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Technical specs-datasheet on Huawei UBBPg2 vs UBBPg2a

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Basic Specifications	UBBPg2	UBBPg2a
Basic Specifications
Version	SRAN18.1	SRAN18.1
Model	WD2DUBBPG200 – UBBPg2	WD2DUBBPG2A0 – UBBPg2a
BBU	BBU3910, BBU5900, BBU5900A	BBU3910, BBU5900, BBU5900A
RAT	UMTS /LTE FDD /LTE NB-IoT /LTE TDD /NR FDD /UL co-BBP /UM co-BBP /LM co-BBP /LT co-BBP /TM co-BBP /ULM co-BBP /LTM co-BBP /LN (FDD) co-BBP /LMN (FDD) co-BBP	UMTS /LTE FDD /LTE TDD /LTE NB-IoT /NR TDD /NR FDD /UL co-BBP /UM co-BBP /LM co-BBP /LT co-BBP /TM co-BBP /ULM co-BBP /LTM co-BBP /LN (FDD) co-BBP /LMN (FDD) co-BBP /TN (FDD) co-BBP /TN (TDD) co-BBP /LN (TDD) co-BBP /LMN (TDD) co-BBP
CPRI Port Quantity	6	6
CPRI Protocol Type	CPRI	CPRI/eCPRI
NR(FDD)
Number of Cells Specifications 1	12×5/10/15/20 MHz 1T1R/2T2R/2T4R/4T4R	12×5/10/15/20 MHz 1T1R/2T2R/2T4R/4T4R
Number of Cells Specifications 2	6×25/30/40 MHz 1T1R/2T2R/2T4R/4T4R	6×25/30/40 MHz 1T1R/2T2R/2T4R/4T4R
Number of Cells Specifications 3	6×5/10/15/20 MHz 8T8R	6×5/10/15/20 MHz 8T8R
Number of Cells Specifications 4	3×25/30/40 MHz 8T8R	3×25/30/40 MHz 8T8R
Number of Cells Specifications 5	3×25/30/40 MHz 1T1R/2T2R/2T4R/4T4R + 6×5/10/15/20 MHz 1T1R/2T2R/2T4R/4T4R	3×25/30/40 MHz 1T1R/2T2R/2T4R/4T4R + 6×5/10/15/20 MHz 1T1R/2T2R/2T4R/4T4R
Number of Cells Specifications 6	3×5/10/15/20 MHz 1T1R/2T2R/2T4R/4T4R + 3×5/10/15/20 MHz 8T8R	3×10/15/20 MHz 32T32R
Number of UEs in RRC Connected Mode	2400	2400
Throughput (Gbit/s)	DL: 2.4 UL: 1.2	DL: 2.4 UL: 1.2
Signalling Specifications (BHCA)	432000	432000
NR(TDD)
Number of Cells Specifications 1	–	6×20/30/40/50/60/70/80/90/100 MHz 1T1R 6×20/30/40/50/60/70/80/90/100 MHz 2T2R 6×20/30/40/50/60/70/80/90/100 MHz 4T4R
Number of Cells Specifications 2	–	3×20/30/40/50/60/70/80/90/100 MHz 8T8R
Number of Cells Specifications 3	–	3×20/30/40/50/60/70/80/90/100 MHz 32T32R
Number of Cells Specifications 4	–	3×20/30/40/50/60/70/80/90/100 MHz 64T64R
Number of Cells Specifications 5	–	3×40/50/60/70/80/90/100 MHz 32T32R + 3×10/15/20 MHz 2R/4R
Number of Cells Specifications 6	–	3×40/50/60/70/80/90/100 MHz 64T64R + 3×10/15/20 MHz 2R/4R
Number of Cells Specifications 7	–	3×40/50/60/70/80/90/100 MHz 32T32R/64T64R + 3×10/15/20 MHz 2R/4R (3): Mixed configuration of 32T32R and 64T64R cells with the same bandwidth A is supported.
Number of Cells Specifications 8	–	3xA 32T32R/64T64R (7): A indicates the cell bandwidth, which can be 20/30/40/50/60/70/80/90/100 MHz. 32T32R/64T64R indicates that mixed configuration of 32T32R and 64T64R cells with the same bandwidth A is supported.
Number of UEs in RRC Connected Mode	–	2400
Throughput (DL:UL=4:1) (Gbit/s)	–	DL: 6 UL: 0.9
Throughput (DL:UL=8:2) (Gbit/s)	–	DL: 6 UL: 0.9
Signaling Specifications (BHCA)	–	432000
LTE(NB-IoT)
Number of Cells Specifications 1	45 carriers (200 kHz, 4T4R) over 15 cells	45 carriers (200 kHz, 4T4R) over 15 cells
Number of UEs in RRC Connected Mode	4800	4800
Number of Attached UEs	2312000	2312000
Throughput (Mbit/s)	DL: 4.71 UL: 9	DL: 4.71 UL: 9
Signalling Specifications (BHCA)	1080000	1080000
LTE(FDD)
Number of Cells Specifications 1	12×1.4/3/5/10/15/20 MHz 2T2R	12×1.4/3/5/10/15/20 MHz 2T2R
Number of Cells Specifications 2	12×1.4/3/5/10/15/20 MHz 4T4R	12×1.4/3/5/10/15/20 MHz 4T4R
Number of Cells Specifications 3	6×5/10/15/20 MHz 8T8R	6×5/10/15/20 MHz 8T8R
Number of Cells Specifications 4	3×1.4/3/5/10/15/20 MHz 2T2R + 3×5/10/15/20 MHz 8T8R	3×5/10/15/20 MHz 32T32R
Number of UEs in RRC Connected Mode	1.4 MHz: 2016 3 MHz: 4320 5/10/15/20 MHz: 4800	1.4 MHz: 2016 3 MHz: 4320 5/10/15/20 MHz: 4800
Number of UL Synchronized UEs	1.4 MHz: 2016 3 MHz: 4320 5/10/15/20 MHz: 4800	1.4 MHz: 2016 3 MHz: 4320 5/10/15/20 MHz: 4800
Number of DRBs	14400	14400
Throughput (Mbit/s)	DL: 2400 UL: 1200	DL: 2400 UL: 1200
Signaling Specifications (BHCA)	720000	720000
Number of VoLTE UEs (with ROHC)	1800	1800
Number of 2CC CA UEs	1800	1800
Number of 3CC CA UEs	1200	1200
Number of 4CC CA UEs	900	900
Number of 5CC CA UEs	720	720
LTE(TDD)
Number of Cells Specifications 1	12×5/10/15/20 MHz 2T2R	12×5/10/15/20 MHz 2T2R
Number of Cells Specifications 2	12×5/10/15/20 MHz 4T4R	12×5/10/15/20 MHz 4T4R
Number of Cells Specifications 3	6×10/15/20 MHz 8T8R	12×10/15/20 MHz 8T8R (SA2) 6×10/15/20 MHz 8T8R (SA1)
Number of Cells Specifications 4	–	6×5/10/15/20 MHz 4T4R + 3×10/15/20 MHz 32T32R/64T64R 4×5/10/15/20 MHz 4T4R + 4×10/15/20 MHz 32T32R/64T64R (2): The Work Mode parameter must be set to HYBRID_BALANCE(Mixed configuration balancing) for the baseband processing unit. (3): The Work Mode parameter must be set to HYBRID_MMCELL_ENHANCE(Mixed configuration enhanced MM) for the baseband processing unit.
