or a DBS3900
configured with an APM30, APM30H (Ver.A), or OMB
T1: 1.7.2 E1/T1 Surge
Protection Transfer
Cable
T2: 1.7.1 E1/T1 Cable
T3: 1.7.4
T4: 1.7.3 FE/GE
Interconnection Cable Optical Fiber
Between FE/GE
Electrical Ports
T5: 1.7.5
T6: 1.7.7 FE/GE Surge T7: 1.7.6 FE/GE
Interconnection Cable Protection Transfer
Ethernet Cable
Between FE/GE
Cable
Optical Ports
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Figure 1-280 Transmission cable connections in a BTS3900AL
T1: 1.7.2 E1/T1 Surge
Protection Transfer
Cable
T2: 1.7.1 E1/T1 Cable
T3: 1.7.4
T4: 1.7.3 FE/GE
Interconnection Cable Optical Fiber
Between FE/GE
Electrical Ports
T5: 1.7.5
T6: 1.7.7 FE/GE Surge T7: 1.7.6 FE/GE
Interconnection Cable Protection Transfer
Ethernet Cable
Between FE/GE
Cable
Optical Ports
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1 3900 & 5900 Series Base Station Cables
Illustrations of Transmission Cable Connections in a Base Station Configured
with a BBU3910
Figure 1-281 Transmission cable connections in all types of base stations
T1: 1.7.3 FE/GE Optical Fiber
T2: 1.7.6 FE/GE Ethernet Cable
1.3.5.3 Transmission Cable Connections in a Dual-Mode Base Station Using
Separate Transmission
In a GU, GL, or UL dual-mode base station, data can be transmitted using
separate transmission. This section describes the transmission configuration
principles and cable connections and also provides illustrations of the cable
connections.
Transmission Configuration Principles
The following table describes the transmission configuration principles for a dualmode base station using separate transmission.
Table 1-395 Transmission configuration principles
Principle
Classifica
tion
BBU
Transmission Configuration Principle
Applicable
Base Station
Principles
classified
by
transmissi
on modes
BBU3
900
or
BBU3
910
● In separate-MPT scenarios, data of
different modes is separately
transmitted.
3900 series
base stations
Issue 16 (2021-08-13)
● Data transmission of different modes
does not affect each other.
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1 3900 & 5900 Series Base Station Cables
Principle
Classifica
tion
BBU
Transmission Configuration Principle
Applicable
Base Station
Principles
classified
by base
station
types
-
● E1/T1 cables must be connected to a
UELP that processes signals for surge
protectiona.
● BTS3900A
or
BTS3900AL
● If a UMPTe or UMPTg is configured,
FE/GE Ethernet cables are directly
connected to the UMPTe or UMPTg. If a
main control board other than the
UMPTe or UMPTg is configured, FE/GE
Ethernet cables must be connected to a
UFLP that processes signals for surge
protection and then to the main control
board.
● BTS3900C
or
DBS3900
using the
OMB
E1/T1 cables and FE/GE Ethernet cables do
not need to be connected to a surge
protection board.
● BTS3900 or
BTS3900L
FE/GE optical fibers do not need to be
connected to a surge protection board.
● BTS3900 or
BTS3900L
-
-
● Outdoor
DBS3900
● BTS3012AE
(Ver.D_Z)
● Indoor
DBS3900
● BTS3900A
or
BTS3900AL
● BTS3900C
or
DBS3900
using the
OMB
● DBS3900
● BTS3012AE
(Ver.D_Z)
a: Boards are configured for surge protection in different cabinets as follows:
● If an APM30H (Ver.B)/APM30H (Ver.C)/APM30H (Ver.D)/APM30H (Ver.E) is
used for a BTS3900A or DBS3900, an SLPU equipped with a UELP or UFLP is
configured in the APM30H.
● If an APM30 or APM30H (Ver.A) is used for a DBS3900, a UELP or UFLP is
installed in the BBU in the APM30 or APM30H (Ver.A).
● BTS3900AL cabinets have slots for a UELP or UFLP, which provides the surge
protection function.
● For a BTS3900C or a DBS3900 using an OMB, a UELP or UFLP is installed in
the BBU in the OMB.
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1 3900 & 5900 Series Base Station Cables
Description
Table 1-396 and Table 1-397 describe the transmission cable connections in a
dual-mode base station (using separate transmission) configured with the
BBU3900 and BBU3910 in different transmission modes, respectively.
Table 1-396 Transmission cable connections in a dual-mode base station (using
separate transmission) configured with a BBU3900
Trans
missi
on
Mode
Appli
cable
Mode
Description
Illustration
of Cable
Connectionsa
GSM
E1/
T1+U
MTS
E1/T1
GU
A WMPT/UMPT and a GTMU/GTMUb/GTMUc
both provide E1/T1 ports for transmission
cables.
Illustrations
"1" in Figure
1-282, Figure
1-283, Figure
1-284, and
Figure 1-285
show
transmission
cable
connections
in this
scenario.
GSM
FE/GE
+UMT
S
FE/GE
GU
Scenario 1: A WMPT/UMPT and a GTMU/
GTMUb/GTMUc both provide FE/GE optical
ports for transmission cables.
Illustrations
"2" in Figure
1-282, Figure
1-283, Figure
1-284, and
Figure 1-285
show
transmission
cable
connections
in scenario 1.
GSM
E1/
T1+LT
E
FE/GE
GL
Issue 16 (2021-08-13)
Scenario 2: A WMPT/UMPT and a GTMU/
GTMUb/GTMUc both provide FE/GE electrical
ports for transmission cables.
A GTMU/GTMUb/GTMUc provides E1/T1 ports
for transmission cables, and a UMPT/LMPT
provides FE/GE electrical ports or FE/GE optical
ports for transmission cables.
Copyright © Huawei Technologies Co., Ltd.
Illustrations
"3" in Figure
1-282, Figure
1-283, Figure
1-284, and
Figure 1-285
show
transmission
cable
connections
in scenario 1.
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1 3900 & 5900 Series Base Station Cables
Trans
missi
on
Mode
Appli
cable
Mode
Description
Illustration
of Cable
Connectionsa
GSM
FE/GE
+LTE
FE/GE
GL
Scenario 1: A UMPT/LMPT and a GTMU/
GTMUb/GTMUc both provide FE/GE electrical
ports for transmission cables.
Illustrations
"4" in Figure
1-282, Figure
1-283, Figure
1-284, and
Figure 1-285
show
transmission
cable
connections
in scenario 1.
UMTS
E1/
T1+LT
E
FE/GE
UL
Scenario 2: A UMPT/LMPT provides FE/GE
optical ports for transmission cables, and a
GTMU/GTMUb/GTMUc provides FE/GE
electrical ports for transmission cables.
Scenario 1: No UTRP is configured. A WMPT/
UMPT provides E1/T1 ports for transmission
cables, and a UMPT/LMPT provides FE/GE
electrical ports or FE/GE optical ports for
transmission cables.
Scenario 2: A UTRP is configured for the UMTS
mode. The UTRP provides E1/T1 ports for
transmission cables, and a UMPT/LMPT
provides FE/GE electrical ports or FE/GE optical
ports for transmission cables.
UMTS
FE/GE
+LTE
FE/GE
UL
Scenario 1: A UMPT/LMPT and a WMPT/UMPT
both provide FE/GE electrical ports for
transmission cables.
Scenario 2: A UMPT/LMPT provides FE/GE
optical ports for transmission cables, and a
WMPT/UMPT provides FE/GE electrical ports
for transmission cables.
Illustrations
"5" in Figure
1-282, Figure
1-283, Figure
1-284, and
Figure 1-285
show
transmission
cable
connections
in scenario 1.
Illustrations
"6" in Figure
1-282, Figure
1-283, Figure
1-284, and
Figure 1-285
show
transmission
cable
connections
in scenario 1.
a: Figure 1-282, Figure 1-283, Figure 1-284, and Figure 1-285 show
transmission cable connections in different types of base stations.
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Table 1-397 Transmission cable connections in a dual-mode base station (using
separate transmission) configured with a BBU3910
Transmission
Mode
Appl
icabl
e
Mod
e
Cable Connection
Illustration
of Cable
Connection
sa
● GSM E1/
T1+UMTS
E1/T1
GU
● GSM transmission cables can be
connected to E1/T1 ports, FE/GE
electrical ports, or FE/GE optical ports
on a UMPT_G/GTMUb/GTMUc.
Illustration
"1" in
Figure
1-286
shows
transmissio
n cable
connections
in this
scenario.
● GSM E1/
T1+UMTS
FE/GE
● UMTS transmission cables can be
connected to E1/T1 ports, FE/GE
electrical ports, or FE/GE optical ports
on a UMPT_U. A UTRPa can be
configured to provide E1/T1 ports for
UMTS transmission cables.
● GSM
FE/GE
+UMTS
FE/GE
● GSM
FE/GE
+UMTS
E1/T1
● GSM E1/
T1+LTE
FE/GE
GL
● GSM
FE/GE+LTE
FE/GE
● UMTS E1/
T1+LTE
FE/GE
● UMTS
FE/GE+LTE
FE/GE
Issue 16 (2021-08-13)
● GSM transmission cables can be
connected to E1/T1 ports, FE/GE
electrical ports, or FE/GE optical ports
on a UMPT_G/GTMUb/GTMUc.
● LTE transmission cables can be
connected to FE/GE electrical ports or
FE/GE optical ports on a UMPT_L.
UL
● UMTS transmission cables can be
connected to E1/T1 ports, FE/GE
electrical ports, or FE/GE optical ports
on a UMPT_U.
● LTE transmission cables can be
connected to FE/GE electrical ports or
FE/GE optical ports on a UMPT_L.
Copyright © Huawei Technologies Co., Ltd.
Illustration
"2" in
Figure
1-286
shows
transmissio
n cable
connections
in this
scenario.
Illustration
"3" in
Figure
1-286
shows
transmissio
n cable
connections
in this
scenario.
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1 3900 & 5900 Series Base Station Cables
Transmission
Mode
Appl
icabl
e
Mod
e
Cable Connection
Illustration
of Cable
Connection
sa
● GSM E1/
T1+NR
FE/GE
GN
● GSM transmission cables can be
connected to E1/T1 ports, FE/GE
electrical ports, or FE/GE optical ports
on a UMPT_G/GTMUb/GTMUc.
Illustration
"4" in
Figure
1-286
shows
transmissio
n cable
connections
in this
scenario.
● GSM
FE/GE+NR
FE/GE
● UMTS E1/
T1+NR
FE/GE
● NR transmission cables can be
connected to FE/GE electrical ports or
FE/GE optical ports on the UMPT_NR.
UN
● UMTS
FE/GE+NR
FE/GE
LTE FE/GE+NR
FE/GE
● UMTS transmission cables can be
connected to E1/T1 ports, FE/GE
electrical ports, or FE/GE optical ports
on a UMPT_U.
● NR transmission cables can be
connected to FE/GE electrical ports or
FE/GE optical ports on the UMPT_NR.
LN
● LTE transmission cables can be
connected to FE/GE electrical ports or
FE/GE optical ports on a UMPT_L.
● NR transmission cables can be
connected to FE/GE electrical ports or
FE/GE optical ports on the UMPT_NR.
Illustration
"5" in
Figure
1-286
shows
transmissio
n cable
connections
in this
scenario.
Illustration
"6" in
Figure
1-286
shows
transmissio
n cable
connections
in this
scenario.
a:
● The transmission cable connections in Figure 1-286 apply to different types
of base stations.
● In these illustrations, GSM scenarios use UMPT boards as examples.
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1 3900 & 5900 Series Base Station Cables
Illustrations of Transmission Cable Connections in a Base Station Configured
with a BBU3900
Figure 1-282 Cable connections for a BTS3900A or a DBS3900 configured with an
APM30H (Ver.B)/APM30H (Ver.C)/APM30H (Ver.D)/APM30H (Ver.E) outdoors
T1: 1.7.2 E1/T1 Surge
Protection Transfer
Cable
T2: 1.7.1 E1/T1 Cable
T3: 1.7.3 FE/GE
Optical Fiber
T4: 1.7.2 E1/T1 Surge
Protection Transfer
Cable
T5: 1.7.6 FE/GE
Ethernet Cable
-
-
-
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Figure 1-283 Transmission cable connections in an indoor DBS3900, BTS3900, or
BTS3900L
T1: 1.7.1 E1/T1 Cable
Issue 16 (2021-08-13)
T3: 1.7.3 FE/GE Optical Fiber
Copyright © Huawei Technologies Co., Ltd.
T5: 1.7.6 FE/GE Ethernet
Cable
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Figure 1-284 Transmission cable connections in a BTS3900C or a DBS3900
configured with an APM30, APM30H (Ver.A), or OMB
T1: 1.7.2 E1/T1 Surge
Protection Transfer
Cable
T2: 1.7.1 E1/T1 Cable
T3: 1.7.3 FE/GE
Optical Fiber
T4: 1.7.2 E1/T1 Surge
Protection Transfer
Cable
T5: 1.7.6 FE/GE
Ethernet Cable
-
-
-
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1 3900 & 5900 Series Base Station Cables
Figure 1-285 BTS3900AL
T1: 1.7.2 E1/T1 Surge
Protection Transfer
Cable
T2: 1.7.1 E1/T1 Cable
T3: 1.7.3 FE/GE
Optical Fiber
T4: 1.7.2 E1/T1 Surge
Protection Transfer
Cable
T5: 1.7.6 FE/GE
Ethernet Cable
-
-
-
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Illustrations of Transmission Cable Connections in a Base Station Configured
with a BBU3910
Figure 1-286 Transmission cable connections in all types of base stations
T1: 1.7.3 FE/GE Optical Fiber
1.3.5.4 Transmission Cable Connections in a Triple-Mode Base Station
This section describes the transmission cable connections in a triple-mode base
station in typical scenarios.
Description
In this document, BBU 0 and BBU 1 are used to differentiate the two BBUs in a
triple-mode base station.
●
In an expanded base station, BBU 0 is the one installed during the initial site
deployment, and BBU 1 is the one added during the capacity expansion.
●
In a new base station, BBU 0 is the one working in GU, GN, UN, LN, or GL
mode, and BBU 1 is the one working in LO, UO, or NO mode.
●
For example, the difference between the GL+U configuration and U+GL
configuration is as follows: The GL+U configuration applies to both a new
base station and an expanded base station, whereas the U+GL configuration
applies only to an expanded base station.
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The following table describes the transmission cable connections in a triple-mode
base station in typical scenarios.
Table 1-398 Transmission cable connections in a triple-mode base station
BBU
Triple-Mode
Scenario
Working Mode of the
BBU
Illustration of Cable
Connections
BBU
3900
GU+L (BBUs
not
interconnecte
d)
BBU 0 works in GU mode,
and BBU 1 works in LO
mode.
GL+U (BBUs
not
interconnecte
d)
BBU 0 works in GL mode,
and BBU 1 works in UO
mode.
U+GL (BBUs
not
interconnecte
d)
BBU 0 works in UO mode,
and BBU 1 works in GL
mode.
G+UL (BBUs
not
interconnecte
d)
BBU 0 works in GO mode,
and BBU 1 works in UL
mode.
● Transmission cable
connections in dualmode scenarios are
different for cotransmission and
separate-transmission.
For details, see 1.3.5.2
Transmission Cable
Connections in a DualMode Base Station
Using Co-Transmission
and 1.3.5.3
Transmission Cable
Connections in a DualMode Base Station
Using Separate
Transmission.
● For transmission cable
connections in single
mode scenarios, see
1.3.5.1 Transmission
Cable Connections in a
Single-Mode Base
Station.
GU+L (UCIU
+UMPT)
BBU 0 works in GU mode,
and BBU 1 works in LO
mode. BBU 0 and BBU 1
are interconnected using
the UCIU and UMPT.
For details, see illustration
1 or 2 in Figure 1-287.
GL+U (UCIU
+UMPT)
BBU 0 works in GL mode,
and BBU 1 works in UO
mode. BBU 0 and BBU 1
are interconnected using
the UCIU and UMPT.
For details, see illustration
3 or 4 in Figure 1-287.
GU+UL
(UCIU
+UMPT)
BBU 0 works in GU mode,
and BBU 1 works in UL
mode. BBU 0 and BBU 1
are interconnected using
the UCIU and UMPT.
For details, see illustration
5 in Figure 1-287.
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BBU
1 3900 & 5900 Series Base Station Cables
Triple-Mode
Scenario
Working Mode of the
BBU
Illustration of Cable
Connections
● G*U*L
The BBU is configured with
a UMPT and works in
triple-mode co-MPT
scenarios. The UMPT
provides optical ports or
electrical ports for
transmission cables.
For details, see illustration
6 in Figure 1-287.
● G*L*T
● G[L*T]
● U[L*T]
● G[U*T]
The BBU is configured with
UMPTs and works in triplemode separate-MPT
scenarios. The main control
boards of different modes
communicate with each
other through the BBU
backplane.
BBU
3910
G*U*L+G*U*L
(UCIU
+UMPT)
Each BBU is configured
with a UMPT and works in
GUL mode. The two BBUs
are interconnected using
the UCIU and UMPT.
BBU 0 supports the cotransmission function for
GUL mode. Transmission
cables are not connected
to BBU 1. For transmission
cable connections of BBU
0, see illustration 6 in
Figure 1-287.
GU+L (BBUs
not
interconnecte
d)
BBU 0 works in GU mode,
and BBU 1 works in LO
mode.
GL+U (BBUs
not
interconnecte
d)
BBU 0 works in GL mode,
and BBU 1 works in UO
mode.
● Transmission cable
connections in dualmode scenarios are
different for cotransmission and
separate-transmission.
For details, see 1.3.5.2
Transmission Cable
Connections in a DualMode Base Station
Using Co-Transmission
and 1.3.5.3
Transmission Cable
Connections in a DualMode Base Station
Using Separate
Transmission.
● For transmission cable
connections in single
mode scenarios, see
1.3.5.1 Transmission
Cable Connections in a
Single-Mode Base
Station.
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BBU
1 3900 & 5900 Series Base Station Cables
Triple-Mode
Scenario
Working Mode of the
BBU
Illustration of Cable
Connections
● GU+L
(UMPT
+UMPT)
● BBU 0 works in GU
mode and BBU 1 works
in LO mode. BBU 0 and
BBU 1 are
interconnected using
the UMPT boards.
● The UMPT_L is
preferentially used to
provide the FE/GE
optical port or FE/GE
electrical port. For
details, see illustration
"1" in Figure 1-288.
● GU+N
(UMPT
+UMPT)
● GL+N
(UMPT
+UMPT)
● UL+N
(UMPT
+UMPT)
● BBU 0 works in GU
mode and BBU 1 works
in NO mode. BBU 0 and
BBU 1 are
interconnected using
the UMPT boards.
● BBU 0 works in GL
mode and BBU 1 works
in NO mode. BBU 0 and
BBU 1 are
interconnected using
the UMPT boards.
● The UMPT_NR is
preferentially used to
provide the FE/GE
optical port or FE/GE
electrical port. For
details, see illustrations
"4", "5", and "6" in
Figure 1-288.
● BBU 0 works in UL
mode and BBU 1 works
in NO mode. BBU 0 and
BBU 1 are
interconnected using
the UMPT boards.
GL+U (UMPT
+UMPT)
BBU 0 works in GL mode,
and BBU 1 works in UO
mode. BBU 0 and BBU 1
are interconnected using
the UMPT boards.
The UMPT_L is
preferentially used to
provide the FE/GE optical
port or FE/GE electrical
port. For details, see
illustration "2" in Figure
1-288.
● G*U*L
The BBU is configured with
a UMPT and works in
triple-mode co-MPT
scenarios.
For details, see illustration
"3" in Figure 1-288.
● G*U*N
● G*L*N
● U*L*N
Illustrations of Transmission Cable Connections in a Base Station Configured
with a BBU3900
The following figure shows the transmission cable connections in a triple-mode
base station.
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Figure 1-287 Transmission cable connections for a triple-mode base station
(applying to all types of base stations)
T1: 1.7.3 FE/GE Optical Fiber
Illustrations of Transmission Cable Connections in a Base Station Configured
with a BBU3910
The following figure shows the transmission cable connections in a triple-mode
base station.
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Figure 1-288 Transmission cable connections for a triple-mode base station
(applying to all types of base stations)
T1: 1.7.3 FE/GE Optical Fiber
1.3.5.5 Transmission Cable Connections in a Quadruple-Mode Base Station
This section describes the transmission cable connections in a quadruple-mode
base station in typical scenarios.
Description
The following table describes the transmission cable connections in a quadruplemode base station in typical scenarios.
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Table 1-399 Transmission cable connections in a quadruple-mode base station
BBU
Base
Stati
on
Working Mode of the BBU
Illustration of
Cable
Connections
BBU
3900
G*U*
L*T
base
statio
n
A single BBU is configured with a UMPT and
works in quadruple modes.
For details, see
Figure 1-289.
BBU
3910
● G*
U*
L*
T
● In a newly deployed base station, a single
BBU is configured with a UMPT and works
in quadruple modes. If active/standby
backup of main control boards or signaling
extension is required, a second UMPT needs
to be configured.
For details, see
Figure 1-289.
● G*
U*
L*
N
● G*
U*
T*
N
● If a co-MPT single-, dual-, or triple-mode
base station configured with one BBU
requires capacity expansion, the original
main control board needs to be reserved. If
the base station requires signaling
extension, a second UMPT needs to be
configured.
● If a base station needs to be expanded to a
co-MPT base station configured with two
BBUs, both BBU 0 and BBU 1 need to be
configured with a UMPT.
Illustration of Transmission Cable Connections for a Base Station Configured
with the BBU3900 or BBU3910
The following figure shows the transmission cable connections in a quadruplemode base station.
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Figure 1-289 Transmission cable connections for a quadruple-mode base station
(applying to all types of base stations)
T1: 1.7.3 FE/GE Optical Fiber
1.3.6 CPRI Cable Connections for 5900 Series Base Stations
CPRI cable connections include those for single-mode, dual-mode, triple-mode,
and quadruple-mode base stations.
1.3.6.1 CPRI Cable Connections in a GSM Base Station
This section describes the principles of CPRI cable connections in a GSM base
station and provides related illustrations.
CPRI Cable Connection Principles
The following table describes the principles of CPRI cable connections in a GSM
base station in typical scenarios.
Table 1-400 CPRI cable connection principles
BBU
Networkin
g Principle
CPRI Cable Connection
Principle
Illustration of Cable
Connections
BBU59
00
Baseband
signals
processed
by RF
modules
The baseband processing
units working in other
modes provide CPRI cable
connections.
Figure 1-290
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BBU
1 3900 & 5900 Series Base Station Cables
Networkin
g Principle
CPRI Cable Connection
Principle
Illustration of Cable
Connections
Baseband
signals
processed
by
baseband
processing
units
The UBBP(G)a is
configured to provide CPRI
cable connections.
Figure 1-291
a: The UBBP(G) is not a board type but a UBBP working in GO mode.
The CPRI cable connection principles vary depending on the RF modules
configured in different types of base stations, as described in the following table.
Table 1-401 CPRI cable connection principles for different types of base stations
Base
Station
Supporte
d RF
Module
Configuration Principle
Separated
macro
base
station
RFU
A CPRI port is connected to the RFU whose slot
number is the same as the CPRI port number on the
baseband processing unit. For example, the CPRI cable
for RFU 2 connects to the CPRI2 port on the baseband
processing unit.
RFU+RRU
If RFUs and RRUs can be connected to the same
baseband processing unit, the CPRI cables for RFUs are
connected to CPRI ports before the CPRI cables for
RRUs.
RRU
The CPRI cables for the RRUs are connected to
available CPRI ports in sequence on the baseband
processing unit. For example, CPRI cables for RRU 0,
RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and
CPRI2 ports in sequence on the baseband processing
unit.
Distribute
d base
station
Illustrations of CPRI Cable Connections
The CPRI cable connections in GSM base stations in typical scenarios are shown in
Figure 1-290 and Figure 1-291.
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Figure 1-290 CPRI cable connections (baseband signals processed by RF modules)
Figure 1-291 CPRI cable connections (baseband signals processed by baseband
processing units)
1.3.6.2 CPRI Cable Connections in a UMTS Base Station
This section describes the principles of CPRI cable connections in a UMTS base
station and provides related illustrations.
CPRI Cable Connection Principles
The following table describes the principles of CPRI cable connections in a UMTS
base station in typical scenarios.
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Table 1-402 CPRI cable connection principles
BBU
Board
Configurat
ion
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
BBU5900
The
UBBP(U)a
is
configured.
The CPRI cables for RF modulesb
can be connected to the CPRI
ports on the UBBP(U) in any of
slots 0 to 5. The CPRI cables for
RFUs and RRUs can be
connected to the CPRI ports on
the same UBBP.
Figure 1-292
The UBBPei
is
configured.
The BBU can be connected to
the radio multiplex unit (RMU).
Figure 1-293
● Scenario 1: One XCI port on
the UBBPei is connected to
the RMU.
● Scenario 2: Two XCI ports on
the UBBPei are connected to
the RMU.
● Scenario 3: Two XCI ports of
the UBBPei are connected to
two RMUs separately.
a: The UBBP(U) is not a board type but a UBBP working in UMTS mode.
b: RF modules include RFUs and RRUs. Unless otherwise stated, all principles
and illustrations in this section apply to both RFUs and RRUs.
The CPRI cable connection principles vary depending on the RF modules
configured in different types of base stations, as described in the following table.
Table 1-403 CPRI cable connection principles for different types of base stations
Base
Station
Supporte
d RF
Module
Configuration Principle
Separated
macro
base
station
RFU
A CPRI port is connected to the RFU whose slot
number is the same as the CPRI port number on the
baseband processing unit. For example, the CPRI cable
for RFU 2 connects to the CPRI2 port on the baseband
processing unit.
RFU+RRU
If RFUs and RRUs can be connected to the same
baseband processing unit, the CPRI cables for RFUs are
connected to CPRI ports before the CPRI cables for
RRUs.
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Base
Station
Supporte
d RF
Module
Configuration Principle
Distribute
d base
station
RRU
The CPRI cables for the RRUs are connected to
available CPRI ports in sequence on the baseband
processing unit. For example, CPRI cables for RRU 0,
RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and
CPRI2 ports in sequence on the baseband processing
unit.
Illustrations of CPRI Cable Connections
Figure 1-292 and Figure 1-293 show the CPRI cable connections in UMTS base
stations in typical scenarios.
Figure 1-292 CPRI cable connections in a base station configured with the
UBBP(U)
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Figure 1-293 CPRI cable connections in a base station configured with the UBBPei
1.3.6.3 CPRI Cable Connections in LTE FDD and LTE TDD Base Stations
This section describes the principles of CPRI cable connections in an LTE FDD/LTE
TDD base station and provides related illustrations.
CPRI Cable Connection Principles
The following table describes the principles of CPRI cable connections in LTE FDD
and LTE TDD base stations in typical scenarios.
Table 1-404 CPRI cable connection principles
BBU
Base
Statio
n
Board
Configu
ration
CPRI Cable Connection Principle
Illustration
of Cable
Connection
s
BBU59
00
LTE
FDDa
base
station
The
UBBP(L
) is
configu
red.
The CPRI cables for RF modulesb
can be connected to the CPRI ports
on the UBBP(L) in any of slots 0 to
5. The CPRI cables for RFUs and
RRUs can be connected to the CPRI
ports on the same UBBP(L).
Figure
1-294
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BBU
Base
Statio
n
Board
Configu
ration
CPRI Cable Connection Principle
Illustration
of Cable
Connection
s
BBU59
00
LTE
TDDa
base
station
The
UBBP(T
) is
configu
red.
The CPRI cables for RRUs can be
connected to the CPRI ports on the
UBBP(T) in any of slots 0 to 5. LTE
TDD base stations support RRUs
only.
Figure
1-294
BBU59
00
LTE
FDD
and
LTE
TDD
base
station
s
The
UBBPei
is
configu
red.
The BBU can be connected to the
radio multiplex unit (RMU).
Figure
1-295
● Scenario 1: One XCI port on the
UBBPei is connected to the RMU.
● Scenario 2: Two XCI ports on the
UBBPei are connected to the
RMU.
● Scenario 3: Two XCI ports of the
UBBPei are connected to two
RMUs separately.
a: The UBBP(L) is not a board type but a UBBP working in LTE FDD mode. The
UBBP(T) is a UBBP working in LTE TDD mode.
b: RF modules include RFUs and RRUs. Unless otherwise stated, all principles
and illustrations in this section apply to both RFUs and RRUs.
The CPRI cable connection principles vary depending on the RF modules
configured in different types of base stations, as described in the following table.
Table 1-405 CPRI cable connection principles for different types of base stations
Base
Station
Supporte
d RF
Module
Configuration Principle
Separated
macro
base
station
RFU
A CPRI port is connected to the RFU whose slot
number is the same as the CPRI port number on the
baseband processing unit. For example, the CPRI cable
for RFU 2 connects to the CPRI2 port on the baseband
processing unit.
RFU+RRU
If RFUs and RRUs can be connected to the same
baseband processing unit, the CPRI cables for RFUs are
connected to CPRI ports before the CPRI cables for
RRUs.
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Base
Station
Supporte
d RF
Module
Configuration Principle
Distribute
d base
station
RRU
The CPRI cables for the RRUs are connected to
available CPRI ports in sequence on the baseband
processing unit. For example, CPRI cables for RRU 0,
RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and
CPRI2 ports in sequence on the baseband processing
unit.
Illustrations of CPRI Cable Connections
Figure 1-294 and Figure 1-295 show the CPRI cable connections in LTE FDD and
LTE TDD base stations in typical scenarios.
Figure 1-294 CPRI cable connections in an LTE FDD or LTE TDD base station
configured with the UBBP
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Figure 1-295 CPRI cable connections in a base station configured with the UBBPei
1.3.6.4 CPRI/eCPRI Cable Connections in an NR Base Station
This section describes the principles of CPRI/eCPRI cable connections in an NR
base station and provides related illustrations.
CPRI/eCPRI Cable Connection Principles
The following table describes the principles of CPRI/eCPRI cable connections in an
NR base station in typical scenarios.
Table 1-406 CPRI/eCPRI cable connection principles
BBU
Networking
Board
Configuratio
n
CPRI Cable
Connection
Principle
Illustration of
Cable
Connections
BBU5900
CPRI-based
topology
A UBBP
board is
configured.
CPRI cables
connect the UBBP
in the slot 0/2/4 or
slot 0/1/2/3/4/5 to
the RRUs/AAUs.
Figure 1-296
uses the fullwidth board as
an example.
Figure 1-297
uses the UBBPg
as an example.
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BBU
Networking
Board
Configuratio
n
CPRI Cable
Connection
Principle
Illustration of
Cable
Connections
BBU5900
eCPRI-based
networking
A UBBP
board is
configured.
CPRI cables are
connected to the
UBBP in the slot
0/2/4 or slot
0/1/2/3/4/5.
Figure 1-298
uses the fullwidth board as
an example.
Figure 1-299
uses the UBBPg
as an example.
● For the star
topology, the
UBBP provides
CPRI ports and
each CPRI port
is connected to
one AAU.
● For the load
sharing
topology, the
UBBP provides
CPRI ports and
two CPRI ports
are connected
to one AAU.
Illustrations of CPRI/eCPRI Cable Connections
The following figure shows the CPRI cable connections in an NR base station in
typical scenarios.
NOTE
● The UBBPfw1 is not supported in the 5G high-band scenario.
● In this document, 5G high-band scenarios refer to scenarios where frequency bands are
above 6 GHz. 5G low-band scenarios refer to scenarios where frequency bands are
below 6 GHz.
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Figure 1-296 CPRI cable connections (5G low-band scenarios)
Figure 1-297 CPRI cable connections (5G low-band scenarios & 5G high-band
scenarios)
The following figure shows the eCPRI cable connections in an NR base station in
typical scenarios.
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Figure 1-298 eCPRI cable connections (5G low-band scenarios)
Figure 1-299 eCPRI cable connections (5G low-band scenarios & 5G high-band scenarios)
1.3.6.5 CPRI Cable Connections in GU and G*U Base Stations
This section describes the principles of CPRI cable connections in GU and G*U base
stations and provides related illustrations.
CPRI Cable Connection Principles
The principles of CPRI cable connections in GU and G*U base stations in typical
scenarios are described as follows:
●
The CPRI cables for RF modules working in GSM mode and RF modules
working in UMTS mode can be connected to the CPRI ports on the same
UBBP.
●
In RRU cascading scenarios, multimode RRUs of the same and different
modes can be cascaded. The intra-mode cascading is recommended.
–
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In intra-mode cascading scenarios, all cascaded multimode RRUs are
working in the same mode.
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–
1 3900 & 5900 Series Base Station Cables
In inter-mode cascading scenarios, all cascaded multimode RRUs are
working in different modes, such as GO, UO, and GU modes.
The following table describes the principles of CPRI cable connections in GU and
G*U base stations in typical scenarios.
Table 1-407 CPRI cable connection principles
BBU
Base
Station
Networki
ng
Principle
CPRI Cable Connection
Principle
Illustration
of Cable
Connections
BBU5
900
GU
The dualstar
topology
is used by
default.
RF modules working in GU
mode connect to two baseband
processing units, which are
separately working in GSM and
UMTS modes.
Figure 1-300
G*U
The CPRI
MUX
feature is
used by
default.
There are no constraints on the
slots for installing UBBP boards
serving as the converging and
converged parties. The UBBP in
any of slots 0 to 5 can provide
CPRI ports for connecting to RF
modules.
Figure 1-301
The following table lists the priorities of RF modules connecting to UBBP boards
based on the working modes of UBBP boards. For example, an RF module working
in GUL mode preferentially connects to a UBBP(GUL). If a UBBP(GUL) is not
configured, the RF module connects to a UBBP(UL). If a UBBP(UL) is not
configured, the RF module connects to a UBBP(GL) or UBBP(LO) in sequence.
Table 1-408 Priorities of RF modules working in different modes when they are
connected to UBBP boards
Working
Mode of an
RF Module
Connection Priority
GUL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
UL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
GL
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO)
LO
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO)
GU
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO)
UO
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO)
GO
UBBP(GO) > UBBP(GL) > UBBP(GU) > UBBP(GUL) > UBBP(LO) >
UBBP(UO) > UBBP(UL)
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The CPRI cable connection principles vary depending on the RF modules
configured in different types of base stations, as described in the following table.
Table 1-409 CPRI cable connection principles for different types of base stations
Base
Station
Supporte
d RF
Module
Configuration Principle
Separated
macro
base
station
RFU
A CPRI port is connected to the RFU whose slot
number is the same as the CPRI port number on the
baseband processing unit. For example, the CPRI cable
for RFU 2 connects to the CPRI2 port on the baseband
processing unit.
RFU+RRU
If RFUs and RRUs can be connected to the same
baseband processing unit, the CPRI cables for RFUs are
connected to CPRI ports before the CPRI cables for
RRUs.
RRU
The CPRI cables for the RRUs are connected to
available CPRI ports in sequence on the baseband
processing unit. For example, CPRI cables for RRU 0,
RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and
CPRI2 ports in sequence on the baseband processing
unit.
Distribute
d base
station
Illustrations of CPRI Cable Connections
Figure 1-300 and Figure 1-301 show the CPRI cable connections in GU and G*U
base stations in typical scenarios.
Figure 1-300 CPRI cable connections in a GU base station
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Figure 1-301 CPRI cable connections in a G*U base station
1.3.6.6 CPRI Cable Connections in GL and G*L Base Stations
This section describes the principles of CPRI cable connections in GL and G*L base
stations and provides related illustrations.
CPRI Cable Connection Principles
The CPRI cable connection principles for GL and G*L base stations in typical
scenarios are described as follows:
●
The CPRI cables for RF modules working in GSM mode and RF modules
working in LTE mode can be connected to the CPRI ports on the same UBBP.
●
In RRU cascading scenarios, multimode RRUs of the same and different
modes can be cascaded. The intra-mode cascading is recommended.
–
In intra-mode cascading scenarios, all cascaded multimode RRUs are
working in the same mode.
–
In inter-mode cascading scenarios, all cascaded multimode RRUs are
working in different modes, such as GO, LO, and GL modes.
