Huawei OSN8800 for sale
sales@1com.com
QTY 2 OSN8800 with below config:
FIU TN13FIU03
NS4 TN58NS4T53
SCC TN16SCC
SCC TN16SCC
EFI TN16EF
ATE TN16ATE
AUX TN16AUX
AUX TN16AUX
PIU TN16PIU
PIU TN16PIU
FAN TN1E6FAN
OAU1 TN13OAU101
Huawei TN58NS4T65 NS4 in stock
Qty 5 units 90% off list price
100Gbit/s Line Service Processing Board
Metro SDFEC2 wDCM Coherent Tunable 50GHz
Huawei OSN8800 for sale
Huawei
Huawei OptiX Metro 6100 WDM in stock
Huawei OptiX Metro 6100 WDM in stock. Lead time 2 to 5 days
sales@1com.com
Huawei OptiX Metro 6100 WDM Multi-Service Transmission System
Metro 6100
SSC6V4001
SSC6OBU01
SSC6FIU01
SSC6SCC01
SSL2SC202
SSC6OAU01B
SSC6D4001
SSC6PMU01
Metro 6100
SSCM6LWC1
SSLM2LWC
SSLM2LWC
SSLM2LWC
SSC6SCC01
SSLM2LDG
SSLM2LWC
SSLM2LWC
SSLM2LWC
SSCM6FDG01
SSCM6LWC1
SSC6PMU01
Metro 6100
SSLM2LWC
SSCM6FDG01
SSCM6FDG01
SSLM2LWC
SSC6SCC01
SSLM2LWC
SSLM2LWC
SSCMBLDG01
SSLM2LWC
SSLM2LWC
SSC6PMU01
Metro 6100
SSC6V4001
SSC6OBU05
SSC6FIU01
SSC6SCC01
SSCM6LWC1
SSCM6LWC1
SSC6OAU03B
SSC6D4001
SSC6PMU01
Metro 6100
SSC6LWC1B01M02
SSL2SCS01
SSC6LWC1B01M02
SSC6LWC1B01M02
SSC8SCC01
SSCM6FDG01
SSC8PMU
SSC6FAN
Metro 6100
SSC6V4001
SSC6OBU03
SSC6FIU01
SSC6LWC1B01M02
SSC6SCC01
SSC6LWC1B01M02
SSL2SCS01
SSC6LWC1B01M02
SSC6OPU02
SSC6D4001
SSC6PMU01
Metro 6100
SSC6FAN
SSCM6LWC1
SSCM6LWC1
SSL2SCS01
SSC6SCC01
SSLM2LDG
SSLM2LDG
SSLM2LWC
SSC6PMU01
Metro 6100
SSC6FAN
SSC6V4001
SSC6OBU03
SSLM2LWC
SSC6FIU01
SSC6SCC01
SL2SC202
SSLM2LDG
SSC6OAU01B
SSC6PMU01
Metro 6100
SSC6FAN
SSC6V4001
SSC6OBU05
SSC6FIU01
SSC6SCC01
SSL2SC207
SSC6OAU01B
SSC6D4001
SSC6PMU01
Metro 6100
SSC6FAN
SSCM6LWC1
SSC6SCC01
SSC6PMU01
Metro 6100
SSC6FAN
SSCM6LWC1
SSL2SCS01
SSCM6LWC1
SSCM6LWC1
SSCM6LWC1
SSC6SCC01
SSCM6LWC1
SSCM6LWC1
SSL2SCS01
SSCM6LWC1
SSCM6LWC1
SSCM6LWC1
SSC6PMU01
Metro 6100
SSC6FAN
SSC6V4001
SSC6OBU03
SSC6FIU01
SSL2SC207
SSC6SCC01
SSL2VOA01
SSC6OBU03
SSC6OPU02
SSC6D4001
SSC6PMU01
Metro 6100
FAN
TMX
D40
OBU
SCS
OBU
OBU
D40
PMU
Metro 6100
FAN
LWC
SCS
LWC
LWC
LWC
SCC
LWC
LWC
LWC
LDG
LDG
PMU
Metro 6100
FAN
V40
OBU
FIU
SCC
SC2
TRC
OAU
D40
PMU
Metro 6100
FAN
LWC
SCS
LWC
SCC
LWC
LWC
TRC
TRC
LWXR
PMU
Metro 6100
FAN
V40
OBU
LWC
LWC
FIU
SCC
SCS
TRC
OAU
D49
PMU
Metro 6100
FAN
V40
OBU
OLP
FIU
SCC
SC1
VA40
OPU
D40
PMU
Metro 6100
FAN
V40
OBU
OLP
FIU
SCC
SC1
VA4
OPU
D40
PMU
Metro 6100
FAN
TMX
TMX
TMX
SCC
LBE
ETMX
LOG
LBE
LBE
PMU
Metro 6100
FAN
TMX
TMX
TMX
SCC
LBE
ETMX
LOG
LBE
LBE
PMU
Model
SSL2VMC01
WBA
HRS850-9000C
SCC
OBU
SC2
SCBE
TRC
OPU
SLH
OAU
VOA
LWC
VMC
TSB8
DFIU
DMR2
EPMU02
PMU
Huawei OptiX Metro 6100 WDM in stock
Huawei B2368 4G LTE 5G CPE Qty 100 units in STOCK
Huawei B2368-66 4G LTE 5G CPE B2368 User Manual Datasheet
Qty 50 units in STOCK. Lead time 2 to 5 days.