Number of Cells Specifications 5	–	6×10/15/20 MHz 8T8R + 3×10/15/20 MHz 32T32R/64T64R 4×10/15/20 MHz 8T8R + 4×10/15/20 MHz 32T32R/64T64R (2): The Work Mode parameter must be set to HYBRID_BALANCE(Mixed configuration balancing) for the baseband processing unit. (3): The Work Mode parameter must be set to HYBRID_MMCELL_ENHANCE(Mixed configuration enhanced MM) for the baseband processing unit.
Number of Cells Specifications 6	–	6×10/15/20 MHz 32T32R/64T64R (1): Mixed configuration of 32T32R and 64T64R cells with the same bandwidth is supported.
Number of UEs in RRC Connected Mode	4800	4800
Number of UL Synchronized UEs	5 MHz: 3600 10/15/20 MHz: 4800	5 MHz: 3600 10/15/20 MHz: 4800
Number of DRBs	14400	14400
Throughput (Mbit/s)	DL: 2400 UL: 1200	DL: 2400 (4T4R/8T8R); 2700 (32T32R/64T64R) UL: 1200 (4T4R/8T8R); 1400 (32T32R/64T64R)
Signaling Specifications (BHCA)	720000	720000
UMTS
Number of 2R Cells	12	12
Number of 4R Cells	6	6
Number of UL/DL CEs	1024/1024	1024/1024
Number of HSDPA Codes	12×15	12×15
Number of HSDPA/HSUPA UEs	768/768	768/768
LN(FDD)
LTE FDD Number of Cells Specifications 1	6×1.4/3/5/10/15/20 MHz 4T4R	6×1.4/3/5/10/15/20 MHz 4T4R
NR FDD Number of Cells Specifications 1	6×5/10/15/20 MHz 4T4R	6×5/10/15/20 MHz 4T4R
LTE FDD Number of UEs in RRC Connected Mode Specifications 1	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 2400	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 2400
NR FDD Number of UEs in RRC Connected Mode Specifications 1	1200	1200
LTE FDD Throughput (Mbit/s) Specifications 1	DL: 1200 UL: 600	DL: 1200 UL: 600
NR FDD Throughput (Mbit/s) Specifications 1	DL: 1200 UL: 600	DL: 1200 UL: 600
LTE FDD Signaling Specifications (BHCA) Specifications 1	360000	360000
NR FDD Signaling Specifications (BHCA) Specifications 1	216000	216000
LTE FDD Number of Cells Specifications 2	9×1.4/3/5/10/15/20 MHz 4T4R (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance) for the baseband processing unit.	9×1.4/3/5/10/15/20 MHz 4T4R (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance) for the baseband processing unit.
NR FDD Number of Cells Specifications 2	3×5/10/15/20 MHz 4T4R	3×5/10/15/20 MHz 4T4R
LTE FDD Number of UEs in RRC Connected Mode Specifications 2	1.4 MHz: 1512 3 MHz: 3240 5/10/15/20 MHz: 3600	1.4 MHz: 1512 3 MHz: 3240 5/10/15/20 MHz: 3600
NR FDD Number of UEs in RRC Connected Mode Specifications 2	600	600
LTE FDD Throughput (Mbit/s) Specifications 2	DL: 1200 UL: 600	DL: 1200 UL: 600
NR FDD Throughput (Mbit/s) Specifications 2	DL: 600 UL: 300	DL: 600 UL: 300
LTE FDD Signaling Specifications (BHCA) Specifications 2	360000	360000
NR FDD Signaling Specifications (BHCA) Specifications 2	108000	108000
LTE FDD Number of Cells Specifications 3	3×1.4/3/5/10/15/20 MHz 4T4R	3×1.4/3/5/10/15/20 MHz 4T4R
NR FDD Number of Cells Specifications 3	9×5/10/15/20 MHz 4T4R (2): The Standard Ratio parameter must be set to NR_ENHANCE2(NR Enhance 2) for the baseband processing unit.	9×5/10/15/20 MHz 4T4R (2): The Standard Ratio parameter must be set to NR_ENHANCE2(NR Enhance 2) for the baseband processing unit.