The following table describes the principles of CPRI cable connections in GL and
G*L base stations in typical scenarios.
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Table 1-410 CPRI cable connection principles
BBU
Base
Station
Networki
ng
Principle
CPRI Cable Connection
Principle
Illustration
of Cable
Connections
BBU5
900
GL
The dualstar
topology
is used by
default.
RF modules working in GL mode
connect to the baseband
processing units working in GSM
and LTE modes.
Figure 1-302
G*L
The CPRI
MUX
feature is
used by
default.
There are no constraints on the
slots for installing UBBP boards
serving as the converging and
converged parties. The UBBP in
any of slots 0 to 5 can provide
CPRI ports for connecting to RF
modules.
Figure 1-303
The following table lists the priorities of RF modules connecting to UBBP boards
based on the working modes of UBBP boards. For example, an RF module working
in GUL mode preferentially connects to a UBBP(GUL). If a UBBP(GUL) is not
configured, the RF module connects to a UBBP(UL). If a UBBP(UL) is not
configured, the RF module connects to a UBBP(GL) or UBBP(LO) in sequence.
Table 1-411 Priorities of RF modules working in different modes when they are
connected to UBBP boards
Working
Mode of an
RF Module
Connection Priority
GUL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
UL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
GL
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO)
LO
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO)
GU
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO)
UO
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO)
GO
UBBP(GO) > UBBP(GL) > UBBP(GU) > UBBP(GUL) > UBBP(LO) >
UBBP(UO) > UBBP(UL)
The CPRI cable connection principles vary depending on the RF modules
configured in different types of base stations, as described in the following table.
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Table 1-412 CPRI cable connection principles for different types of base stations
Base
Station
Supporte
d RF
Module
Configuration Principle
Separated
macro
base
station
RFU
A CPRI port is connected to the RFU whose slot
number is the same as the CPRI port number on the
baseband processing unit. For example, the CPRI cable
for RFU 2 connects to the CPRI2 port on the baseband
processing unit.
RFU+RRU
If RFUs and RRUs can be connected to the same
baseband processing unit, the CPRI cables for RFUs are
connected to CPRI ports before the CPRI cables for
RRUs.
RRU
The CPRI cables for the RRUs are connected to
available CPRI ports in sequence on the baseband
processing unit. For example, CPRI cables for RRU 0,
RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and
CPRI2 ports in sequence on the baseband processing
unit.
Distribute
d base
station
Illustrations of CPRI Cable Connections
Figure 1-302 and Figure 1-303 show the CPRI cable connections in GL and G*L
base stations in typical scenarios.
Figure 1-302 CPRI cable connections in a GL base station
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Figure 1-303 CPRI cable connections in a G*L base station
1.3.6.7 CPRI Cable Connections in UL and U*L Base Stations
This section describes the principles of CPRI cable connections in UL and U*L base
stations and provides related illustrations.
CPRI Cable Connection Principles
The following table describes the principles of CPRI cable connections in UL and
U*L base stations in typical scenarios.
Table 1-413 CPRI cable connection principles
BBU
Base
Station
Networ
king
Principl
e
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
BBU5
900
UL
The
dualstar
topology
is used
by
default.
RF modules working in UL
mode connect to the UBBP(U)
and UBBP(L) to form a dualstar topology. The UBBP can
be configured in any of slots 0
to 5.
Figure 1-304
The
CPRI
MUX
feature
is used
by
default.
There are no constraints on the
slots for installing UBBP boards
serving as the converging and
converged parties. The UBBP in
any of slots 0 to 5 can provide
CPRI ports for connecting to RF
modules.
Figure 1-305
U*L
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
Figure 1-306
shows the CPRI
cable
connections
when an RMU is
configured.
Figure 1-306
shows the CPRI
cable
connections
when an RMU is
configured.
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The following table lists the priorities of RF modules connecting to UBBP boards
based on the working modes of UBBP boards. For example, an RF module working
in GUL mode preferentially connects to a UBBP(GUL). If a UBBP(GUL) is not
configured, the RF module connects to a UBBP(UL). If a UBBP(UL) is not
configured, the RF module connects to a UBBP(GL) or UBBP(LO) in sequence.
Table 1-414 Priorities of RF modules working in different modes when they are
connected to UBBP boards
Working
Mode of an
RF Module
Connection Priority
GUL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
UL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
GL
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO)
LO
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO)
GU
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO)
UO
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO)
GO
UBBP(GO) > UBBP(GL) > UBBP(GU) > UBBP(GUL) > UBBP(LO) >
UBBP(UO) > UBBP(UL)
The CPRI cable connection principles vary depending on the RF modules
configured in different types of base stations, as described in the following table.
Table 1-415 CPRI cable connection principles for different types of base stations
Base
Station
Supporte
d RF
Module
Configuration Principle
Separated
macro
base
station
RFU
A CPRI port is connected to the RFU whose slot
number is the same as the CPRI port number on the
baseband processing unit. For example, the CPRI cable
for RFU 2 connects to the CPRI2 port on the baseband
processing unit.
RFU+RRU
If RFUs and RRUs can be connected to the same
baseband processing unit, the CPRI cables for RFUs are
connected to CPRI ports before the CPRI cables for
RRUs.
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Base
Station
Supporte
d RF
Module
Configuration Principle
Distribute
d base
station
RRU
The CPRI cables for the RRUs are connected to
available CPRI ports in sequence on the baseband
processing unit. For example, CPRI cables for RRU 0,
RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and
CPRI2 ports in sequence on the baseband processing
unit.
Illustrations of CPRI Cable Connections
Figure 1-304, Figure 1-305, and Figure 1-306 show the CPRI cable connections in
UL and U*L base stations in typical scenarios.
Figure 1-304 CPRI cable connections in a UL base station
Figure 1-305 CPRI cable connections in a U*L base station
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Figure 1-306 CPRI cable connections in a base station configured with an RMU
1.3.6.8 CPRI Cable Connections in a Triple-Mode Base Station
This section describes the principles of CPRI cable connections in a triple-mode
base station in different scenarios and provides related illustrations.
CPRI Cable Connection Principles
The following table describes the principles of CPRI cable connections in a triplemode base station in typical scenarios.
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Table 1-416 CPRI cable connection principles
BBU
Base
Station
CPRI Cable Connection Principle
Illustration of Cable
Connections
BBU59
00
Separat
e-MPT
base
station
s
configu
red
with
two
BBUs:
-
For details on the CPRI
cable connections of
the BBU working in
UMTS mode, see
1.3.6.2 CPRI Cable
Connections in a
UMTS Base Station.
For details on the CPRI
cable connections of
the BBU working in LTE
mode, see 1.3.6.3 CPRI
Cable Connections in
LTE FDD and LTE TDD
Base Stations.
● GU
+L
(BB
Us
not
inter
con
nect
ed)
For details on the CPRI
cable connections of
the BBU working in GU
mode, see 1.3.6.5 CPRI
Cable Connections in
GU and G*U Base
Stations.
● GL
+U
(BB
Us
not
inter
con
nect
ed)
Separat
e-MPT
base
station
configu
red
with
two
BBUs:
GU+L
or GL
+U
base
station
in
UMPT
+UMPT
mode
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For details on the CPRI
cable connections of
the BBU working in GL
mode, see 1.3.6.6 CPRI
Cable Connections in
GL and G*L Base
Stations.
● RF modules working in dual
modes are connected to the
BBU by using the dual-star
topology.
Figure 1-307
● RF modules working in single
mode are connected to the BBU
by using the single-star
topology.
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1 3900 & 5900 Series Base Station Cables
Base
Station
CPRI Cable Connection Principle
Illustration of Cable
Connections
Separat
e-MPT
base
station
configu
red
with
one
BBU
● RF modules working in single
mode are connected to the BBU
by using the single-star
topology.
Figure 1-308
● G[U
*L]
● Multimode RF modules working
in separate-MPT scenarios are
connected to the BBU by using
the dual-star topology.
● G[L*
T]
● It is recommended that
multimode RF modules working
in co-MPT scenarios be
connected to the BBU by using
the CPRI MUX feature.
● RF modules working in LTE TDD
mode are connected to the BBU
by using the single-star
topology. These RF modules can
only be single-mode RRUs.
CoMPT
base
station
configu
red
with
one
BBU:
G*U*L
● RF modules working in single
mode are connected to the BBU
by using the single-star
topology.
Figure 1-309
● The CPRI MUX feature is used
for dual-mode RF modules by
default. These RF modules
connect to corresponding UBBP
boardsb in an order of prioritya.
● The load sharing topology can
be used. If none of the
baseband processing units or
interface boards supports the
CPRI MUX feature, CPRI cables
for multimode RF modules are
connected to baseband
processing units or interface
boards working in different
modes.
● For G*U*L base stations whose
GSM baseband signals are
processed by RF modules, GSM
signals can be converged by the
UBBP_U, UBBP_L, or UBBP_UL
when GSM serves as the
converged party. Therefore, a
GSM baseband processing unit
or interface board is not
required.
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1 3900 & 5900 Series Base Station Cables
Base
Station
CPRI Cable Connection Principle
Illustration of Cable
Connections
a: The RF modules of different working modes are connected in a descending
order of priority as follows: GUL > UL > GL > LO > GU > UO > GO. For example,
RF modules in GUL mode are preferentially connected and then the RF modules
in UL mode. The rest may be deduced by analogy.
b: According to the working modes of the UBBP boards, the priorities of RF
modules for connecting to UBBP boards are listed in the following table. For
example, an RF module in GUL mode preferentially connects to a UBBP(GUL). If
a UBBP(GUL) is not configured, the RF module connects to a UBBP(UL). The
rest may be deduced by analogy.
The following table lists the priorities of RF modules connecting to UBBP boards
based on the working modes of UBBP boards. For example, an RF module working
in GUL mode preferentially connects to a UBBP(GUL). If a UBBP(GUL) is not
configured, the RF module connects to a UBBP(UL). If a UBBP(UL) is not
configured, the RF module connects to a UBBP(GL) or UBBP(LO) in sequence.
Table 1-417 Priorities of RF modules working in different modes when they are
connected to UBBP boards
Working
Mode of an
RF Module
Connection Priority
GUL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
UL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
GL
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO)
LO
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO)
GU
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO)
UO
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO)
GO
UBBP(GO) > UBBP(GL) > UBBP(GU) > UBBP(GUL) > UBBP(LO) >
UBBP(UO) > UBBP(UL)
The CPRI cable connection principles vary depending on the RF modules
configured in different types of base stations, as described in the following table.
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Table 1-418 CPRI cable connection principles for different types of base stations
Base
Station
Supporte
d RF
Module
Configuration Principle
Separated
macro
base
station
RFU
A CPRI port is connected to the RFU whose slot
number is the same as the CPRI port number on the
baseband processing unit. For example, the CPRI cable
for RFU 2 connects to the CPRI2 port on the baseband
processing unit.
RFU+RRU
If RFUs and RRUs can be connected to the same
baseband processing unit, the CPRI cables for RFUs are
connected to CPRI ports before the CPRI cables for
RRUs.
RRU
The CPRI cables for the RRUs are connected to
available CPRI ports in sequence on the baseband
processing unit. For example, CPRI cables for RRU 0,
RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and
CPRI2 ports in sequence on the baseband processing
unit.
Distribute
d base
station
Illustrations of CPRI Cable Connections
Figure 1-307, Figure 1-308, and Figure 1-309 show the CPRI cable connections in
UL and U*L base stations in typical scenarios.
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Figure 1-307 CPRI cable connections in a separate-MPT base station configured
with two BBUs interconnected in UMPT+UMPT mode
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Figure 1-308 CPRI cable connections in a separate-MPT base station configured
with one BBU
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Figure 1-309 CPRI cable connections in a co-MPT base station configured with
one BBU
1.3.6.9 CPRI Cable Connections in a Quadruple-Mode Base Station
This section describes the principles of CPRI cable connections in a quadruplemode base station in different scenarios and provides related illustrations.
CPRI Cable Connection Principles
The following table describes the principles of CPRI cable connections in a
quadruple-mode base station in typical scenarios.
Table 1-419 CPRI cable connection principles
BBU
Base
Station
CPRI Cable Connection Principle
Illustration of
Cable
Connections
BBU59
00
Co-MPT
base
station
configur
ed with
one
BBU:
G*U*L*T
● RF modules working in dual modes
are connected to the BBU by using
the dual-star topology.
Figure 1-310
Issue 16 (2021-08-13)
● RF modules working in single mode
are connected to the BBU by using
the single-star topology.
● If the UBBP boards working in LTE
FDD and LTE TDD modes need to be
installed in the same slot, the UBBP
working in LTE FDD mode is
preferentially installed.
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The following table lists the priorities of RF modules connecting to UBBP boards
based on the working modes of UBBP boards. For example, an RF module working
in GUL mode preferentially connects to a UBBP(GUL). If a UBBP(GUL) is not
configured, the RF module connects to a UBBP(UL). If a UBBP(UL) is not
configured, the RF module connects to a UBBP(GL) or UBBP(LO) in sequence.
Table 1-420 Priorities of RF modules working in different modes when they are
connected to UBBP boards
Working
Mode of an
RF Module
Connection Priority
GUL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
UL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
GL
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO)
LO
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO)
GU
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO)
UO
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO)
GO
UBBP(GO) > UBBP(GL) > UBBP(GU) > UBBP(GUL) > UBBP(LO) >
UBBP(UO) > UBBP(UL)
The CPRI cable connection principles vary depending on the RF modules
configured in different types of base stations, as described in the following table.
Table 1-421 CPRI cable connection principles for different types of base stations
Base
Station
Supporte
d RF
Module
Configuration Principle
Separated
macro
base
station
RFU
A CPRI port is connected to the RFU whose slot
number is the same as the CPRI port number on the
baseband processing unit. For example, the CPRI cable
for RFU 2 connects to the CPRI2 port on the baseband
processing unit.
RFU+RRU
If RFUs and RRUs can be connected to the same
baseband processing unit, the CPRI cables for RFUs are
connected to CPRI ports before the CPRI cables for
RRUs.
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Base
Station
Supporte
d RF
Module
Configuration Principle
Distribute
d base
station
RRU
The CPRI cables for the RRUs are connected to
available CPRI ports in sequence on the baseband
processing unit. For example, CPRI cables for RRU 0,
RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and
CPRI2 ports in sequence on the baseband processing
unit.
Illustrations of CPRI Cable Connections
The following figure shows the CPRI cable connections in a quadruple-mode base
station in typical scenarios.
Figure 1-310 CPRI cable connections in a quadruple-mode base station
1.3.7 CPRI Cable Connections for 3900 Series Base Stations
CPRI cable connections include those for single-mode/dual-mode/triple-mode/
quadruple-mode base stations.
1.3.7.1 CPRI Cable Connections in a GSM Base Station
This section describes the principles of CPRI cable connections in a GSM base
station and provides related illustrations.
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Description
The following table describes the principles of CPRI cable connections in a GSM
base station in typical scenarios.
Table 1-422 CPRI cable connection principles
BBU
Board
Configuration and
Networking
Principle
CPRI Cable Connection Principle
Illustratio
n of
Cable
Connectio
ns
BBU390
0
● When GSM
baseband
signals are
processed by RF
modules, the
GTMU/GTMUb/
GTMUc/UMPT
can be
configured as
the main control
board and the
UBRI is
configured as
required.
● If the BBU is configured with a
UBBP, CPRI cables for RF
modulesb can be connected to
the UBBP in any of slots 0 to 3.
The CPRI cables for RFUs and
RRUs can be connected to the
CPRI ports on the same UBBP.
Figure
1-311 and
Figure
1-312
show CPRI
cable
connectio
ns in
scenarios
where
GSM
baseband
signals are
processed
by RF
modules.
● When GSM
baseband
signals need to
be processed by
the baseband
processing unit,
the UBBP(G)a is
required.
● If the GSM baseband signals are
processed by RF modules, CPRI
cable connections are as
follows:
– If the BBU is configured with
a GTMU/GTMUb/GTMUc,
CPRI cables are directly
connected to the GTMU/
GTMUb/GTMUc.
– If the BBU is configured with
a UMPT, CPRI cables are
connected to the UBRI.
● If RFUs and RRUs are
configured together, CPRI cable
connections are as follows:
– CPRI cables for RFUs and
RRUs can be connected to
the same UBRI when at most
six CPRI ports are required.
– It is recommended that CPRI
cables for all RFUs be
connected to a UBRI and
CPRI cables for all RRUs be
connected to another UBRI
when more than six CPRI
ports are required.
Issue 16 (2021-08-13)
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Figure
1-313 and
Figure
1-314
show CPRI
cable
connectio
ns in
scenarios
where
baseband
signals are
processed
by the
baseband
processing
unit.
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1 3900 & 5900 Series Base Station Cables
BBU
Board
Configuration and
Networking
Principle
CPRI Cable Connection Principle
Illustratio
n of
Cable
Connectio
ns
BBU391
0
● When GSM
baseband
signals need to
be processed by
RF modules, the
GTMUb/GTMUc
can be
configured or
the UBRI is
configured as
required.
● When GSM baseband signals
are processed by RF modules,
the GTMUb/GTMUc in slot 5 or
6 or the UBRIb in slot 0, 1, 2, or
3 can provide CPRI ports for
connecting to RF modules.
Figure
1-311 and
Figure
1-312
show CPRI
cable
connectio
ns in
scenarios
where
GSM
baseband
signals are
processed
by RF
modules.
● When GSM
baseband
signals need to
be processed by
the baseband
processing unit,
the UBBP(G) is
required.
● When baseband signals are
processed by the baseband
processing unit, the UBBP in slot
0/1/2/3 can provide CPRI ports
for connecting to RF modules.
Figure
1-313 and
Figure
1-314
show CPRI
cable
connectio
ns in
scenarios
where
baseband
signals are
processed
by the
baseband
processing
unit.
a: The UBBP(G) is not a board type but a UBBP working in GO mode.
b: RF modules include RFUs and RRUs. Unless otherwise stated, all principles
and illustrations in this section apply to both RFUs and RRUs.
Table 1-423 lists the priorities of RF modules connecting to UBBP boards based on
the working modes of the UBBP boards. For example, an RF module working in
GUL mode preferentially connects to a UBBP(GUL). If a UBBP(GUL) is not
configured, the RF module connects to a UBBP(UL). The rest may be deduced by
analogy.
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Table 1-423 Priorities of RF modules working in different modes when they are
connected to UBBP boards
Working
Mode of
an RF
Module
Connection Priority
GUL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
UL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO) > UBRIb
GL
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
LO
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
GU
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
UO
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
GO
UBBP(GO) > UBBP(GL) > UBBP(GU) > UBBP(GUL) > UBRIb >
UBBP(LO) > UBBP(UO) > UBBP(UL)
Illustrations of CPRI Cable Connections
NOTE
A macro base station can be configured with RFUs but without RRUs or can be configured with
RFUs and RRUs. A distributed base station can be configured with RRUs but without RFUs. The
restrictions of CPRI ports are as follows:
● If a base station is configured with RFUs but without RRUs, a CPRI port is connected to the
RF module whose slot number is the same as the CPRI port number. For example, the CPRI
cable for RFU 2 connects to the CPRI2 port on the baseband processing unit.
● If a base station is configured with RRUs but without RFUs, the CPRI cables for these RRUs
are connected to available CPRI ports in sequence on the baseband processing unit. For
example, CPRI cables for RRU 0, RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and CPRI2
ports in sequence on the baseband processing unit.
● If a base station is configured with RFUs and RRUs, and the RFUs and RRUs need to be
connected to the same baseband processing unit, the CPRI cables for RFUs are connected to
CPRI ports, and then the CPRI cables for RRUs are connected to the rest of CPRI ports.
Based on the principles of CPRI cable connections, the following illustrations show
the CPRI cable connections in typical scenarios.
Figure 1-311 CPRI cable connections in a GSM base station in which the BBU3900
or BBU3910 is configured and GSM baseband signals are processed by RF modules
NOTE
The slot for installing the UBRI is different in different scenarios. The following figure uses
configuring the UBRI in a BBU3910 as an example.
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Figure 1-312 CPRI cable connections in a GSM base station in which the BBU3900
or BBU3910 is configured and baseband signals are processed by RF modules
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Figure 1-313 CPRI cable connections in a GSM base station in which the BBU3900
or BBU3910 is configured and GSM baseband signals are processed by the
baseband processing unit
Figure 1-314 CPRI cable connections in a GSM base station in which the BBU3900
or BBU3910 is configured and GSM baseband signals are processed by the
baseband processing unit
1.3.7.2 CPRI Cable Connections in a UMTS Base Station
This section describes the principles of CPRI cable connections in a UMTS base
station and provides related illustrations.
Description
The following table describes the principles of CPRI cable connections in a UMTS
base station in typical scenarios.
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Table 1-424 CPRI cable connection principles
BBU
Board
Configuration and
Networking
Principle
CPRI Cable Connection Principle
Illustratio
n of
Cable
Connectio
ns
BBU390
0
The UBBP(U)a is
preferentially
configured.
Alternatively, the
WBBP can be
configured.
CPRI cables for RF modulesb can
be connected to the CPRI ports
only on the UBBP or WBBP in slot
2 or 3. The CPRI cables for RFUs
and RRUs can be connected to the
CPRI ports on the same UBBP or
WBBP.
Figure
1-315
shows the
CPRI cable
connectio
ns.
BBU391
0
Only the UBBP(U)
can be configured
as the baseband
processing unit.
The CPRI cables for RF modules
can be connected to the CPRI ports
on the UBBP(U) in any of slots 0 to
5. The CPRI cables for RFUs and
RRUs can be connected to the CPRI
ports on the same UBBP.
BBU390
0 or
BBU391
0
The UBBPei is
configured as the
baseband
processing unit.
The BBU can be connected to the
radio multiplex unit (RMU).
● Scenario 1: One XCI port on the
UBBPei is connected to the
RMU.
● Scenario 2: Two XCI ports on the
UBBPei are connected to the
RMU.
Figure
1-316
shows the
CPRI cable
connectio
ns.
● Scenario 3: Two XCI ports of the
UBBPei are connected to two
RMUs separately.
a: The UBBP(U) is not a board type but a UBBP working in UMTS mode.
b: RF modules include RFUs and RRUs. Unless otherwise stated, all principles
and illustrations in this section apply to both RFUs and RRUs.
Table 1-425 lists the priorities of RF modules connecting to UBBP boards based on
the working modes of the UBBP boards. For example, an RF module working in
GUL mode preferentially connects to a UBBP(GUL). If a UBBP(GUL) is not
configured, the RF module connects to a UBBP(UL). The rest may be deduced by
analogy.
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Table 1-425 Priorities of RF modules working in different modes when they are
connected to UBBP boards
Working
Mode of
an RF
Module
Connection Priority
GUL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
UL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO) > UBRIb
GL
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
LO
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
GU
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
UO
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
GO
UBBP(GO) > UBBP(GL) > UBBP(GU) > UBBP(GUL) > UBRIb >
UBBP(LO) > UBBP(UO) > UBBP(UL)
Illustrations of CPRI Cable Connections
NOTE
A macro base station can be configured with RFUs but without RRUs or can be configured with
RFUs and RRUs. A distributed base station can be configured with RRUs but without RFUs. The
restrictions of CPRI ports are as follows:
● If a base station is configured with RFUs but without RRUs, a CPRI port is connected to the
RF module whose slot number is the same as the CPRI port number. For example, the CPRI
cable for RFU 2 connects to the CPRI2 port on the baseband processing unit.
● If a base station is configured with RRUs but without RFUs, the CPRI cables for these RRUs
are connected to available CPRI ports in sequence on the baseband processing unit. For
example, CPRI cables for RRU 0, RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and CPRI2
ports in sequence on the baseband processing unit.
● If a base station is configured with RFUs and RRUs, and the RFUs and RRUs need to be
connected to the same baseband processing unit, the CPRI cables for RFUs are connected to
CPRI ports, and then the CPRI cables for RRUs are connected to the rest of CPRI ports.
Based on the principles of CPRI cable connections, the following illustrations show
the CPRI cable connections in typical scenarios.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-315 CPRI cable connections in a UMTS base station configured with the
UBBP in the BBU3900 or BBU3910
Figure 1-316 CPRI cable connections with the BBU connected to the RMU
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3900 & 5900 Series Base Station
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Figure 1-317 CPRI cable connections with the BBU connected to the RMU
1.3.7.3 CPRI Cable Connections in an LTE FDD/LTE TDD Base Station
This section describes the principles of CPRI cable connections in an LTE FDD/LTE
TDD base station and provides related illustrations.
Description
The following table describes the principles of CPRI cable connections in an LTE
base station in typical scenarios.
Table 1-426 CPRI cable connection principles
BBU
Ba
se
Sta
tio
n
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
BBU
390
0
LTE
FD
D
bas
e
sta
tio
n
The UBBP(L)a is
preferentially
configured.
Alternatively, the
LBBP can be
configured.
The CPRI cables for RF
modulesb can be
connected to the CPRI
ports on the UBBP or LBBP
in any of slots 0 to 5. The
CPRI cables for RFUs and
RRUs can be connected to
the CPRI ports on the
same UBBP or LBBP.
Figure 1-318
shows the CPRI
cable
connections.
BBU
390
0
LTE
TD
D
bas
e
sta
tio
n
The UBBP(T) is
preferentially
configured.
Alternatively, the
LBBP can be
configured.
● The CPRI cables for
RRUs can be connected
to the CPRI ports on the
UBBP(T) or LBBP in any
of slots 0 to 5. LTE TDD
base stations support
RRUs only.
Figure 1-319
shows the CPRI
cable
connections.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
BBU
Ba
se
Sta
tio
n
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
BBU
391
0
LTE
FD
D
bas
e
sta
tio
n
Only the UBBP(L)
can be configured
as the baseband
processing unit.
The CPRI cables for RF
modulesb can be
connected to the CPRI
ports on the UBBP(L) in
any of slots 0 to 5. The
CPRI cables for RFUs and
RRUs can be connected to
the CPRI ports on the
same UBBP(L).
Figure 1-318
shows the CPRI
cable
connections.
BBU
391
0
LTE
TD
D
bas
e
sta
tio
n
Only the UBBP(T)
can be configured
as the baseband
processing unit.
● The CPRI cables for
RRUs can be connected
to the CPRI ports on the
UBBP(T) in any of slots
0 to 5. LTE TDD base
stations support RRUs
only.
Figure 1-319
shows the CPRI
cable
connections.
BBU
390
0 or
BBU
391
0
-
The UBBPei is
configured as the
baseband
processing unit.
The BBU can be connected
to the RMU.
Figure 1-320
shows the CPRI
cable
connections.
● Scenario 1: One XCI
port on the UBBPei is
connected to the RMU.
● Scenario 2: Two XCI
ports on the UBBPei are
connected to the RMU.
● Scenario 3: Two XCI
ports of the UBBPei are
connected to two RMUs
separately.
Table 1-427 lists the priorities of RF modules connecting to UBBP boards based on
the working modes of the UBBP boards. For example, an RF module working in
GUL mode preferentially connects to a UBBP(GUL). If a UBBP(GUL) is not
configured, the RF module connects to a UBBP(UL). The rest may be deduced by
analogy.
Issue 16 (2021-08-13)
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3900 & 5900 Series Base Station
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1 3900 & 5900 Series Base Station Cables
Table 1-427 Priorities of RF modules working in different modes when they are
connected to UBBP boards
Working
Mode of
an RF
Module
Connection Priority
GUL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
UL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO) > UBRIb
GL
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
LO
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
GU
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
UO
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
GO
UBBP(GO) > UBBP(GL) > UBBP(GU) > UBBP(GUL) > UBRIb >
UBBP(LO) > UBBP(UO) > UBBP(UL)
Illustrations of CPRI Cable Connections
NOTE
A macro base station can be configured with RFUs but without RRUs or can be configured with
RFUs and RRUs. A distributed base station can be configured with RRUs but without RFUs. The
restrictions of CPRI ports are as follows:
● If a base station is configured with RFUs but without RRUs, a CPRI port is connected to the
RF module whose slot number is the same as the CPRI port number. For example, the CPRI
cable for RFU 2 connects to the CPRI2 port on the baseband processing unit.
● If a base station is configured with RRUs but without RFUs, the CPRI cables for these RRUs
are connected to available CPRI ports in sequence on the baseband processing unit. For
example, CPRI cables for RRU 0, RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and CPRI2
ports in sequence on the baseband processing unit.
● If a base station is configured with RFUs and RRUs, and the RFUs and RRUs need to be
connected to the same baseband processing unit, the CPRI cables for RFUs are connected to
CPRI ports, and then the CPRI cables for RRUs are connected to the rest of CPRI ports.
Based on the principles of CPRI cable connections, the following illustrations show
the CPRI cable connections in typical scenarios.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-318 CPRI cable connections in an LTE FDD base station configured with
the UBBP in the BBU3900 or BBU3910
Figure 1-319 CPRI cable connections in an LTE TDD base station configured with
the UBBP in the BBU3900 or BBU3910
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
670
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-320 CPRI cable connections with the BBU connected to the RMU
Figure 1-321 CPRI cable connections with the BBU connected to the RMU
1.3.7.4 CPRI Cable Connections in GU and G*U Base Stations
This section describes the principles of CPRI cable connections in GU and G*U base
stations and provides related illustrations.
CPRI Cable Connection Principles
The following table describes the principles of CPRI cable connections in G*U and
GU base stations in typical scenarios.
Issue 16 (2021-08-13)
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Table 1-428 CPRI cable connection principles
BBU
Ba
se
Sta
tio
n
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
BBU
390
0
G*
U
● The CPRI MUX
feature is used
by default.
● When the UBBP(U)a
and UBBP(G) are
configured, any of
UBBP boards can be
used to provide CPRI
ports for connecting to
RF modules.
Figure 1-322
shows the CPRI
cable
connections
when the
UBBP(U) and
UBBP(G) are
configured.
● The UBBP is
preferentially
configured. The
UBBP can serve
either as the
converging part
to provide CPRI
ports for
connecting to
RF modules or
as the
converged party.
The peer board
can be a UBBP,
WBBPf, or
UBRIb.
● If the UBBP is
not configured,
the WBBPf and
UBRIb are
required.
● If the UBBP(U) and
UBRIb are configured,
only the UBRIb can be
used to provide CPRI
ports for connecting to
RF modules.
● If the UBBP(G) and
WBBPf are configured,
either of them can be
used to provide CPRI
ports for connecting to
RF modules.
● If the UBRIb and WBBPf
are configured, only the
UBRIb can be used to
provide CPRI ports for
connecting to RF
modules.
● The CPRI cables for RF
modules whose
working modes include
GSM can be connected
to the UBBP in any of
slots 0 to 3.
● The CPRI cables for RF
modules whose
working modes include
UMTS can be
connected to the UBBP
in any of slots 2 and 3.
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3900 & 5900 Series Base Station
Cables
BBU
1 3900 & 5900 Series Base Station Cables
Ba
se
Sta
tio
n
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
GU
● The dual-star
topology is used
by default.
When the dual-star
topology is used, the cable
connection principles are
as follows:
Figure 1-323
shows the CPRI
cable
connections
when the dualstar topology is
used.
● The UBBP can
be configured.
● When the base
station is
configured with
both RFUs and
RRUs whose
working modes
include GSM,
the BBU must
be configured
with the
GTMUb/GTMUc.
● RF modulesb working in
GU mode connect to
the baseband
processing units or
baseband interface
boards working in GSM
and UMTS modes.
● When the base station
is configured with both
RFUs and RRUs whose
working modes include
GSM, the RFUs and
RRUs working in GSM
mode connect to the
GTMUb/GTMUc and
UBRI boards,
respectively.
Figure 1-324
shows the CPRI
cable
connections
when the CPRI
MUX feature is
used and the
UBBP is
configured.
When the CPRI MUX
feature is used, the cable
connection principles are
as follows:
● If the UBBP is
configured, the
UBBP(U) can serve as
the converging party to
provide CPRI ports for
connecting to RF
modules, and the
UBBP(U) must be
installed in slot 2 or 3.
● If the UBBP is not
configured, the WBBPf
can serve as the
converging party to
provide CPRI ports for
connecting to RF
modules.
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3900 & 5900 Series Base Station
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1 3900 & 5900 Series Base Station Cables
BBU
Ba
se
Sta
tio
n
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
BBU
391
0
G*
U
● The CPRI MUX
feature is used
by default.
There are no constraints
on the slots for installing
UBBP boards serving as
the converging and
converged parties. The
UBBP in any of slots 0 to 5
can provide CPRI ports for
connecting to RF modules.
Figure 1-322
shows the CPRI
cable
connections.
When the dual-star
topology is used, the cable
connection principles are
as follows:
Figure 1-325
shows the CPRI
cable
connections
when the dualstar topology is
used and the
UBBP is
configured.
● Only the UBBP
can be
configured as
the baseband
processing unit.
● RRU3004 and
DRFU modules
cannot connect
to the BBU3910.
GU
● The dual-star
topology is used
by default.
● Only the UBBP
can be
configured as
the baseband
processing unit.
● RRU3004 and
DRFU modules
cannot connect
to the BBU3910.
● RF modulesb working in
GU mode connect to
the baseband
processing units or
baseband interface
boards working in GSM
and UMTS modes.
● When the base station
is configured with both
RFUs and RRUs whose
working modes include
GSM, the RFUs and
RRUs working in GSM
mode connect to the
GTMUb/GTMUc and
UBRI boards,
respectively.
When the CPRI MUX
feature is used, the
UBBP(U) can serve as the
converging party to
provide CPRI ports for
connecting to RF modules,
and the UBBP(U) can be
installed in any of slots 0
to 3.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
Figure 1-326
shows the CPRI
cable
connections
when the dualstar topology is
used and the
UBBP and
GTMUb/GTMUc
are configured.
Figure 1-324
shows the CPRI
cable
connections
when the CPRI
MUX feature is
used and the
UBBP is
configured.
674
3900 & 5900 Series Base Station
Cables
BBU
Ba
se
Sta
tio
n
1 3900 & 5900 Series Base Station Cables
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
a: The UBBP(U) is not a board type but a UBBP working in UO mode. The
UBBP(G) in this section is a UBBP working in GSM mode.
b: RF modules include RFUs and RRUs. Unless otherwise stated, all principles
and illustrations in this section apply to both RFUs and RRUs.
Table 1-429 lists the priorities of RF modules connecting to UBBP boards based on
the working modes of the UBBP boards. For example, an RF module working in
GUL mode preferentially connects to a UBBP(GUL). If a UBBP(GUL) is not
configured, the RF module connects to a UBBP(UL). If a UBBP(UL) is not
configured, the RF module connects to a UBBP(GL) or UBBP(LO) in sequence.
Table 1-429 Priorities of RF modules working in different modes when they are
connected to UBBP boards
Working
Mode of
an RF
Module
Connection Priority
GUL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
UL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO) > UBRIb
GL
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
LO
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
GU
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
UO
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
GO
UBBP(GO) > UBBP(GL) > UBBP(GU) > UBBP(GUL) > UBRIb >
UBBP(LO) > UBBP(UO) > UBBP(UL)
In addition to the preceding principles, there are some common principles, as
described as follows:
●
When UBBP boards are configured in a BBU3900, the CPRI cables for RF
modules working in GSM mode and RF modules working in UMTS mode can
be connected to the CPRI ports on the same UBBP.
●
In RRU cascading scenarios, multimode RRUs of the same and different
modes can be cascaded. The intra-mode cascading is recommended.
–
Issue 16 (2021-08-13)
In intra-mode cascading scenarios, all cascaded multimode RRUs are
working in the same mode.
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
–
1 3900 & 5900 Series Base Station Cables
In inter-mode cascading scenarios, all cascaded multimode RRUs are
working in different modes, such as GO, UO, and GU modes.
Illustrations of CPRI Cable Connections
NOTE
A macro base station can be configured with RFUs but without RRUs or can be configured with
RFUs and RRUs. A distributed base station can be configured with RRUs but without RFUs. The
restrictions of CPRI ports are as follows:
● If a base station is configured with RFUs but without RRUs, a CPRI port is connected to the
RF module whose slot number is the same as the CPRI port number. For example, the CPRI
cable for RFU 2 connects to the CPRI2 port on the baseband processing unit.