50x Huawei B2368-66 NEW
50x Huawei B2338-168 NEW
sales@1com.com
Huawei B2368-66 LTE wireless gateway supports latest LTE Category DL-12 and UL-13, achieves peak download speed to 600MBps in DL, and 150MBps in UL. Up to 64 wireless devices can be connected simultaneously to Huawei B2368. 3 Ethernet ports and one RJ11 for ATA VOIP
>>>Huawei-B2368-66-Manual-Datasheet-En
Features:
Form: Outdoor Unit + Indoor Unit
Chip platform: HiSilicon Balong750
Category: DL Cat.12 / UL Cat13
Peak Rate: DL 600Mbps, UL 150Mbps
Supports a maximum throughput of 420 Mbit/s in the downlink and 30 Mbit/s in the uplink when TDD subframe configuration 2 is used.
Supports a maximum throughput of 584 Mbit/s in the downlink and 150 Mbit/s in the uplink for FDD.
Protocol Version: LTE 3GPP Release 12
Operating Frequency B38/B40/B41/B42/B43/B1/B3/B7/B8/B20
TDD:
Band 38: 2570–2620 MHz
Band 40: 2300–2400 MHz
Band 41: 2496–2690 MHz
Band 42: 3400–3600 MHz
Band 43: 3600–3800 MHz(In Canada market, not support 3650~3700MHz)
FDD:
Band 1: 1920–1980 MHz in the uplink and 2110–2170 MHz in the downlink
Band 3: 1710–1785 MHz in the uplink and 1805–1880 MHz in the downlink
Band 7: 2500–2570 MHz in the uplink and 2620–2690 MHz in the downlink
Band 8: 880–915 MHz in the uplink and 925–960 MHz in the downlink
Band 20: 832–862 MHz in the uplink and 791–821 MHz
Carrier Aggregation 2CC CA
Modulation 64QAM
Channel Bandwidth: FDD: 5MHz, 10MHz, 15MHz, 20MHz
TDD: 10MHz, 15MHz, 20MHz
TX Power: Band1: 3~4dBi
Band3: 4~5dBi
Band7/ Band38/Band40/Band41 : 6~7dBi
Band8/Band20: 0~2dBi
Band42/Band43: 8~9dBi
Input impedance: 50 OHM
Antenna: LTE antenna:
800-900MHz: 0 dBi
1710–2170 MHz: 6–7 dBi
2300–2690 MHz: 7–8 dBi
3400–3800 MHz: 8–9 dBi
MIMO: TDD DL 4x4MIMO + 2CC CA (contiguous or non-contiguous)
FDD DL 4x4MIMO (B3/7)+ 2CC CA (contiguous or non-contiguous)
FDD DL 2x2MIMO (B1/8/20) + 2CC CA (contiguous or non-contiguous)
TDD UL 2CC CA / FDD UL 2CC CA
FDD (4x4MIMO) (B3)+ TDD (4x4MIMO) 2CC CA
FDD (2x2MIMO) (B1/8/20) + TDD (4x4MIMO) 2CC CA
LTE TDD MIMO:
1)TDD ONLY: Support TM 2,3,4,7,8,9 (CRS config 2port) or TM 3, 4 (CRS config 4port)
2)FDD+TDD: TDD support TM 2,3,4,9(CRS config 2port)
LTE FDD MIMO: TM2,3,4; Uplink 64QAM
LTE Transmission Mode:
TX/RX TDD:1T4R
FDD:1T4R(B3/7)
FDD:1T2R(B1/8/20)
Support: Windows 7, Windows 8, Windows 10, Linux, and Mac. Be compatible with browsers including Internet Explorer, Firefox, Chrome, and Safari.
Windows 10, Windows 8.1, Windows 8, Windows 7,
Mac OS X 10.9, 10.8, and 10.7 with latest upgrades
Linux
Interface Indoor Unit:
3 Ethernet interface (RJ45) ; 10/100/1000 Mbps
1 Giga PSU(Power Supply Unit) WAN port (RJ45) ; 10/100/1000 Mbps
1 POTS interface (RJ11) (ONLY VOIP)
1 Power button
1 Reset button
1 WPS button
1 DC IN interface
Outdoor Unit:
1 Giga PSU LAN port (RJ45) ; 10/100/1000 Mbps
1 USIM card slot(3FF)
CS Voice: No (ONLY VOIP)
Voice VoIP: Voice over IP (VoIP)*
Supports high-quality voice services over the telephony interface in compliance with the Simple Internet Protocol (SIP).