LTE FDD Number of UEs in RRC Connected Mode Specifications 3	1.4 MHz: 504 3 MHz: 1080 5/10/15/20 MHz: 1200	1.4 MHz: 504 3 MHz: 1080 5/10/15/20 MHz: 1200
NR FDD Number of UEs in RRC Connected Mode Specifications 3	1800	1800
LTE FDD Throughput (Mbit/s) Specifications 3	DL: 600 UL: 225	DL: 600 UL: 225
NR FDD Throughput (Mbit/s) Specifications 3	DL: 1800 UL: 900	DL: 1800 UL: 900
LTE FDD Signaling Specifications (BHCA) Specifications 3	194000	194000
NR FDD Signaling Specifications (BHCA) Specifications 3	324000	324000
LTE FDD Number of Cells Specifications 4	6×1.4/3/5/10/15/20 MHz 4T4R	6×1.4/3/5/10/15/20 MHz 4T4R
NR FDD Number of Cells Specifications 4	3×25/30/40 MHz 4T4R	3×25/30/40 MHz 4T4R
LTE FDD Number of UEs in RRC Connected Mode Specifications 4	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 2400	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 2400
NR FDD Number of UEs in RRC Connected Mode Specifications 4	1200	1200
LTE FDD Throughput (Mbit/s) Specifications 4	DL: 1200 UL: 600	DL: 1200 UL: 600
NR FDD Throughput (Mbit/s) Specifications 4	DL: 1200 UL: 600	DL: 1200 UL: 600
LTE FDD Signaling Specifications (BHCA) Specifications 4	360000	360000
NR FDD Signaling Specifications (BHCA) Specifications 4	216000	216000
LTE FDD Number of Cells Specifications 5	3×1.4/3/5/10/15/20 MHz 8T8R	3×1.4/3/5/10/15/20 MHz 8T8R
NR FDD Number of Cells Specifications 5	3×5/10/15/20 MHz 8T8R	3×5/10/15/20 MHz 8T8R
LTE FDD Number of UEs in RRC Connected Mode Specifications 5	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 2400	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 2400
NR FDD Number of UEs in RRC Connected Mode Specifications 5	1200	1200
LTE FDD Throughput (Mbit/s) Specifications 5	DL: 1200 UL: 600	DL: 1200 UL: 600
NR FDD Throughput (Mbit/s) Specifications 5	DL: 800 UL: 300	DL: 800 UL: 300
LTE FDD Signaling Specifications (BHCA) Specifications 5	360000	360000
NR FDD Signaling Specifications (BHCA) Specifications 5	216000	216000
LTE FDD Number of Cells Specifications 6	3×1.4/3/5/10/15/20 MHz 4T4R	3×1.4/3/5/10/15/20 MHz 4T4R
NR FDD Number of Cells Specifications 6	3×25/30/40 MHz 4T4R +3×5/10/15/20 MHz 4T4R (2): The Standard Ratio parameter must be set to NR_ENHANCE2(NR Enhance 2) for the baseband processing unit.	3×25/30/40 MHz 4T4R +3×5/10/15/20 MHz 4T4R (2): The Standard Ratio parameter must be set to NR_ENHANCE2(NR Enhance 2) for the baseband processing unit.
LTE FDD Number of UEs in RRC Connected Mode Specifications 6	1.4 MHz: 504 3 MHz: 1080 5/10/15/20 MHz: 1200	1.4 MHz: 504 3 MHz: 1080 5/10/15/20 MHz: 1200
NR FDD Number of UEs in RRC Connected Mode Specifications 6	1200	1200
LTE FDD Throughput (Mbit/s) Specifications 6	DL: 600 UL: 225	DL: 600 UL: 225
NR FDD Throughput (Mbit/s) Specifications 6	DL: 1200 UL: 600	DL: 1200 UL: 600
LTE FDD Signalling Specifications (BHCA) Specifications 6	194000	194000
NR FDD Signalling Specifications (BHCA) Specifications 6	216000	216000
TN(FDD)
LTE TDD Number of Cells Specifications 1	–	6×5/10/15/20 MHz 8T8R (SA2)
NR FDD Number of Cells Specifications 1	–	Sub-6 GHz: 6×5/10/15/20 MHz 4T4R
LTE TDD Number of UEs in RRC Connected Mode Specifications 1	–	2400
NR FDD Number of UEs in RRC Connected Mode Specifications 1	–	1200
LTE TDD Throughput (Mbit/s) Specifications 1	–	DL: 900 UL: 120
NR FDD Throughput (Mbit/s) Specifications 1	–	DL: 1200 UL: 600
LTE TDD Signaling Specifications (BHCA) Specifications 1	–	360000
NR FDD Signaling Specifications (BHCA) Specifications 1	–	216000
LTE TDD Number of Cells Specifications 2	–	3×5/10/15/20 MHz 32T32R/64T64R (SA2)
NR FDD Number of Cells Specifications 2	–	Sub-6 GHz: 6×5/10/15/20 MHz 4T4R
LTE TDD Number of UEs in RRC Connected Mode Specifications 2	–	2400
NR FDD Number of UEs in RRC Connected Mode Specifications 2	–	1200
LTE TDD Throughput (Mbit/s) Specifications 2	–	DL: 1136 UL: 170
NR FDD Throughput (Mbit/s) Specifications 2	–	DL: 1200 UL: 600
LTE TDD Signaling Specifications (BHCA) Specifications 2	–	360000
NR FDD Signaling Specifications (BHCA) Specifications 2	–	216000
TN(TDD)
LTE TDD Number of Cells Specifications 1	–	6×5/10/15/20 MHz 4T4R (SA2)
NR TDD Number of Cells Specifications 1	–	Sub-6 GHz: 3×20/30/40/50/60/70/80/90/100 MHz 4T4R
LTE TDD Number of UEs in RRC Connected Mode Specifications 1	–	2400
NR TDD Number of UEs in RRC Connected Mode Specifications 1	–	1200
LTE TDD Throughput (Mbit/s) Specifications 1	–	DL: 900 UL: 120
NR TDD Throughput (Mbit/s) Specifications 1	–	DL: 2250 UL: 340
LTE TDD Signaling Specifications (BHCA) Specifications 1	–	360000
NR TDD Signaling Specifications (BHCA) Specifications 1	–	216000
LTE TDD Number of Cells Specifications 2	–	6×5/10/15/20 MHz 8T8R (SA2)
NR TDD Number of Cells Specifications 2	–	Sub-6 GHz: 3×20/30/40/60 MHz 8T8R
LTE TDD Number of UEs in RRC Connected Mode Specifications 2	–	2400
NR TDD Number of UEs in RRC Connected Mode Specifications 2	–	1200
LTE TDD Throughput (Mbit/s) Specifications 2	–	DL: 900 UL: 120
NR TDD Throughput (Mbit/s) Specifications 2	–	DL: 1740 UL: 280
LTE TDD Signaling Specifications (BHCA) Specifications 2	–	360000
NR TDD Signaling Specifications (BHCA) Specifications 2	–	216000
LTE TDD Number of Cells Specifications 3	–	3×5/10/15/20 MHz 8T8R (SA2)
NR TDD Number of Cells Specifications 3	–	Sub-6 GHz: 3×20/30/40/50/60/80 MHz 8T8R (2): The Standard Ratio parameter must be set to NR_ENHANCE2(NR Enhance 2) for the baseband processing unit.