● If a base station is configured with RRUs but without RFUs, the CPRI cables for these RRUs
are connected to available CPRI ports in sequence on the baseband processing unit. For
example, CPRI cables for RRU 0, RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and CPRI2
ports in sequence on the baseband processing unit.
● If a base station is configured with RFUs and RRUs, and the RFUs and RRUs need to be
connected to the same baseband processing unit, the CPRI cables for RFUs are connected to
CPRI ports, and then the CPRI cables for RRUs are connected to the rest of CPRI ports.
Based on the principles of CPRI cable connections, the following illustrations show
the CPRI cable connections in typical scenarios.
Figure 1-322 CPRI cable connections in a G*U base station configured with the
BBU3900 or BBU3910 and enabled with the CPRI MUX feature
Issue 16 (2021-08-13)
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-323 CPRI cable connections in a GU base station configured with the
BBU3900 and using the dual-star topology
Figure 1-324 CPRI cable connections in a GU base station configured with the
UBBP in the BBU3900 or BBU3910 and enabled with the CPRI MUX feature
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-325 CPRI cable connections in a GU base station configured with the
UBBP in the BBU3910 and using the dual-star topology
Figure 1-326 CPRI cable connections in a GU base station configured with the
UBBP and GTMUb/GTMUc in the BBU3910 and using the dual-star topology
1.3.7.5 CPRI Cable Connections in GL and G*L Base Stations
This section describes the principles of CPRI cable connections in GL and G*L base
stations and provides related illustrations.
The following table describes the principles of CPRI cable connections in GL and
G*L base stations in typical scenarios.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
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Table 1-430 CPRI cable connection principles
BBU
Ba
se
Sta
tio
n
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
BBU
390
0
G*
L
● The CPRI MUX
feature is used
by default.
● When the UBBP(L)a
and UBBP(G) are
configured, any of
UBBP boards can be
used to provide CPRI
ports for connecting to
RF modules.
Figure 1-327
shows the CPRI
cable
connections
when the
UBBP(L) and
UBBP(G) are
configured.
● The UBBP is
preferentially
configured. The
UBBP can serve
either as the
converging part
to provide CPRI
ports for
connecting to
RF modules or
as the
converged party.
The peer board
can be a UBBP,
LBBPd, or
UBRIb.
● If the UBBP is
not configured,
the LBBPd and
UBRIb are
required. The
UBRIb must be
configured in
slot 0 or 1, and
at least one
LBBPd is
configured in
slots 2 and 3.
● If the UBBP(L) and
UBRIb are configured,
only the UBRIb can be
used to provide CPRI
ports for connecting to
RF modules.
● If the UBBP(G) and
LBBPd are configured,
either of them can be
used to provide CPRI
ports for connecting to
RF modules.
● If the UBRIb and LBBPd
are configured, only the
UBRIb can be used to
provide CPRI ports for
connecting to RF
modules.
● The CPRI cables for RF
modules whose
working modes include
GSM can be connected
to the UBBP in any of
slots 0 to 3.
● The CPRI cables for RF
modules whose
working modes include
LTE can be connected
to the UBBP in any of
slots 0 to 5.
● The load sharing
topology can be used. If
the UBRIb and LBBPd
are not configured, one
CPRI cable for a dualmode RF module is
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
Cables
BBU
Ba
se
Sta
tio
n
1 3900 & 5900 Series Base Station Cables
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
connected to the
baseband processing
unit and the other one
is connected to the
baseband interface
board whose working
mode is different from
that of the baseband
processing unit.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
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3900 & 5900 Series Base Station
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BBU
1 3900 & 5900 Series Base Station Cables
Ba
se
Sta
tio
n
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
GL
● The dual-star
topology is used
by default.
When the dual-star
topology is used, the cable
connection principles are
as follows:
Figure 1-328
shows the CPRI
cable
connections
when the dualstar topology is
used.
● The UBBP can
be configured.
● When the base
station is
configured with
both RFUs and
RRUs whose
working modes
include GSM,
the BBU must
be configured
with the
GTMUb/GTMUc.
● RF modulesb working in
GL mode connect to the
baseband processing
units or baseband
interface boards
working in GSM and
LTE modes.
● When the base station
is configured with both
RFUs and RRUs whose
working modes include
GSM, the RFUs and
RRUs working in GSM
mode connect to the
GTMUb/GTMUc and
UBRI boards,
respectively.
Figure 1-329
shows the CPRI
cable
connections
when the CPRI
MUX feature is
used and the
UBBP is
configured.
When the CPRI MUX
feature is used, the cable
connection principles are
as follows:
● If the UBBP is
configured, the
UBBP(L) can serve as
the converging party to
provide CPRI ports for
connecting to RF
modules, and the
UBBP(L) can be
installed in slot 2 or 3.
● If the UBBP is not
configured, the LBBPd
can serve as the
converging party to
provide CPRI ports for
connecting to RF
modules.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
BBU
Ba
se
Sta
tio
n
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
BBU
391
0
G*
L
● The CPRI MUX
feature is used
by default.
There are no constraints
on the slots for installing
UBBP boards serving as
the converging and
converged parties. The
UBBP in any of slots 0 to 5
can provide CPRI ports for
connecting to RF modules.
Figure 1-327
shows the CPRI
cable
connections.
When the dual-star
topology is used, the cable
connection principles are
as follows:
Figure 1-330
shows the CPRI
cable
connections
when the dualstar topology is
used and only
the UBBP is
configured.
● Only the UBBP
can be
configured as
the baseband
processing unit.
● RRU3004 and
DRFU modules
cannot connect
to the BBU3910.
GL
● The dual-star
topology is used
by default.
● Only the UBBP
can be
configured as
the baseband
processing unit.
● RRU3004 and
DRFU modules
cannot connect
to the BBU3910.
● RF modulesb working in
GL mode connect to the
baseband processing
units or baseband
interface boards
working in GSM and
LTE modes.
● When the base station
is configured with both
RFUs and RRUs whose
working modes include
GSM, the RFUs and
RRUs working in GSM
mode connect to the
GTMUb/GTMUc and
UBRI boards,
respectively.
When the CPRI MUX
feature is used, the
UBBP(L) can serve as the
converging party to
provide CPRI ports for
connecting to RF modules,
and the UBBP(L) can be
installed in any of slots 0
to 3.
Issue 16 (2021-08-13)
Copyright © Huawei Technologies Co., Ltd.
Figure 1-331
shows the CPRI
cable
connections
when the dualstar topology is
used and the
UBBP and
GTMUb/GTMUc
are configured.
Figure 1-329
shows the CPRI
cable
connections
when the CPRI
MUX feature is
used and the
UBBP is
configured.
682
3900 & 5900 Series Base Station
Cables
BBU
Ba
se
Sta
tio
n
1 3900 & 5900 Series Base Station Cables
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
a: The UBBP(L) is not a board type but a UBBP working in LO mode. The
UBBP(G) in this section is a UBBP working in GSM mode.
b: RF modules include RFUs and RRUs. Unless otherwise stated, all principles
and illustrations in this section apply to both RFUs and RRUs.
Table 1-431 lists the priorities of RF modules connecting to UBBP boards based on
the working modes of the UBBP boards. For example, an RF module working in
GUL mode preferentially connects to a UBBP(GUL). If a UBBP(GUL) is not
configured, the RF module connects to a UBBP(UL). If a UBBP(UL) is not
configured, the RF module connects to a UBBP(GL) or UBBP(LO) in sequence.
Table 1-431 Priorities of RF modules working in different modes when they are
connected to UBBP boards
Working
Mode of
an RF
Module
Connection Priority
GUL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
UL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO) > UBRIb
GL
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
LO
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
GU
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
UO
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
GO
UBBP(GO) > UBBP(GL) > UBBP(GU) > UBBP(GUL) > UBRIb >
UBBP(LO) > UBBP(UO) > UBBP(UL)
In addition to the preceding principles, there are some common principles, as
described as follows:
●
When UBBP boards are configured in a BBU3900, the CPRI cables for RF
modules working in GSM mode and RF modules working in LTE mode can be
connected to the CPRI ports on the same UBBP.
●
In RRU cascading scenarios, multimode RRUs of the same and different
modes can be cascaded. The intra-mode cascading is recommended.
–
Issue 16 (2021-08-13)
In intra-mode cascading scenarios, all cascaded multimode RRUs are
working in the same mode.
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3900 & 5900 Series Base Station
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–
1 3900 & 5900 Series Base Station Cables
In inter-mode cascading scenarios, all cascaded multimode RRUs are
working in different modes, such as GO, LO, and GL modes.
Illustrations of CPRI Cable Connections
NOTE
A macro base station can be configured with RFUs but without RRUs or can be configured with
RFUs and RRUs. A distributed base station can be configured with RRUs but without RFUs. The
restrictions of CPRI ports are as follows:
● If a base station is configured with RFUs but without RRUs, a CPRI port is connected to the
RF module whose slot number is the same as the CPRI port number. For example, the CPRI
cable for RFU 2 connects to the CPRI2 port on the baseband processing unit.
● If a base station is configured with RRUs but without RFUs, the CPRI cables for these RRUs
are connected to available CPRI ports in sequence on the baseband processing unit. For
example, CPRI cables for RRU 0, RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and CPRI2
ports in sequence on the baseband processing unit.
● If a base station is configured with RFUs and RRUs, and the RFUs and RRUs need to be
connected to the same baseband processing unit, the CPRI cables for RFUs are connected to
CPRI ports, and then the CPRI cables for RRUs are connected to the rest of CPRI ports.
Based on the principles of CPRI cable connections, the following illustrations show
the CPRI cable connections in typical scenarios.
Figure 1-327 CPRI cable connections in a G*L base station configured with the
BBU3900 or BBU3910 and enabled with the CPRI MUX feature
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Figure 1-328 CPRI cable connections in a GL base station configured with the
BBU3900 and using the dual-star topology
Figure 1-329 CPRI cable connections in a GL base station configured with the
UBBP in the BBU3900 or BBU3910 and enabled with the CPRI MUX feature
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Figure 1-330 CPRI cable connections in a GL base station configured with the
UBBP in the BBU3910 and using the dual-star topology
Figure 1-331 CPRI cable connections in a GL base station configured with the
UBBP and GTMUb/GTMUc in the BBU3910 and using the dual-star topology
1.3.7.6 CPRI Cable Connections in UL and U*L Base Stations
This section describes the principles of CPRI cable connections in UL and U*L base
stations and provides related illustrations.
The following table describes the principles of CPRI cable connections in UL and
U*L base stations in typical scenarios.
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Table 1-432 CPRI cable connection principles
BBU
Ba
se
Sta
tio
n
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
BBU
390
0
U*
L
● The CPRI MUX
feature is used
by default.
● When the UBBP(L)a
and UBBP(U) are
configured, any of
UBBP boards can be
used to provide CPRI
ports for connecting to
RF modules.
Figure 1-332
shows the CPRI
cable
connections
when the
UBBP(L) and
UBBP(U) are
configured.
● The UBBP is
preferentially
configured. The
UBBP can serve
either as the
converging part
to provide CPRI
ports for
connecting to
RF modules or
as the
converged party.
The peer board
can be a UBBP,
LBBPd, or
WBBPf.
● If the UBBP is
not configured,
the LBBPd and
WBBPf are
required. In this
case, the LBBPd
or WBBPf must
be configured in
slot 2 or 3.
● If the UBBP(L) and
WBBPf are configured,
either of them must be
used to provide CPRI
ports for connecting to
RF modules.
● When the UBBP(U) and
LBBPd are configured,
either of them can be
used to provide CPRI
ports for connecting to
RF modules.
Illustration 1 in
Figure 1-336
shows the CPRI
cable
connections
when the RMU
is configured.
● The CPRI cables for RF
modules whose
working modes include
UMTS can be
connected to the UBBP
in any of slots 2 and 3.
● The CPRI cables for RF
modules whose
working modes include
LTE can be connected
to the UBBP in any of
slots 0 to 5.
● The load sharing
topology can be used. If
the WBBPf and LBBPd
are not configured, one
CPRI cable for a dualmode RF module is
connected to the
baseband processing
unit and the other one
is connected to the
baseband interface
board whose working
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3900 & 5900 Series Base Station
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BBU
Ba
se
Sta
tio
n
1 3900 & 5900 Series Base Station Cables
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
mode is different from
that of the baseband
processing unit.
UL
● The dual-star
topology is used
by default.
● The UBBP can
be configured.
● If the UBBP is
not configured
and the CPRI
MUX feature is
used, the LBBPd
and WBBPf are
required. In this
case, the LBBPd
or WBBPf must
be configured in
slot 2 or 3.
When the dual-star
topology is used, the cable
connection principles are
as follows:
● RF modulesb working in
UL mode connect to
the baseband
processing units
working in UMTS and
LTE modes.
When the CPRI MUX
feature is used, the cable
connection principles are
as follows:
● If the UBBP is
configured, the
UBBP(L) or UBBP(U)
can serve as the
converging party to
provide CPRI ports for
connecting to RF
modules, and the
UBBP(L) or UBBP(U)
must be configured in
slot 2 or 3.
Figure 1-333
shows the CPRI
cable
connections
when the dualstar topology is
used.
Figure 1-334
shows the CPRI
cable
connections
when the CPRI
MUX feature is
used and the
UBBP is
configured.
Illustration 1 or
2 in Figure
1-336 shows the
CPRI cable
connections
when the RMU
is configured.
● If the UBBP is not
configured, the LBBPd
or WBBPf can serve as
the converging party to
provide CPRI ports for
connecting to RF
modules.
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BBU
Ba
se
Sta
tio
n
Board
Configuration and
Networking
Principle
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
BBU
391
0
U*
L
● The CPRI MUX
feature is used
by default.
There are no constraints
on the slots for installing
UBBP boards serving as
the converging and
converged parties. The
UBBP in any of slots 0 to 5
can provide CPRI ports for
connecting to RF modules.
Figure 1-332
shows the CPRI
cable
connections.
RF modules working in UL
mode connect to the
UBBP(U) and UBBP(L) to
form a dual-star topology.
The UBBP can be
configured in any of slots
0 to 5.
Figure 1-335
shows the CPRI
cable
connections.
● Only the UBBP
can be
configured as
the baseband
processing unit.
UL
● The dual-star
topology is used
by default.
● Only the UBBP
can be
configured as
the baseband
processing unit.
Illustration 1 in
Figure 1-336
shows the CPRI
cable
connections
when the RMU
is configured.
Illustration 1 or
2 in Figure
1-336 shows the
CPRI cable
connections
when the RMU
is configured.
a: The UBBP(L) is not a board type but a UBBP working in LO mode. The
UBBP(U) in this section is a UBBP working in UMTS mode.
b: RF modules include RFUs and RRUs. Unless otherwise stated, all principles
and illustrations in this section apply to both RFUs and RRUs.
Table 1-433 lists the priorities of RF modules connecting to UBBP boards based on
the working modes of the UBBP boards. For example, an RF module working in
GUL mode preferentially connects to a UBBP(GUL). If a UBBP(GUL) is not
configured, the RF module connects to a UBBP(UL). The rest may be deduced by
analogy.
Table 1-433 Priorities of RF modules working in different modes when they are
connected to UBBP boards
Working
Mode of
an RF
Module
Connection Priority
GUL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
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3900 & 5900 Series Base Station
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1 3900 & 5900 Series Base Station Cables
Working
Mode of
an RF
Module
Connection Priority
UL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO) > UBRIb
GL
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
LO
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
GU
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
UO
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
GO
UBBP(GO) > UBBP(GL) > UBBP(GU) > UBBP(GUL) > UBRIb >
UBBP(LO) > UBBP(UO) > UBBP(UL)
In addition to the preceding principles, there are some common principles, as
described as follows:
●
When UBBP boards are configured in a BBU3900, the CPRI cables for RF
modules working in UMTS mode and RF modules working in LTE mode can
be connected to the CPRI ports on the same UBBP.
●
In RRU cascading scenarios, multimode RRUs of the same and different
modes can be cascaded. The intra-mode cascading is recommended.
–
In intra-mode cascading scenarios, all cascaded multimode RRUs are
working in the same mode.
–
Inter-mode cascading: The cascaded multimode RF modules are working
in the UO, LO, and UL modes.
Illustrations of CPRI Cable Connections
NOTE
A macro base station can be configured with RFUs but without RRUs or can be configured with
RFUs and RRUs. A distributed base station can be configured with RRUs but without RFUs. The
restrictions of CPRI ports are as follows:
● If a base station is configured with RFUs but without RRUs, a CPRI port is connected to the
RF module whose slot number is the same as the CPRI port number. For example, the CPRI
cable for RFU 2 connects to the CPRI2 port on the baseband processing unit.
● If a base station is configured with RRUs but without RFUs, the CPRI cables for these RRUs
are connected to available CPRI ports in sequence on the baseband processing unit. For
example, CPRI cables for RRU 0, RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and CPRI2
ports in sequence on the baseband processing unit.
● If a base station is configured with RFUs and RRUs, and the RFUs and RRUs need to be
connected to the same baseband processing unit, the CPRI cables for RFUs are connected to
CPRI ports, and then the CPRI cables for RRUs are connected to the rest of CPRI ports.
Based on the principles of CPRI cable connections, the following illustrations show
the CPRI cable connections in typical scenarios.
Issue 16 (2021-08-13)
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3900 & 5900 Series Base Station
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1 3900 & 5900 Series Base Station Cables
Figure 1-332 CPRI cable connections in a U*L base station configured with the
BBU3900 or BBU3910 and enabled with the CPRI MUX feature
Figure 1-333 CPRI cable connections in a UL base station configured with the
BBU3900 and using the dual-star topology
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-334 CPRI cable connections in a UL base station configured with the
UBBP in the BBU3900 and enabled with the CPRI MUX feature
Figure 1-335 CPRI cable connections in a UL base station configured with the
UBBP in the BBU3910 and using the dual-star topology
Issue 16 (2021-08-13)
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3900 & 5900 Series Base Station
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1 3900 & 5900 Series Base Station Cables
Figure 1-336 CPRI cable connections in a base station configured with an RMU
1.3.7.7 CPRI Cable Connections in a Triple-Mode Base Station
This section describes the principles of CPRI cable connections in a triple-mode
base station in different scenarios and provides related illustrations.
The following table describes the principles of CPRI cable connections in a triplemode base station in typical scenarios.
Issue 16 (2021-08-13)
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3900 & 5900 Series Base Station
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Table 1-434 CPRI cable connection principles
BBU
Base Station
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
BBU39
00
Separate-MPT
base station
configured
with two
BBU3900s
-
For details on the
CPRI cable
connections of the
BBU working in
UMTS mode, see
1.3.7.2 CPRI
Cable
Connections in a
UMTS Base
Station.
● GU+L
(BBUs not
interconnec
ted)
● GL+U
(BBUs not
interconnec
ted)
For details on the
CPRI cable
connections of the
BBU working in
LTE mode, see
1.3.7.3 CPRI
Cable
Connections in
an LTE FDD/LTE
TDD Base
Station.
For details on the
CPRI cable
connections of the
BBU working in
GU mode, see
1.3.7.4 CPRI
Cable
Connections in
GU and G*U Base
Stations.
For details on the
CPRI cable
connections of the
BBU working in
GL mode, see
1.3.7.5 CPRI
Cable
Connections in
GL and G*L Base
Stations.
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3900 & 5900 Series Base Station
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BBU
1 3900 & 5900 Series Base Station Cables
Base Station
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
Separate-MPT
base station
configured
with two
BBU3900s: GU
+L or GL+U
base station in
UCIU+UMPT
mode
● RF modules working in dual
modes are connected to the
BBU by using the dual-star
topology.
Figure 1-337
shows the CPRI
cable connections
in a GU+L base
station in UCIU
+UMPT mode.
Separate-MPT
base station
configured
with one BBU
● RF modules working in single
mode are connected to the
BBU by using the single-star
topology.
● G[U*L]
● It is recommended that
multimode RF modules
working in co-MPT scenarios
be connected to the BBU by
using the CPRI MUX feature.
● G[L*T]
● U[L*T]
● G[U*T]
● RF modules working in single
mode are connected to the
BBU by using the single-star
topology.
● Multimode RF modules
working in separate-MPT
scenarios are connected to
the BBU by using the dualstar topology.
● RF modules working in LTE
TDD mode are connected to
the BBU by using the singlestar topology. These RF
modules can only be singlemode RRUs.
Figure 1-339
shows the CPRI
cable connections
in G[U*L]
scenarios.
Figure 1-341
shows the CPRI
cable connections
in G[L*T]
scenarios. The
CPRI cable
connections in
G[L*T], U[L*T],
and G[U*T]
scenarios are
similar.
● RRU3961 modules working in
GUL mode are connected to
the WBBPf and the GTMU/
GTMUb/GTMUc by using the
dual-star topology.
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3900 & 5900 Series Base Station
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BBU
1 3900 & 5900 Series Base Station Cables
Base Station
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
Co-MPT base
station
configured
with one BBU
● RF modules working in single
mode are connected to the
BBU by using the single-star
topology.
● G*U*L
● Dual-mode RF modules are
connected to the BBU by
using the CPRI MUX feature.
Figure 1-342
shows the CPRI
cable connections
in G*U*L
scenarios.
● G*L*T
– The CPRI cables for RF
modules working in GU or
GL mode are connected to
the CPRI ports on the
UBRI, and the CPRI cables
for RF modules working in
UL mode are connected to
the CPRI ports on the
WBBPf.
Figure 1-343
shows the CPRI
cable connections
in G*L*T scenarios.
– The CPRI cables for
RRU3961 modules that can
work in GUL mode are
connected to the UBRIb.
● The load sharing topology
can be used. If none of the
baseband processing units or
interface boards supports the
CPRI MUX feature, CPRI
cables for multimode RF
modules are connected to
baseband processing units or
interface boards working in
different modes.
● For G*U*L base stations
whose GSM baseband signals
are processed by RF modules,
GSM signals can be
converged by the UBBP_U,
UBBP_L, or UBBP_UL when
GSM serves as the converged
party. Therefore, a GSM
baseband processing unit or
interface board is not
required.
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3900 & 5900 Series Base Station
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BBU
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1 3900 & 5900 Series Base Station Cables
Base Station
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
Co-MPT base
station
configured
with two
BBUs: G*U*L
+G*U*L base
station in
UCIU+UMPT
mode
● RF modules working in single
mode are connected to the
BBU by using the single-star
topology.
-
● RF modules working in GL
mode are connected to the
UBRI in a BBU by using the
single-star topology.
● RF modules working in GU
mode are connected to the
UBRI and WBBP in a BBU by
using the dual-star topology.
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1 3900 & 5900 Series Base Station Cables
BBU
Base Station
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
BBU39
10
Separate-MPT
base station
configured
with two
BBU3910s
-
For details on the
CPRI cable
connections of the
BBU working in
UMTS mode, see
1.3.7.2 CPRI
Cable
Connections in a
UMTS Base
Station.
● GU+L
(BBUs not
interconnec
ted)
● GL+U
(BBUs not
interconnec
ted)
For details on the
CPRI cable
connections of the
BBU working in
LTE mode, see
1.3.7.3 CPRI
Cable
Connections in
an LTE FDD/LTE
TDD Base
Station.
For details on the
CPRI cable
connections of the
BBU working in
GU mode, see
1.3.7.4 CPRI
Cable
Connections in
GU and G*U Base
Stations.
For details on the
CPRI cable
connections of the
BBU working in
GL mode, see
1.3.7.5 CPRI
Cable
Connections in
GL and G*L Base
Stations.
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3900 & 5900 Series Base Station
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BBU
1 3900 & 5900 Series Base Station Cables
Base Station
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
Separate-MPT
base station
configured
with two
BBU3910s: GU
+L or GL+U
base station in
UMPT+UMPT
mode
● RF modules working in dual
modes are connected to the
BBU by using the dual-star
topology.
Figure 1-338
shows the CPRI
cable connections
in a GU+L base
station in UMPT
+UMPT mode.
Separate-MPT
base station
configured
with one BBU
● RF modules working in single
mode are connected to the
BBU by using the single-star
topology.
● G[U*L]
● It is recommended that
multimode RF modules
working in co-MPT scenarios
be connected to the BBU by
using the CPRI MUX feature.
● G[L*T]
● RF modules working in single
mode are connected to the
BBU by using the single-star
topology.
Figure 1-340
shows the CPRI
cable connections
in G[U*L]
scenarios.
● Multimode RF modules
working in separate-MPT
scenarios are connected to
the BBU by using the dualstar topology.
● RF modules working in LTE
TDD mode are connected to
the BBU by using the singlestar topology. These RF
modules can only be singlemode RRUs.
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3900 & 5900 Series Base Station
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BBU
1 3900 & 5900 Series Base Station Cables
Base Station
CPRI Cable Connection
Principle
Illustration of
Cable
Connections
Co-MPT base
station
configured
with one BBU
● RF modules working in single
mode are connected to the
BBU by using the single-star
topology.
Figure 1-344
shows the CPRI
cable connections.
● G*U*L
● The CPRI MUX feature is used
for dual-mode RF modules by
default. These RF modules
connect to corresponding
UBBP boardsb in an order of
prioritya.
● The load sharing topology
can be used. If none of the
baseband processing units or
interface boards supports the
CPRI MUX feature, CPRI
cables for multimode RF
modules are connected to
baseband processing units or
interface boards working in
different modes.
● For G*U*L base stations
whose GSM baseband signals
are processed by RF modules,
GSM signals can be
converged by the UBBP_U,
UBBP_L, or UBBP_UL when
GSM serves as the converged
party. Therefore, a GSM
baseband processing unit or
interface board is not
required.
a: The RF modules of different working modes connect to the BBU in a
descending order of priority as follows: GUL > UL > GL > LO > GU > UO > GO.
For example, RF modules in GUL mode preferentially connect to the BBU and
then the RF modules in UL mode. RF modules working in other modes are
connected to the BBU in order of the previously mentioned priority.
b: According to the working modes of the UBBP boards, the priorities of RF
modules for connecting to UBBP boards are listed in Table 1-435. For example,
an RF module working in GUL mode preferentially connects to a UBBP(GUL). If
a UBBP(GUL) is not configured, the RF module connects to a UBBP(UL). If a
UBBP(UL) is not configured, the RF module connects to a UBBP(GL) or
UBBP(LO) in sequence.
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Table 1-435 Priorities of RF modules working in different modes when they are
connected to UBBP boards
Working
Mode of
an RF
Module
Connection Priority
GUL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
UL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO) > UBRIb
GL
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
LO
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
GU
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
UO
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
GO
UBBP(GO) > UBBP(GL) > UBBP(GU) > UBBP(GUL) > UBRIb >
UBBP(LO) > UBBP(UO) > UBBP(UL)
Illustrations of CPRI Cable Connections
NOTE
A macro base station can be configured with RFUs but without RRUs or can be configured with
RFUs and RRUs. A distributed base station can be configured with RRUs but without RFUs. The
restrictions of CPRI ports are as follows:
● If a base station is configured with RFUs but without RRUs, a CPRI port is connected to the
RF module whose slot number is the same as the CPRI port number. For example, the CPRI
cable for RFU 2 connects to the CPRI2 port on the baseband processing unit.
● If a base station is configured with RRUs but without RFUs, the CPRI cables for these RRUs
are connected to available CPRI ports in sequence on the baseband processing unit. For
example, CPRI cables for RRU 0, RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and CPRI2
ports in sequence on the baseband processing unit.
● If a base station is configured with RFUs and RRUs, and the RFUs and RRUs need to be
connected to the same baseband processing unit, the CPRI cables for RFUs are connected to
CPRI ports, and then the CPRI cables for RRUs are connected to the rest of CPRI ports.
Based on the principles of CPRI cable connections, the following illustrations show
the CPRI cable connections in typical scenarios.
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Figure 1-337 CPRI cable connections in a GU+L base station configured with two
BBU3900s interconnected in UCIU+UMPT mode
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Figure 1-338 CPRI cable connections in a GU+L base station configured with two
BBU3910s interconnected in UMPT+UMPT mode
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Figure 1-339 CPRI cable connections in a G[U*L] base station configured with one
BBU3900
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Figure 1-340 CPRI cable connections in a G[U*L] base station configured with one
BBU3910
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Figure 1-341 CPRI cable connections in a G[L*T] base station configured with one
BBU3900
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Figure 1-342 CPRI cable connections in a G*U*L base station configured with one
BBU3900
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Figure 1-343 CPRI cable connections in a G*L*T base station configured with one
BBU3900
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Figure 1-344 CPRI cable connections in a G*U*L base station configured with one
BBU3910
1.3.7.8 CPRI Cable Connections in a Quadruple-Mode Base Station
This section describes the principles of CPRI cable connections in a quadruplemode base station in different scenarios and provides related illustrations.
The following table describes the principles of CPRI cable connections in a
quadruple-mode base station in typical scenarios.
Table 1-436 CPRI cable connection principles
BBU
Base
Station
CPRI Cable Connection
Principle
Illustration of Cable
Connections
BBU3900
Co-MPT
base
station
configure
d with
one
BBU3900:
G*U*L*T
● RF modules working in
dual modes are
connected to the BBU
by using the dual-star
topology.
● RF modules working in
single mode are
connected to the BBU
by using the single-star
topology.
● If the LBBP boards
working in LTE FDD and
LTE TDD modes need to
be installed in the same
slot, the LBBP working
Figure 1-345 shows the
CPRI cable connections.
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1 3900 & 5900 Series Base Station Cables
Base
Station
SeparateMPT
base
station
configure
d with
two
BBU3900
s: GU+L*T
(UMPT
+UMPT)
BBU3910
CPRI Cable Connection
Principle
in LTE FDD mode is
preferentially installed.
Co-MPT
base
station
configure
d with
one
BBU3900:
G*U*L*T
Illustration of Cable
Connections
Figure 1-346 shows the
CPRI cable connections.
Figure 1-345 shows the
CPRI cable connections.
Table 1-437 lists the priorities of RF modules connecting to UBBP boards based on
the working modes of the UBBP boards. For example, an RF module working in
GUL mode preferentially connects to a UBBP(GUL). If a UBBP(GUL) is not
configured, the RF module connects to a UBBP(UL). If a UBBP(UL) is not
configured, the RF module connects to a UBBP(GL) or UBBP(LO) in sequence.
Table 1-437 Priorities of RF modules working in different modes when they are
connected to UBBP boards
Working
Mode of
an RF
Module
Connection Priority
GUL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO)
UL
UBBP(GUL) > UBBP(UL) > UBBP(GL) > UBBP(LO) > UBRIb
GL
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
LO
UBBP(GUL) > UBBP(GL) > UBBP(UL) > UBBP(LO) > UBRIb
GU
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
UO
UBBP(GUL) > UBBP(GU) > UBBP(UL) > UBBP(UO) > UBRIb
GO
UBBP(GO) > UBBP(GL) > UBBP(GU) > UBBP(GUL) > UBRIb >
UBBP(LO) > UBBP(UO) > UBBP(UL)
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Illustrations of CPRI Cable Connections
NOTE
A macro base station can be configured with RFUs but without RRUs or can be configured with
RFUs and RRUs. A distributed base station can be configured with RRUs but without RFUs. The
restrictions of CPRI ports are as follows:
● If a base station is configured with RFUs but without RRUs, a CPRI port is connected to the
RF module whose slot number is the same as the CPRI port number. For example, the CPRI
cable for RFU 2 connects to the CPRI2 port on the baseband processing unit.
● If a base station is configured with RRUs but without RFUs, the CPRI cables for these RRUs
are connected to available CPRI ports in sequence on the baseband processing unit. For
example, CPRI cables for RRU 0, RRU 1, and RRU 2 are connected to CPRI0, CPRI1, and CPRI2
ports in sequence on the baseband processing unit.
● If a base station is configured with RFUs and RRUs, and the RFUs and RRUs need to be
connected to the same baseband processing unit, the CPRI cables for RFUs are connected to
CPRI ports, and then the CPRI cables for RRUs are connected to the rest of CPRI ports.
Figure 1-345 CPRI cable connections in a G*U*L*T base station configured with
one BBU3900 or BBU3910
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Figure 1-346 CPRI cable connections in a GU+L*T base station configured with
two BBU3900s in UMPT+UMPT mode
1.3.8 RF Cable Connections
Configuration of RF modules varies according to the modes of base stations, and
therefore RF cable connections are different. This section describes RF cable
connections in single-mode, dual-mode, and triple-mode base stations.
1.3.8.1 RF Cable Connection Description
In terms of the number of RX and TX channels, RFUs can be classified into 1T2R
RFUs and 2T2R RFUs.
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RF Cable Connections for 1T2R RFUs
A single 1T2R RFU connects to an antenna system through the ANT_TX/RXA and
ANT_RXB ports. Antenna channel "a" transmits and receives signals while antenna
channel "b" receives signals only. In this case, there are two RX channels and one
TX channel.
The following figure shows the RF cable connections for a single 1T2R RFU.
Figure 1-347 RF cable connections for a single 1T2R RFU
(a) Transmit and receive channel
(b) RX channel
Two 1T2R RFUs connect to an antenna system through their own ANT_TX/RXA
port. Two antenna channels (marked as "a") transmit and receive signals. The
RX_INB port on one 1T2R RFU interconnects with the RX_OUTA port on the other
1T2R RFU to transfer the diversity signals received through the antenna channel.
The following figure shows the RF cable connections for two 1T2R RFUs.
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Figure 1-348 RF cable connections for two 1T2R RFUs
(a) Transmit and receive channel
Two 1T2R RFUs can be connected by using RF cables to support any of the
following RX and TX channel combinations:
●
Two RX channels and two TX channels
●
Two RX channels and one TX channel in a scenario where multiple carriers are
used or high carrier power is required, or the carrier frequency configurations
exceed the bandwidth capacity of the RFU
●
2x2 MIMO channels
RF Cable Connections for 2T2R RFUs
A single 2T2R RFU connects to an antenna system through the ANT_TX/RXA port.
Both antenna channels "a" and "b" transmit and receive signals. In this case, there
are two RX channels and two TX channels and 2x2 MIMO channels can be
supported.
The following figure shows the RF cable connections for a single 2T2R RFU.
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Figure 1-349 RF cable connections for a single 2T2R RFU
(a) Transmit and receive channel
(b) Transmit and receive channel
Two 2T2R RFUs can be configured in a single sector, each using one antenna. In
this case, there are four RX channels and four TX channels. This configuration
applies to a scenario where multiple carriers are used or high carrier power is
required.
The following figure shows the RF cable connections for two 2T2R RFUs.
Figure 1-350 RF cable connections for two 2T2R RFUs
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1.3.8.2 RF Cable Connections for the DRFU
RF cable connections for the DRFU vary according to the positions of the DRFU
and antenna.
Cable Connections
This section describes the RF cable connections for the DRFU with a single sector.
The following table lists the RF cable connections for the DRFU.
Table 1-438 RF cable connections for the DRFU
RFU
Model
Specifications of a
Single RFU
Description
Illustration of Cable
Connections
DRFU
Two carriers with
1T2R
● One carrier with
1T2R
See illustration 1 in
Figure 1-351.
● One carrier with
2T2R
● Two carriers with
1T2R
● Two carriers with
2T2R
See illustration 2 in
Figure 1-351.
● Four carriers with
1T2R
Illustration of Cable Connections
Figure 1-351 RF cable connections for the DRFU
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1.3.8.3 RF Cable Connections for the GRFU
RF cable connections for the GRFU vary according to the positions of the GRFU
and antenna.
Cable Connections
This section describes the RF cable connections for the GRFU with a single sector.
The following table lists the RF cable connections for the GRFU.
Table 1-439 RF cable connections for the GRFU
RFU
Model
Specifications of a
Single RFU
Description
Illustration of Cable
Connections
GRFU
Six carriers with
1T2R
● Three carriers with
1T2R
See illustration 1 in
Figure 1-352.
● Three carriers with
2T2R
● Six carriers with
1T2R
● Six carriers with
2T2R
See illustration 2 in
Figure 1-352.