LTE TDD Number of UEs in RRC Connected Mode Specifications 3	–	1200
NR TDD Number of UEs in RRC Connected Mode Specifications 3	–	1200
LTE TDD Throughput (Mbit/s) Specifications 3	–	DL: 450 UL: 60
NR TDD Throughput (Mbit/s) Specifications 3	–	DL: 2350 UL: 370
LTE TDD Signaling Specifications (BHCA) Specifications 3	–	216000
NR TDD Signaling Specifications (BHCA) Specifications 3	–	216000
LN(TDD)
LTE FDD Number of Cells Specifications 1	–	6×1.4/3/5/10/15/20 MHz 4T4R
NR TDD Number of Cells Specifications 1	–	Sub-6 GHz: 3×20/30/40/50/60/70/80/90/100 MHz 4T4R
LTE FDD Number of UEs in RRC Connected Mode Specifications 1	–	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 3600
NR TDD Number of UEs in RRC Connected Mode Specifications 1	–	1200
LTE FDD Throughput (Mbit/s) Specifications 1	–	DL: 1200 UL: 600
NR TDD Throughput (Mbit/s) Specifications 1	–	DL: 2250 UL: 340
LTE FDD Signaling Specifications (BHCA) Specifications 1	–	360000
NR TDD Signaling Specifications (BHCA) Specifications 1	–	216000
LM
Number of LTE FDD Cells + Number of LTE NB-IoT Cells Specifications 1	12×1.4/3/5/10/15/20 MHz 4T4R + 9 carriers (200 kHz, 4T4R) over 3 cells	12×1.4/3/5/10/15/20 MHz 4T4R + 9 carriers (200 kHz, 4T4R) over 3 cells
Number of LTE FDD Cells + Number of LTE NB-IoT Cells Specifications 2	9×1.4/3/5/10/15/20 MHz 4T4R + 18 carriers (200 kHz, 4T4R) over 6 cells (1): The Standard Ratio parameter must be set to NBIOT_ENHANCE(NBIOT Enhance) for the baseband processing unit.	9×1.4/3/5/10/15/20 MHz 4T4R + 18 carriers (200 kHz, 4T4R) over 6 cells (1): The Standard Ratio parameter must be set to NBIOT_ENHANCE(NBIOT Enhance) for the baseband processing unit.
LTE NB-IoT Number of UEs in RRC Connected Mode	4800	4800
Number of UEs in RRC Connected Mode for LTE FDD + Number of Attached UEs for LTE NB-IoT	3350+693000	3350+693000
Throughput (Mbit/s)	DL: 2400 UL: 1200	DL: 2400 UL: 1200
LTE FDD Signaling Specifications + LTE NB-IoT Signaling Specifications (BHCA)	504000+324000	504000+324000
TM
Number of LTE TDD Cells + Number of LTE NB-IoT Cells Specifications 1	12×5/10/15/20 MHz 4T4R + 9 carriers (200 kHz, 4T4R) over 6 cells	12×5/10/15/20 MHz 4T4R + 9 carriers (200 kHz, 4T4R) over 6 cells
Number of LTE TDD Cells + Number of LTE NB-IoT Cells Specifications 2	9×5/10/15/20 MHz 4T4R + 18 carriers (200 kHz, 4T4R) over 9 cells (1): The Standard Ratio parameter must be set to NBIOT_ENHANCE(NBIOT Enhance) for the baseband processing unit.	9×5/10/15/20 MHz 4T4R + 18 carriers (200 kHz, 4T4R) over 9 cells (1): The Standard Ratio parameter must be set to NBIOT_ENHANCE(NBIOT Enhance) for the baseband processing unit.
LTE NB-IoT Number of UEs in RRC Connected Mode	4800	4800
Number of UEs in RRC Connected Mode for LTE TDD + Number of Attached UEs for LTE NB-IoT	3350+693000	3350+693000
Throughput (Mbit/s)	DL: 2400 UL: 1200	DL: 2400 (4T4R/8T8R); 2700 (32T32R/64T64R) UL: 1200 (4T4R/8T8R); 1400 (32T32R/64T64R)
LTE TDD Signaling Specifications + LTE NB-IoT Signaling Specifications (BHCA)	504000+324000	504000+324000
LT
Number of LTE FDD Cells + Number of LTE TDD Cells Specifications 1	6×1.4/3/5/10/15/20 MHz 4T4R + 6×5/10/15/20 MHz 4T4R	6×1.4/3/5/10/15/20 MHz 4T4R + 6×5/10/15/20 MHz 4T4R
Number of LTE FDD Cells + Number of LTE TDD Cells Specifications 2	9×1.4/3/5/10/15/20 MHz 4T4R + 3×5/10/15/20 MHz 4T4R (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance).	9×1.4/3/5/10/15/20 MHz 4T4R + 3×5/10/15/20 MHz 4T4R (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance).
Number of LTE FDD Cells + Number of LTE TDD Cells Specifications 3	3×1.4/3/5/10/15/20 MHz 4T4R + 9×5/10/15/20 MHz 4T4R (2): The Standard Ratio parameter must be set to TDD_ENHANCE(TDD Enhance).	3×1.4/3/5/10/15/20 MHz 4T4R + 9×5/10/15/20 MHz 4T4R (2): The Standard Ratio parameter must be set to TDD_ENHANCE(TDD Enhance).
Number of LTE FDD Cells + Number of LTE TDD Cells Specifications 4	6×1.4/3/5/10/15/20 MHz 4T4R + 3×10/15/20 MHz 8T8R	6×1.4/3/5/10/15/20 MHz 4T4R + 6×10/15/20 MHz 8T8R (SA2)
Number of LTE FDD Cells + Number of LTE TDD Cells Specifications 5	–	6×1.4/3/5/10/15/20 MHz 4T4R + 3×10/15/20 MHz 8T8R (SA1)
Number of LTE FDD Cells + Number of LTE TDD Cells Specifications 6	–	9×1.4/3/5/10/15/20 MHz 4T4R + 3×10/15/20 MHz 8T8R (SA2) (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance).
Number of LTE FDD Cells + Number of LTE TDD Cells Specifications 7	–	3×1.4/3/5/10/15/20 MHz 4T4R + 9×10/15/20 MHz 8T8R (SA2) (2): The Standard Ratio parameter must be set to TDD_ENHANCE(TDD Enhance).
Number of LTE FDD Cells + Number of LTE TDD Cells Specifications 8	–	6×1.4/3/5/10/15/20 MHz 4T4R + 3×10/15/20 MHz 32T32R/64T64R (3): The Work Mode parameter must be set to HYBRID_BALANCE(Mixed configuration balancing). Only SA2 is supported for LTE TDD.
Number of UEs in RRC Connected Mode	4800	4800
UM
LTE NB-IoT Number of Cells	18 carriers (200 kHz, 4T4R) over 6 cells	18 carriers (200 kHz, 4T4R) over 6 cells
UMTS Number of 2R Cells	6	6
UMTS Number of 4R Cells	6	6
UMTS HSDPA/HSUPA UEs	384/384	384/384
LTE NB-IoT Number of Attached UEs	1156000	1156000
LTE NB-IoT Number of UEs in RRC Connected Mode	3600	3600
UMTS Number of UL/DL CEs	512/768	512/768
LTE NB-IoT Throughput (Mbit/s)	DL: 1.884 UL: 3.6	DL: 1.884 UL: 3.6
LTE NB-IoT Signaling Specifications (BHCA)	540000	540000
UL
LTE FDD Number of Cells Specifications 1	6×1.4/3/5/10/15/20 MHz 4T4R 3×5/10/15/20 MHz 8T8R	6×1.4/3/5/10/15/20 MHz 4T4R 3×5/10/15/20 MHz 8T8R
UMTS Number of 2R Cells Specifications 1	6	6
UMTS Number of 4R Cells Specifications 1	6	6
UMTS Number of UL/DL CEs Specifications 1	512/768	512/768
LTE FDD Throughput (Mbit/s) Specifications 1	DL: 1200 UL: 600	DL: 1200 UL: 600
UMTS HSDPA Codes Specifications 1	6×15	6×15
LTE FDD Signaling Specifications (BHCA) Specifications 1	360000	360000
UMTS HSDPA/HSUPA UEs Specifications 1	384/384	384/384
LTE FDD Number of UEs in RRC Connected Mode Specifications 1	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 3600	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 3600
LTE FDD Number of Cells Specifications 2	9×1.4/3/5/10/15/20 MHz 4T4R 3×5/10/15/20 MHz 8T8R (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance).	9×1.4/3/5/10/15/20 MHz 4T4R 3×5/10/15/20 MHz 8T8R (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance).
UMTS Number of 2R Cells Specifications 2	3	3
UMTS Number of 4R Cells Specifications 2	3	3
UMTS Number of UL/DL CEs Specifications 2	256/384	256/384
LTE FDD Throughput (Mbit/s) Specifications 2	DL: 1200 UL: 600	DL: 1200 UL: 600
UMTS HSDPA Codes Specifications 2	3×15	3×15
LTE FDD Signaling Specifications (BHCA) Specifications 2	360000	360000
UMTS HSDPA/HSUPA UEs Specifications 2	192/192	192/192
LTE FDD Number of UEs in RRC Connected Mode Specifications 2	1.4 MHz: 1512 3 MHz: 3240 5/10/15/20 MHz: 3600	1.4 MHz: 1512 3 MHz: 3240 5/10/15/20 MHz: 3600
LMN(FDD)
LTE FDD Number of Cells Specifications 1	6×1.4/3/5/10/15/20 MHz 4T4R	6×1.4/3/5/10/15/20 MHz 4T4R
LTE NB-IoT Number of Cells Specifications 1	6 carriers (200 kHz, 4T4R) over 6 cells	6 carriers (200 kHz, 4T4R) over 6 cells
NR FDD Number of Cells Specifications 1	6×5/10/15/20 MHz 4T4R	6×5/10/15/20 MHz 4T4R
LTE FDD Number of UEs in RRC Connected Mode Specifications 1	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 1680	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 1680
LTE NB-IoT Number of UEs in RRC Connected Mode Specifications 1	1800, which can be shared with LTE FDD; ≤ 3600 in total	1800, which can be shared with LTE FDD; ≤ 3600 in total
LTE NB-IoT Number of Attached UEs Specifications 1	347000	347000
NR FDD Number of UEs in RRC Connected Mode Specifications 1	1200	1200
LTE FDD Throughput (Mbit/s) Specifications 1	DL: 1200 UL: 600	DL: 1200 UL: 600
LTE NB-IoT Throughput (Mbit/s) Specifications 1	DL: 0.666 UL: 1.2	DL: 0.666 UL: 1.2
NR FDD Throughput (Mbit/s) Specifications 1	DL: 1200 UL: 600	DL: 1200 UL: 600
LTE FDD Signaling Specifications (BHCA) Specifications 1	252000	252000
LTE NB-IoT Signaling Specifications (BHCA) Specifications 1	162000	162000
NR FDD Signaling Specifications (BHCA) Specifications 1	216000	216000
LTE FDD Number of Cells Specifications 2	9×1.4/3/5/10/15/20 MHz 4T4R (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance).	9×1.4/3/5/10/15/20 MHz 4T4R (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance).
LTE NB-IoT Number of Cells Specifications 2	6 carriers (200 kHz, 4T4R) over 6 cells	6 carriers (200 kHz, 4T4R) over 6 cells
NR FDD Number of Cells Specifications 2	3×5/10/15/20 MHz 4T4R	3×5/10/15/20 MHz 4T4R
LTE FDD Number of UEs in RRC Connected Mode Specifications 2	1.4 MHz: 1512 3/5/10/15/20 MHz: 2520	1.4 MHz: 1512 3/5/10/15/20 MHz: 2520
LTE NB-IoT Number of UEs in RRC Connected Mode Specifications 2	1800, which can be shared with LTE FDD; ≤ 3600 in total	1800, which can be shared with LTE FDD; ≤ 3600 in total
LTE NB-IoT Number of Attached UEs Specifications 2	347000	347000
NR FDD Number of UEs in RRC Connected Mode Specifications 2	600	600
LTE FDD Throughput (Mbit/s) Specifications 2	DL: 1200 UL: 600	DL: 1200 UL: 600
LTE NB-IoT Throughput (Mbit/s) Specifications 2	DL: 0.666 UL: 1.2	DL: 0.666 UL: 1.2
NR FDD Throughput (Mbit/s) Specifications 2	DL: 600 UL: 300	DL: 600 UL: 300
LTE FDD Signaling Specifications (BHCA) Specifications 2	252000	252000
LTE NB-IoT Signaling Specifications (BHCA) Specifications 2	162000	162000
NR FDD Signaling Specifications (BHCA) Specifications 2	108000	108000
LTE FDD Number of Cells Specifications 3	6×1.4/3/5/10/15/20 MHz 4T4R	6×1.4/3/5/10/15/20 MHz 4T4R
LTE NB-IoT Number of Cells Specifications 3	6 carriers (200 kHz, 4T4R) over 6 cells	6 carriers (200 kHz, 4T4R) over 6 cells
NR FDD Number of Cells Specifications 3	3×25/30/40 MHz 4T4R	3×25/30/40 MHz 4T4R
LTE FDD Number of UEs in RRC Connected Mode Specifications 3	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 1680	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 1680
LTE NB-IoT Number of UEs in RRC Connected Mode Specifications 3	1800, which can be shared with LTE FDD; ≤ 3600 in total	1800, which can be shared with LTE FDD; ≤ 3600 in total
LTE NB-IoT Number of Attached UEs Specifications 3	347000	347000
NR FDD Number of UEs in RRC Connected Mode Specifications 3	1200	1200
LTE FDD Throughput (Mbit/s) Specifications 3	DL: 1200 UL: 600	DL: 1200 UL: 600
LTE NB-IoT Throughput (Mbit/s) Specifications 3	DL: 0.666 UL: 1.2	DL: 0.666 UL: 1.2
NR FDD Throughput (Mbit/s) Specifications 3	DL: 1200 UL: 600	DL: 1200 UL: 600
LTE FDD Signaling Specifications (BHCA) Specifications 3	360000	360000
LTE NB-IoT Signaling Specifications (BHCA) Specifications 3	162000	162000
NR FDD Signaling Specifications (BHCA) Specifications 3	216000	216000
LTE FDD Number of Cells Specifications 4	3×1.4/3/5/10/15/20 MHz 4T4R	3×1.4/3/5/10/15/20 MHz 4T4R
LTE NB-IoT Number of Cells Specifications 4	3 carriers (200 kHz, 4T4R) over 3 cells	3 carriers (200 kHz, 4T4R) over 3 cells
NR FDD Number of Cells Specifications 4	9×5/10/15/20 MHz 4T4R (2): The Standard Ratio parameter must be set to NR_ENHANCE2(NR Enhance 2).	9×5/10/15/20 MHz 4T4R (2): The Standard Ratio parameter must be set to NR_ENHANCE2(NR Enhance 2).