● Twelve carriers
with 1T2R
Illustration of Cable Connections
Figure 1-352 RF cable connections for the GRFU
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1.3.8.4 RF Cable Connections for the WRFU
RF cable connections for the WRFU vary according to the positions of the WRFU
and antenna.
Cable Connections
This section describes the RF cable connections for the WRFU with a single sector.
The following table lists the RF cable connections for the WRFU.
Table 1-440 RF cable connections for the WRFU
RFU
Model
Specifications of a
Single RFU
Description
Illustration of Cable
Connections
WRFU
Four carriers with
1T2R
Four carriers with
1T2R
See illustration 1 in
Figure 1-353.
● Four carriers with
2T2R
See illustration 2 in
Figure 1-353.
● Eight carriers with
1T2R
● 2x2 MIMO
Four carriers with
2T4R
See illustration 3 in
Figure 1-353.
Illustration of Cable Connections
Figure 1-353 RF cable connections for the WRFU
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1.3.8.5 RF Cable Connections for the WRFUa
RF cable connections for the WRFUa vary according to the positions of the WRFUa
and antenna.
Cable Connections
This section describes the RF cable connections for the WRFUa with a single sector.
The following table lists the RF cable connections for the WRFUa.
Table 1-441 RF cable connections for the WRFUa
RFU
Model
Specifications of a
Single RFU
Description
Illustration of Cable
Connections
WRFUa
Four carriers with
1T2R
Four carriers with
1T2R
See illustration 1 in
Figure 1-354.
● Four carriers with
2T2R
See illustration 2 in
Figure 1-354.
● Eight carriers with
1T2R
● 2x2 MIMO
Four carriers with
2T4R
See illustration 3 in
Figure 1-354.
Illustration of Cable Connections
Figure 1-354 RF cable connections for the WRFUa
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1.3.8.6 RF Cable Connections for the WRFUd
RF cable connections for the WRFUd vary according to the positions of the WRFUd
and antenna.
Cable Connections
This section describes the RF cable connections for the WRFUd with a single
sector. The following table lists the RF cable connections for the WRFUd.
Table 1-442 RF cable connections for the WRFUd
RFU
Model
Specifications of a
Single RFU
Description
Illustration of Cable
Connections
WRFUd
● Four carriers
when MIMO is
configured
● Six carriers with
2T2R when MIMO
is not configured
Four carriers with
2T2R
See illustration 1 in
Figure 1-355.
● Six carriers with
2T2R
See illustration 2 in
Figure 1-355.
● 2x2 MIMO
Six carriers with 2T4R
See illustration 3 in
Figure 1-355.
Illustration of Cable Connections
Figure 1-355 RF cable connections for the WRFUd
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1.3.8.7 RF Cable Connections for the WRFUe
RF cable connections for the WRFUe vary according to the positions of the WRFUe
and antenna.
Cable Connections
This section describes the RF cable connections for the WRFUe with a single sector.
The following table lists the RF cable connections for the WRFUe.
Table 1-443 RF cable connections for the WRFUe
RFU
Model
Specifications of a
Single RFU
Description
Illustration of Cable
Connections
WRFUe
● Four carriers
when MIMO is
configured
● Six carriers with
2T2R when MIMO
is not configured
Four carriers with
2T2R
See illustration 1 in
Figure 1-356.
● Six carriers with
2T2R
See illustration 2 in
Figure 1-356.
● 2x2 MIMO
Six carriers with 2T4R
See illustration 3 in
Figure 1-356.
Illustration of Cable Connections
Figure 1-356 RF cable connections for the WRFUe
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1.3.8.8 RF Cable Connections for the LRFU
RF cable connections for the LRFU vary according to the positions of the LRFU and
antenna.
Cable Connections
This section describes the RF cable connections for the LRFU with a single sector.
The following table lists the RF cable connections for the LRFU.
Table 1-444 RF cable connections for the LRFU
RFU
Model
Specifications of a
Single RFU
Description
Illustration of Cable
Connections
LRFU
One carrier with
2T2R
One carrier with 2T2R
See illustration 1 in
Figure 1-357.
One carrier with 4T4R
See illustration 2 in
Figure 1-357.
Illustration of Cable Connections
Figure 1-357 RF cable connections for the LRFU
1.3.8.9 RF Cable Connections for the LRFUe
RF cable connections for the LRFUe vary according to the positions of the LRFUe
and antenna.
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Cable Connections
This section describes the RF cable connections for the LRFUe with a single sector.
The following table lists the RF cable connections for the LRFUe.
Table 1-445 RF cable connections for the LRFUe
RFU
Model
Specifications of a
Single RFU
Description
Illustration of Cable
Connections
LRFUe
One carrier with
2T2R
One carrier with 2T2R
See illustration 1 in
Figure 1-358.
One carrier with 4T4R
See illustration 2 in
Figure 1-358.
Illustration of Cable Connections
Figure 1-358 RF cable connections for the LRFUe
1.3.8.10 RF Cable Connections for the MRFU
RF cable connections for the MRFU vary according to the positions of the MRFU
and antenna.
Cable Connections
This section describes the RF cable connections for the MRFU with a single sector.
The following table lists the RF cable connections for the MRFU.
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Table 1-446 RF cable connections for the MRFU
RFU
Model
Specifications of a
Single RFU
Description
Illustration of Cable
Connections
MRFU
● Six GSM carriers
1T2R
● Four UMTS
carriers
See illustration 1 in
Figure 1-359.
2T4R
See illustration 2 in
Figure 1-359.
● One LTE carrier
Illustration of Cable Connections
Figure 1-359 RF cable connections for the MRFU
1.3.8.11 RF Cable Connections for the MRFUd
RF cable connections for the MRFUd vary according to the positions of the MRFUd
and antenna.
Cable Connections
This section describes the RF cable connections for the MRFUd with a single sector.
The following table lists the RF cable connections for the MRFUd.
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Table 1-447 RF cable connections for the MRFUd
RFU
Model
Specifications of a
Single RFU
Description
Illustration of Cable
Connections
MRFUd
● Eight GSM
carriers
2T2R
See illustration 1 in
Figure 1-360.
● Six UMTS carriers
4T4R
See illustration 2 in
Figure 1-360.
● Two LTE carriers
Illustration of Cable Connections
Figure 1-360 RF cable connections for the MRFUd
1.3.8.12 RF Cable Connections for the MRFUe
RF cable connections for the MRFUe vary according to the positions of the MRFUe
and antenna.
Cable Connections
This section describes the RF cable connections for the MRFUe with a single sector.
The following table lists the RF cable connections for the MRFUe.
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Table 1-448 RF cable connections for the MRFUe
RFU
Model
Specifications of a
Single RFU
Description
Illustration of Cable
Connections
MRFUe
● Eight GSM
carriers
● Four UMTS
carriers
● Two LTE carriers
1T2R
See illustration 1 in
Figure 1-361.
2T2R
See illustration 2 in
Figure 1-361.
2T4R
See illustration 3 in
Figure 1-361.
Illustration of Cable Connections
Figure 1-361 RF cable connections for the MRFUe
1.3.8.13 RF Cable Connections for the CRFUd
RF cable connections for the CRFUd vary according to the positions of the CRFUd
and antenna.
Cable Connections
This section describes the RF cable connections for the CRFUd with a single sector.
The following table lists the RF cable connections for the CRFUd.
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Table 1-449 RF cable connections for the CRFUd
RFU
Model
Specifications of a
Single RFU
Description
Illustration of Cable
Connections
CRFUd
One carrier with
2T2R
2T2R
See illustration 1 in
Figure 1-362.
4T4R
See illustration 2 in
Figure 1-362.
Illustration of Cable Connections
Figure 1-362 RF cable connections for the CRFUd
1.3.8.14 RF Cable Connections for the CRFUe
RF cable connections for the CRFUe vary according to the positions of the CRFUe
and antenna.
Cable Connections
This section describes the RF cable connections for the CRFUe with a single sector.
The following table lists the RF cable connections for the CRFUe.
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Table 1-450 RF cable connections for the CRFUe
RFU
Model
Specifications of a
Single RFU
Description
Illustration of Cable
Connections
CRFUe
Four carriers with
2T2R
2T2R
See illustration 1 in
Figure 1-363.
4T4R
See illustration 2 in
Figure 1-363.
Illustration of Cable Connections
Figure 1-363 RF cable connections for the CRFUe
1.3.8.15 RF Cable Connections for Mixed RFU Configuration
Different models of RFUs can be configured in the same base station to expand
the system capacity or support multimode radio access technologies (RATs). This
section describes the RF cable connections for mixed RFU configuration.
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Cable Connections
Table 1-451 RF cable connections for mixed RFU configuration
Initial Scenario
Mixed Configuration
Scenario
Illustration of Cable
Connections
In UMTS 3x2 mode, each
sector is configured with
one WRFU of 40 W. This
WRFU supports two
UMTS carriers.
In UMTS 3x6 mode, each
sector is configured with
one WRFU of 80 W. This
WRFU supports four
UMTS carriers.
See illustration 1 in
Figure 1-364.
In GSM S4/4/4 mode,
each sector is configured
with one MRFU V1 that
supports four GSM
carriers.
To support 3x5 MHz of
LTE, one MRFU V2 is
added to each sector. The
MRFU V2 and MRFU V1
are configured to support
one LTE carrier.
See illustration 2 in
Figure 1-364.
In GSM S8/8/8 mode,
each sector is configured
with two GRFU V2
modules (1800 MHz).
Each GRFU V2 (1800
MHz) supports four GSM
carriers.
To support GSM
S8/8/8+LTE 3x15 MHz,
one GRFU V2 (1800
MHz) in each sector is
replaced with one
MRFUd (1800 MHz). The
MRFUd (1800 MHz)
works in GL mode,
supporting four GSM
carriers and one LTE
carrier.
See illustration 3 in
Figure 1-364.
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Illustration of Cable Connections
Figure 1-364 RF cable connections for mixed RFU configuration
1.4 PGND Cable
PGND cables include PGND cables for cabinets and PGND cables for modules,
which ensure proper grounding of cabinets and modules in the cabinets as well as
safe operation of a base station.
●
PGND cables for cabinets are used for connecting the ground bars in the
cabinets to the ground bars at the site to ensure proper grounding of the
cabinets.
●
PGND cables for modules are used for connecting the ground screws on the
modules to the ground bars in the cabinet to ensure proper grounding of
modules.
Exterior
The following figure shows the exterior of a PGND cable.
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Figure 1-365 PGND cable
(1) OT terminal
(2) Cord end terminal
NOTE
In most cases, yellow and green PGND cables are used. However, green PGND cables are
used if 110 V dual-live-wire power is provided for an APM30H (Ver.C), APM30H (Ver.D),
APM5930(AC), RFC (Ver.C), RFC (Ver.D), RFC (Ver.E), or APM30H (Ver.E).
Description
Table 1-452 and Table 1-453 describe the PGND cables for cabinets and PGND
cables for modules, respectively.
Table 1-452 PGND cables for cabinets
Cable
Exterior
Cabinet Type
Connector
Maximum
Length
Cable
Specificati
ons
Illustration
1
BTS3900 (Ver.B) or
BTS3900L (Ver.B)
Both ends
use OT
terminals
(M8).
15 m (49.21 ft)
25 mm2
(0.039 in.2)
BTS3900 (Ver.C) or
BTS3900L (Ver.C)
Illustration
1
BTS3900 (Ver.D),
BTS3900L (Ver.D),
BTS5900 (Ver.A),
or BTS5900L
(Ver.A)
Both ends
use OT
terminals
(M8).
15 m (49.21 ft)
16 mm2
(0.025 in.2)
Illustration
1
RFC (Ver.B)
Both ends
use OT
terminals
(M6).
8 m (26.25 ft)
16 mm2
(0.025 in.2)
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Cables
1 3900 & 5900 Series Base Station Cables
Cable
Exterior
Cabinet Type
Connector
Maximum
Length
Cable
Specificati
ons
Illustration
1
RFC (Ver.C)
Both ends
use OT
terminals
(M6).
8 m (26.25 ft)
25 mm2
(0.039 in.2)
Illustration
1
RFC (Ver.D)
Both ends
use OT
terminals
(M6).
8 m (26.25 ft)
16 mm2
(0.025 in.2)
Illustration
1
RFC (Ver.E)
Both ends
use OT
terminals
(M6).
8 m (26.25 ft)
16 mm2
(0.025 in.2)
Illustration
1
OMB (Ver.C)
Both ends
use OT
terminals
(M6).
15 m (49.21 ft)
16 mm2
(0.025 in.2)
Illustration
1
APM30H (Ver.B),
TMC11H (Ver.B),
IBBS200D (Ver.B),
or IBBS200T
(Ver.B)
Both ends
use OT
terminals
(M6).
8 m (26.25 ft)
16 mm2
(0.025 in.2)
Illustration
1
APM30H (Ver.C),
TMC11H (Ver.C),
IBBS200D (Ver.C),
or IBBS200T
(Ver.C)
Both ends
use OT
terminals
(M6).
8 m (26.25 ft)
25 mm2
(0.039 in.2)
Illustration
1
APM30H (Ver.D),
TMC11H (Ver.D),
IBBS200D (Ver.D),
or IBBS200T
(Ver.D)
Both ends
use OT
terminals
(M6).
8 m (26.25 ft)
16 mm2
(0.025 in.2)
Both ends
use OT
terminals
(M6).
8 m (26.25 ft)
16 mm2
(0.025 in.2)
IBBS20D
Illustration
1
APM30H (Ver.E),
TMC11H (Ver.E),
IBBS200D (Ver.E),
or IBBS200T
(Ver.E)
APM5930(AC) or
APM5930(DC)
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Cable
Exterior
Cabinet Type
Connector
Maximum
Length
Cable
Specificati
ons
Illustration
1
BTS3900AL (Ver.A)
Both ends
use OT
terminals
(M6).
8 m (26.25 ft)
35 mm2
(0.054 in.2)
Illustration
1
IBC10
Both ends
use OT
terminals
(M8).
-
25 mm2
(0.039 in.2)
Illustration
1
MRE1000
Both ends
use OT
terminals
(M6).
8 m (26.25 ft)
16 mm2
(0.025 in.2)
Illustration
1
BBU3910A
An OT
terminal
(M6) at the
BBU3910A
end and an
OT terminal
(M8) at the
site ground
bar end
-
16 mm2
(0.025 in.2)
Illustration
1
BBU5900A
An OT
terminal
(M6) at the
BBU5900A
end and a
terminal
(depending
on site
requirement
s) at the site
ground bar
end
-
16 mm2
(0.025 in.2)
Illustration
2
ODM06D
A cord end
terminal at
the
ODM06D
end and an
OT terminal
(M6) at the
site ground
bar end
-
16 mm2
(0.025 in.2)
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Table 1-453 PGND cables for modules
Cable
Exterior
Cabinet Type
Connector
Maximum
Length
Cable
Specificati
ons
Illustration
1
BTS3900 (Ver.B) or
BTS3900L (Ver.B)
Both ends
use OT
terminals
(M4).
15 m (49.21
ft)
6 mm2
(0.009 in.
2)
Both ends
use OT
terminals
(M4).
15 m (49.21
ft)
6 mm2
(0.009 in.
2)
Both ends
use OT
terminals
(M4).
0.3 m (0.98 ft)
6 mm2
(0.009 in.
2)
BTS3900 (Ver.C) or
BTS3900L (Ver.C)
BTS3900 (Ver.D) or
BTS3900L (Ver.D)
BTS5900 (Ver.A) or
BTS5900L (Ver.A)
Illustration
1
APM30H (Ver.B)
IBBS200D (Ver.B)
IBBS200T (Ver.B)
Illustration
1
IBBS300D (Ver.A)
Illustration
1
OMB (Ver.C)
Both ends
use OT
terminals
(M6).
15 m (49.21
ft)
6 mm2
(0.009 in.
2)
Illustration
1
BTS3900AL
Both ends
use OT
terminals
(M6).
15 m (49.21
ft)
6 mm2
(0.009 in.
2)
Illustration
1
IBC10
Both ends
use OT
terminals
(M6).
-
6 mm2
(0.009 in.
2)
Illustration
1
IBBS20D
Both ends
use OT
terminals
(M4).
0.2 m (0.66 ft)
6 mm2
(0.009 in.
2)
Illustration
1
MRE1000
Both ends
use OT
terminals
(M4).
0.2 m (0.66 ft)
6 mm2
(0.009 in.
2)
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IBBS300T (Ver.A)
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Cable
Exterior
Cabinet Type
Connector
Maximum
Length
Cable
Specificati
ons
Illustration
2
BBC5200T-L air
conditioner
A cord end
terminal at
the air
conditioner
end and an
OT terminal
(M6) at the
cabinet
ground bar
end
0.5 m (1.64 ft)
2.5 mm2
(0.0039 in.
2)
1.5 Equipotential Cable
Equipotential cables connect the PGND terminals of two cabinets. They ensure
equipotential bonding between cabinets and safe operation of base stations.
Exterior
The following figure shows the exterior of an equipotential cable.
Figure 1-366 Equipotential cable
(1) OT terminal (M6)
NOTE
In most cases, yellow and green equipotential cables are used. When 110 V dual-live-wire
power is supplied for an APM30H (Ver.C), APM30H (Ver.D), RFC (Ver.C), RFC (Ver.D), RFC
(Ver.E), or APM30H (Ver.E), green equipotential cables are used.
Description
The following table describes equipotential cables.
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Table 1-454 Equipotential cables
Cabinet Type
Cable Specifications
BTS3900 (Ver.B) cabinets stacked
or installed side by side
16 mm2 (0.025 in.2)
BTS3900 (Ver.C) cabinets stacked
or installed side by side
BTS3900 (Ver.D) cabinets stacked
or installed side by side
BTS5900 (Ver.A) cabinets stacked
or installed side by side
BTS3900 (Ver.D) cabinet stacked
on the IMS06
BTS3900L (Ver.D) cabinet stacked
on the IMS06
16 mm2 (0.025 in.2)
APM30H (Ver.B), RFC (Ver.B),
IBBS200D (Ver.B), IBBS200T
(Ver.B), and TMC11H (Ver.B)
stacked or installed side by side
16 mm2 (0.025 in.2)
APM30H (Ver.C), RFC (Ver.C),
IBBS200D (Ver.C), IBBS200T
(Ver.C), and TMC11H (Ver.C)
stacked or installed side by side
The cross-sectional areas of cables vary
according to the installation scenarios of
cabinets.
● 16 mm2 (0.025 in.2) for stacked cabinets
● 25 mm2 (0.039 in.2) for side-by-side
cabinets
APM30H (Ver.D), RFC (Ver.D),
IBBS200D (Ver.D), IBBS200T
(Ver.D), IBBS700D, IBBS700T, and
TMC11H (Ver.D) stacked or
installed side by side
16 mm2 (0.025 in.2)
APM30H (Ver.D), RFC (Ver.D),
IBBS300D (Ver.A), IBBS300T
(Ver.A), and TMC11H (Ver.D)
stacked or installed side by side
16 mm2 (0.025 in.2)
APM30H (Ver.E), RFC (Ver.E),
IBBS300D (Ver.A), IBBS300T
(Ver.A), and TMC11H (Ver.E)
stacked or installed side by side
16 mm2 (0.025 in.2)
IBBS20D, IBBS20L-E, or IBBS20L
installed side by side with the
RRU, BBU3910A, and OPM50M
16 mm2 (0.025 in.2)
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Cabinet Type
Cable Specifications
BTS3900AL (Ver.A) AC cabinet
and BTS3900AL (Ver.A) DC
cabinet installed side by side
35 mm2 (0.054 in.2)
BTS3900AL (Ver.A) AC cabinet
and IBBS700D or IBBS700T
cabinet installed side by side
BTS3900AL (Ver.A) AC cabinet
and IBBS300D or IBBS300T
cabinet installed side by side
BTS3900AL (Ver.A) AC cabinet
and TMC11H (Ver.D) cabinet
installed side by side
25 mm2 (0.039 in.2)
1.6 Power Cables
This section describes the exteriors, functions, and pin assignment of power cables.
1.6.1 Power Cables for Power Supply Devices
This section describes power cables for all power supply devices.
1.6.1.1 DCDU Power Cables
This section describes power cables for different models of DCDUs.
1.6.1.1.1 DCDU-01 Power Cable
A DCDU-01 power cable feeds DC power into a DCDU-01 from power equipment.
This section describes the specifications of various DCDU-01 power cables when
DCDU-01s are configured in different cabinets. If external power equipment is
used, the maximum length of a DCDU-01 power cable is 15 m (49.21 ft).
Exterior
The DCDU-01 power cables vary depending on cabinets and power equipment.
The following figure shows the exteriors of DCDU-01 power cables.
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Figure 1-367 Cable exterior
(1) OT terminal (M6)
(2) Power series 120 connector
NOTE
The RTN(+) and NEG(-) wires in a DCDU-01 power cable are black and blue, respectively.
Description
The following table lists the specifications of DCDU-01 power cables (categorized
by cable exterior) when DCDU-01s are configured in different cabinets.
Table 1-455 Cable description
Cable
Exterior
Cabinet Type
Power Equipment
Cable
Specifications
Illustratio
n1
BTS3900L (Ver.B)
External power
equipment
16 mm2 (0.025
in.2), one group
Illustratio
n1
BTS3900 (Ver.B) DC
(-48 V)
External power
equipment
16 mm2 (0.025
in.2), one group
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Cable
Exterior
Cabinet Type
Power Equipment
Cable
Specifications
Illustratio
n1
RFC (Ver.B) in DC
scenarios
External power
equipment
16 mm2 (0.025
in.2), one group
Illustratio
n2
BTS3900 (Ver.B) DC
(+24 V)
EPS24S48100DC in a
cabinet
16 mm2 (0.025
in.2), one group
BTS3900 (Ver.B) AC
EPS4890 in a cabinet
16 mm2 (0.025
in.2), one group
RFC (Ver.B) in AC
scenarios
EPS 01A or EPS 01C in an
APM30H
16 mm2 (0.025
in.2), one group
Illustratio
n3
1.6.1.1.2 DCDU-03B Power Cable
A DCDU-03B power cable feeds DC power into a DCDU-03B from power
equipment. This section describes the specifications of various DCDU-03B power
cables when DCDU-03Bs are configured in different cabinets. The maximum
length of a DCDU-03B power cable is 10 m (32.81 ft).
Exterior
The following figure shows the exterior of a DCDU-03B power cable.
Figure 1-368 Cable exterior
(1) OT terminal (M6)
NOTE
The RTN(+) and NEG(-) wires in a DCDU-03B power cable are black and blue, respectively.
Description
The following table lists the specifications of DCDU-03B power cables when
DCDU-03Bs are configured in different cabinets.
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NOTE
When a BTS3900AL is configured with RFUs and RRUs, a DCDU-11B, DCDU-03B, or DCDU-12B
is used. No power cable is needed for any of the preceding DCDU models, which is connected to
power supply equipment using a busbar (in an AC cabinet) or a DC junction box (in a DC
cabinet).
Table 1-456 Cable description
Cabinet Type
Power Equipment
Cable Specifications
BTS3900 (Ver.B) DC (the
DCDU-03B is installed on a
wall)
External power
equipment
16 mm2 (0.025 in.2), one
group
External power
equipment
4 mm2 (0.006 in.2), one
group
BTS3900L (Ver.B) (the
DCDU-03B is installed on a
wall)
DBS3900 where the BBU is
installed on a wall, in a 19inch rack, or in an IMB03
OMB
TMC11H (Ver.B) serving as a
power cabinet in DC scenarios
1.6.1.1.3 DCDU-03C Power Cable
A DCDU-03C power cable feeds DC power into a DCDU-03C from power
equipment. This section describes the specifications of various DCDU-03C power
cables when the DCDU-03C configured in different cabinets. If external power
equipment is used, the maximum length of a DCDU-03C power cable is 15 m
(49.21 ft).
Exterior
The DCDU-03C power cables vary depending on cabinets and power equipment.
The following figure shows the exteriors of DCDU-03C power cables.
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1 3900 & 5900 Series Base Station Cables
Figure 1-369 Cable exterior
(1) Female fast connector
(pressfit type)
(2) OT terminal (M6)
(3) Parallel terminal
NOTE
The RTN(+) and NEG(-) wires in a DCDU-03C power cable are black and blue, respectively.
Description
The following table lists the specifications of DCDU-03C power cables (categorized
by cable exterior) when DCDU-03Cs are configured in different cabinets.
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Table 1-457 Cable description
Cable
Exterio
r
Base
Station
Cabinet Type
Power Equipment
Cable
Specifications
Illustrat
ion 1
BTS3900A/
DBS3900
TMC11H (Ver.B)
serving as a
transmission
cabinet in AC
scenarios
EPS 01A, EPS 01C,
EPS 01B, or EPS
01D in an
APM30H
4 mm2 (0.006
in.2), one group
Illustrat
ion 2
BTS3900A
TMC11H (Ver.B)
serving as a
power cabinet in
DC scenarios
DCDU-01 in an
RFC
2.5 mm2 (0.004
in.2), one group
Illustrat
ion 3
BTS3900A/
DBS3900
TMC11H (Ver.B)
serving as a
transmission
cabinet in DC
scenarios
External power
equipment
4 mm2 (0.006
in.2), one group
1.6.1.1.4 DCDU-11A Power Cable
A DCDU-11A power cable feeds DC power into a DCDU-11A from power
equipment. This section describes the specifications of various DCDU-11A power
cables when DCDU-11As are configured in different cabinets. If external power
equipment is used, the maximum length of the DCDU-11A power cable is 15 m
(49.21 ft).
Exterior
The DCDU-11A power cables vary depending on cabinets and power equipment.
The following figure shows the exteriors of DCDU-11A power cables.
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Figure 1-370 Cable exterior
(1) OT terminal (M6)
NOTE
When a DCDU-11A is configured in a BTS3900L (Ver.C) or RFC (Ver.C), colors of the wires in a
DCDU-11A power cable vary depending on the region as follows:
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown in
the preceding figure.
●
In other regions, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table lists the specifications of DCDU-11A power cables (categorized
by cable exterior) when DCDU-11As are configured in different cabinets.
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Table 1-458 Cable description
Cable
Exterior
Cabinet Type
Power Equipment
Cable
Specifications
Illustration
1
BTS3900L (Ver.C)
External power
equipment
BTS3900 (Ver.C) DC
External power
equipment
35 mm2 (0.054 in.
2), one group; 16
mm2 (0.025 in.2),
two groups
Illustration
2
BTS3900 (Ver.C) AC
ETP48150-A3 in a
cabinet
16 mm2 (0.025 in.
2), one group
Illustration
3
RFC (Ver.C)
● EPU03A-02 or
EPU03A-04 in an
APM30H in AC
scenarios
25 mm2 (0.039 in.
2), one group
● External power
equipment in DC
scenarios
The power from the
preceding power
equipment is
transferred by the
DC junction box in
an RFC.
1.6.1.1.5 DCDU-11B Power Cable
A DCDU-11B power cable feeds DC power into a DCDU-11B from power
equipment. This section describes the specifications of various DCDU-11B power
cables when the DCDU-11B is configured in different cabinets. The maximum
length of a DCDU-11B power cable is 10 m (32.81 ft).
Exterior
The following figure shows the exterior of a DCDU-11B power cable.
Figure 1-371 Cable exterior
(1) OT terminal (M6)
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NOTE
When a DCDU-11B is configured in a BTS3900L (Ver.C) or TMC11H (Ver.C), colors of the
wires in a DCDU-11B power cable vary depending on the region as follows:
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as
shown in the preceding figure.
●
In other regions, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table lists the specifications of DCDU-11B power cables when
DCDU-11Bs are configured in different cabinets.
NOTE
When a BTS3900AL is configured with RFUs and RRUs, a DCDU-11B, DCDU-03B, or DCDU-12B
is used. No power cable is needed for any of the preceding DCDU models, which is connected to
power supply equipment using a busbar (in an AC cabinet) or a DC junction box (in a DC
cabinet).
Table 1-459 Cable description
Cabinet Type
Power Equipment
Cable
Specifications
BTS3900 (Ver.C) DC (the DCDU-11B is
installed on a wall)
External power
equipment
16 mm2 (0.025 in.
2), one group
External power
equipment
4 mm2 (0.006 in.
2), one group
BTS3900L (Ver.C) (the DCDU-11B is
installed on a wall)
DBS3900 where the BBU is installed
on a wall, in a 19-inch rack, or in an
IMB03
TMC11H (Ver.C)
1.6.1.1.6 DCDU-11C Power Cable
A DCDU-11C power cable feeds DC power into a DCDU-11C from power
equipment. This section describes the specifications of various DCDU-11C power
cables when the DCDU-11C configured in different cabinets. If external power
equipment is used, the maximum length of the DCDU-11C power cable is 15 m
(49.21 ft).
Exterior
The DCDU-11C power cables vary depending on cabinets and power equipment.
The following figure shows the exteriors of DCDU-11C power cables.
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Figure 1-372 Cable exterior
(1) Female fast connector (pressfit type)
(2) OT terminal (M6)
NOTE
Colors of the wires in a DCDU-11C power cable vary depending on the region as follows:
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as
shown in the preceding figure.
●
In other regions, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table lists the specifications of DCDU-11C power cables.
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Table 1-460 Cable description
Cable
Exterior
Base
Station
Cabinet Type
Power
Equipment
Cable
Specifications
Illustration
1
BTS3900A/
DBS3900
TMC11H (Ver.C)
serving as a
transmission
cabinet in AC
scenarios
EPU03A-02/
EPU03A-04/
EPU03A-03/
EPU03A-05
in an
APM30H
Illustration
2
BTS3900A
TMC11H (Ver.C)
serving as a
power cabinet in
DC scenarios
DCDU-11A
in an RFC
(the power
from this
power
equipment
is
transferred
by the DC
junction
box)
25 mm2 (0.039
in.2), one group
Illustration
3
BTS3900A/
DBS3900
TMC11H (Ver.C)
serving as a
transmission
cabinet in DC
scenarios
External
power
equipment
4 mm2 (0.006 in.
2), one group
4 mm2 (0.006 in.
one group
2),
1.6.1.1.7 DCDU-12A Power Cable
A DCDU-12A power cable feeds DC power into a DCDU-12A from power
equipment. This section describes the specifications of various DCDU-12A power
cables when DCDU-12As are configured in different cabinets. If external power
equipment is used, the maximum length of a DCDU-12A power cable is 15 m
(49.21 ft).
Exterior
The DCDU-12A power cables vary depending on cabinets and power equipment.
The following figure shows the exteriors of DCDU-12A power cables.
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Figure 1-373 Cable exterior
(1) OT terminal (M6)
NOTE
When a DCDU-12A is configured in a BTS3900L (Ver.D)/RFC (Ver.D)/RFC (Ver.E), colors of the
wires in a DCDU-12A power cable vary depending on the region as follows:
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown in
the preceding figure.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table lists the specifications of DCDU-12A power cables (categorized
by cable exterior) when DCDU-12As are configured in different cabinets.
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Table 1-461 Cable description
Cable
Exteri
or
Cabinet
Type
Power Equipment
Cable Specifications
Illustr
ation
1
BTS3900L
(Ver.D) DC
External power equipment
35 mm2 (0.054 in.2), one
group; 16 mm2 (0.025
in.2), two groups
BTS5900L
(Ver.A) DC
BTS3900
(Ver.D) DC
External power equipment
BTS5900
(Ver.A) DC
Illustr
ation
2
Illustr
ation
3
BTS3012AE
(Ver.D_Z)
DC
External power equipment
16 mm2 (0.025 in.2), two
groups
BTS3900L
(Ver.D) AC
EPU05A-02 in a BTS3900L
cabinet
35 mm2 (0.054 in.2), one
group
BTS3900
(Ver.D) AC
EPU05A-02 in a BTS3900
cabinet
35 mm2 (0.054 in.2), one
group
BTS3012AE
(Ver.D_Z)
AC
EPU05A-02 or EPU05A-04 in
a BTS3012AE (Ver.D_Z)
cabinet
25 mm2 (0.039 in.2), one
group
RFC (Ver.D)
External power equipment or
EPU05A-02/EPU05A-04 in an
APM30H (The power from
power equipment is
transferred by the DC
junction box in an RFC.)
25 mm2 (0.039 in.2), one
group
RFC (Ver.E)
External power equipment or
EPU05A-06/EPU05A-08 in an
APM30H (The power from
power equipment is
transferred by the DC
junction box in an RFC.)
1.6.1.1.8 DCDU-12B Power Cable
A DCDU-12B power cable feeds DC power into a DCDU-12B from power
equipment. This section describes the specifications of various DCDU-12B power
cables when DCDU-12Bs are configured in different cabinets. If external power
equipment is used, the maximum length of a DCDU-12B power cable is 10 m
(32.81 ft).
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Exterior
The DCDU-12B power cables vary depending on cabinets and power equipment.
The following figure shows the two exteriors of DCDU-12B power cables.
Figure 1-374 Cable exterior
(1) OT terminal (M6)
NOTE
When a DCDU-12B is configured in the BTS3900L (Ver.D), RFC (Ver.D), RFC (Ver.E), APM30H
(Ver.D), APM30H (Ver.E), TMC11H (Ver.D), or TMC11H (Ver.E), colors of the wires in a
DCDU-12B power cable vary depending on the region as follows:
●
In most regions except UK and China, the RTN(+) and NEG(-) wires are black and blue,
respectively.
●
In UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
●
In China, the RTN(+) and NEG(-) wires are red and blue, respectively.
Description
The following table lists the specifications of DCDU-12B power cables (categorized
by cable exterior) when DCDU-12Bs are configured in different cabinets.
NOTE
When a BTS3900AL is configured with RFUs and RRUs, a DCDU-11B, DCDU-03B, or DCDU-12B
is used. No power cable is needed for any of the preceding DCDU models, which is connected to
power supply equipment using a busbar (in an AC cabinet) or a DC junction box (in a DC
cabinet).
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Table 1-462 Cable description
Cable
Exterior
Cabinet Type
Power
Equipment
Cable Specifications
Illustrati
on 1
BTS3900 (Ver.D)
DC/BTS5900
(Ver.A)
External power
equipment
35 mm2 (0.054 in.2), one
group; 16 mm2 (0.025 in.2),
two groups
Illustrati
on 1
BTS3900L (Ver.D)/
BTS5900L (Ver.A)
External power
equipment
35 mm2 (0.054 in.2), one
group; 16 mm2 (0.025 in.2),
two groups
Illustrati
on 1
TMC11H (Ver.D)
External power
equipment
35 mm2 (0.054 in.2), one
group; 16 mm2 (0.025 in.2),
two groups
Illustrati
on 1
TMC11H (Ver.E)
External power
equipment
35 mm2 (0.054 in.2), one
group; 16 mm2 (0.025 in.2),
two groups
Illustrati
on 1
RFC (Ver.D) in DC
scenarios
External power
equipment
35 mm2 (0.054 in.2), one
group; 16 mm2 (0.025 in.2),
two groups
Illustrati
on 1
RFC (Ver.E) in DC
scenarios
External power
equipment
35 mm2 (0.054 in.2), one
group; 16 mm2 (0.025 in.2),
two groups
Illustrati
on 1
BTS3012AE
(Ver.D_Z) DC
External power
equipment
35 mm2 (0.054 in.2), one
group; 16 mm2 (0.025 in.2),
two groups
Illustrati
on 1
DBS3900 where the
BBU is installed on
a wall, as well as in
a 19-inch rack, an
IMB03, an IMB05,
or an ILC29
External power
equipment
35 mm2 (0.054 in.2), one
group; 16 mm2 (0.025 in.2),
two groups
Illustrati
on 2
RFC (Ver.D) in AC
scenarios
EPU05A-02/
EPU05A-04 in
an APM30H
25 mm2 (0.039 in.2), one
group
Illustrati
on 2
RFC (Ver.E) in AC
scenarios
EPU05A-06/
EPU05A-08 in
an APM30H
25 mm2 (0.039 in.2), one
group
Illustrati
on 2
BTS3012AE
(Ver.D_Z) AC
EPU05A-02/
EPU05A-04
25 mm2 (0.039 in.2), one
group
Illustrati
on 2
BTS3900L (Ver.D)
AC
EPU05A-02
35 mm2 (0.054 in.2), one
group
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Cable
Exterior
Cabinet Type
Power
Equipment
Cable Specifications
Illustrati
on 2
APM30H (Ver.D)
EPU05A-03/
EPU05A-05 in
an APM30H
25 mm2 (0.039 in.2), one
group
Illustrati
on 2
APM30H (Ver.E)
EPU05A-07/
EPU05A-09 in
an APM30H
25 mm2 (0.039 in.2), one
group
1.6.1.1.9 DCDU-12C Power Cable
A DCDU-12C power cable feeds DC power into a DCDU-12C from power
equipment. This section describes the specifications of various DCDU-12C power
cables when DCDU-12Cs are configured in different cabinets. If external power
equipment is used, the maximum length of a DCDU-12C power cable is 10 m
(32.81 ft).