LTE FDD Number of UEs in RRC Connected Mode Specifications 4	1.4 MHz: 504 3 MHz: 1080 5/10/15/20 MHz: 1200	1.4 MHz: 504 3 MHz: 1080 5/10/15/20 MHz: 1200
LTE NB-IoT Number of UEs in RRC Connected Mode Specifications 4	600, which can be shared with LTE FDD; ≤ 1200 in total	600, which can be shared with LTE FDD; ≤ 1200 in total
LTE NB-IoT Number of Attached UEs Specifications 4	190000	190000
NR FDD Number of UEs in RRC Connected Mode Specifications 4	1800	1800
LTE FDD Throughput (Mbit/s) Specifications 4	DL: 600 UL: 225	DL: 600 UL: 225
LTE NB-IoT Throughput (Mbit/s) Specifications 4	DL: 0.318 UL: 0.6	DL: 0.318 UL: 0.6
NR FDD Throughput (Mbit/s) Specifications 4	DL: 1800 UL: 900	DL: 1800 UL: 900
LTE FDD Signaling Specifications (BHCA) Specifications 4	194000	194000
LTE NB-IoT Signaling Specifications (BHCA) Specifications 4	89000	89000
NR FDD Signaling Specifications (BHCA) Specifications 4	324000	324000
LMN(TDD)
LTE FDD Number of Cells Specifications 1	–	6×1.4/3/5/10/15/20 MHz 4T4R
LTE NB-IoT Number of Cells Specifications 1	–	6 carriers (200 kHz, 4T4R) over 6 cells
NR TDD Number of Cells Specifications 1	–	Sub-6 GHz: 3×20/30/40/50/60/70/80/90/100 MHz 4T4R
LTE FDD Number of UEs in RRC Connected Mode Specifications 1	–	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 2520
LTE NB-IoT Number of UEs in RRC Connected Mode Specifications 1	–	1800, which can be shared with LTE FDD; ≤ 3600 in total
LTE NB-IoT Number of Attached UEs Specifications 1	–	347000
NR TDD Number of UEs in RRC Connected Mode Specifications 1	–	1200
LTE FDD Throughput (Mbit/s) Specifications 1	–	DL: 1200 UL: 600
LTE NB-IoT Throughput (Mbit/s) Specifications 1	–	DL: 0.666 UL: 1.2
NR TDD Throughput (Mbit/s) Specifications 1	–	DL: 2250 UL: 340
LTE FDD Signaling Specifications (BHCA) Specifications 1	–	252000
LTE NB-IoT Signaling Specifications (BHCA) Specifications 1	–	162000
NR TDD Signaling Specifications (BHCA) Specifications 1	–	216000
LTM
Number of LTE FDD Cells + Number of LTE TDD Cells + Number of LTE NB-IoT Cells Specifications 1	6×1.4/3/5/10/15/20 MHz 4T4R + 6×5/10/15/20 MHz 4T4R + 9 carriers (200 kHz, 4T4R) over 6 cells	6×1.4/3/5/10/15/20 MHz 4T4R + 6×5/10/15/20 MHz 4T4R + 9 carriers (200 kHz, 4T4R) over 6 cells
Number of LTE FDD Cells + Number of LTE TDD Cells + Number of LTE NB-IoT Cells Specifications 2	9×1.4/3/5/10/15/20 MHz 4T4R + 3×5/10/15/20 MHz 4T4R + 9 carriers (200 kHz, 4T4R) over 6 cells (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance) for the baseband processing unit.	9×1.4/3/5/10/15/20 MHz 4T4R + 3×5/10/15/20 MHz 4T4R + 9 carriers (200 kHz, 4T4R) over 6 cells (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance) for the baseband processing unit.
Number of LTE FDD Cells + Number of LTE TDD Cells + Number of LTE NB-IoT Cells Specifications 3	3×1.4/3/5/10/15/20 MHz 4T4R + 9×5/10/15/20 MHz 4T4R + 9 carriers (200 kHz, 4T4R) over 6 cells (2): The Standard Ratio parameter must be set to TDD_ENHANCE(TDD Enhance) for the baseband processing unit.	3×1.4/3/5/10/15/20 MHz 4T4R + 9×5/10/15/20 MHz 4T4R + 9 carriers (200 kHz, 4T4R) over 6 cells (2): The Standard Ratio parameter must be set to TDD_ENHANCE(TDD Enhance) for the baseband processing unit.
Number of LTE FDD Cells + Number of LTE TDD Cells + Number of LTE NB-IoT Cells Specifications 4	6×1.4/3/5/10/15/20 MHz 4T4R + 3×10/15/20 MHz 8T8R + 9 carriers (200 kHz, 4T4R) over 6 cells	6×1.4/3/5/10/15/20 MHz 4T4R + 6×10/15/20 MHz 8T8R (SA2) + 9 carriers (200 kHz, 4T4R) over 6 cells
Number of LTE FDD Cells + Number of LTE TDD Cells + Number of LTE NB-IoT Cells Specifications 5	–	9×1.4/3/5/10/15/20 MHz 4T4R + 3×10/15/20 MHz 8T8R (SA2) + 9 carriers (200 kHz, 4T4R) over 6 cells (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance) for the baseband processing unit.
Number of LTE FDD Cells + Number of LTE TDD Cells + Number of LTE NB-IoT Cells Specifications 6	–	3×1.4/3/5/10/15/20 MHz 4T4R + 9×10/15/20 MHz 8T8R (SA2) + 9 carriers (200 kHz, 4T4R) over 6 cells (2): The Standard Ratio parameter must be set to TDD_ENHANCE(TDD Enhance) for the baseband processing unit.
Number of LTE FDD Cells + Number of LTE TDD Cells + Number of LTE NB-IoT Cells Specifications 7	–	6×1.4/3/5/10/15/20 MHz 4T4R + 3×10/15/20 MHz 8T8R (SA1) + 9 carriers (200 kHz, 4T4R) over 6 cells
Number of LTE FDD Cells + Number of LTE TDD Cells + Number of LTE NB-IoT Cells Specifications 8	–	6×1.4/3/5/10/15/20 MHz 4T4R + 3×10/15/20 MHz 32T32R/64T64R + 9 carriers (200 kHz, 4T4R) over 6 cells (3): The Work Mode parameter must be set to HYBRID_BALANCE(Mixed configuration balancing) for the baseband processing unit.
LTE NB-IoT Number of UEs in RRC Connected Mode	4800	4800
Number of UEs in RRC Connected Mode for LTE FDD+TDD + Number of Attached UEs for LTE NB-IoT	3350+693000	3350+693000
ULM
LTE FDD Number of Cells Specifications 1	6×1.4/3/5/10/15/20 MHz 4T4R	6×1.4/3/5/10/15/20 MHz 4T4R
UMTS Number of 2R Cells Specifications 1	6	6
UMTS Number of 4R Cells Specifications 1	6	6
LTE NB-IoT Number of Cells Specifications 1	6 carriers (200 kHz, 4T4R) over 6 cells	6 carriers (200 kHz, 4T4R) over 6 cells
UMTS HSDPA/HSUPA UEs Specifications 1	384/384	384/384
LTE FDD Number of UEs in RRC Connected Mode Specifications 1	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 2520	1.4 MHz: 1008 3 MHz: 2160 5/10/15/20 MHz: 2520
LTE NB-IoT Number of Attached UEs Specifications 1	347000	347000
LTE NB-IoT Number of UEs in RRC Connected Mode Specifications 1	1800, which can be shared with LTE FDD; ≤ 3600 in total	1800, which can be shared with LTE FDD; ≤ 3600 in total
UMTS Number of UL/DL CEs Specifications 1	512/768	512/768
LTE FDD Throughput (Mbit/s) Specifications 1	DL: 1200 UL: 600	DL: 1200 UL: 600
LTE NB-IoT Throughput (Mbit/s) Specifications 1	DL: 0.666 UL: 1.2	DL: 0.666 UL: 1.2
UMTS HSDPA Codes Specifications 1	6×15	6×15
LTE FDD Signaling Specifications (BHCA) Specifications 1	252000	252000
LTE NB-IoT Signaling Specifications (BHCA) Specifications 1	162000	162000
LTE FDD Number of Cells Specifications 2	9×1.4/3/5/10/15/20 MHz 4T4R (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance).	9×1.4/3/5/10/15/20 MHz 4T4R (1): The Standard Ratio parameter must be set to FDD_ENHANCE(FDD Enhance).
UMTS Number of 2R Cells Specifications 2	3	3
UMTS Number of 4R Cells Specifications 2	3	3
LTE NB-IoT Number of Cells Specifications 2	6 carriers (200 kHz, 4T4R) over 6 cells	6 carriers (200 kHz, 4T4R) over 6 cells
UMTS HSDPA/HSUPA UEs Specifications 2	192/192	192/192
LTE FDD Number of UEs in RRC Connected Mode Specifications 2	1.4 MHz: 1512 3/5/10/15/20 MHz: 2520	1.4 MHz: 1512 3/5/10/15/20 MHz: 2520
LTE NB-IoT Number of Attached UEs Specifications 2	347000	347000
LTE NB-IoT Number of UEs in RRC Connected Mode Specifications 2	1800, which can be shared with LTE FDD; ≤ 3600 in total	1800, which can be shared with LTE FDD; ≤ 3600 in total
UMTS Number of UL/DL CEs Specifications 2	256/384	256/384
LTE FDD Throughput (Mbit/s) Specifications 2	DL: 1200 UL: 600	DL: 1200 UL: 600
LTE NB-IoT Throughput (Mbit/s) Specifications 2	DL: 0.666 UL: 1.2	DL: 0.666 UL: 1.2
UMTS HSDPA Codes Specifications 2	3×15	3×15
LTE FDD Signaling Specifications (BHCA) Specifications 2	252000	252000
LTE NB-IoT Signaling Specifications (BHCA) Specifications 2	162000	162000
Application Version
Start Base Station Version That Supports Board Software Mapping	V100R015C10SPC100	V100R015C10SPC100
Last Base Station Version That Supports Board Software Mapping	To be determined	To be determined
Spare Parts

Technical specs datasheet on Huawei UBBPg2 vs UBBPg2a

Deployment, Integration Commissioning HUAWEI LTE BBU3900+RRU DBS3900 RAN eNodeB Network design

1COM Integration and commissioning services for HUAWEI LTE BBU3900+RRU DBS3900 RAN eNodeB
sales@1com.com
Network design, RAN-project planning, base station/BTS site-mapping/site surveying, deployment, engineering, design, integration verification, equipment installation, integration commissioning, and site acceptance.

1COM Base station BTS commissioning:
– Adding a new node to eNodeB LTE network
– eNodeB for commercial service.
– Complete commissioning process involving coordination of the field operation team
– Commissioning field test team
Including:
– Data preparation
– Transmission parameters check
– Hardware installation check
– Basic base-station data configuration
– Configuring Options/features
– Alarms configuration and testing
– Site verification
– Statistics counters configuration
– Lab and Testing services

1COM Offerings for Fixed Wireless Customers:
– Core Network Design/Build
– Transmission Network Design/Build
– SIM card production
– CPE Modem Selection and Configuration
– Integration with Customer Billing and Provisioning Platforms

1COM Software Offerings and Options:
– Leverage Open-Source software to develop the most flexible offerings in the industry with no licencing cost.