Exterior
The exteriors of DCDU-12C power cables vary depending on cabinets and power
equipment. The following figure shows the exteriors of DCDU-12C power cables.
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Figure 1-375 Cable exterior
(1) EPC4 connector
(2) OT terminal (M6)
(3) OT terminal (M8)
NOTE
Colors of the wires in a DCDU-12C power cable vary depending on the region as follows:
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown in
the preceding figure.
●
In other regions, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table lists the specifications of DCDU-12C power cables (categorized
by cable exterior) when DCDU-12Cs are configured in different cabinets.
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Table 1-463 Cable description
Cable
Exterior
Base
Station
Cabinet Type
Power
Equipment
Cable
Specifications
Illustration
1
BTS3900A/
DBS3900
TMC11H
(Ver.D)
serving as a
transmission
cabinet in AC
scenarios
EPU05A-02/
EPU05A-04/
EPU05A-03/
EPU05A-05 in
an APM30H
4 mm2 (0.006 in.2),
one group
BTS3900AL
TMC11H
(Ver.D)
serving as a
transmission
cabinet
DCDU-12C in
the
equipment
compartment
in a
BTS3900AL
AC cabinet
4 mm2 (0.006 in.2),
one group
BTS3900A/
DBS3900
TMC11H
(Ver.D)
serving as a
transmission
cabinet in DC
scenarios
External
power
equipment
4 mm2 (0.006 in.2),
one group
BTS3012AE
BTS3012AE
(Ver.D_Z) DC
External
power
equipment
16 mm2 (0.025 in.
2), one group
DBS3900
IBC10
External
power
equipment
Illustration
2
Illustration
3
Issue 16 (2021-08-13)
16 mm2 (0.025 in.
two groups
2),
IBC10 (Ver.B)
External
power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
BTS3900A
TMC11H
(Ver.D)
serving as a
power cabinet
in DC
scenarios
External
power
equipment
(The power
from this
power
equipment is
transferred by
the DC
junction box
in an RFC.)
25 mm2 (0.039 in.
2), one group
BTS3900AL
BTS3900AL
(Ver.A)a AC
PDU03D-01
or ETP48400
in a cabinet
16 mm2 (0.025 in.
2), one group
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Cable
Exterior
Base
Station
Cabinet Type
Power
Equipment
Cable
Specifications
Illustration
4
BTS3900AL
BTS3900AL
(Ver.A) DC
PDU03D-01
in a cabinet
● DCDU-12C in the
equipment
compartment: 16
mm2 (0.025 in.2),
one group
● DCDU-12C in the
RF
compartment: 25
mm2 (0.039 in.2),
one group
a: This DCDU-12C refers to the one in the equipment compartment in a
BTS3900AL (Ver.A) AC cabinet. The DCDU-12C in the RF compartment is
powered using a busbar for transfer.
1.6.1.1.10 DCDU-13A Power Cable
A DCDU-13A power cable feeds DC power from power equipment into the
DCDU-13A on the left inside an RFC (Ver.D_A) cabinet. This section describes the
specifications of DCDU-13A power cables connecting different power equipment.
Exterior
The exteriors of DCDU-13A power cables vary depending on power equipment.
The following figure shows the exteriors of DCDU-13A power cables.
Figure 1-376 Cable exterior
(1) OT terminal (M6)
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NOTE
The RTN(+) and NEG(-) wires in a DCDU-13A power cable are black and blue, respectively.
Description
The following table lists the specifications of DCDU-13A power cables (categorized
by cable exterior).
Table 1-464 Cable description
Cable
Exteri
or
Cabinet
Type
Power Equipment
Cable Specifications
Illustr
ation
1
RFC
(Ver.D_A) in
DC
scenarios
External power equipment
35 mm2 (0.054 in.2), one
group; 16 mm2 (0.025
in.2), two groups
Illustr
ation
2
RFC
(Ver.D_A) in
AC
scenarios
EPU05A-02 or EPU05A-04 in
a cabinet
25 mm2 (0.039 in.2), one
group
1.6.1.1.11 Power Cable Between Cascaded DCDU-13As
The power cable connecting two DCDU-13As in an RFC (Ver.D_A) cabinet feeds DC
power from the left DCDU-13A into the right one. This section describes the
specifications of the power cable between cascaded DCDU-13As.
Exterior
The following figure shows the exterior of a power cable between cascaded
DCDU-13As.
Figure 1-377 Cable exterior
(1) OT terminal
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Description
The following table lists the specifications of the power cable between cascaded
DCDU-13As.
Table 1-465 Cable description
Cabinet Type
Power Equipment
Cable Specifications
RFC (Ver.D_A)
Left DCDU-13A in a cabinet
25 mm2 (0.039 in.2), one
group
1.6.1.1.12 DCDU15D Power Cable
A DCDU15D power cable feeds DC power into a DCDU15D from power
equipment. The maximum length of a DCDU15D power cable is 20 m (65.62 ft).
Exterior
DCDU15D power cables vary depending on the cabinet type and power
equipment. The following figure shows the exteriors of various DCDU15D power
cables.
Figure 1-378 Cable exterior
(1) OT terminal (M6)
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Cables
1 3900 & 5900 Series Base Station Cables
NOTE
● In most regions except UK and China, the RTN(+) and NEG(-) wires are black and blue,
respectively.
● In UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
● In China, the RTN(+) and NEG(-) wires are red and blue, respectively.
Description
The following table lists the specifications of DCDU15D power cables when the
cables are used in different cabinets.
Table 1-466 Cable description
Cable
Exterior
Cabinet Type
Power
Equipment
Cable Specifications
Illustration 1
APM5930(DC)
External power
equipment
35 mm2 (0.054 in.2), one
group; 25 mm2 (0.039 in.2) or
16 mm2 (0.025 in.2), two
groups
Illustration 2
APM5930(DC)
EPU05A-11 or
EPU05A-12 in
an
APM5930(AC)
25 mm2 (0.039 in.2), one
group
1.6.1.1.13 DCDU16D Power Cable
A DCDU16D power cable feeds DC power into a DCDU16D from power
equipment. The maximum length of a DCDU16D power cable is 10 m (32.81 ft).
Exterior
The following figure shows the exterior of a DCDU16D power cable.
Figure 1-379 Cable exterior
(1) OT terminal (M6)
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3900 & 5900 Series Base Station
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1 3900 & 5900 Series Base Station Cables
NOTE
● In most regions except UK and China, the RTN(+) and NEG(-) wires are black and blue,
respectively.
● In UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
● In China, the RTN(+) and NEG(-) wires are red and blue, respectively.
Description
The following table lists the specifications of DCDU16D power cables when the
cables are used in different cabinets.
Table 1-467 Cable description
Base
Station
Cabinet Type
Power Equipment
Cable Specifications
DBS390
0/
BTS3900
A
TMC11H (Ver.D)/
TMC11H (Ver.E)/
TMC11H
(Ver.E_B~D)/TMC11H
(Ver.D_B)/TMC11H
(Ver.D_C)
External power
equipment
35 mm2 (0.054 in.2),
one group; 25 mm2
(0.039 in.2), two
groups
APM30H (Ver.E)/
APM30H (Ver.E_B~D)
EPU05A-06/
EPU05A-07/
EPU05A-08/
EPU05A-09
25 mm2 (0.039 in.2),
two groups
APM30H (Ver.D)/
APM30H (Ver.D_C)/
APM30H (Ver.D_B)
EPU05A-03/
EPU05A-05
25 mm2 (0.039 in.2),
one group
IMB03
External power
equipment
35 mm2 (0.054 in.2),
one group; 25 mm2
(0.039 in.2), two
groups
OMB (Ver.C)
External power
equipment
16 mm2 (0.025 in.2),
two groups
APM5930(AC)
EPU05A-11/
EPU05A-12
25 mm2 (0.039 in.2),
two groups
APM5930(DC)
External power
equipment
35 mm2 (0.054 in.2),
one group; 25 mm2
(0.039 in.2), two
groups
IMB05
External power
equipment
35 mm2 (0.054 in.2),
one group; 25 mm2
(0.039 in.2), two
groups
DBS390
0
DBS590
0
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3900 & 5900 Series Base Station
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Base
Station
1 3900 & 5900 Series Base Station Cables
Cabinet Type
Power Equipment
Cable Specifications
ILC29 (Ver.E)
External power
equipment
35 mm2 (0.054 in.2),
one group; 25 mm2
(0.039 in.2), two
groups
BTS3900
A
APM30H (Ver.D)/
APM30H (Ver.D_C)/
APM30H (Ver.D_B)
EPU05A-02/
EPU05A-04
25 mm2 (0.039 in.2),
one group
BTS5900
BTS5900 (Ver.A)
External power
equipment
35 mm2 (0.054 in.2),
one group; 25 mm2
(0.039 in.2), two
groups
BTS3900
BTS3900 (Ver.D) DC
External power
equipment
35 mm2 (0.054 in.2),
one group; 25 mm2
(0.039 in.2), two
groups
BTS5900
L
BTS5900L (Ver.A)
External power
equipment
35 mm2 (0.054 in.2),
one group; 25 mm2
(0.039 in.2), two
groups
BTS3900
L
BTS3900L (Ver.D)
External power
equipment
35 mm2 (0.054 in.2),
one group; 25 mm2
(0.039 in.2), two
groups
BTS3900
AL
BTS3900AL AC
ETP48400D
35 mm2 (0.054 in.2),
one group; 25 mm2
(0.039 in.2), two
groups
BTS3900AL DC
External power
equipment
35 mm2 (0.054 in.2),
one group; 25 mm2
(0.039 in.2), two
groups
1.6.1.2 EPU/EPS/ETP Power Cables
This section describes power cables for different models of EPUs, EPSs, and ETPs.
1.6.1.2.1 EPS 01A or EPS 01C Power Cable
An EPS 01A or EPS 01C power cable feeds external AC power into the power
system in an APM30H (Ver.B) in a BTS3900A. The maximum length of an EPS 01A
or EPS 01C power cable is 15 m (49.21 ft).
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1 3900 & 5900 Series Base Station Cables
Exterior
The colors and quantities of wires of an EPS 01A power cable are different from
those of an EPS 01C power cable. The following figure shows the exteriors of EPS
01A and EPS 01C power cables.
NOTE
Colors and exteriors of cables may vary with countries and regions.
Figure 1-380 Cable exterior
(1) OT terminal (M6)
Description
The following table describes EPS 01A and EPS 01C power cables.
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Cables
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Table 1-468 Description
Cable
Exterior
Cable
Wire
Wire Color
Cable
Specifications
Illustration 1
EPS 01A
power cable
in the 220 V
AC threephase
scenario
L1
Brown
L2
Black
2.5 mm2 (0.004 in.
2)
L3
Gray
N
Blue
PE
Green and
yellow
L
Brown
N
Blue
PE
Green and
yellow
L1
Black
L2
Red
N
White
PE
Green
Illustration 2
Illustration 3
EPS 01A
power cable
in the 220 V
AC singlephase
scenario
EPS 01C
power cable
6 mm2 (0.009 in.2)
6 mm2 (0.009 in.2)
1.6.1.2.2 EPS 01B or EPS 01D Power Cable
An EPS 01B or EPS 01D power cable feeds external AC power into the power
system in an APM30H (Ver.B) in a DBS3900. The maximum length of an EPS 01B
or EPS 01D power cable is 15 m (49.21 ft).
Exterior
The number and colors of wires in EPS 01B and EPS 01D power cables differ. The
following figure shows the exteriors of the power cables.
NOTE
Colors and exteriors of cables may vary with countries and regions.
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Cables
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Figure 1-381 Cable exterior
(1) OT terminal (M6)
Description
The following table describes EPS 01B and EPS 01D power cables.
Table 1-469 Description
Cable
Exterior
Cable
Wire
Wire Color
Cable
Specifications
Illustration 1
EPS 01B
power cable
in the 220 V
AC threephase
scenario
L1
Brown
L2
Black
2.5 mm2 (0.004
in.2)
L3
Gray
N
Blue
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Cables
Cable
Exterior
1 3900 & 5900 Series Base Station Cables
Cable
Illustration 2
Illustration 3
Wire
Wire Color
PE
Green and
yellow
EPS 01B
power cable
in the 220 V
AC singlephase
scenario
L
Brown
N
Blue
PE
Green and
yellow
EPS 01D
power cable
L1
Black
L2
Red
N
White
PE
Green
Cable
Specifications
6 mm2 (0.009 in.
2)
6 mm2 (0.009 in.
2)
1.6.1.2.3 EPU03A-02 or EPU03A-04 Power Cable
An EPU03A-02 or EPU03A-04 power cable feeds external AC power into the power
system in an APM30H (Ver.C) in a BTS3900A. The maximum length of an
EPU03A-02 or EPU03A-04 power cable is 15 m (49.21 ft).
Exterior
The number and colors of wires in EPU03A-02 and EPU03A-04 power cables differ.
The following figure shows the exteriors of the power cables.
NOTE
Colors and exteriors of cables may vary with countries and regions.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-382 Cable exterior
(1) OT terminal (M6)
Description
The following table describes EPU03A-02 and EPU03A-04 power cables.
Table 1-470 Description
Cable
Exterior
Cable
Wire
Wire Color
Cable
Specifications
Illustration 1
EPU03A-02
power cable
in the 220 V
AC threephase
scenario
L1
Brown
L2
Black
4 mm2 (0.006 in.
2)
L3
Gray
N
Blue
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3900 & 5900 Series Base Station
Cables
Cable
Exterior
1 3900 & 5900 Series Base Station Cables
Cable
Illustration 2
Illustration 3
Wire
Wire Color
PE
Green and
yellow
EPU03A-02
power cable
in the 220 V
AC singlephase
scenario
L
Brown
N
Blue
PE
Green and
yellow
EPU03A-04
power cable
L1
Black
L2
Red
N
White
PE
Green
Cable
Specifications
16 mm2 (0.025
in.2)
16 mm2 (0.025
in.2)
1.6.1.2.4 EPU03A-03 or EPU03A-05 Power Cable
An EPU03A-03 or EPU03A-05 power cable feeds external AC power into the power
system in an APM30H (Ver.C) in a DBS3900. The maximum length of an
EPU03A-03 or EPU03A-05 power cable is 15 m (49.21 ft).
Exterior
The number and colors of wires in EPU03A-03 and EPU03A-05 power cables differ.
The following figure shows the exteriors of the power cables.
NOTE
Colors and exteriors of cables may vary with countries and regions.
Issue 16 (2021-08-13)
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Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-383 Cable exterior
(1) OT terminal (M6)
Description
The following table describes EPU03A-03 and EPU03A-05 power cables.
Table 1-471 Description
Cable
Exterior
Cable
Wire
Wire Color
Cable
Specifications
Illustration 1
EPU03A-03
power cable
in the 220 V
AC threephase
scenario
L1
Brown
L2
Black
4 mm2 (0.006 in.
2)
L3
Gray
N
Blue
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3900 & 5900 Series Base Station
Cables
Cable
Exterior
1 3900 & 5900 Series Base Station Cables
Cable
Illustration 2
Illustration 3
Wire
Wire Color
PE
Green and
yellow
EPU03A-03
power cable
in the 220 V
AC singlephase
scenario
L
Brown
N
Blue
PE
Green and
yellow
EPU03A-05
power cable
L1
Black
L2
Red
N
White
PE
Green
Cable
Specifications
16 mm2 (0.025
in.2)
16 mm2 (0.025
in.2)
1.6.1.2.5 EPU05A-02 or EPU05A-04 Power Cable
An EPU05A-02 or EPU05A-04 power cable feeds external AC power into the power
system in an APM30H (Ver.D) in a BTS3900A. The maximum length of an
EPU05A-02 or EPU05A-04 power cable is 15 m (49.21 ft).
Exterior
The number and colors of wires in EPU05A-02 and EPU05A-04 power cables differ.
The following figure shows the exteriors of the power cables.
NOTE
Colors and exteriors of cables may vary with countries and regions.
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Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-384 Cable exterior
(1) OT terminal (M6)
Description
The following table describes EPU05A-02 and EPU05A-04 power cables.
Table 1-472 Description
Cable Exterior
Cable
Wire
Wire
Color
Illustration 1
EPU05A-02
power cable in
the 220 V AC
three-phase
scenario
L1
Brown
Issue 16 (2021-08-13)
L2
Black
L3
Gray
N
Blue
Copyright © Huawei Technologies Co., Ltd.
Cable
Specifications
6 mm2 (0.009 in.
2)
769
3900 & 5900 Series Base Station
Cables
Cable Exterior
Illustration 2
Illustration 3
1 3900 & 5900 Series Base Station Cables
Cable
Wire
Wire
Color
PE
Green
and
yellow
EPU05A-02
power cable in
the 220 V AC
single-phase
scenario
L
Brown
N
Blue
PE
Green
and
yellow
EPU05A-04
power cable
L1
Black
L2
Red
N
White
PE
Green
Cable
Specifications
25 mm2 (0.039
in.2)
25 mm2 (0.039
in.2)
1.6.1.2.6 EPU05A-03 or EPU05A-05 Power Cable
An EPU05A-03 or EPU05A-05 power cable feeds external AC power into the power
system in an APM30H (Ver.D) in a DBS3900. The maximum length of an
EPU05A-03 or EPU05A-05 power cable is 15 m (49.21 ft).
Exterior
The number and colors of wires in EPU05A-03 and EPU05A-05 power cables differ.
The following figure shows the exteriors of the power cables.
NOTE
Colors and exteriors of cables may vary with countries and regions.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-385 Cable exterior
(1) OT terminal (M6)
Description
The following table describes EPU05A-03 and EPU05A-05 power cables.
Table 1-473 Description
Cable
Exterior
Cable
Wire
Wire Color
Cable
Specifications
Illustration 1
EPU05A-03
power cable
in the 220 V
AC threephase
scenario
L1
Brown
L2
Black
6 mm2 (0.009 in.
2)
L3
Gray
N
Blue
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3900 & 5900 Series Base Station
Cables
Cable
Exterior
1 3900 & 5900 Series Base Station Cables
Cable
Illustration 2
Illustration 3
Wire
Wire Color
PE
Green and
yellow
EPU05A-03
power cable
in the 220 V
AC singlephase
scenario
L
Brown
N
Blue
PE
Green and
yellow
EPU05A-05
power cable
L1
Black
L2
Red
N
White
PE
Green
Cable
Specifications
25 mm2 (0.039
in.2)
25 mm2 (0.039
in.2)
1.6.1.2.7 EPU05A-06 or EPU05A-08 Power Cable
An EPU05A-06 or EPU05A-08 power cable feeds AC power from external power
equipment into the power system of an APM30H (Ver.E) in a BTS3900A. The
maximum length of an EPU05A-06 or EPU05A-08 power cable is 15 m (49.21 ft).
Exterior
The number and colors of wires in EPU05A-06 and EPU05A-08 power cables differ.
The following figure shows the exteriors of the power cables.
NOTE
Colors and exteriors of cables may vary with countries and regions.
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Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-386 Cable exterior
(1) OT terminal (M6)
Description
The following table describes EPU05A-06 and EPU05A-08 power cables.
Table 1-474 Description
Cable
Exterior
Cable
Wire
Wire Color
Cable
Specification
s
Illustration 1
EPU05A-06
power cable
in the 220 V
AC threephase
scenario
L1
Brown
L2
Black
6 mm2 (0.009
in.2)
L3
Gray
N
Blue
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3900 & 5900 Series Base Station
Cables
Cable
Exterior
1 3900 & 5900 Series Base Station Cables
Cable
Illustration 2
Illustration 3
Wire
Wire Color
PE
Green and
yellow
EPU05A-06
power cable
in the 220 V
AC singlephase
scenario
L
Brown
N
Blue
PE
Green and
yellow
EPU05A-08
power cable
L1
Black
L2
Red
N
White
PE
Green
Cable
Specification
s
25 mm2
(0.039 in.2)
25 mm2
(0.039 in.2)
1.6.1.2.8 EPU05A-07 or EPU05A-09 Power Cable
An EPU05A-07 or EPU05A-09 power cable feeds AC power from external power
equipment into the power system of an APM30H (Ver.E) in a DBS3900. The
maximum length of an EPU05A-07 or EPU05A-09 power cable is 15 m (49.21 ft).
Exterior
The number and colors of wires in EPU05A-07 and EPU05A-09 power cables differ.
The following figure shows the exteriors of the power cables.
NOTE
Colors and exteriors of cables may vary with countries and regions.
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Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-387 Cable exterior
(1) OT terminal (M6)
Description
The following table describes EPU05A-07 and EPU05A-09 power cables.
Table 1-475 Description
Cable
Exterior
Cable
Wire
Wire Color
Cable
Specifications
Illustration 1
EPU05A-07
power cable
in the 220 V
AC threephase
scenario
L1
Brown
L2
Black
6 mm2 (0.009 in.
2)
L3
Gray
N
Blue
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Cables
Cable
Exterior
1 3900 & 5900 Series Base Station Cables
Cable
Illustration 2
Illustration 3
Wire
Wire Color
PE
Green and
yellow
EPU05A-07
power cable
in the 220 V
AC singlephase
scenario
L
Brown
N
Blue
PE
Green and
yellow
EPU05A-09
power cable
L1
Black
L2
Red
N
White
PE
Green
Cable
Specifications
25 mm2 (0.039
in.2)
25 mm2 (0.039
in.2)
1.6.1.2.9 EPU05A-11 or EPU05A-12 Power Cable
An EPU05A-11 or EPU05A-12 power cable feeds AC power from external power
equipment into an EPU05A-11 or EPU05A-12, which then supplies power to other
devices in the cabinet. The maximum length of an EPU05A-11 or EPU05A-12
power cable is 15 m (49.21 ft).
Exterior
The colors and quantities of wires of an EPU05A-11 power cable are different
from those of an EPU05A-12 power cable. The following figure shows the
exteriors of EPU05A-11 and EPU05A-12 power cables.
NOTE
Colors and exteriors of cables may vary with countries and regions.
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1 3900 & 5900 Series Base Station Cables
Figure 1-388 Cable exteriors
(1) OT terminal (M6)
Description
The following table describes EPU05A-11 and EPU05A-12 power cables.
Table 1-476 Cable description
Cable
Exterior
Cable
Wire
Wire Color
Cable
Specifications
Illustration 1
EPU05A-11
power cable
in a 220 V
AC threephase
scenario
L1
Brown
L2
Black
10 mm2 (0.016
in.2)
L3
Gray
N
Blue
EPU05A-11
power cable
in a 220 V
L
Brown
N
Blue
Illustration 2
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Copyright © Huawei Technologies Co., Ltd.
35 mm2 (0.054
in.2)
777
3900 & 5900 Series Base Station
Cables
Cable
Exterior
Illustration 3
1 3900 & 5900 Series Base Station Cables
Cable
Wire
Wire Color
Cable
Specifications
AC singlephase
scenario
PE
Green and
yellow
25 mm2 (0.039
in.2)
EPU05A-12
power cable
L1
Black
L2
Red
35 mm2 (0.054
in.2)
N
White
PE
Green
25 mm2 (0.039
in.2)
1.6.1.2.10 EPU02D/EPU02D-02/EPU02B/EPU02S/EPU02S-02 Power Cable
EPU02D/EPU02D-02/EPU02B/EPU02S/EPU02S-02 power cables feed DC power
into the EPU02D/EPU02D-02/EPU02B/EPU02S/EPU02S-02 from the power
equipment. The maximum length of the EPU02D/EPU02D-02/EPU02B/EPU02S/
EPU02S-02 power cables is 10 m (32.81 ft).
Exterior
The following figure shows the exterior of EPU02D/EPU02D-02/EPU02B/EPU02S/
EPU02S-02 power cables.
Figure 1-389 EPU02D/EPU02D-02/EPU02B/EPU02S/EPU02S-02 power cables
(1) OT terminal (M6)
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1 3900 & 5900 Series Base Station Cables
NOTE
● In most regions except UK and China, the RTN(+) and NEG(-) wires are black and blue,
respectively.
● In UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
● In China, the RTN(+) and NEG(-) wires are red and blue, respectively.
Description
The following table describes EPU02D/EPU02D-02/EPU02B power cables.
Table 1-477 Cable description
Base
Statio
n
Cable
Exteri
or
Cabinet Type
Power Equipment
Cable
Specifications
DBS39
00/
BTS390
0A
Illustr
ation
1
TMC11H (Ver.D)/
TMC11H (Ver.E)/
TMC11H
(Ver.E_B~D)/
TMC11H
(Ver.D_B)/TMC11H
(Ver.D_C)
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
Illustr
ation
2
APM30H (Ver.E)/
APM30H
(Ver.E_B~D)
EPU05A-06/
EPU05A-07/
EPU05A-08/
EPU05A-09
25 mm2 (0.039 in.
2), two groups
Illustr
ation
2
APM30H (Ver.D)/
APM30H
(Ver.D_C)/APM30H
(Ver.D_B)
EPU05A-03/
EPU05A-05
25 mm2 (0.039 in.
2), one group
Illustr
ation
1
IMB03
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
Illustr
ation
1
OMB (Ver.C)
External power
equipment
16 mm2 (0.025 in.
2), two groups
Illustr
ation
2
APM5930(AC)
EPU05A-11/
EPU05A-12
25 mm2 (0.039 in.
2), two groups
Illustr
ation
1
APM5930(DC)
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
DBS39
00
DBS59
00
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Base
Statio
n
1 3900 & 5900 Series Base Station Cables
Cable
Exteri
or
Cabinet Type
Power Equipment
Cable
Specifications
Illustr
ation
1
IMB05
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
Illustr
ation
1
ILC29
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
BTS390
0A
Illustr
ation
2
APM30H (Ver.D)/
APM30H
(Ver.D_C)/APM30H
(Ver.D_B)
EPU05A-02/
EPU05A-04
25 mm2 (0.039 in.
2), one group
BTS590
0
Illustr
ation
1
BTS5900 (Ver.A)
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
BTS390
0
Illustr
ation
1
BTS3900 (Ver.D)
DC
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
BTS590
0L
Illustr
ation
1
BTS5900L (Ver.A)
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
BTS390
0L
Illustr
ation
1
BTS3900L (Ver.D)
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
BTS390
0AL
Illustr
ation
2
BTS3900AL AC
ETP48400D
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
Illustr
ation
1
BTS3900AL DC
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
The following table describes EPU02S/EPU02S-02 power cables.
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Table 1-478 Cable description
Base
Statio
n
Cable
Exteri
or
Cabinet Type
Power Equipment
Cable
Specifications
DBS39
00/
BTS390
0A
Illustr
ation
1
TMC11H (Ver.D)/
TMC11H (Ver.E)/
TMC11H
(Ver.E_B~D)/
TMC11H
(Ver.D_B)/TMC11H
(Ver.D_C)
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
DBS39
00
Illustr
ation
2
APM30H (Ver.D)/
APM30H
(Ver.D_C)/APM30H
(Ver.D_B)
EPU05A-03/
EPU05A-05
25 mm2 (0.039 in.
2), one group
Illustr
ation
1
IMB03
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
Illustr
ation
1
OMB (Ver.C)
External power
equipment
16 mm2 (0.025 in.
2), two groups
Illustr
ation
1
APM5930(DC)
External power
equipment
35 mm2 (0.054 in.
one group; 25
mm2 (0.039 in.2),
two groups
Illustr
ation
1
IMB05
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
Illustr
ation
1
ILC29
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
BTS390
0A
Illustr
ation
2
APM30H (Ver.D)/
APM30H
(Ver.D_C)/APM30H
(Ver.D_B)
EPU05A-02/
EPU05A-04
25 mm2 (0.039 in.
2), one group
BTS590
0
Illustr
ation
1
BTS5900 (Ver.A)
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
DBS59
00
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Copyright © Huawei Technologies Co., Ltd.
2),
781
3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Base
Statio
n
Cable
Exteri
or
Cabinet Type
Power Equipment
Cable
Specifications
BTS390
0
Illustr
ation
1
BTS3900 (Ver.D)
DC
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
BTS590
0L
Illustr
ation
1
BTS5900L (Ver.A)
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
BTS390
0L
Illustr
ation
1
BTS3900L (Ver.D)
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
BTS390
0AL
Illustr
ation
2
BTS3900AL AC
ETP48400D
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
Illustr
ation
1
BTS3900AL DC
External power
equipment
35 mm2 (0.054 in.
2), one group; 25
mm2 (0.039 in.2),
two groups
1.6.1.2.11 EPU03A-21 Power Cable
An EPU03A-21 power cable connects the AC power distribution box in the
MRE1000 and EPU03A-21 to provide power input for the EPU03A-21.
Exterior
There are two types of EPU03A-21 power cables. Figure 1-390 shows the power
cable exterior when the external AC power supply is used. Figure 1-391 shows the
power cable exterior when the power supply is from batteries.
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-390 Cable exterior (1)
(1) OT terminal (M4)
(2) Cord end terminal
Figure 1-391 Cable exterior (2)
(1) OT terminal (M6)
Description
The specifications for the EPU03A-21 power cable used in an MRE1000 are listed
in the following table.
Table 1-479 EPU03A-21 power cable specifications
Cabinet
Power Equipment
Cable Specifications
MRE1000
AC power
distribution box in
an MRE1000
When the input power is external AC
power supply, one group of 6 mm2
(0.009 in.2) power cables are used.
When the input power is provided by
batteries, one group of 25 mm2 (0.039
in.2) power cables are used.
1.6.1.2.12 ETP48100-A1 Power Cable
An ETP48100-A1 power cable feeds external AC power into an ETP48100-A1 from
a PDU10D-01 after the AC power is converted by a surge protective device (SPD).
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1 3900 & 5900 Series Base Station Cables
The cross-sectional area of the wires of an ETP48100-A1 power cable is 4 mm2
(0.006 in.2), as shown in the following figure.
Figure 1-392 Cable exterior
(1) Cord end terminal
(2) OT terminal (M4)
1.6.1.2.13 ETP48100-B1 Power Cable
An ETP48100-B1 power cable feeds AC power into an ETP48100-B1 from power
equipment.
Exterior
The following figure shows the exterior of an ETP48100-B1 power cable.
Figure 1-393 ETP48100-B1 power cable
(1) OT terminal (M4, 2.5 mm2 or 0.0039 in.2)
1.6.1.2.14 EPS30-4815AF Power Cable
An EPS30-4815AF power cable feeds AC power into an AC IMB03 cabinet. The
maximum length of an EPS30-4815AF power cable is 6 m (19.68 ft).
The following figure shows the exterior of an EPS30-4815AF power cable. The
cross-sectional area of the wire is 1 mm2 (0.002 in.2).
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NOTE
Colors and exteriors of cables may vary with countries and regions.
Figure 1-394 Cable exterior
1.6.1.2.15 EPS4890 Power Cable
An EPS4890 power cable feeds AC power into cabinets. EPS4890 power cables are
used in the BTS3900 (Ver.B) AC cabinet and DBS3900 (ICR) cabinet. By using
different power systems, a cabinet can support power inputs of 220 V AC singlephase and 220 V AC three-phase. The maximum length of an EPS4890 power
cable is 15 m (49.21 ft).
Exterior
The wires in an EPS4890 power cable vary depending on the power input type.
The following figure shows the exteriors of EPS4890 power cables.
NOTE
Colors and exteriors of cables may vary with countries and regions.
Issue 16 (2021-08-13)
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3900 & 5900 Series Base Station
Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-395 Cable exterior
(1) OT terminal (M6)
Description
The following table describes EPS4890 power cables.
Table 1-480 Description
Cable
Exterior
Cabinet
Type
Cable
Wire
Wire Color
Cable
Specificatio
ns
Illustratio
n1
● BTS390
0
(Ver.B)
AC
● IMB03
cabinet
in the
DBS39
00
(ICR)
scenari
o
EPS4890
power
cable in
the 220 V
AC threephase
scenario
L1
Yellow
L2
Green
2.5 mm2
(0.0039 in.2)
L3
Red
N
Blue
● BTS390
0
EPS4890
power
L
Brown
Illustratio
n2
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Copyright © Huawei Technologies Co., Ltd.
6 mm2
(0.009 in.2)
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Cables
Cable
Exterior
1 3900 & 5900 Series Base Station Cables
Cabinet
Type
Cable
Wire
Wire Color
(Ver.B)
AC
● IMB03
cabinet
in the
DBS39
00
(ICR)
scenari
o
cable in
the 220 V
AC singlephase
scenario
N
Blue
Cable
Specificatio
ns
1.6.1.2.16 EPS24S48100DC Power Cable
An EPS24S48100DC power cable feeds +24 V DC power into cabinets.
EPS24S48100DC power cables are used in the following cabinets: BTS3900 (Ver.B)
(+24 V DC), APM30H (Ver.B) (+24 V), and DBS3900 (ICR). The maximum length of
an EPS24S48100DC power cable is 15 m (49.21 ft).
Exterior
The following figure shows the exterior of an EPS24S48100DC power cable.
Figure 1-396 Cable exterior
(1) OT terminal (M6)
Description
The following table describes an EPS24S48100DC power cable.
Table 1-481 Description
Wire
Wire Color
Cable Specifications
RTN(+)
Red
NEG(-)
Black
25 mm2 (0.039 in.2),
two groups
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1.6.1.2.17 ETP48400 Power Cable
An ETP48400 power cable feeds AC power into the PDU05A-01 and ETP48400 in a
BTS3900AL AC cabinet.
Exterior
The following figure shows the exterior of an ETP48400 power cable.
Figure 1-397 Cable exterior
(1) OT terminal (M6)
(2) Cord end terminal
Description
The following table describes ETP48400 power cables.
Table 1-482 Description
Cable
Wire
Wire Color
Cable
Specifications
ETP48400 power
cable
L
Brown
N
Blue
6 mm2 (0.009 in.
2)
1.6.1.2.18 ETP48150-A3 Power Cable
An ETP48150-A3 power cable feeds external AC power into a BTS3900 (Ver.C)
cabinet. The maximum length of an ETP48150-A3 power cable is 15 m (49.21 ft).
Exterior
A BTS3900 cabinet can be supplied with 220 V AC single-phase or 220 V AC threephase power. The number of wires in an ETP48150-A3 power cable depends on
the power system where the ETP48150-A3 is used. The following figure shows the
exterior of an ETP48150-A3 power cable in the 220 V AC single-phase scenario as
an example.
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Figure 1-398 Cable exterior
(1) OT terminal (M6)
Description
The following table describes ETP48150-A3 power cables.
Table 1-483 Description
Cable
Exterior
Cable
Wire
Wire Color
Cable
Specifications
Illustration 1
ETP48150A3 power
cable in the
220 V AC
three-phase
scenario
L1
Brown
L2
Black
4 mm2 (0.006
in.2)
L3
Gray
N
Blue
ETP48150A3 power
cable in the
220 V AC
single-phase
scenario
L
Blue
N
Brown
PE
Green and
yellow
Illustration 2
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16 mm2 (0.025
in.2)
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1.6.1.3 PDU Power Cables
This section describes power cables for different models of PDUs.
1.6.1.3.1 PDU10D-01 Power Cable
A PDU10D-01 power cable feeds power from power equipment into a PDU10D-01.
The maximum length of a PDU10D-01 power cable is 15 m (49.21 ft).
Exterior
The PDU10D-01 power cables vary depending on cabinets and power equipment.
The following figure shows the exteriors of PDU10D-01 power cables.
NOTE
Colors and exteriors of cables may vary with countries and regions.