– Packet Core supporting LTE (4G) and 5G (Standalone)
– IMS Core supporting Voice over LTE for commercial handsets
– HSS supporting IMS, EIR and Policy Control
– Circuit Switched support for 2G Networks including BSC, MSC, HLR and GPRS
– All Fully Virtualized, supporting Containerization and Kubernetes deployments

RAN Planning:
– Base Station-BTS Site-Mapping; Digital terrain models, digital maps with clutter classes and clutter heights
– Base station BTS configuration for commissioning
– RAN coverage predictions via Forsk Aster ray-tracing model based on maps, equipment and configuration parameters

1COM BTS Site mapping

1COM Extras Options
– Detailed installation manuals for field engineers
– End-to-end support for planning, deployment and operations of 3GPP Networks
– Core Mobile Network design & implementation (Mobile and Fixed Wireless)
– GSM (2G), UMTS (3G), LTE (4G) and NR (5G) solutions
– VoLTE / IMS Core (Voice calls & SMS)
– Charging Integration (Integration with Customer Billing System)
– Licence files for Huawei DBS3900 LTE, licence file for Huawei BSC controller
– Provisioning Integration (Integration with customer BSS/OSS)
– SIM Card profile development and product integration
– Fixed line, VoIP, TDM & SIP Solutions for Carriers
– Roaming negotiation and implementation
sales@1com.com
1COM Integration and commissioning services for HUAWEI LTE BBU3900+RRU DBS3900 RAN eNodeB Network design. RAN-project planning, Base Station BTS site-mapping

ZTE for sale

ZTE LTE for sale
sales@1com.com
ZTE BBU ZXSDR B8300 High-capacity Multimode
ZTE BBU ZXSDR B8200 Large-Capacity Compact
ZTE RRU ZXSDR R8962 Compact Dual-path
ZTE RRU ZXSDR R8964 Dual-carrier 4-path
ZTE ZXTR R8928D 8-path RRU High-Efficiency Large Power
ZTE ZXSDR BS8912 Compact Micro eNodeB
ZTE ZXSDR R8884 4T4R Remote Radio
ZTE RRU ZXSDR R8882 2T4R Multimode
ZTE RRU ZXSDR R8882-L708
ZTE BBU ZXSDR B8200 Large Capacity Multimode
ZTE ZXSDR MM6101 AAU TDD 64R 64T MIMO 1.0
ZTE ZXSDR MM6212 AAU TDD 128R 128T MIMO 2.0
ZTE ZXA10 F822 OPTICAL NETWORK TERMINAL
ZTE BPQ3 MIMO Baseband Processing board MIMO with CPRI interfaces
ZTE ZXMW NR/IDU 8120 HYBRID DIGITAL MICROWAVE TRANSMISSION SYSTEM/INDOOR UNIT
ZTE ZXMW SR10 S200 SDH DIGITAL MICROWAVE TRANSMISSION SYSTEM
ZTE PR10 S500 PDH DIGITAL MICROWAVE TRANSMISSION SYSTEM
ZTE PR10 S400 PDH DIGITAL MICROWAVE TRANSMISSION SYSTEM
ZTE ZXR10 51EC POWER SUPPLY MODULE
ZTE M721 M800 M900 OTN8300 OTN8700
SPWA +2 模块 1.25G 10KM
EOTU10G 192.05
EOTU10G 196.00
EOTU10G 194.10
EOTU10G 195.70
EOTU10G 195.15
EOTU10G 192.10
EOTU10G 194.60
EOTU10G 192.15
EOTU10G 195.80
EOTU10G 192.20
EOTU10G 195.25
EOTU10G 192.10
EOTU10G 192.20
EOTU10G 192.30
EOTU10G 192.40
EOTU10G 未记录波段
ZXD3000
ZXD2400
ZTE 8882-2100
ZXSDR R8881S9000
SCC
SEOBA C2220
OMU40C
OCI
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OPM50G
EONAD 2520
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EONA 1820
SEIA1
SEIA2
SNP
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LD2
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PW
SSDMT
SOAD4
SEOBA C2220
SEOPA C2217
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SEOBAI C1717
SOP1
SOP2 1550
SEOBA 2220
SOP1
SOCB N2M2SOCB
SMUB E194.10
CH1 N4M3SH1
PXGAX4 配 4
个索尔斯10G模块
VMUX40
VMUX40C+
OMU40C
ODU40C+
LQ2 N2M2LQ2
MOX2A S64AX2
EOBAS 2220
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EONA 1820
N4M2LS4
FCA
DOP 1550
LACT
EOBAS 2020
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EOPAS 1717
OMU40-C
OPM 100G
CQ2
LQ2
CD2
CSUB
GEM8
OMU40C+
ODU40C+
EOWM2
SRM41
EOPM8 50G
SDMR
OHPF
OSCF
NCPF
APSF
LACG
OP 1550
ZTE M900 子框
ZTE OTN820 子框
M800 子框
ZTE M8300 子框
ZTE M721 子架
DCM框
M800 风扇 FAN
M820 风扇 FAN
ZTE 652DCM 10KM
ZTE 652DCM 20KM
ZTE 652DCM 40KM
ZTE 652DCM 60KM
ZTE 9004 9008
P90S1-LPC24
P9008-MSCT
P9008-SC
P90S1-2XGET-XFP
P90S1-4XGET-XFP
P90S1-LPCA
P90-8GE4LOC3-SFP
P9008-MSL
P90S1-24GE-SFP
ZTE M6000
M6KE-BPFU-100-E2
RPE-05XGE-XFP-S
RPE-20GE-SFP-S
M6K-MPU-0A
RP-20GE-SFP-S
RP-02CGE-SFP+_S
RP-01CGE-SFP+_S
RP-12GE-SFP-S
M6K-BPFU-20-A2
M6K-BPFU-40-A2
ZTE 8905
RS-89H2-48GE-SF
RS-89E3-4XGE-XFP
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DTB
ABPM2
UIMU2
VICD
MP2
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MCLK2
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CHUB-B
MIPI-2
MCHUB
VTCD-E
MTFI
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MCMP-2
ZTE S380 S385
OW
OL16S
OL1X8
ZTE LTE for sale