Figure 1-399 Cable exterior
(1) OT terminal (M6)
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(2) OT terminal (M4)
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Description
The following table describes PDU10D-01 power cables.
Table 1-484 Description
Cable
Exterior
Cabinet
Type
Power
Equipment
Wire
Wire
Color
Cable
Specificatio
ns
Illustratio
n1
OMB (Ver.C)
DC
External power
equipment
RTN(+)
Black
NEG(-)
Blue
16 mm2
(0.025 in.2)
Illustratio
n2
OMB (Ver.C)
AC
ETP48100-A1 in a
cabinet
RTN(+)
Black
NEG(-)
Blue
Illustratio
n3
OMB (Ver.C)
AC
External power
equipment in the
220 V AC singlephase scenario
L
Brown
N
Blue
PE
Green
and
yellow
16 mm2
(0.025 in.2)
4 mm2
(0.006 in.2)
1.6.1.3.2 PDU05A-01 Power Cable
A PDU05A-01 power cable feeds AC power into the PDU05A-01 in a BTS3900AL
AC cabinet. A PDU05A-01 supports 220 V AC single-phase, 220 V AC three-phase,
and 110 V AC dual-live-wire. The maximum length of a PDU05A-01 power cable is
15 m (49.21 ft).
Exterior
The number of wires in a PDU05A-01 power cable varies depending on the power
supplies. The following figure shows the exteriors of various PDU05A-01 power
cables.
NOTE
Colors and exteriors of cables may vary with countries and regions.
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Figure 1-400 Cable exterior
(1) Cord end terminal
Description
The following table describes PDU05A-01 power cables.
Table 1-485 Description
Cable
Exterior
Cable
Wire
Wire Color
Cable
Specification
s
Illustration
1
PDU05A-01
power cable in
the 220 V AC
three-phase
scenario
L1
Brown
L2
Black
10 mm2
(0.016 in.2)
L3
Gray
N
Blue
PE
Green and
yellow
L
Brown
Illustration
2
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PDU05A-01
power cable in
Copyright © Huawei Technologies Co., Ltd.
35 mm2
(0.054 in.2)
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Cable
Exterior
Illustration
3
1 3900 & 5900 Series Base Station Cables
Cable
Wire
Wire Color
the 220 V AC
single-phase
scenario
N
Blue
PE
Green and
yellow
PDU05A-01
power cable in
the 110 V AC
dual-live-wire
scenario
L1
Black
L2
Red
N
White
PE
Green
Cable
Specification
s
35 mm2
(0.054 in.2)
1.6.1.3.3 PDU03D-01 Power Cable
A PDU03D-01 power cable feeds DC power from a BTS3900AL AC cabinet or
external power equipment into a BTS3900AL DC cabinet.
Exterior
The PDU03D-01 power cables vary depending on the power supplies. The
following figure shows the exteriors of various PDU03D-01 power cables.
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Figure 1-401 Cable exterior
(1) OT terminal (M6)
(2) OT terminal (M8)
(3) Power series 120 connector
NOTE
Colors of wires in a PDU03D-01 power cable vary depending on regions as follows:
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown in
the preceding figure.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table describes PDU03D-01 power cables.
Table 1-486 Description
Cable Exterior
Power Equipment
Cable Specifications
Illustration 1
Busbar in a
BTS3900AL AC
cabinet
25 mm2 (0.039 in.2), two groups,
LSZHa
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Cable Exterior
Power Equipment
Cable Specifications
Illustration 2
LOAD2 terminal in a
BTS3900AL AC
cabinet
25 mm2 (0.039 in.2), one group,
LSZHb
Illustration 3
External power
equipment
25 mm2 (0.039 in.2), three groups,
LSZHc
a: If the preceding power cables are not delivered by default, one group of 70
mm2 (0.108 in.2) PVC power cables or two groups of 25 mm2 (0.039 in.2) PVC
power cables that are locally purchased can be the substitutes.
b: If the preceding power cables are not delivered by default, one group of 25
mm2 (0.039 in.2) PVC power cables that are locally purchased can be the
substitutes.
c: If the preceding power cables are not delivered by default, the PVC power
cables that are locally purchased and meet the requirements in both a and b
can be the substitutes.
1.6.1.3.4 PDU08H-01 Power Cable
A PDU08H-01 power cable feeds DC power into a PDU08H-01 from power
equipment. A PDU08H-01 power cable is used in the MRE1000.
Exterior
The following figure shows the exterior of the PDU08H-01 power cable.
Figure 1-402 PDU08H-01 power cable exterior
(1) H4 connector
(2) HVEPC connector
Description
The following table describes the PDU08H-01 power cable.
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Table 1-487 PDU08H-01 power cable
Cabinet Type
Power Equipment
Cable Specifications
MRE1000
EPU03A-21
2x1.5 mm2 (2x0.002 in.2)
1.6.1.3.5 HSMU Power Cable for the PDU08H-01
An HSMU power cable for the PDU08H-01 connects the EPU03A-21 and the
HSMU for the PDU08H-01 to supply power for the HSMU.
Exterior
The following figure shows the exterior of the HSMU power cable for the
PDU08H-01.
Figure 1-403 HSMU power cable for the PDU08H-01
(1) EPC4 connector
Description
The following table describes the HSMU power cable for the PDU08H-01.
Table 1-488 HSMU power cable for the PDU08H-01
Cabinet Type
Power Equipment
Cable Specifications
MRE1000
EPU03A-21
12AWG
1.6.1.4 Power Cables for Other Power Supply Devices
This section describes power cables for other power supply devices.
1.6.1.4.1 Power Cable for a Junction Box
The power cable for a junction box feeds AC power into the junction box from
power equipment. The AC power is then converted by the junction box into four
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AC outputs, which are provided for other components such as the heater or
heating film. This section describes the specifications of power cables for junction
boxes in different cabinets.
Exterior
The following figure shows the exteriors of power cables for junction boxes.
NOTE
Colors and exteriors of cables may vary with countries and regions.
Figure 1-404 Cable exterior
(1) OT terminal (M4)
(2) Cord end terminal
NOTE
The L wire is brown and the N wire is blue, as shown in the preceding figure.
Description
The following table describes power cables for junction boxes.
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Table 1-489 Description
Cable
Exterior
Cabinet Type
Power Equipment
Cable
Specifications
Illustratio
n1
APM30H (Ver.B)/
APM30H (Ver.C)/
APM30H (Ver.D)/
APM30H (Ver.E)/
APM5930(AC)
EPS 01/EPU03A/EPU05A
1.5 mm2
(0.0023 in.2)
TMC11H
TMC11H
TMC11H
TMC11H
EPS 01/EPU03A/EPU05A in
an APM30H, feeding
power into the junction
box in the APM30H
1.5 mm2
(0.0023 in.2)
IBBS700D/IBBS700T
EPU05A in an APM30H
(Ver.D), feeding power
into the junction box in
the APM30H (Ver.D)
1.5 mm2
(0.0023 in.2)
Illustratio
n2
BTS3900AL AC
PDU05A-01
2.5 mm2
(0.0039 in.2)
Illustratio
n3
BTS3900AL DC
PDU05A-01 in a
BTS3900AL AC cabinet,
feeding power into the
junction box in the
BTS3900AL AC cabinet
2.5 mm2
(0.0039 in.2)
Illustratio
n3
IBBS700D/IBBS700T
PDU05A-01 in a
BTS3900AL AC cabinet,
feeding power into the
junction box in the
BTS3900AL AC cabinet
2.5 mm2
(0.0039 in.2)
Illustratio
n3
IBBS300D
EPU05A in an APM30H
(Ver.D)/APM30H (Ver.E),
feeding power into the
junction box in the
APM30H (Ver.D)/APM30H
(Ver.E)
2.5 mm2
(0.0039 in.2)
(Ver.B)/
(Ver.C)/
(Ver.D)/
(Ver.E)
1.6.1.4.2 PMU 15A Power Cable
PMU 15A power cables feed power into the PMU 15A from the power equipment.
They are used in the APM30H series cabinets.
Exterior
The following figure shows the exterior of PMU 15A power cables.
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Figure 1-405 Exterior of PMU 15A power cables
(1) 2-pin connector
(2) EPC4 connector
1.6.1.4.3 Power Cable for a Power Distribution Box
Power cables for power distribution boxes include the power cable between power
equipment and the power distribution box in a storage battery cabinet (IBBS200D/
IBBS200T/IBBS20D/IBBS700D/IBBS700T/BBC5200D/BBC5200T/BBC5300D/
BBC5300T/BBC5200D-L/BBC5200T-L) and the power cable between the cascaded
power distribution boxes in two storage battery cabinets.
Exterior
Power cables for power distribution boxes vary according to power equipment.
The following figure shows the exteriors of the power cables.
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Figure 1-406 Cable exterior
(1) Power series 120 connector (2) OT terminal (M6)
(3) Power series 175 connector
(4) OT terminal (M8)
-
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(5) EPC5 connector
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NOTE
The colors of power cables for power distribution boxes in an IBBS200D (Ver.D)/IBBS200T
(Ver.D)/IBBS200D (Ver.E)/IBBS200T (Ver.E)/BBC5200D/BBC5200T/BBC5300D/BBC5300T/
BBC5200D-L/BBC5200T-L/IBBS700D/IBBS700T vary depending on regions.
●
In most regions, the RTN(+) and NEG(-) cables are red and black, respectively, as shown in
the preceding figures.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table describes the power cables for power distribution boxes.
Table 1-490 Cable description
Cable
Exterior
Cabinet Type
Power
Equipment
Cable Specifications
Illustration 1
IBBS200D
(Ver.B)/IBBS200T
(Ver.B)
EPS01A/EPS01B/
EPS01C/EPS01D
in an APM30H
(Ver.B)
16 mm2 (0.025 in.2)
Illustration 2
IBBS200D
(Ver.C)/IBBS200T
(Ver.C)
EPU03A-02/
EPU03A-03/
EPU03A-04/
EPU03A-05 in an
APM30H (Ver.C)
35 mm2 (0.054 in.2)
Illustration 2
Storage battery
compartment in
an MRE1000
AC power
distribution box
in an MRE1000
25 mm2 (0.039 in.2)
Illustration 3
IBBS200D
(Ver.D)/IBBS200T
(Ver.D)
EPU05A-02/
EPU05A-03/
EPU05A-04/
EPU05A-05 in an
APM30H (Ver.D)
35 mm2 (0.054 in.2),
3436
IBBS200D
(Ver.E)/IBBS200T
(Ver.E)
● EPU05A-06/
EPU05A-07/
EPU05A-08/
EPU05A-09 in
an APM30H
(Ver.E)
50 mm2 (0.078 in.2),
super flexible, 125
● Power
distribution
box in an
IBBS200D
(Ver.E)/
IBBS200T
(Ver.E)
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Cable
Exterior
Cabinet Type
Power
Equipment
Cable Specifications
Illustration 3
BBC5200D/
BBC5200T/
BBC5300D/
BBC5300T
● EPU05A-11/
EPU05A-12 in
an APM5930
APM5930(AC): 70 mm2
(0.11 in.2)
BBC5200D-L
● EPU05A-11/
EPU05A-12 in
an APM5930
Illustration 3
● Power
distribution
box in a
BBC5200D/
BBC5200T/
BBC5300D/
BBC5300T
● EPU05A-06/
EPU05A-07/
EPU05A-08/
EPU05A-09 in
an APM30H
(Ver.E)
● APM5930(AC): 70
mm2 (0.11 in.2)
● APM30H (Ver.E): 50
mm2 (0.078 in.2)
● Power
distribution
box in a
BBC5200D/
BBC5200T
Illustration 3
BBC5200T-L
● EPU05A-11/
EPU05A-12 in
an APM5930
● EPU05A-06/
EPU05A-07/
EPU05A-08/
EPU05A-09 in
an APM30H
(Ver.E)
● APM5930(AC): 70
mm2 (0.11 in.2)
● APM30H (Ver.E): 50
mm2 (0.078 in.2)
● APM30H (Ver.D): 35
mm2 (0.054 in.2)
● EPU05A-02/
EPU05A-03/
EPU05A-04/
EPU05A-05 in
an APM30H
(Ver.D)
● Power
distribution
box in a
BBC5200T-L
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Cable
Exterior
Cabinet Type
Power
Equipment
Cable Specifications
Illustration 3
IBBS700D/
IBBS700T
● EPU05A-02/
EPU05A-03/
EPU05A-04/
EPU05A-05 in
an APM30H
(Ver.D)
35 mm2 (0.054 in.2),
3436
● ETP48400 in a
BTS3900AL
cabinet
● TP48600A
Illustration 4
IBBS20D
● OPM50M
10 mm2 (0.016 in.2)
● ETP48100-A1
in an OMB
(Ver.C)
Illustration 5
IBBS20D
ETP48100-B1 in
an IMB03
10 mm2 (0.016 in.2)
1.6.1.4.4 Power Cable for the DC Junction Box in an RFC
A power cable for the DC junction box in an RFC feeds -48 V DC power into the
DC junction box in an RFC.
Exterior
Depending on the power supply supported by an RFC, there are three types of
power cables for the DC junction box in an RFC. The following figure shows the
exteriors of the power cables.
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Figure 1-407 Cable exterior
(1) OT terminal (M6)
(2) Power series 120 connector
NOTE
Colors of wires in a power cable for the DC junction box in an RFC (Ver.D) or RFC (Ver.E) vary
depending on the region as follows:
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown in
the preceding figure.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table describes power cables for the DC junction box in an RFC.
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Table 1-491 Description
Cable
Exterior
Cabinet Type
Power Equipment
Cable Specifications
Illustration
1
RFC (Ver.C),
RFC (Ver.D),
or RFC (Ver.E)
in a DC
scenario
External power
equipment
35 mm2 (0.054 in.2), one
group; 16 mm2 (0.025 in.2),
two groups
Illustration
2
RFC (Ver.C) in
an AC
scenario
EPU03A-02 or
EPU03A-04 in an
APM30H (Ver.C)
25 mm2 (0.039 in.2), one
group
Illustration
3
RFC (Ver.D) in
an AC
scenario
EPU05A-02 or
EPU05A-04 in an
APM30H (Ver.D)
25 mm2 (0.039 in.2), one
group
RFC (Ver.E) in
an AC
scenario
EPU05A-06 or
EPU05A-08 in an
APM30H (Ver.E)
25 mm2 (0.039 in.2), one
group
1.6.1.4.5 Power Cable for the DC Junction Box in a BTS3900AL
The power cable for the DC junction box in a BTS3900AL connects the PDU03D-01
to the DC junction box in the BTS3900AL DC cabinet and feeds DC power into the
DC junction box.
Exterior
The following figure shows the exterior of a power cable for the DC junction box
in a BTS3900AL.
Figure 1-408 Power cable for the DC junction box in a BTS3900AL
(1) OT terminal (M8)
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(2) OT terminal (M6)
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NOTE
The color of the power cable for the DC junction box in a BTS3900AL varies depending on the
region.
●
In most regions, the RTN(+) wire is black, and the NEG(-) wire is blue, as shown in Figure
1-408.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table describes a power cable for the DC junction box in a
BTS3900AL.
Table 1-492 Description
Cable
Wire
Cable Specifications
Power cable for the DC
junction box in a
BTS3900AL
NEG(-): W1 and W2
16 mm2 (0.025 in.2)
RTN(+): W3
35 mm2 (0.054 in.2)
1.6.1.4.6 Power Cables Between Cascaded DC Junction Boxes in Different
IBBS300Ds/IBBS300Ts/BBC5300Ds/BBC5300Ts
Power cables between cascaded DC junction boxes in different IBBS300Ds/
IBBS300Ts/BBC5300Ds/BBC5300Ts are used to connect the DC junction boxes in
two IBBS300Ds/IBBS300Ts/BBC5300Ds/BBC5300Ts, including power cables for
cascaded cabinets and power cables for cascaded fans or thermoelectric coolers
(TECs).
Power Cables Between Cascaded Cabinets
Power cables between cascaded IBBS300Ds/IBBS300Ts/BBC5300Ds/BBC5300Ts
connect the DC junction boxes in two IBBS300Ds/IBBS300Ts/BBC5300Ds/
BBC5300Ts to provide power for the second cabinet. The following figure shows
the exteriors of power cables between cascaded cabinets.
Figure 1-409 Exteriors of power cables between cascaded cabinets
(1) OT terminal (M8)
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NOTE
The RTN(+) and NEG(-) wires are red and black, respectively, as shown in the preceding figure.
The following table lists specifications of the power cables between cascaded
IBBS300Ds/IBBS300Ts/BBC5300Ds/BBC5300Ts.
Table 1-493 Description
Cabinet Type
Power Equipment
Cable Specifications
IBBS300D/
IBBS300T/
BBC5300D/
BBC5300T
DC junction box in a cabinet
35 mm2 (0.054 in.2), one
group
Power Cables Between Cascaded Fans/TECs
Power cables between cascaded fans in IBBS300Ds/BBC5300Ds or between
cascaded TECs in IBBS300Ts/BBC5300Ts connect the DC junction boxes in the two
cabinets to provide power for the fan or TEC in the second cabinet, respectively.
The following figure shows the exteriors of such power cables.
Figure 1-410 Exteriors of power cables between cascaded fans or TECs
(1) OT terminal (M4)
NOTE
The RTN(+) and NEG(-) wires are black and blue, respectively, as shown in the preceding figure.
The following table lists specifications of the power cables between cascaded fans
in IBBS300Ds/BBC5300Ds and the power cables between cascaded TECs in
IBBS300Ts/BBC5300Ts.
Table 1-494 Description
Cabinet Type
Power Equipment
Cable Specifications
IBBS300D/
IBBS300T/
BBC5300D/
BBC5300T
DC junction box in a cabinet
2.5 mm2 (0.004 in.2), one
group
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1.6.1.4.7 Power Cable Between Cascaded IBBS20Ds
The power distribution boxes in two IBBS20D cabinets are cascaded by a power
cable, which feeds power from one power distribution box into the other.
Exterior
The following figure shows the exterior of a power cable between cascaded
IBBS20D cabinets.
Figure 1-411 Cable exterior
(1) OT terminal (M6)
NOTE
Colors and exteriors of cables may vary with countries and regions.
Description
The following table describes power cables between cascaded IBBS20Ds.
Table 1-495 Description
Cabinet Type
Power Equipment
Cable Specifications
IBBS20D
Power distribution box in a
cabinet
10 mm2 (0.016 in.2),
one group
1.6.1.4.8 IBBS20L Power Cable and Power Cable Between Cascaded IBBS20Ls
An IBBS20L power cable is used to connect an IBBS20L to upper-level equipment.
A power cable between IBBS20Ls is used to connect two IBBS20Ls and feed power
from one into another.
Exterior
The following figure shows an IBBS20L power cable and a power cable between
cascaded IBBS20Ls.
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Figure 1-412 Cable exterior
(1) OT terminal (M6)
NOTE
The RTN(+) and NEG(-) wires are black and blue, respectively, as shown in the preceding figure.
Description
The following table lists the specifications of an IBBS20L power cable.
Table 1-496 Description
Cable type
Power Equipment
Cable Specifications
IBBS20L
power cable
OPM50M
10 mm2 (0.016 in.2), one
group
Power cable
between
cascaded
IBBS20Ls
Upper-level IBBS20L
10 mm2 (0.016 in.2), one
group
1.6.1.4.9 IBBS20L-E Power Cable
The IBBS20L-E power cable connects an upper-level power supply device to the
IBBS20L-E.
Exterior
The following figures show the exteriors of IBBS20L-E power cables.
Figure 1-413 DC power cable exterior
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Figure 1-414 AC power cable exterior
(1) Fast connector
Description
The following table lists the specifications of an IBBS20L-E power cable.
Table 1-497 Description
Cable Type
Power Equipment
Cable Specifications
IBBS20L-E
power cable
OPM30M
10 mm2 (0.016 in.2), one
group
1.6.1.4.10 APM30 Input Power Cable
An input power cable for the APM30 feeds external AC power into the power
system of the APM30. Different power systems enable a cabinet to support power
supplies of 220 V AC single-phase, 220 V AC three-phase, and 110 V or 120 V
dual-live-wire.
Exterior
The following figure shows the exterior of an input power cable in a 220 V AC
single-phase scenario.
Figure 1-415 220 V AC single-phase input power cable
(1) OT terminal
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NOTE
Different types of AC input power cables consist of different numbers of core wires. The
preceding figure shows an input power cable in a 220 V AC single-phase scenario.
Description
The following table describes different types of AC input power cables.
Table 1-498 Description of AC input power cables
Cable
Wire
Wire Color
Cross-Sectional Area
of the Cable and
Size of the OT
Terminal
220 V AC threephase power
cable
L1
Brown
L2
Black
6 mm2 (0.009 in.2),
M6
L3
Gray
N
Blue
L
Brown
N
Blue
L1
Black
L2
Red
N
White
220 V AC singlephase power
cable
110 V AC duallive-wire
25 mm2 (0.039 in.2),
M6
25 mm2 (0.039 in.2),
M6
NOTE
The colors and structures of cables delivered by Huawei vary with countries and regions.
Cables purchased at local markets must comply with local rules and regulations.
1.6.1.4.11 TMC Input Power Cable
The type of input power cable for the TMC depends on the power supply to the
TMC.
Input Power Cable for the TMC
In a BTS3900A or DBS3900 supplied with AC power, the TMC is powered by the
APM30, and the maximum length of the input power cable is 15 m (49.21 ft) or
10 m (32.81 ft). The following figure shows the exterior of an input power cable
for the TMC.
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Figure 1-416 Input power cable for the TMC (1)
(1) EPC4 connector
(2) OT terminal [4 mm2 (0.006 in.2), M6]
In a BTS3900A or DBS3900 using -48 V DC power, when the TMC is used as a
power cabinet, if the TMC is powered by the external power device, the maximum
length of the input power cable is 10 m (32.81 ft). The following figure shows the
exterior of an input power cable for the TMC.
Figure 1-417 Input power cable for the TMC (2)
(1) OT terminal [35 mm2 (0.054 in.2), one group or 16 mm2 (0.025 in.2), two groups, M6]
In a BTS3900A or DBS3900 using -48 V DC power, when the TMC is used as a
transmission cabinet, if the TMC is powered by the external power device, the
maximum length of the input power cable is 15 m (49.21 ft) or 10 m (32.81 ft).
The following figure shows the exterior of an input power cable for the TMC.
Figure 1-418 Input power cable for the TMC (3)
(1) OT terminal [4 mm2 (0.006 in.2), M6]
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Description
The following table describes an input power cable for the TMC.
Table 1-499 Input power cable for the TMC
Cable
Wire
Wire Color
Input power cable for the
TMC
RTN(+)
Black
NEG(-)
Blue
1.6.1.4.12 TMC11H Input Power Cable
The type of input power cable for the TMC11H depends on the power supply to
the TMC11H.
Input Power Cable for the TMC11H (1)
In a BTS3900A or DBS3900 supplied with AC power, the TMC11H is powered by
the APM30H, and the maximum length of the input power cable is 15 m (49.21 ft)
or 10 m (32.81 ft). The following figure shows the exterior of an input power
cable for the TMC11H.
Figure 1-419 Input power cable for the TMC11H (1)
(1) EPC4 connector
(2) OT terminal
The following table lists the cable specifications.
Table 1-500 Input power cable for the TMC11H (1)
Cable
Wire
Wire Color
Cross-Sectional Area of
the Wire and Aperture
of the OT Terminal
Input power
cable for the
TMC11H (1)
RTN(+)
Black
4 mm2 (0.006 in.2), M6
NEG(-)
Blue
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Input Power Cable for the TMC11H (2)
In -48 V DC scenarios, if the TMC11H is powered by the external power
equipment, the maximum length of the input power cable is 10 m (32.81 ft). The
following figure shows the exterior of an input power cable for the TMC11H.
Figure 1-420 Input power cable for the TMC11H (2)
(1) OT terminal
The following table lists the cable specifications.
Table 1-501 Input power cable for the TMC11H (2)
Cable
Wire
Wire Color
Cross-Sectional Area of
the Wire and Aperture
of the OT Terminal
Input power
cable for the
TMC11H (2)
RTN(+)
Black
NEG(-)
Blue
35 mm2 (0.054 in.2), one
group or 16 mm2 (0.025
in.2), two groups, M6
Input Power Cable for the TMC11H (3)
When the TMC11H is used as a transmission cabinet, the specifications of its
power cable are as follows:
In a BTS3900A or DBS3900 supplied with -48 V DC power, if the TMC11H is
powered by the external power equipment, the maximum length of the input
power cable is 15 m (49.21 ft) or 10 m (32.81 ft). The following figure shows the
exterior of an input power cable for the TMC11H.
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Figure 1-421 Input power cable for the TMC11H (3)
(1) OT terminal [4 mm2 (0.006 in.2), M6]
1.6.1.4.13 Storage Battery Power Cable
Storage battery power cables connect storage batteries to power equipment. The
power cable between storage batteries and the power distribution box, power
cable between storage batteries and the EPU, and copper bars between storage
batteries are involved in cable connections. Storage battery power cables are used
in any of the following cabinets: IBBS200D, IBBS200T, IBBS300D, IBBS300T,
BBC5200D, BBC5200T, BBC5200D-L, BBC5200T-L, BBC5300D, BBC5300T, IBBS20D,
IBBS700D, IBBS700T, BTS3900AL, IMS06, and MRE1000
NOTE
Colors of storage battery power cables vary depending on regions.
●
In most regions, the RTN(+) and NEG(-) cables are red and black, respectively, as shown in
the following figures.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Power Cables Between Storage Battery Packs and Power Distribution Boxes
When storage batteries are installed in an IBBS200D (Ver.B)/(Ver.C)/(Ver.D)/
(Ver.E), IBBS200T (Ver.B)/(Ver.C)/(Ver.D)/(Ver.E), BBC5200D, BBC5200T, BBC5200DL, BBC5200T-L, IBBS20D, IBBS700D, and IBBS700T, storage battery power cables
are those between storage battery packs and power distribution boxes. The
following figure shows the exteriors of storage battery power cables between
storage battery packs and power distribution boxes.
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Figure 1-422 Cable exterior
(1) OT terminal (M6)
(2) OT terminal (M8)
The following table describes storage battery power cables.
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Table 1-502 Cable description
Cable Exterior
Cabinet Type
Power Equipment
Cable
Specifications
Illustration 1 in
Figure 1-422
● IBBS700D/
IBBS700T
Power distribution
box in a storage
battery cabinet
35 mm2 (0.054
in.2)
● IBBS200D
(Ver.C)/
IBBS200T
(Ver.C)
● IBBS200D
(Ver.D)/
IBBS200T
(Ver.D)
● IBBS200D
(Ver.E)/
IBBS200T
(Ver.E)
(connecting
storage
batteries to the
power
distribution box
on the inner
right wall of a
cabinet)
● BBC5200D/
BBC5200T
(connecting
storage
batteries to the
power
distribution box
on the inner
right wall of a
cabinet)
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Cable Exterior
Cabinet Type
Power Equipment
Cable
Specifications
Illustration 2 in
Figure 1-422
IBBS200D (Ver.E)/
IBBS200T (Ver.E)
(connecting
storage batteries
to the power
distribution box on
the top of a
cabinet)
Power distribution
box in a storage
battery cabinet
35 mm2 (0.054
in.2)
Power distribution
box in a storage
battery cabinet
16 mm2 (0.025
in.2)
Power distribution
box in a storage
battery cabinet
10 mm2 (0.016
in.2)
BBC5200D/
BBC5200T
(connecting
storage batteries
to the power
distribution box on
the top of a
cabinet)
IBBS200D (Ver.B)/
IBBS200T (Ver.B)
BBC5200D-L/
BBC5200T-L
IBBS20D
Power Cables Between Storage Battery Packs and an EPU or Busbar
When storage batteries are installed in a BTS3900AL, an IMS06, or an MRE1000,
storage battery power cables connect the storage battery packs to the power
equipment. The storage battery power cables used in a BTS3900AL or an IMS06
are shown in Figure 1-423. The storage battery power cables used in an MRE1000
are shown in Figure 1-424.
Figure 1-423 Cable exterior (in a BTS3900AL/IMS06)
(1) OT terminal (M8)
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(2) OT terminal (M6)
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Figure 1-424 Cable exterior (in an MRE1000)
(1) OT terminal (M6)
The following table describes storage battery power cables.
Table 1-503 Cable description
Cable Exterior
Cabinet Type
Power Equipment
Cable
Specifications
Figure 1-423
IMS06
EPU05A-02
35 mm2 (0.054
in.2)
BTS3900AL
Busbar
35 mm2 (0.054
in.2)
MRE1000
AC power
distribution box in an
MRE1000
25 mm2 (0.039
in.2)
Figure 1-424
When storage batteries are installed in an IBBS300D/IBBS300T/BBC5300D/
BBC5300T, storage battery power cables include power cables for a storage
battery cabinet and power cables for storage battery packs. The following figure
shows the exteriors of storage battery power cables.
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Figure 1-425 Cable exterior
(1) OT terminal (M6)
(2) OT terminal (M8)
The following table describes storage battery power cables.
Table 1-504 Cable description
Cable Exterior
Cable
Cabinet
Type
Connection
Cable
Specification
s
Illustration 1
in Figure
1-425
Storage
battery power
cable
IBBS300D/
IBBS300T
From the
positive pole of
a DC junction
box to the
corresponding
circuit breaker
35 mm2
(0.054 in.2)
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1 3900 & 5900 Series Base Station Cables
Cabinet
Type
Connection
Cable
Specification
s
Illustration 2
in Figure
1-425
IBBS300D/
IBBS300T
From a circuit
breaker to the
positive pole of
the storage
battery pack
35 mm2
(0.054 in.2)
Illustration 3
in Figure
1-425
IBBS300D/
IBBS300T
From the
negative pole of
a DC junction
box to the
negative pole of
the storage
battery pack
35 mm2
(0.054 in.2)
From the
positive and
negative poles
of a DC junction
box to the EPU
50 mm2
(0.078 in.2),
3436
Illustration 4
in Figure
1-425
Cable
BBC5300D/
BBC5300T
BBC5300D/
BBC5300T
Power cable
for the storage
battery
cabinet
IBBS300D/
IBBS300T
Copper Bars Between Storage Batteries
Copper bars between storage batteries are delivered with the storage batteries.
The following figure shows the exterior of a copper bar.
Figure 1-426 Copper bar between storage batteries
1.6.1.4.14 Lithium Battery Activation Cable
Lithium battery activation cables connect lithium batteries to the power
distribution box, feeding the activation current into the lithium batteries to
activate the lithium batteries.
Exterior
The following figure shows the exterior of lithium battery activation cables.
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Figure 1-427 Exterior of lithium battery activation cables
(1) 2-pin connector
(2) OT terminal (M4, 6 mm2 or 0.009
in.2)
1.6.2 Power Cables for Monitoring Devices
This section describes power cables for all monitoring devices.
1.6.2.1 CMUEA Power Cable
A CMUEA power cable feeds -48 V DC power into the CMUEA on the front door of
a cabinet from the power distribution box in an IBBS700D.
The following figure shows the exterior of a CMUEA power cable.
Figure 1-428 Cable exterior
(1) 3V3 connector
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(2) Bare wire
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1.6.2.2 CMUF Power Cable
A CMUF power cable feeds DC power into a CMUF from power equipment. This
section describes the specifications of various CMUF power cables when a CMUF is
configured in different cabinets.
Exterior
Figure 1-429 and Figure 1-430 show the exteriors of CMUF power cables.
Figure 1-429 Cable exterior (most regions)
(1) 3V3 connector
(2) EPC4 connector
(3) Bare wire
Figure 1-430 Cable exterior (UK)
(1) 3V3 connector
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(2) EPC4 connector
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Description
The following table describes CMUF power cables.
Table 1-505 Description
Cable Exterior
Cabinet Type
Power
Equipment
Description
Illustration 1 in
Figure 1-429
BTS3900AL
DCDU-12C in the
equipment
compartment in a
BTS3900AL
In most regions,
the RTN(+) and
NEG(-) wires are
black and blue,
respectively.
Figure 1-430
BTS3900AL
DCDU-12C in the
equipment
compartment in a
BTS3900AL
In the UK, the
RTN(+) and
NEG(-) wires are
blue and gray,
respectively.
Illustration 2 in
Figure 1-429
IBBS700T
Power distribution
box in an
IBBS700T
-
1.6.2.3 CMUG Power Cable
A CMUG power cable feeds -48 V DC power from a power distribution box into a
CMUG. The IBBS20D needs to be configured with CMUG power cables.
Exterior
The following figure shows the exterior of a CMUG power cable.
Figure 1-431 Cable exterior
(1) 2-pin connector
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(2) OT terminal (M4)
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NOTE
The RTN(+) and NEG(-) wires are black and blue, respectively, as shown in the preceding figure.
Description
The following table describes a CMUG power cable.
Table 1-506 Description
Cabinet Name
Power Equipment
Cable Specifications
IBBS20D
Power distribution box in an
IBBS20D
1.5 mm2 (0.002 in.2), one
group
1.6.2.4 CCU Power Cable
A CCU power cable feeds -48 V DC power from a DCDU-12C into a CCU. The
IBBS700D, BTS3900AL, and IBBS700T need to be configured with CCU power
cables.
Exterior
The following figure shows the exterior of a CCU power cable.
Figure 1-432 Cable exterior
(1) EPC4 connector
Description
The following table describes a CCU power cable.
Table 1-507 Description
Cabinet Name
Power Equipment
BTS3900AL
DCDU-12C in a BTS3900AL
IBBS700D
Power distribution box in an IBBS700D
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Cabinet Name
Power Equipment
IBBS700T
Power distribution box in an IBBS700T
1.6.2.5 CCU01D-03 Power Cable
A CCU01D-03 power cable feeds -48 V DC power from a DC junction box into a
CCU01D-03. The IBBS300D and IBBS300T need to be configured with CCU01D-03
power cables.
Exterior
The following figure shows the exterior of a CCU01D-03 power cable.
Figure 1-433 Cable exterior
(1) 3V3 connector
(2) OT terminal (M4)
Description
The following table describes CCU01D-03 power cables.
Table 1-508 Description
Cabinet Name
Power Equipment
IBBS300D/IBBS300T
DC junction box in an IBBS300D or IBBS300T
1.6.2.6 HEUA Power Cable
An HEUA power cable feeds power from the EPS30-4815AF in an OMB into an
HEUA.
The following figure shows the exterior of an HEUA power cable.
NOTE
An HEUA power cable is a Y-shaped cable. The cable connects to an HEUA and a BBU at the
end with two 3V3 connectors and feeds power into the HEUA and BBU.
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Figure 1-434 Cable exterior
(1) 3V3 connector
(2) H4 connector
1.6.2.7 HEUB Power Cable
An HEUB power cable feeds power from the PDU10D-01 in an OMB (Ver.C) into
an HEUB.
Exterior
The following figure shows the exterior of an HEUB power cable.
Figure 1-435 Cable exterior
(1) 3V3 connector
(2) EPC4 connector
Description
The following table describes an HEUB power cable.
Table 1-509 Description
Wire
X1 End
X2 End
W1
X1.A1
X2.B1
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Wire
X1 End
X2 End
W2
X1.A3
X2.B2
1.6.3 Power Cables for Temperature Control Devices
This section describes power cables for all temperature control devices.
1.6.3.1 Power Cables for Fan Assemblies
This section describes power cables for different models of fan assemblies.
1.6.3.1.1 FAN Power Cable
A FAN power cable feeds -48 V DC power into the FAN in the BTS3900 (Ver.B) or
BTS3900L (Ver.B) cabinet.
Exterior
The following figure shows the exterior of a FAN power cable.
Figure 1-436 Cable exterior
(1) 3V3 connector
(2) Parallel terminal
Description
The following table describes a FAN power cable.
Table 1-510 Description
X1 End
X2 End
X1.A3
X2.B1
X1.A1
X2.B2
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1.6.3.1.2 FAN 01A Power Cable
A FAN 01A power cable feeds -48 V DC power into the FAN 01A in an RFC (Ver.B).
Exterior
The following figure shows the exterior of a FAN 01A power cable.
Figure 1-437 Power cable exterior
(1) 3V3 connector
(2) Parallel terminal
Description
The following table describes a FAN 01A power cable.
Table 1-511 Description
Wire
X1 End
X2 End
W1
X1.A1
X2.B2
W2
X1.A3
X2.B1
1.6.3.1.3 FAN 01B Power Cable
A FAN 01B power cable feeds -48 V DC power into the FAN 01B in an RFC (Ver.C).
Exterior
The following figure shows the exterior of a FAN 01B power cable.
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Figure 1-438 Cable exterior
(1) 3V3 connector
(2) Female fast connector (pressfit type)
NOTE
The colors of FAN 01B power cables vary depending on regions.
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown in
the preceding figure.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table describes a FAN 01B power cable.
Table 1-512 Description
Wire
X1 End
X2 End
W1
X1.A1
X2.B1
W2
X1.A3
X2.B2
1.6.3.1.4 FAN 01C Power Cable
A FAN 01C power cable feeds -48 V DC power into a FAN 01C in an RFC (Ver.D).
Exterior
The colors of FAN 01C power cables vary depending on regions.
●
In most regions, the RTN(+) and NEG(-) wires are black, as shown in Figure
1-439.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively, as
shown in Figure 1-440.
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Figure 1-439 Cable exterior (most regions)
(1) 3V3 connector
(2) EPC4 connector
Figure 1-440 Cable exterior (UK)
(1) 3V3 connector
(2) EPC4 connector
Description
The following table describes a FAN 01C power cable.
Table 1-513 Description
Wire
X1 End
X2 End
W1
X1.A1
X2.B1
W2
X1.A3
X2.B2
1.6.3.1.5 FAN 01D Power Cable
A FAN 01D power cable feeds -48 V DC power into the FAN 01D in an RFC (Ver.E).
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Exterior
The RTN(+) and NEG(-) wires of a FAN 01D power cable are black, as shown in
the following figure.
Figure 1-441 Cable exterior
(1) 3V3 connector
(2) EPC4 connector
Description
The following table describes a FAN 01D power cable.
Table 1-514 Description
Wire
X1 End
X2 End
W1
X1.A1
X2.B1
W2
X1.A3
X2.B2
1.6.3.1.6 FAN 02A Power Cable
A FAN 02A power cable feeds -48 V DC power into the FAN 02A in an APM30H
(Ver.B) or TMC11H (Ver.B).
Exterior
The FAN 02A in an APM30H (Ver.B) is powered by the EPS 01A or EPS 01. The
following figure shows the exterior of a FAN 02A power cable.
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Figure 1-442 Cable exterior (1)
(1) 3V3 connector
(2) Female fast connector (pressfit type)
The FAN 02A in a TMC11H (Ver.B) is powered by the DCDU-03C. The following
figure shows the exterior of a FAN 02A power cable.
Figure 1-443 Cable exterior (2)
(1) 3V3 connector
(2) OT terminal (M4)
1.6.3.1.7 FAN 02B Power Cable
A FAN 02B power cable feeds -48 V DC power into the FAN 02B in an APM30H
(Ver.C) or TMC11H (Ver.C).
Exterior
The following figure shows the exterior of a FAN 02B power cable.
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Figure 1-444 Cable exterior
(1) 3V3 connector
(2) Female fast connector (pressfit type)
NOTE
The colors of FAN 02B power cables vary depending on regions.
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown in
the preceding figure.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table describes a FAN 02B power cable.
Table 1-515 Description
Wire
X1 End
X2 End
W1
X1.A3
X2.B1
W2
X1.A1
X2.B2
1.6.3.1.8 FAN 02D Power Cable
A FAN 02D power cable feeds -48 V DC power into the FAN 02D in an APM30H
(Ver.D) or TMC11H (Ver.D).
Exterior
The colors of FAN 02D power cables vary depending on regions.
●
In most regions, the RTN(+) and NEG(-) wires are black respectively, as shown
in Figure 1-445.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively, as
shown in Figure 1-446.
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Figure 1-445 Cable exterior (most regions)
(1) 3V3 connector
(2) EPC4 connector
Figure 1-446 Cable exterior (UK)
(1) 3V3 connector
(2) EPC4 connector
Description
The following table describes a FAN 02D power cable.
Table 1-516 Description
Wire
X1 End
X2 End
W1
X1.A1
X2.B1
W2
X1.A3
X2.B2
1.6.3.1.9 FAN 03B Power Cable
A FAN 03B power cable feeds -48 V DC power into the FAN 03B in a BTS3900
(Ver.C) or BTS3900L (Ver.C) cabinet.
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Exterior
The following figure shows the exterior of a FAN 03B power cable.
Figure 1-447 Cable exterior
(1) 3V3 connector
(2) Female fast connector (pressfit type)
NOTE
The colors of FAN 03B power cables vary depending on regions.
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown in
the preceding figure.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table describes a FAN 03B power cable.
Table 1-517 Description
Wire
X1 End
X2 End
W1
X1.A3
X2.B1
W2
X1.A1
X2.B2
1.6.3.1.10 FAN 03C Power Cable
A FAN 03C power cable feeds -48 V DC power into the FAN 03C in a BTS3900
(Ver.D) or BTS3900L (Ver.D) cabinet.
Exterior
The following figure shows the exterior of a FAN 03C power cable when the FAN
03C is used for the BTS3900L (Ver.D) in most regions or BTS3900 (Ver.D).
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Figure 1-448 Cable exterior
(1) 3V3 connector
(2) EPC4 connector
The following figure shows the exterior of a FAN 03C power cable when the FAN
03C is used for the BTS3900L (Ver.D) in the UK.
Figure 1-449 Cable exterior (UK)
(1) 3V3 connector
(2) EPC4 connector
Description
The following table describes a FAN 03C power cable.
Table 1-518 Description
Wire
X1 End
X2 End
W1
X1.A1
X2.B2
W2
X1.A3
X2.B1
1.6.3.1.11 FAN 02E Power Cable
A FAN 02E power cable feeds -48 V DC power into the FAN 02E in an APM30H
(Ver.E) or TMC11H (Ver.E).
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Exterior
The RTN(+) and NEG(-) wires of a FAN 02E power cable are black, as shown in
the following figure.
Figure 1-450 Cable exterior
(1) 3V3 connector
(2) EPC4 connector
Description
The following table describes a FAN 02E power cable.
Table 1-519 Description
Wire
X1 End
X2 End
W1
X1.A1
X2.B1
W2
X1.A3
X2.B2
1.6.3.1.12 FAN02G Power Cable
A FAN02G power cable feeds -48 V DC power into the FAN02G in an APM5930.
Exterior
The following figures show the two exteriors of FAN02G power cables.
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Figure 1-451 Cable exterior (1)
(1) EPC4 connector
(2) Bare wire
Figure 1-452 Cable exterior (2)
(1) SPC1 connector
(2) Bare wire
Description
The following table describes FAN02G power cables.
Table 1-520 Description
Wire
One End
The Other
End
W1
X1.A1
X2
W2
X1.A2
X3
1.6.3.1.13 FAN02H Power Cable
A FAN02H power cable feeds -48 V DC power into the FAN02H in an APM30H
(Ver.E) or TMC11H (Ver.E).
Exterior
The following figure shows the exterior of a FAN02H power cable.
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Figure 1-453 Cable exterior
(1) EPC4 connector
(2) Bare wire
Description
The following table describes a FAN02H power cable.
Table 1-521 Description
Wire
One End
The Other
End
W1
X1.A1
X2
W2
X1.A2
X3
1.6.3.1.14 FAU03D-03 Power Cable
An FAU03D-03 power cable feeds -48 V DC power into the FAU03D-03.
The following figure shows the exterior of the FAU03D-03 power cable used in an
AC cabinet.
Figure 1-454 FAU03D-03 power cable
(1) 3V3 connector
(2) SPC1 connector
The following figure shows the exterior of the FAU03D-03 power cable used in a
DC cabinet.
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Figure 1-455 FAU03D-03 power cable
(1) 3V3 connector
(2) EPC4 connector
1.6.3.1.15 FAU03D-02 Power Cable
An FAU03D-02 power cable feeds -48 V DC power into the FAU03D-02.
Exterior
The following figure shows the exterior of an FAU03D-02 power cable.
Figure 1-456 Cable exterior
(1) 3V3 connector
(2) EPC4 connector
Description
The following table describes an FAU03D-02 power cable.
Table 1-522 FAU03D-02 power cable
Wire
X1 End
X2 End
W1
A3
B1
W2
A1
B2
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1.6.3.1.16 FAU03D-01 Power Cable
An FAU03D-01 power cable feeds DC power into the FAU03D-01 in a BTS3900AL
(Ver.A) cabinet.
Exterior
The colors of FAU03D-01 power cables vary depending on regions.
●
In most regions, the RTN(+) and NEG(-) wires are black respectively, as shown
in Figure 1-457.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively, as
shown in Figure 1-458.
Figure 1-457 Cable exterior (most regions)
(1) 3V3 connector
(2) EPC4 connector
Figure 1-458 Cable exterior (UK)
(1) 3V3 connector
(2) EPC4 connector
1.6.3.1.17 FAU02D-15 Power Cable
An FAU02D-15 power cable feeds -48 V DC power into the FAU02D-15.
Exterior
The following figure shows the exterior of an FAU02D-15 power cable.
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Figure 1-459 Exterior of an FAU02D-15 power cable
(1) 3V3 connector
(2) EPC4 connector
Cable Description
The following table describes the FAU02D-15 power cable.
Table 1-523 FAU02D-15 power cable
Cable
X1 End
X2 End
W1
A3
B1
W2
A1
B2
1.6.3.1.18 FAU01D-05 Power Cable
An FAU01D-05 power cable feeds -48 V DC power into the FAU01D-05.
Exterior
The following figure shows the exterior of an FAU01D-05 power cable.
Figure 1-460 Cable exterior
(1) 3V3 connector
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(2) EPC4 connector
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Description
The following table describes an FAU01D-05 power cable.
Table 1-524 FAU01D-05 power cable
Wire
X1 End
X2 End
W1
A1
-
W2
A3
+
1.6.3.1.19 FAN 03D Power Cable
A FAN 03D power cable feeds -48 V DC power into a FAN 03D.
Exterior
The following figure shows the exterior of a FAN 03D power cable.
Figure 1-461 FAN 03D power cable
(1) 3V3 connector
(2) EPC4 connector
Description
The following table describes a FAN 03D power cable.
Table 1-525 FAN 03D power cable
Wire
X1 End
X2 End
W1
A3
B1
W2
A1
B2
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1.6.3.2 Transfer Power Cable for the Fan Assembly
A transfer power cable for the fan assembly connects the FAU01D-05 and fans in
the MRE1000.
Exterior
The following figure shows the exterior of a transfer power cable for the fan
assembly.
Figure 1-462 Cable exterior
(1) H4 connector
Description
The following table describes the transfer power cable for the fan assembly.
Table 1-526 Transfer power cable for the fan assembly
Wire
X1 End
X2 End
W1
X1.1
X2.1
W2
X1.2
X2.2
W3
X1.3
X2.3
W4
X1.4
X2.4
1.6.3.3 Power Cable for an AC Heater
The power cable for an AC heater feeds AC power into the AC heater in an
APM30H, TMC11H, or MRE1000 from power equipment.
Power Cable for an AC Heater
Exterior
The following figure shows the exterior of a power cable for an AC heater.
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NOTE
Colors and exteriors of cables may vary with countries and regions.
Figure 1-463 Power cable for an AC heater
(1) C13 connector
(2) OT terminal (M4)
NOTE
The L wire, PE wire, and N wire of a power cable for an AC heater are brown, green and yellow,
and blue, respectively, as shown in the preceding figure.
Description
The following table describes a power cable for an AC heater.
Table 1-527 Cable description
Cabinet Type
Power Equipment
Cable
Specif
icatio
ns
APM30H (Ver.D), APM30H (Ver.B),
APM30H (Ver.C), or APM30H (Ver.E)
EPS or EPU in the cabinet
1.5
mm2
(0.002
3 in.2)
TMC11H (Ver.D), TMC11H (Ver.B),
TMC11H (Ver.C), or TMC11H (Ver.E)
serving as a transmission cabinet in AC
scenarios
EPS or EPU in an APM30H
(feeding power into the AC
junction box in a TMC11H)
1.5
mm2
(0.002
3 in.2)
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Cabinet Type
Power Equipment
Cable
Specif
icatio
ns
TMC11H (Ver.D), TMC11H (Ver.B),
TMC11H (Ver.C), or TMC11H (Ver.E)
serving as a power cabinet in DC
scenarios
External power equipment
1.5
mm2
(0.002
3 in.2)
MRE1000
AC power distribution box
in an MRE1000
1.5
mm2
(0.002
3 in.2)
Power Transfer Cable for an AC Heater
The power transfer cable for an AC heater feeds AC power into the AC heater
from the EPU in an APM30 (Ver.D_A1) by connecting the AC power output
terminal on the EPU to the transfer terminal on the AC heater.
The following figure shows a power transfer cable for an AC heater in an APM30
(Ver.D_A1).
Figure 1-464 Power transfer cable for an AC heater
(1) OT terminal (M4, 1 mm2 or 0.0016 in.2)
(2) Cord end terminal
1.6.3.4 Power Cable for a Heating Film
A power cable for a heating film connects the junction box on the inner left side
of an APM30H/APM5930(AC) to the junction box for the heating film in an
IBBS200D/BBC5200D/BBC5300D and supplies power to the heating film.
Exterior
The following figure shows the exterior of a power cable for a heating film.
NOTE
Colors and exteriors of cables may vary with countries and regions.
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Figure 1-465 Cable exterior
(1) OT terminal (M4)
NOTE
The L wire and N wire of a power cable for a heating film are brown and blue, respectively, as
shown in the preceding figure.
Description
The following table describes a power cable for a heating film.
Table 1-528 Cable description
Cabinet Type
Power Equipment
Cable
Specific
ations
IBBS200D (Ver.D), IBBS200D
(Ver.B), IBBS200D (Ver.C), or
IBBS200D (Ver.E)
EPS or EPU in an APM30H. The
EPS or EPU feeds power first into
the AC junction box in the
APM30H and then into the
junction box for the heating film
in an IBBS200D.
1.5 mm2
(0.0023
in.2)
BBC5200D or BBC5300D
EPU in an APM5930(AC). The EPU
feeds power first into the AC
junction box in the APM5930(AC)
and then into the junction box for
the heating film in a BBC5200D or
BBC5300D.
1.5 mm2
(0.0023
in.2)
1.6.3.5 Power Cables for the Temperature Control System
Power cables for the temperature control system connect the power distribution
box in the IBBS700D or IBBS700T, feeding DC power into the fan mounting frame
in the IBBS700D or the TEC in the IBBS700T and the CCU.
Exterior
The following figure shows the exterior of a power cable for the temperature
control system.
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Figure 1-466 Cable exterior
(1) EPC4 connector
Description
The following table describes the power cable for the temperature control system.
Table 1-529 Cable description
Wire
X1 End
X2 End
W1
X1.A1
X2.A1
W2
X1.A2
X2.A2
1.6.3.6 HAU01A-01 Power Cable
An HAU01A-01 power cable feeds AC power into an HAU01A-01 from the AC
junction box in a BTS3900AL/IBBS300D/IBBS700D/BBC5200D-L.
Exterior
The following figure shows the exterior of an HAU01A-01 power cable.
Figure 1-467 Cable exterior
(1) C13 straight female connector
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(2) OT terminal (M4)
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Description
The following table describes an HAU01A-01 power cable.
Table 1-530 Description
Wire
Wire Color
Cable Specifications
L
Brown
1.5 mm2 (0.0023 in.2)
PE
Green and yellow
N
Blue
1.6.3.7 HAU03A-02 Power Cable
An HAU03A-02 power cable feeds AC power into an HAU03A-02 from the AC
junction box in a BBC5200D-L.
Exterior
The following figure shows the exterior of an HAU03A-02 power cable.
Figure 1-468 Cable exterior
(1) C13 straight female connector
(2) OT terminal (M4)
Description
The following table describes an HAU03A-02 power cable.
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Table 1-531 Description
Wire
Wire Color
Cable Specifications
L
Brown
1.5 mm2 (0.0023 in.2)
PE
Green and yellow
N
Blue
1.6.3.8 Fan Power Cables in an IBBS200D
Fan power cables in an IBBS200D include the fan input power cable and fan
power transfer cable, feeding power into the fan in the IBBS200D.
Fan Input Power Cable in an IBBS200D
Exterior
The fan input power cable in an IBBS200D connects power equipment to the
power distribution box in the IBBS200D, as shown in the following figure.
Figure 1-469 Cable exterior
(1) Female fast connector
(pressfit type)
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(2) OT terminal (M4)
Copyright © Huawei Technologies Co., Ltd.
(3) EPC4 connector
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NOTE
The colors of fan input power cables in an IBBS200D (Ver.D), IBBS200D (Ver.C), or IBBS200D
(Ver.E) vary depending on regions as follows:
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown in
the preceding figure.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table describes fan input power cables in IBBS200Ds.
Table 1-532 Cable description
Cable
Exterior
Cabinet Type
Power Equipment
Cable
Specification
s
Illustration 1
IBBS200D (Ver.B)
EPS 01A, EPS 01C, EPS 01B,
or EPS 01D in an APM30H
(Ver.B)
2.5 mm2
(0.0039 in.2)
Illustration 1
IBBS200D (Ver.C)
EPU03A-02, EPU03A-04,
EPU03A-03, or EPU03A-05
in an APM30H (Ver.C)
2.5 mm2
(0.0039 in.2)
Illustration 2
IBBS200D (Ver.D)
EPU05A-02, EPU05A-04,
EPU05A-03, or EPU05A-05
in an APM30H (Ver.D)
2.5 mm2
(0.0039 in.2)
IBBS200D (Ver.E)
EPU05A-06, EPU05A-08,
EPU05A-07, or EPU05A-09
in an APM30H (Ver.E)
2.5 mm2
(0.0039 in.2)
Fan Power Transfer Cable in an IBBS200D
Exterior
The fan power transfer cable in an IBBS200D connects the power distribution box
in the IBBS200D to the fan mounting frame on the cabinet door. The exteriors of
fan power transfer cables in IBBS200Ds vary depending on cabinet versions, as
shown in the following figure.
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Figure 1-470 Cable exterior
(1) 3V3 connector
(2) OT terminal (M6)
(3) OT terminal (M4)
Description
The following table describes fan power transfer cables in IBBS200Ds.
Table 1-533 Cable description
Cabl
e
Exte
rior
Cabinet Type
Power
Equipme
nt
Cable Color
Cable
Specifications
Illust
ratio
n1
IBBS200D
(Ver.B)
Power
distributio
n box in a
cabinet
The RTN(+) and
NEG(-) wires are
black and blue,
respectively.
● OT terminal
(M4), 1.5 mm2
(0.0023 in.2)
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● OT terminal
(M6), 6 mm2
(0.009 in.2)
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Cabl
e
Exte
rior
Cabinet Type
Power
Equipme
nt
Cable Color
Cable
Specifications
Illust
ratio
n1
IBBS200D
(Ver.C)
Power
distributio
n box in a
cabinet
● In most regions,
the RTN(+) and
NEG(-) wires are
black and blue,
respectively.
● OT terminal
(M4), 1.5 mm2
(0.0023 in.2)
● In the UK, the
RTN(+) and
NEG(-) wires are
blue and gray,
respectively.
Illust
ratio
n2
IBBS200D
(Ver.D) or
IBBS200D
(Ver.E)
Power
distributio
n box in a
cabinet
Both the RTN(+) and
NEG(-) wires are
black.
● OT terminal
(M6), 6 mm2
(0.009 in.2)
2.5 mm2 (0.0039 in.
2)
1.6.3.9 BBC5200D Fan/BBC5200D-L Fan/BBC5200T TEC/BBC5200T-L Air
Conditioner Power Cable
A BBC5200D/BBC5200D-L fan power cable feeds power into the BBC5200D/
BBC5200D-L fan, and a BBC5200T TEC/BBC5200T-L air conditioner power cable
feeds power into the BBC5200T TEC/BBC5200T-L air conditioner. This section
describes the BBC5200D/BBC5200D-L fan power cable, power cable between two
cascaded BBC5200D/BBC5200D-L fans, BBC5200T TEC/BBC5200T-L air conditioner
power cable, and power cable between two cascaded BBC5200T TECs/BBC5200T-L
air conditioners.
Exterior
The BBC5200D fan power cable, BBC5200T TEC power cable, power cable between
cascaded BBC5200D fans, and power cable between cascaded BBC5200T TECs
have the same exterior, as shown in the following figure.
Figure 1-471 Cable exterior
(1) SPC1 connector
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The BBC5200T-L air conditioner power cable and power cable between cascaded
BBC5200T-L air conditioners have the same exterior, as shown in the following
figure.
Figure 1-472 Cable exterior
(1) Cord end terminal
NOTE
● In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown
in the preceding figure.
● In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table describes the BBC5200D/BBC5200D-L fan power cable, power
cable between two cascaded BBC5200D/BBC5200D-L fans, BBC5200T TEC/
BBC5200T-L air conditioner power cable, and power cable between two cascaded
BBC5200T TECs/BBC5200T-L air conditioners.
Table 1-534 Cable description
Cable
Cabinet Type
Power Equipment
Cable Specifications
BBC5200D/
BBC5200D-L
fan power
cable
BBC5200D/
BBC5200D-L
● EPU05A-11/12 in an
APM5930(AC)
2.5 mm2 (0.004 in.2),
one group
Power cable
between
cascaded
BBC5200D/
BBC5200D-L
fans
BBC5200D/
BBC5200D-L
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● EPU05A-06/
EPU05A-07/
EPU05A-08/
EPU05A-09 in an
APM30H (Ver.E)
Power distribution box
in a BBC5200D/
BBC5200D-L
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Cable
Cabinet Type
Power Equipment
BBC5200T
TEC/
BBC5200T-L
air
conditioner
power cable
BBC5200T/
BBC5200T-L
● EPU05A-11/12 in an
APM5930(AC)
Cable Specifications
● EPU05A-06/
EPU05A-07/
EPU05A-08/
EPU05A-09 in an
APM30H (Ver.E)
● EPU05A-02/
EPU05A-03/
EPU05A-04/
EPU05A-05 in an
APM30H (Ver.D)
Power cable
between
cascaded
BBC5200T
TECs/
BBC5200T-L
air
conditioners
BBC5200T/
BBC5200T-L
Power distribution box
in a BBC5200T/
BBC5200T-L
1.6.3.10 Fan Power Cables in an IBBS300D
The fan power cables in an IBBS300D connect power equipment in the APM30H
or BTS3900AL cabinet to the DC junction box in the IBBS300D, feeding power into
the fan in the IBBS300D.
Exterior
The following figure shows the exterior of fan power cables in an IBBS300D.
Figure 1-473 Fan power cables in an IBBS300D
(1) EPC4 connector
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(2) OT terminal (M4)
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NOTE
Colors of wires in an IBBS300D fan power cable vary depending on regions as follows:
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown in
the preceding figure.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table describes the fan power cables in an IBBS300D.
Table 1-535 Cable description
Cabinet Type
Power Equipment
Cable Specifications
IBBS300D
Power equipment in an
APM30H or BTS3900AL
cabinet
2.5 mm2 (0.0039 in.2),
one group
1.6.3.11 BBC5300D Fan or BBC5300T TEC Power Cable
A BBC5300D fan power cable feeds power into the BBC5300D fan, and a
BBC5300T TEC power cable feeds power into the BBC5300T TEC.
Exterior
A BBC5300D fan power cable has the same exterior as a BBC5300T TEC power
cable. The following figure shows the cable exterior.
Figure 1-474 Cable exterior
(1) SPC1 connector
(2) OT terminal (M4)
NOTE
● In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown
in the preceding figure.
● In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
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Description
The following table describes a BBC5300D fan power cable and a BBC5300T TEC
power cable.
Table 1-536 Cable description
Cable
Cabinet
Type
Power Equipment
Cable Specifications
BBC5300D fan
power cable
BBC5300D
EPU05A-11 or
EPU05A-12 in an
APM5930(AC)
2.5 mm2 (0.004 in.2),
one group
BBC5300T TEC
power cable
BBC5300T
EPU05A-11 or
EPU05A-12 in an
APM5930(AC)
1.6.3.12 TEC Power Cables in an IBBS200T
TEC power cables in an IBBS200T include the TEC input power cable and TEC
power transfer cable, feeding power into the TEC in the IBBS200T.
TEC Input Power Cable in an IBBS200T
Exterior
The TEC input power cable in an IBBS200T connects power equipment to the
power distribution box in the IBBS200T. The exteriors of TEC input power cables in
IBBS200Ts vary depending on cabinet versions, as shown in the following figure.
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Figure 1-475 Cable exterior
(1) Female fast connector
(pressfit type)
(2) OT terminal (M4)
(3) EPC4 connector
NOTE
The colors of TEC input power cables in an IBBS200T (Ver.D), IBBS200T (Ver.C), or IBBS200T
(Ver.E) vary depending on regions as follows:
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown in
the preceding figure.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table describes TEC input power cables in IBBS200Ts.
Table 1-537 Cable description
Cable
Exterior
Cabinet Type
Power Equipment
Cable
Specification
s
Illustration 1
IBBS200T (Ver.B)
EPS 01A, EPS 01C, EPS 01B,
or EPS 01D in an APM30H
(Ver.B)
2.5 mm2
(0.0039 in.2)
Illustration 1
IBBS200T (Ver.C)
EPU03A-02, EPU03A-04,
EPU03A-03, or EPU03A-05
in an APM30H (Ver.C)
2.5 mm2
(0.0039 in.2)
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Cable
Exterior
Cabinet Type
Power Equipment
Cable
Specification
s
Illustration 2
IBBS200T (Ver.D)
EPS05A-02, EPS05A-04,
EPS05A-03, or EPS05A-05 in
an APM30H (Ver.D)
2.5 mm2
(0.0039 in.2)
IBBS200T (Ver.E)
EPS05A-06, EPS05A-08,
EPS05A-07, or EPS05A-09 in
an APM30H (Ver.E)
2.5 mm2
(0.0039 in.2)
TEC Power Transfer Cable in an IBBS200T
Exterior
The TEC power transfer cable in an IBBS200T connects the power distribution box
in the IBBS200T to the TEC on the cabinet door. TEC power transfer cables in
IBBS200Ts are divided into two types in terms of power equipment, as shown in
the following figure.
Figure 1-476 Cable exterior
(1) 3V3 connector
(2) OT terminal (M6)
(3) OT terminal (M4)
Description
The following table describes TEC power transfer cables in IBBS200Ts.
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Table 1-538 Cable description
Cabl
e
Exte
rior
Cabinet Type
Power
Equipm
ent
Cable Color
Cable Specifications
Illust
ratio
n1
IBBS200D
(Ver.B)
Power
distribu
tion
box in a
cabinet
The RTN(+) and
NEG(-) wires are
black and blue,
respectively.
● OT terminal (M4),
1.5 mm2 (0.0023
in.2)
Power
distribu
tion
box in a
cabinet
● In most regions,
the RTN(+) and
NEG(-) wires are
black and blue,
respectively.
Illust
ratio
n1
IBBS200D
(Ver.C)
● In the UK, the
RTN(+) and
NEG(-) wires are
blue and gray,
respectively.
Illust
ratio
n2
IBBS200D
(Ver.D) or
IBBS200D
(Ver.E)
Power
distribu
tion
box in a
cabinet
Both the RTN(+)
and NEG(-) wires
are black.
● OT terminal (M6),
6 mm2 (0.009 in.2)
● OT terminal (M4),
1.5 mm2 (0.0023
in.2)
● OT terminal (M6),
6 mm2 (0.009 in.2)
2.5 mm2 (0.0039 in.2)
1.6.3.13 TEC Power Cables in an IBBS300T
The TEC power cables in an IBBS300T connect power equipment in the APM30H
or BTS3900AL cabinet to the DC junction box in the IBBS300T, feeding power into
the TEC in the IBBS300T.
Exterior
The following figure shows the exterior of TEC power cables in an IBBS300T.
Figure 1-477 TEC power cables in an IBBS300T
(1) EPC4 connector
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(2) OT terminal (M4)
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NOTE
Colors of wires in an IBBS300T TEC power cable vary depending on regions as follows:
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown in
the preceding figure.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table describes TEC power cables in IBBS300Ts.
Table 1-539 Cable description
Cabinet Type
Power Equipment
Cable Specifications
IBBS300T
Power equipment in an
APM30H or BTS3900AL
cabinet
2.5 mm2 (0.0039 in.2),
one group
1.6.3.14 Power Cable for a Heat Exchanger in the Front Door
A power cable for a heat exchanger in the front door connects power equipment
to the heat exchanger in the front door of a BTS3012AE (Ver.D_Z) cabinet. The
power cables can be classified into AC power cables and DC power cables in terms
of cabinet types.
Exterior
●
Figure 1-478 shows the exterior of a power cable for a heat exchanger in the
front door when the cabinet is supplied with AC power.
●
Figure 1-479 shows the exterior of a power cable for a heat exchanger in the
front door when the cabinet is supplied with DC power.
Figure 1-478 Cable exterior (1)
(1) Common connector
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(2) OT terminal (M6)
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NOTE
The L wire, N wire, and PE wire of a power cable for a heat exchanger in the front door are
brown, blue, and green and yellow, respectively, as shown in the preceding figure.
Figure 1-479 Cable exterior (2)
(1) 3-pin connector
(2) EPC4 connector
NOTE
The RTN(+) and NEG(-) wires of a power cable for a heat exchanger in the front door are black,
as shown in the preceding figure.
Description
The following table describes power cables for heat exchangers in the front doors.
Table 1-540 Cable description
Cable Exterior
Cabinet Type
Power Equipment
Figure 1-478
BTS3012AE (Ver.D_Z) AC
EPU05A-02 or
EPU05A-04
Figure 1-479
BTS3012AE (Ver.D_Z) AC
EPU05A-02 or
EPU05A-04
BTS3012AE (Ver.D_Z) DC
DCDU-12C
1.6.4 Power Cables for Other Devices
This section describes power cables for devices other than power supply devices,
monitoring devices, and temperature control devices.
1.6.4.1 EMUA or EMUB Power Cable
An EMUA or EMUB power cable feeds -48 V DC power into the EMUA or EMUB.
This section describes the specifications of EMUA or EMUB power cables in
different cabinets.
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Exterior
The exteriors of EMUA or EMUB power cables vary depending on cabinets and
power equipment. The following figure shows the exteriors of EMUA or EMUB
power cables.
Figure 1-480 Cable exterior
(1) EPC4
connector
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(2) Cord end
terminal
(3) Female fast
connector (pressfit
type)
(4) OT terminal
(M4)
Copyright © Huawei Technologies Co., Ltd.
(5) SPC1 connector
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NOTE
The colors of EMUA or EMUB power cables in APM30H (Ver.C), TMC11H (Ver.C), APM30H
(Ver.D), TMC11H (Ver.D), APM30H (Ver.E), TMC11H (Ver.E), BTS3900AL (Ver.A), and APM5930
cabinets vary depending on regions.
●
In most regions, the RTN(+) and NEG(-) wires are black and blue, respectively, as shown in
the preceding figure.
●
In the UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
Description
The following table describes EMUA or EMUB power cables.
Table 1-541 Cable description
Cable Exterior
Cabinet Type
Power Equipment
Illustration 1
APM30H (Ver.D)
EPU05A-02, EPU05A-04,
EPU05A-03, or EPU05A-05 in
the cabinet
Illustration 1
APM30H (Ver.E)
EPU05A-06, EPU05A-08,
EPU05A-07, or EPU05A-09 in
the cabinet
Illustration 1
TMC11H (Ver.D) or TMC11H
(Ver.E)
DCDU-12B or DCDU-12C in
the cabinet
Illustration 1
BTS3900AL (Ver.A)
DCDU-12C in the cabinet
Illustration 1
BTS3012AE (Ver.D_Z) DC
DCDU-12C in the cabinet
Illustration 1
BTS3012AE (Ver.D_Z) AC
EPU05A-02 or EPU05A-04 in
the cabinet
Illustration 2
APM30H (Ver.B)
EPS 01A, EPS 01C, EPS 01B,
or EPS 01D in the cabinet
Illustration 2
APM30H (Ver.C)
EPU03A-02, EPU03A-04,
EPU03A-03, or EPU03A-05 in
the cabinet
Illustration 3
TMC11H (Ver.B)
DCDU-03B or DCDU-03C in
the cabinet
Illustration 3
TMC11H (Ver.C)
DCDU-11B or DCDU-11C in
the cabinet
Illustration 4
APM5930(AC)
EPU05A-11 or EPU05A-12 in
the cabinet
APM5930(DC)
DCDU15D in the cabinet
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1.6.4.2 BBU Power Cable
A BBU power cable feeds power into a BBU from power equipment. The maximum
length of a BBU power cable is 20 m (65.62 ft).
BBU3900/BBU3910 Power Cable
The exteriors of BBU3900 and BBU3910 power cables vary depending on cabinets
and power equipment, as shown in the following figure.
Figure 1-481 Exteriors of BBU3900 and BBU3910 power cables
(1) 3V3 connector
(2) OT terminal (M4)
(3) H4 connector
(4) Female fast
connector (pressfit
type)
(5) Parallel terminal
(6) EPC4 connector
(7) EPC5 connector
-
The following table describes BBU3900 and BBU3910 power cables.
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Table 1-542 Cable description
Cable
Exterio
r
Cabinet Type
Power Equipment
Cable Specifications
Illustrat
ion 1
TMC11H (Ver.B)
DCDU-03B or
DCDU-03C in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 2
IMB03
EPS30-4815AF in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 3
OMB
EPS30-4815AF in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 4
BTS3900 (Ver.C)
DCDU-11A in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 4
BTS3900L (Ver.C)
DCDU-11A in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 4
APM30H (Ver.B)
EPS 01A, EPS 01C,
EPS 01B, or EPS 01D
in the cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 4
APM30H (Ver.C)
EPU03A-03,
EPU03A-05,
EPU03A-02, or
EPU03A-04 in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 4
TMC11H (Ver.C)
DCDU-11B or
DCDU-11C in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 5
BTS3900 (Ver.B)
DCDU-01 in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 5
BTS3900L (Ver.B)
DCDU-01 in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 6
OMB (Ver.C)
PDU10D-01 in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 6
BTS3900 (Ver.D)
DCDU-12A in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 6
BTS3900L (Ver.D)
DCDU-12A in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 6
BTS3900AL (Ver.A)
DCDU-12C in the
equipment
compartment of the
cabinet
2.5 mm2 (0.0039 in.
2), one group
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Cable
Exterio
r
Cabinet Type
Power Equipment
Cable Specifications
Illustrat
ion 6
APM30H (Ver.D)
EPU05A-02,
EPU05A-04,
EPU05A-03, or
EPU05A-05 in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 6
APM30H (Ver.E)
EPU05A-06,
EPU05A-08,
EPU05A-07, or
EPU05A-09 in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 6
TMC11H (Ver.D) or
TMC11H (Ver.E)
DCDU-12B or
DCDU-12C in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 6
IBC10
DCDU-12C in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 7
BTS3900L (Ver.D)
DCDU-12A in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 7
BTS3900AL (Ver.A)
DCDU-12C in the
equipment
compartment of the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 7
APM30H (Ver.D)
EPU05A-02,
EPU05A-04,
EPU05A-03, or
EPU05A-05 in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 7
APM30H (Ver.E)
EPU05A-06,
EPU05A-08,
EPU05A-07, or
EPU05A-09 in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 7
TMC11H (Ver.D) or
TMC11H (Ver.E)
DCDU-12B or
DCDU-12C in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 7
MRE1000
EPU03A-21 in the
cabinet
2.5 mm2 (0.0039 in.
2), one group
Illustrat
ion 8
ILC29
DCDU-12B providing
LOAD0 to LOAD5
ports
2.5 mm2 (0.0039 in.
2), one group
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NOTE
● In most regions except UK and China, the RTN(+) and NEG(-) wires are black and blue,
respectively.
● In UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
● In China, the RTN(+) and NEG(-) wires are red and blue, respectively.
BBU5900 Power Cable
The following figure shows the exterior of a BBU5900 power cable when the
BBU5900 uses dual power supplies.
Figure 1-482 Exterior of a BBU5900 power cable (dual power supplies)
(1) HDEPC connector
(2) EPC4 connector
(3) SPC1 connector
The following table describes BBU5900 power cables.
Table 1-543 Cable description
Cabinet Type
Power Equipment
Cable Specifications
BTS3900
(Ver.E_A~D)
DCDU-12A, DCDU-12B, or
EPU02D-02 in the cabinet
2x4 mm2 (2x0.0062 in.2),
two groups
DCDU-12A, DCDU-12B, or
EPU02D-02 in the cabinet
2x4 mm2 (2x0.0062 in.2),
two groups
BTS5900 (Ver.A)
BTS3900L
(Ver.E_B~D)
BTS5900L (Ver.A)
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Cabinet Type
Power Equipment
Cable Specifications
APM30H (Ver.E)
EPU05A in the cabinet
2x4 mm2 (2x0.0062 in.2),
two groups
APM5930(DC)
DCDU-12B or DCDU-12C in
the cabinet
2x4 mm2 (2x0.0062 in.2),
two groups
ILC29 (Ver.E)
DCDU-12B in the cabinet
2x4 mm2 (2x0.0062 in.2),
two groups
IMB05
DCDU-12B or EPU02D-02
in the cabinet
2x4 mm2 (2x0.0062 in.2),
two groups
APM5930(AC)
TMC11H (Ver.E)
DCDU-12B or DCDU15D in
the cabinet
BBU3910A/BBU3910C Power Cable
The following figure shows the exterior of a BBU3910A/BBU3910C power cable.
Figure 1-483 Exterior of a BBU3910A/BBU3910C power cable
(1) EPC4 connector
The following table describes BBU3910A/BBU3910C power cables.
Table 1-544 Cable description
Wire
Wire
Color in
the
North
America
Wire
Color in
Europe
Wire
Color in
the UK
Wire Color
in China
Cable
Specifications
RTN(+)
Black
Brown
Blue
Red
NEG(-)
Blue
Blue
Gray
Blue
2.5 mm2 (0.0039 in.
2), one group
BBU5900A Power Cable
The following figure shows the exterior of a BBU5900A power cable.
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Figure 1-484 Exterior of a BBU5900A power cable
(1) EPC7 connector
(2) SPC1 connector
(3) AC-EPC1 connector
The following table describes BBU5900A power cables.
Table 1-545 Cable description
Sce
nari
o
Wire
Wire Color
in the
North
America
Wire
Color in
Europe
Wire
Color in
the UK
Wire
Color in
China
Cable
Specificatio
ns
DC
scen
ario
RTN(+
)
Black
Brown
Blue
Red
NEG()
Blue
Blue
Gray
Blue
6 mm2
(0.009 in.2)
or 10 AWG,
one group
AC
scen
ario
L
Black
Brown
Brown
Brown
N
White
Blue
Blue
Blue
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2.5 mm2
(0.0039 in.2)
or 14 AWG
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Cables
Sce
nari
o
1 3900 & 5900 Series Base Station Cables
Wire
Wire Color
in the
North
America
Wire
Color in
Europe
Wire
Color in
the UK
Wire
Color in
China
PE
Green
Green and
yellow
Green
and
yellow
Green and
yellow
Cable
Specificatio
ns
1.6.4.3 RFU Power Cable
RFU power cables feed power into RFUs from power equipment. This section
describes the specifications of RFU power cables in different cabinets.
Exterior
RFU power cables vary depending on cabinets and power equipment, as shown in
the following figure.
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Figure 1-485 Cable exterior
(1) 3V3 connector
(2) EPC4 connector
(3) Parallel terminal
(4) Female fast
connector (pressfit
type)
Description
The following table describes RFU power cables.
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Table 1-546 Cable description
Cable Exterior
Cabinet Type
Power Equipment
Illustration 1
BTS3900AL (Ver.A)
DCDU-12C in the RF
compartment of the cabinet
BTS3900 (Ver.D) or BTS5900
(Ver.A)
DCDU-12A in the cabinet
RFC (Ver.D) or RFC (Ver.E)
DCDU-12A in the cabinet
BTS3900L (Ver.D) or
BTS5900L (Ver.A)
DCDU-12A in the cabinet
BTS3012AE (Ver.D_Z)
DCDU-12A in the cabinet
BTS3900AL (Ver.A)
DCDU-12C in the RF
compartment of the cabinet
BTS3900L (Ver.D) or
BTS5900L (Ver.A)
DCDU-12A in the cabinet
RFC (Ver.D) or RFC (Ver.E)
DCDU-12A in the cabinet
● BTS3900 (Ver.B)
DCDU-01 in the cabinet
Illustration 2a
Illustration 3
● RFC (Ver.B)
● BTS3900L (Ver.B)
Illustration 4
● BTS3900 (Ver.C)
DCDU-11A in the cabinet
● RFC (Ver.C)
● BTS3900L (Ver.C)
a: The connectors at both ends of the cable in illustration 1 are the same as
those in illustration 2, but the color of the cable in illustration 1 is different from
that in illustration 2.
● Illustration 1 shows the cable used in most regions. The RTN(+) and NEG(-)
wires are black.
● Illustration 2 shows the cable used in the UK. The RTN(+) wire is blue, and
the NEG(-) wire is gray.
1.6.4.4 RRU Power Cable
RRU power cables feed power into RRUs. This section describes the specifications
of RRU power cables when different types of power equipment are used.
Exterior
The following figure shows the exteriors of RRU power cables. Cable connectors at
RRU sides vary depending on RRU models. For details on cable connectors, see the
related RRU installation guide.
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1 3900 & 5900 Series Base Station Cables
Figure 1-486 Cable exteriors
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1 3900 & 5900 Series Base Station Cables
(1) Female fast connector (2) EPC4 connector
(pressfit type)
(3) EPC5 connector
(4) EPC11 connector
(5) OT terminal (M4)
(6) Cord end terminal
(7) SPC1 connector
(8) Bare wire
-
NOTE
● The colors of RRU power cables vary depending on regions.
●
In most regions except UK and China, the RTN(+) and NEG(-) wires are black and blue,
respectively.
●
In UK, the RTN(+) and NEG(-) wires are blue and gray, respectively.
●
In China, the RTN(+) and NEG(-) wires are red and blue, respectively.
● Colors and exteriors of cables may vary with countries and regions.
Cable Type
RRU power cables vary according to power equipment. The following table
describes different types of RRU power cables.
Table 1-547 Types of RRU power cables
Cable Exterior
Cabinet Type
Power Equipment
Illustration 1
TMC11H (Ver.C)
DCDU-11B
Illustration 1
APM30H (Ver.B)
EPS 01A, EPS 01C, EPS
01B, or EPS 01D
Illustration 1
APM30H (Ver.C)
EPU03A-02, EPU03A-04,
EPU03A-03, or
EPU03A-05
Illustration 2
TMC11H (Ver.D) or
TMC11H (Ver.E)
DCDU-12B providing
"LOAD6" to "LOAD9"
ports
OMB (Ver.C)
PDU10D-01 providing
"LOAD6" to "LOAD9"
ports
Illustration 2
APM5930(DC)
DCDU15D or DCDU-12B
providing "LOAD0" to
"LOAD5" ports
Illustration 3
TMC11H (Ver.D)
PDU10D-01 providing
"LOAD0" to "LOAD5"
ports
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Cable Exterior
1 3900 & 5900 Series Base Station Cables
Cabinet Type
Power Equipment
OMB (Ver.C)
DCDU-12B providing
"LOAD0" to "LOAD5"
ports
APM30H (Ver.D)
EPU05A-03 or
EPU05A-05 providing
"RRU0" to "RRU5" ports
APM30H (Ver.E)
EPU05A-06, EPU05A-07,
EPU05A-08, or
EPU05A-09
MRE1000
EPU03A-21
IMB05 or ILC29
DCDU-12B providing
"LOAD0" to "LOAD5"
ports or EPU02D-02,
EPU02S-02, EPU02B, or
EPU02S providing
"LOAD0" and "LOAD1"
ports
Illustration 4
TMC11H (Ver.B)
DCDU-03B
Illustration 5
APM30H (Ver.D)
ODM06D
TMC11H (Ver.E) in a
DBS3900 configured
with 16 to 21 RRUs in
DC scenarios
ODM06D
Illustration 6
APM5930(AC)
EPU05A-11 or
EPU05A-12
Illustration 7
APM5930(AC),
APM5930(DC), APM30H
(Ver.E), APM30H (Ver.D),
TMC11H (Ver.E),
TMC11H (Ver.D),
BTS3900 (Ver.D),
BTS3900L (Ver.D),
BTS5900 (Ver.A),
BTS5900L (Ver.A),
BTS3900AL DC,
BTS3900AL, AC IMB03,
IMB05, or 19-inch rack
DCDU16D providing
"LOAD0" to "LOAD2"
ports
NOTE
The specifications of RRU power cables vary depending on RRU models. For details on the
specifications of RRU power cables, see the related RRU hardware description and RRU
installation guide. For example, for the RRU5909s, see RRU5909s Hardware Description and
RRU5909s Installation Guide.
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1.6.4.5 SOU Power Cable
The power cable for a service outlet unit (SOU) feeds AC power from the AC
OUTPUT port on the EPU, EPS, or AC power distribution box into the SOU.
Exterior
The following figure shows the exterior of an SOU power cable.
NOTE
Colors and exteriors of cables may vary with countries and regions.
Figure 1-487 Cable exterior
(1) C13 connector
(2) OT terminal (M4)
Description
The following table describes an SOU power cable.
Table 1-548 Cable description
Wire
Color
Silkscreen
Cable Specifications
W1
Brown
L
2.5 mm2 (0.004 in.2)
W2
Green and yellow
PE
W3
Blue
N
1.6.4.6 SPD Power Cable
A power cable for a surge protective device (SPD) feeds AC power into the AC
surge protection box in an OMB (Ver.C).
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Exterior
The following figure shows the exterior of an SPD power cable.
Figure 1-488 Cable exterior
(1) Cord end terminal
(2) OT terminal (M4, 4 mm2 or 0.006 in.2)
1.6.4.7 Power Cable for an AC Surge Protection Box
A power cable for an AC surge protection box feeds external AC power into an
OMB or MRE1000. The cabinet can be supplied with 220 V AC single-phase or 110
V AC dual-live-wire power. The maximum length of a power cable for an AC surge
protection box is 6 m (19.69 ft).
Exterior
The following figure shows the exterior of a power cable for an AC surge
protection box.
NOTE
Colors and exteriors of cables may vary with countries and regions.
Figure 1-489 Cable exterior
(1) OT terminal
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Description
The following table describes a power cable for the AC surge protection box.
Table 1-549 Cable description
Cable
Wire
Color
220 V AC single-phase
power cable
L
Brown
N
Blue
PE
Green and yellow
L1
Brown
L2
Blue
PE
Green and yellow
110 V AC dual-live-wire
1.6.4.8 Power Cable for the AC Power Distribution Box in the MRE1000
The power cable for the AC power distribution box in the MRE1000 connects the
external AC power supply and the AC power distribution box in the MRE1000. The
maximum length of a power cable for the AC power distribution box in the
MRE1000 is 15 m (49.21 ft).
Exterior
The following figure shows the exterior of the power cable for the AC power
distribution box in the MRE1000.
Figure 1-490 Cable exterior
(1) OT terminal (M6)
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Description
The following table describes the power cable for the AC power distribution box in
the MRE1000.
Table 1-550 Cable description
Cable
Wire
Color
220 V AC single-phase
power cable
L
Brown
N
Blue
PE
Green and yellow
L1
Black
L2
Red
N
White
PE
Green
110 V AC dual-live-wire
1.6.4.9 GATM Power Cable
A GATM power cable feeds power into a GATM. This section describes the
specifications of GATM power cables in different cabinets.
Exterior
The exteriors of GATM power cables vary depending on cabinets and power
equipment. The following figure shows the exteriors of GATM power cables.
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Figure 1-491 Cable exterior
(1) 3V3 connector
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(2) EPC4 connector
(3) Parallel terminal
Copyright © Huawei Technologies Co., Ltd.
(4) OT terminal (M4)
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(5) Female fast
connector (pressfit
type)
1 3900 & 5900 Series Base Station Cables
-
-
-
Description
The following table describes GATM power cables.
Table 1-551 Cable description
Cable Exterior
Cabinet Type
Power Equipment
Illustration 1
BTS3900 (Ver.D) or
BTS3900L (Ver.D)
DCDU-12A in the cabinet
BTS5900 (Ver.A) or
BTS5900L (Ver.A)
Illustration 1
TMC11H (Ver.D) or TMC11H
(Ver.E)
DCDU-12C in the cabinet
Illustration 1
APM30H (Ver.D)
EPU05A-02 or EPU05A-04 in
an APM30H, or DCDU-12A
in an RFC
Illustration 1
APM30H (Ver.E)
EPU05A-06 or EPU05A-08 in
an APM30H, or DCDU-12A
in an RFC
Illustration 2a
BTS3900L (Ver.D)
DCDU-12A in the cabinet
Illustration 2a
TMC11H (Ver.D) or TMC11H
(Ver.E)
DCDU-12C in the cabinet
Illustration 2
APM30H (Ver.D)
EPU05A-02 or EPU05A-04 in
an APM30H, or DCDU-12A
in an RFC
Illustration 2
APM30H (Ver.E)
EPU05A-06 or EPU05A-08 in
an APM30H, or DCDU-12A
in an RFC
Illustration 3
BTS3900 (Ver.B) or
BTS3900L (Ver.B)
DCDU-01 in the cabinet
APM30H (Ver.B)
DCDU-01 in the RFC
Illustration 4
TMC11H (Ver.B)
DCDU-03C in the cabinet
Illustration 5
BTS3900 (Ver.C) or
BTS3900L (Ver.C)
DCDU-11A in the cabinet
Illustration 5
TMC11H (Ver.C)
DCDU-11C in the cabinet
Illustration 5
APM30H (Ver.C)
DCDU-11A in an RFC
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Cable Exterior
1 3900 & 5900 Series Base Station Cables
Cabinet Type
Power Equipment
a: The connectors at both ends of the cable in illustration 1 are the same as
those in illustration 2, but the color of the cable in illustration 1 is different from
that in illustration 2.
● Illustration 1 shows the cable used in most regions. The RTN(+) and NEG(-)
wires are black.
● Illustration 2 shows the cable used in the UK. The RTN(+) wire is blue, and
the NEG(-) wire is gray.
1.6.4.10 ODM06D Power Cable
The ODM06D power cable feeds power from power equipment into an ODM06D.
Exterior
The following figure shows the exterior of an ODM06D power cable.
Figure 1-492 ODM06D power cable
(1) OT terminal
(2) Cord end terminal
Description
An ODM06D power cable consists of two wires. The following table describes an
ODM06D power cable.
Table 1-552 ODM06D power cable
Wire
Color
RTN(+)
Brown
NEG(-)
Blue
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1.7 Transmission Cables
This section describes the exteriors, functions, and pin assignment of transmission
cables in a cabinet.
1.7.1 E1/T1 Cable
An E1/T1 cable transfers baseband signals from the BBU to the external
transmission equipment. The maximum length of an E1/T1 cable is 50 m (164.04
ft).
Exterior
E1/T1 cables are classified into 75-ohm E1 coaxial cables, 120-ohm E1 twisted pair
cables, and 100-ohm T1 twisted pair cables.
The E1/T1 cable has a DB26 male connector at one end. You need to add a
connector to the other end of the cable onsite based on actual conditions. Figure
1-493 shows the exterior of an E1/T1 cable for the BBU3910, BBU3900, or
BBU5900. Figure 1-494 shows the exterior of an E1/T1 cable for the BBU3910A.
The 75-ohm E1 coaxial cable is used as an example.
Figure 1-493 E1/T1 cable for the BBU3910, BBU3900, or BBU5900
(1) DB26 male connector
Figure 1-494 E1/T1 cable for the BBU3910A
(1) DB26 male connector
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The following table lists the types of connectors at both ends of a 75-ohm E1
coaxial cable.
Table 1-553 Types of connectors at both ends of a 75-ohm E1 coaxial cable
Cable
Connector at One End
Connector at the
Other End
75-ohm E1 coaxial cable
DB26 male connector
L9 male connector
L9 female connector
SMB female
connector
BNC male connector
SMZ male connector
SMZ female
connector
Cable Description
Table 1-554, Table 1-555, and Table 1-556 describe E1/T1 cables.
Table 1-554 75-ohm E1 coaxial cable
X1 End
Wire Type(1)
Coaxial No.
Description(2)
X1.1
Tip
1
RX1+
RX0+
X1.2
Ring
RX1-
RX0-
X1.3
Tip
RX2+
RX1+
X1.4
Ring
RX2-
RX1-
X1.5
Tip
RX3+
RX2+
X1.6
Ring
RX3-
RX2-
X1.7
Tip
RX4+
RX3+
X1.8
Ring
RX4-
RX3-
X1.19
Tip
TX1+
TX0+
X1.20
Ring
TX1-
TX0-
X1.21
Tip
TX2+
TX1+
X1.22
Ring
TX2-
TX1-
X1.23
Tip
TX3+
TX2+
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3
5
7
2
4
6
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X1 End
Wire Type(1)
X1.24
Ring
X1.25
Tip
X1.26
Ring
Coaxial No.
8
Description(2)
TX3-
TX2-
TX4+
TX3+
TX4-
TX3-
NOTE
(1) "Tip" refers to the wire in an E1 coaxial cable. "Ring" refers to the external conductor of
an E1 coaxial cable.
(2) The number can start from 1 or 0.
Table 1-555 120-ohm E1 twisted pair cable
X1 End
Color
Wire Type
Description
X.1
Blue
Twisted pair
RX1+
X.2
White
X.3
Orange
X.4
White
X.5
Green
X.6
White
X.7
Brown
X.8
White
X.19
Gray
X.20
White
X.21
Blue
X.22
Red
X.23
Orange
X.24
Red
X.25
Green
X.26
Red
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RX1Twisted pair
RX2+
RX2-
Twisted pair
RX3+
RX3-
Twisted pair
RX4+
RX4-
Twisted pair
TX1+
TX1-
Twisted pair
TX2+
TX2-
Twisted pair
TX3+
TX3-
Twisted pair
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TX4-
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Table 1-556 100-ohm T1 twisted pair cable
X1 End
Color
Wire Type
Description
X.1
Blue and white
Twisted pair
RX1+
X.2
White and blue
X.3
Orange and white
X.4
White and orange
X.5
Green and white
X.6
White and green
X.7
Brown and white
X.8
White and brown
X.19
Gray and white
X.20
White and gray
X.21
Blue and red
X.22
Red and blue
X.23
Orange and red
X.24
Red and orange
X.25
Green and red
X.26
Red and green
RX1Twisted pair
RX2+
RX2-
Twisted pair
RX3+
RX3-
Twisted pair
RX4+
RX4-
Twisted pair
TX1+
TX1-
Twisted pair
TX2+
TX2-
Twisted pair
TX3+
TX3-
Twisted pair
TX4+
TX4-
1.7.2 E1/T1 Surge Protection Transfer Cable
An E1/T1 surge protection transfer cable is an optional cable. It connects the UELP
to the main control board or transmission board. An E1/T1 surge protection
transfer cable used in a BTS3900C, or in an OMB or OMB (Ver.C) cabinet
configured for the DBS3900 is 0.65 m (2.13 ft) long. An E1/T1 surge protection
transfer cable used in a BTS3900A, BTS3900AL, or in an APM, TMC series, or
battery cabinet configured for the DBS3900 is 1.2 m (3.94 ft) long.
Exterior
The following figure shows the exterior of an E1/T1 surge protection transfer
cable.
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Figure 1-495 E1/T1 surge protection transfer cable
(1) DB25 male connector
(2) DB26 male connector
Description
The following table describes an E1/T1 surge protection transfer cable.
Table 1-557 E1/T1 surge protection transfer cable
X1 End
X2 End
Wire Type
X2.2
X1.20
Twisted pair
X2.3
X1.19
X2.4
X1.4
X2.5
X1.3
X2.6
X1.22
X2.7
X1.21
X2.8
X1.6
X2.9
X1.5
X2.10
X1.24
X2.11
X1.23
X2.12
X1.8
X2.13
X1.7
X2.14
X1.1
X2.15
X1.2
X2.24
X1.25
X2.25
X1.26
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Twisted pair
Twisted pair
Twisted pair
Twisted pair
Twisted pair
Twisted pair
Twisted pair
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1.7.3 FE/GE Optical Fiber
An FE/GE optical fiber transfers optical signals between the BBU and the
transmission equipment. The typical length of an FE/GE optical fiber is 10 m
(32.81 ft), 20 m (65.62 ft), or 30 m (98.42 ft).
Exterior
The FE/GE optical fiber has a DLC connector at one end and an FC connector, SC
connector, or LC connector at the other end, as shown in the following figure.
Figure 1-496 Exterior of an FE/GE optical fiber
(1) DLC connector
(2) Breakout cable
(3) Label on the breakout
cable
(4) FC connector
(5) LC connector
(6) SC connector
NOTICE
The connection between the BBU and transmission equipment must comply with
the following rules:
●
The TX port on the BBU must be connected to the RX port on the
transmission equipment.
●
The RX port on the BBU must be connected to the TX port on the
transmission equipment.
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1.7.4 Interconnection Cable Between FE/GE Electrical Ports
In a base station using IP-based co-transmission, an interconnection cable is used
to connect the FE/GE electrical ports on the main control boards of different
modes.
Exterior
The following figure shows the exterior of an interconnection cable between
FE/GE electrical ports.
Figure 1-497 Interconnection cable between FE/GE electrical ports
(1) RJ45 connector
1.7.5 Interconnection Cable Between FE/GE Optical Ports
In a base station using IP-based co-transmission, an interconnection cable is used
to connect the FE/GE optical ports on the main control boards of different modes.
Exterior
The following figure shows the exterior of an interconnection cable between
FE/GE optical ports.
Figure 1-498 Interconnection cable between FE/GE optical ports
(1) LC connector
1.7.6 FE/GE Ethernet Cable
An FE/GE Ethernet cable connects a BBU to the external transmission equipment
through routing equipment. It transmits baseband signals. The maximum length
of an FE/GE Ethernet cable is 50 m (164.04 ft).
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Exterior
An FE/GE Ethernet cable is a shielded straight-through cable, as shown in the
following figure.
Figure 1-499 FE/GE Ethernet cable
(1) RJ45 connector
Description
The following table describes an FE/GE Ethernet cable.
Table 1-558 FE/GE Ethernet cable
X1 End
X2 End
Color
Wire Type
X1.2
X2.2
Orange
Twisted pair
X1.1
X2.1
White and orange
X1.6
X2.6
Green
X1.3
X2.3
White and green
X1.4
X2.4
Blue
X1.5
X2.5
White and blue
X1.8
X2.8
Brown
X1.7
X2.7
White and brown
Twisted pair
Twisted pair
Twisted pair
1.7.7 FE/GE Surge Protection Transfer Cable
An FE/GE surge protection transfer cable is an optional cable. It connects the UFLP
to the main control board. FE/GE surge protection transfer cables used in a
BTS3900A, BTS3900AL, or in an APM, TMC series, or battery cabinet configured for
the DBS3900 are 1.0 m (3.28 ft) long. FE/GE surge protection transfer cables used
in a BTS3900C, or in an OMB or OMB (Ver.C) cabinet configured for the DBS3900
are 0.8 m (2.62 ft) long.
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Exterior
The following figure shows the exterior of an FE/GE surge protection transfer
cable.
Figure 1-500 FE/GE surge protection transfer cable
(1) RJ45 connector
Description
The following table describes an FE/GE surge protection transfer cable.
Table 1-559 FE/GE surge protection transfer cable
X1
X2
Color
Wire Type
X1.2
X2.2
Orange
X1.1
X2.1
White
Twisted
pair
X1.6
X2.6
Green
X1.3
X2.3
White
X1.4
X2.4
Blue
X1.5
X2.5
White
X1.8
X2.8
Brown
X1.7
X2.7
White
Twisted
pair
Twisted
pair
Twisted
pair
1.8 Signal Cables
This section describes the exteriors, functions, and pin assignment of signal cables.
1.8.1 Signal Cables for Power Devices
This section describes signal cables for all power devices.
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1.8.1.1 PMU-CCU Monitoring Signal Cable
A PMU-CCU monitoring signal cable connects the PMU and CCU. It transmits the
RS485 signals collected by the PMU to the CCU, which then forwards the signals
to the BBU.
Exterior
The PMU-CCU monitoring signal cable is black. Its exterior is shown in the
following figure.
Figure 1-501 PMU-CCU monitoring signal cable
(1) RJ45 connector
Description
The following table describes a PMU-CCU monitoring signal cable.
Table 1-560 PMU-CCU monitoring signal cable
X1 End
X2 End
Color
Wire
Type
X1.1
X2.1
White
X1.2
X2.2
Orange
Twist
ed
pair
X1.3
X2.3
White
X1.4
X2.4
Green
X1.5
X2.5
White
X1.6
X2.6
Blue
X1.7
X2.7
White
X1.8
X2.8
Brown
Twist
ed
pair
Twist
ed
pair
Twist
ed
pair
1.8.1.2 PMU 11A-CMUEA Monitoring Signal Cable
The PMU 11A-CMUEA monitoring signal cable connects the PMU and the CMUEA
in the FAN 02D. It transmits the RS485 signals collected by the PMU to the BBU
through the CMUEA. This monitoring signal cable is 1.1 m (3.61 ft) long.
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Exterior
The following figure shows the exterior of a PMU 11A-CMUEA monitoring signal
cable.
Figure 1-502 PMU 11A-CMUEA monitoring signal cable
(1) RJ45 connector
Description
The following table describes a PMU 11A-CMUEA monitoring signal cable.
Table 1-561 PMU 11A-CMUEA monitoring signal cable
X1 End
X2 End
Wire Type
X1.1
X2.1
Twisted pair
X1.2
X2.2
X1.3
X2.3
X1.6
X2.6
X1.4
X2.4
X1.5
X2.5
X1.7
X2.7
X1.8
X2.8
Twisted pair
Twisted pair
Twisted pair
1.8.1.3 PMU 01B-BBU Monitoring Signal Cable
A PMU 01B-BBU monitoring signal cable reports environment variables and
alarms from the PMU 01B in the BTS3900 cabinet to the BBU.
Exterior
The following figure shows the exterior of a PMU 01B-BBU monitoring signal
cable.
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Figure 1-503 PMU 01B-BBU monitoring signal cable
(1) RJ45 connector
Description
The following table describes a PMU 01B-BBU monitoring signal cable.
Table 1-562 PMU 01B-BBU monitoring signal cable
X1 End
X2 End
Color
Wire Type
X1.1
X2.1
White
Twisted pair
X1.2
X2.2
Orange
X1.3
X2.3
White
X1.6
X2.6
Green
X1.5
X2.5
White
X1.4
X2.4
Blue
X1.7
X2.7
White
X1.8
X2.8
Brown
Twisted pair
Twisted pair
Twisted pair
1.8.1.4 PMU 11A-BBU Monitoring Signal Cable
A PMU 11A-BBU monitoring signal cable reports environment variables and
alarms collected by the PMU 11A in the cabinet to the BBU.
Exterior
The following figure shows the exterior of a PMU 11A-BBU monitoring signal
cable.
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Cables
1 3900 & 5900 Series Base Station Cables
Figure 1-504 PMU 11A-BBU monitoring signal cable
(1) RJ45 connector
Description
The following table describes a PMU 11A-BBU monitoring signal cable.
Table 1-563 PMU 11A-BBU monitoring signal cable
X1 End
X2 End
Color
Wire Type
X1.1
X2.1
White
Twisted pair
X1.2
X2.2
Orange
X1.3
X2.3
White
X1.6
X2.6
Green
X1.5
X2.5
White
X1.4
X2.4
Blue
X1.7
X2.7
White
X1.8
X2.8
Brown
Twisted pair
Twisted pair
Twisted pair
1.8.1.5 PMU 12A-BBU Monitoring Signal Cable
A PMU 12A-BBU monitoring signal cable reports environment variables and
alarms collected by the PMU 12A to the BBU.
Exterior
The following figure shows the exterior of a PMU 12A-BBU monitoring signal
cable.
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Figure 1-505 PMU 12A-BBU monitoring signal cable
(1) RJ45 connector
Description
The following table describes a PMU 12A-BBU monitoring signal cable.
Table 1-564 PMU 12A-BBU monitoring signal cable
X1 End
X2 End
Wire Type
X1.1
X2.1
Twisted pair
X1.2
X2.2
X1.3
X2.3
X1.6
X2.6
X1.4
X2.4
X1.5
X2.5
X1.7
X2.7
X1.8
X2.8
Twisted pair
Twisted pair
Twisted pair
1.8.1.6 PMU 15A-BBU Monitoring Signal Cable
A PMU 15A-BBU monitoring signal cable connects the PMU 15A and the BBU. It
reports alarm information from the PMU 15A to the BBU.
Exterior
The following figure shows the exterior of a PMU 15A-BBU monitoring signal
cable.
Figure 1-506 PMU 15A-BBU monitoring signal cable
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1 3900 & 5900 Series Base Station Cables
(1) RJ45 connector
Description
The following table describes a PMU 15A-BBU monitoring signal cable.
Table 1-565 PMU 15A-BBU monitoring signal cable
X1 End
X2 End
Wire Type
X1.1
X2.1
Twisted pair
X1.2
X2.2
X1.3
X2.3
X1.6
X2.6
X1.4
X2.4
X1.5
X2.5
X1.7
X2.7
X1.8
X2.8
Twisted pair
Twisted pair
Twisted pair
1.8.1.7 PMU-CMUA Monitoring Signal Cable
A PMU-CMUA monitoring signal cable connects the PMU and CMUA and
transmits the RS485 signals collected by the PMU to the CMUA, which then
forwards the signals to the BBU. The PMU-CMUA monitoring signal cable is 0.6 m
(1.97 ft) long.
Exterior
The following figure shows the exterior of a PMU-CMUA monitoring signal cable.
Figure 1-507 Exterior of a PMU-CMUA monitoring signal cable
(1) RJ45 connector
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Description
The following table describes the PMU-CMUA monitoring signal cable.
Table 1-566 PMU-CMUA monitoring signal cable
X1 End
X2 End
Wire Type
X1.1
X2.1
Twisted pair
X1.2
X2.2
X1.3
X2.3
X1.6
X2.6
X1.4
X2.4
X1.5
X2.5
X1.7
X2.7
X1.8
X2.8
Twisted pair
Twisted pair
Twisted pair
1.8.1.8 PMU-CMUE Monitoring Signal Cable
A PMU-CMUE monitoring signal cable connects the PMU and CMUE in the
APM30H and transmits the RS485 signals collected by the PMU to the CMUE,
which then forwards the signals to the BBU. The PMU-CMUE monitoring signal
cable is 0.6 m (1.97 ft) long.
Exterior
The following figure shows the exterior of a PMU-CMUE monitoring signal cable.
Figure 1-508 Exterior of a PMU-CMUE monitoring signal cable
(1) RJ45 connector
Description
The following table describes the PMU-CMUE monitoring signal cable.
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1 3900 & 5900 Series Base Station Cables
Table 1-567 PMU-CMUE monitoring signal cable
X1 End
X2 End
Wire Type
X1.1
X2.1
Twisted pair
X1.2
X2.2
X1.3
X2.3
X1.6
X2.6
X1.4
X2.4
X1.5
X2.5
X1.7
X2.7
X1.8
X2.8
Twisted pair
Twisted pair
Twisted pair
1.8.1.9 EPU02D or EPU02D-02 Monitoring Signal Cable
The EPU02D or EPU02D-02 monitoring signal cables include the monitoring signal
cables between the EPU02D or EPU02D-02 and operator-provided monitoring
equipment, between the EPU02D or EPU02D-02 and the BBU, and between
cascaded EPU02Ds or EPU02D-02s.
NOTE
The monitoring signal cable between the EPU02D or EPU02D-02 and the BBU connects the
PMU 12A to the BBU. For details, see 1.8.1.5 PMU 12A-BBU Monitoring Signal Cable.
Exterior
The monitoring signal cable between the EPU02D or EPU02D-02 and operatorprovided monitoring equipment reports one channel of dry-contact alarms of the
EPU02D or EPU02D-02 to the operator-provided monitoring equipment. The
following figure shows the exterior of this cable.
Figure 1-509 EPU02D or EPU02D-02 monitoring signal cable
(1) RJ45 connector
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(2) Bare wire
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The monitoring signal cable between cascaded EPU02Ds or EPU02D-02s connects
the two PMU 12As in the cascaded EPU02Ds or EPU02D-02s. The following figure
shows the exterior of this cable.
Figure 1-510 EPU02D or EPU02D-02 monitoring signal cable
(1) RJ45 connector
Description
The following table describes the monitoring signal cable between the EPU02D or
EPU02D-02 and the operator-provided monitoring equipment.
Table 1-568 Cable description
X1 End
Color
Wire Type
X1.2
Orange
Twisted pair
X1.1
White
X1.6
Green
X1.3
White
X1.4
Blue
X1.5
White
X1.8
Brown
X1.7
White
Twisted pair
Twisted pair
Twisted pair
The following table describes the monitoring signal cable between cascaded
EPU02Ds or EPU02D-02s.
Table 1-569 Cable description
X1 End
X2 End
Color
Wire Type
X1.1
X2.1
White
Twisted pair
X1.2
X2.2
Orange
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X1 End
X2 End
Color
Wire Type
X1.3
X2.3
White
Twisted pair
X1.6
X2.6
Green
X1.5
X2.5
White
X1.4
X2.4
Blue
X1.7
X2.7
White
X1.8
X2.8
Brown
Twisted pair
Twisted pair
1.8.1.10 Monitoring Signal Cable for the AC Power Distribution Box in an
MRE1000
A monitoring signal cable for the AC power distribution box in an MRE1000
connects the AC power distribution box and the CCUB to report the alarms of the
AC power distribution box to the CCUB, which then reports the alarms to the BBU.
Exterior
The following figure shows the exterior of a monitoring signal cable for the AC
power distribution box in an MRE1000.
Figure 1-511 Cable exterior
(1) Cord end terminal
(2) Bare wire
1.8.1.11 HSMU Monitoring Signal Cable for the PDU08H-01
An HSMU monitoring signal cable for the PDU08H-01 connects the EPU03A-21
and PDU08H-01. It transmits the monitoring signals of the PDU08H-01 to the
EPU03A-21, which then forwards the signals to the CCUB.
Exterior
The following figure shows the exterior of an HSMU monitoring signal cable for
the PDU08H-01.
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Cables
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Figure 1-512 HSMU monitoring signal cable for the PDU08H-01
(1) RJ45 connector
(2) Cord end terminal
Description
The following table describes an HSMU monitoring signal cable for the
PDU08H-01.
Table 1-570 HSMU monitoring signal cable for the PDU08H-01
X1 End
The Other End
Color
Wire Type
X1.8
X2
Brown
Twisted pair
X1.7
X3
White
1.8.1.12 PMU 11A-HEUB Monitoring Signal Cable
A PMU 11A-HEUB monitoring signal cable connects the PMU 11A and the HEUB.
It reports monitoring information from the PMU 11A to the BBU.
Exterior
The following figure shows the exterior of a PMU 11A-HEUB monitoring signal
cable.
Figure 1-513 PMU 11A-HEUB monitoring signal cable
(1) RJ45 connector
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Cables
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Description
The following table describes the PMU 11A-HEUB monitoring signal cable.
Table 1-571 PMU 11A-HEUB monitoring signal cable
X1 End
X2 End
Color
Wire Type
X1.1
X2.1
White
Twisted pair
X1.2
X2.2
Orange
X1.3
X2.3
White
X1.6
X2.6
Green
X1.5
X2.5
White
X1.4
X2.4
Blue
X1.7
X2.7
White
X1.8
X2.8
Brown
Twisted pair
Twisted pair
Twisted pair
1.8.1.13 PMIU-CCUB Monitoring Signal Cable
A PMIU-CCUB monitoring si