Supports one line of voice and connection to another integrated access device (IAD) to obtain more voice ports. -Supports multiple APNs, with one APN for VoIP. * This feature need to be IOT
Supports G.729, G.711a-law, and G.711u-law Code.
Supports SIP (RFC3261).
Supports SDP (RFC2327).
Supports RTP/RTCP (RFC1889/RFC1890).
Supports G.168 (echo cancellation).
Supports the following phone features:
Caller ID generation
Call waiting
Call transfer
Call forwarding (unconditional, busy, and no answer forwarding)
Call hold
Three-way conference
Do not disturb
Terminal Management: TR069&SNMPv3(SNMPv3 need customization based device management
Supports the CPE WAN Management Protocol (CWMP) as specified in Broadband Forum TR-069&SNMPv3 Amendment II.
Supports remote software image installation, with a set of configuration and status parameters.
Wi-Fi: WLAN: IEEE 802.11ac/b/g/n, 2.4GHz & 5GHz
Wi-Fi Encryption: 64-/128-bit WEP, WPA, WPA2
Dimensions ODU:275mm(H) *125mm(D)
IDU: 166 mm(L) X 124 mm(W) X 50mm(H)
Weight Outdoor Unit: < 1.5kg
Indoor Unit: ~290g
Temperature ODU:
Working temperature:
With solar radiation of 1120 W/m2: -40°C to +45°C
Without solar radiation: -40°C to +50°C
Storage temperature: -40 °C to +70°C
IDU:
Working temperature: -5 °C to +40 °C
Storage temperature: –40 °C to +70 °C
Humidity: 5% to 95%
Environmental rating: IP65 for ODU
AC/DC power supply: AC: 100V–240V, 50/60 Hz
DC: 12V/2A
Power consumption: Average power consumption at peak: <24 W
Average power consumption while Wi-Fi disable: <22W
VPN Supports L2/L3 VPN client.
VPN throughput: <30Mbps(DL+UL)
Certification/ Compliance CE certification
IEC/EN60950-1 Wireless Safety
IEC/EN60950-22 Environmental
CE Class B
ROHS
REACH
WEEE
Huawei B2368-66 4G 5G CPE
Huawei RRU3959 02311BYE 1800MHz in STOCK 26 units
RRU3959 02311BYE, WD5MERUAC300, KUNLUN, TX1805-1880MHz/RX1710-1785MHz, -48VDC, 9.8G, 2T2R, 2*60W
sales@1com.com
Huawei RRU3959 02311BYE 1800MHz in STOCK 26 units
Huawei AAU3911 LTE AAU for sale
Huawei AAU3911 LTE AAU Active antenna unit
sales@1com.com
FEC – SDFEC2 vs SDFEC
FEC-SDFEC2 vs SDFEC
sales@1com.com
1COM stocks Huawei OSN8800 and OSN9800 NS4
Both FEC soft-decision FEC-2 ‘SDFEC2’ and soft-decision FEC ‘SDFEC’
Hard-decision FEC is ‘HFEC’ schemes
FEC Functions OTU, tributary boards,line boards, and have forward error correction ‘FEC’ function.
The FEC, HFEC, SDFEC, SDFEC2, AFEC and AFEC2 reduce the bit error rate ‘BER’ during OSN transmission, and enhances the quality of the transmission signal of the DWDM network
The High-Performance-Forward-Error-Correction ‘HFEC’ function and the Soft-Decision-Forward-Error-Correction ‘SDFEC’ and ‘SDFEC2″ and Advanced- Forward-Error-Correction ‘AFEC’ function, and AFEC2 function.
FEC, HFEC, SDFEC, SDFEC2, AFEC and AFEC2 OSN System requirements are at the receiving end, extending the transmission distance between the optical amplifier section and the re-generator section.
sales@1com.com
1COM stocks Huawei OSN8800 and OSN9800 NS4
Huawei NS4
TN54TSC
TN54GS401
TN54GS401
TN54NS4M0
TN54TSC xx
TN58NS4T65
TN54NS4T01
TN12LSCT01
TN11LTXT01
TN54NS4T01
TN12LTXT01
TN57NS4T01
TN11LTXT01
TN15LSCT01
TN57NS4T01
TN14LSCT01
TN12LSCT01
TN12LTXT01
TN14LSCT01
TN14LSCT11
TN11LTXT11
TN54NS4T11
TN56NS4T11
TN54NS4T11
TN12LTXT11
TN12LTXT11
TN12LSCT11
TN12LSCT11
TN14LSCT11
TN11LTXT11
TN12LTXT21
TN13LSCT21
TN14LSCT21
TN12LTXT21
TN13LSCT21
TN14LSCT21
TN15LSCT01
TN56NS4T11
TN54NS4T18
TN54NS4T19
TN54NS4T21
TN54NS4T28
TN54NS4T29
TN57NS4T09
TN57NS4T31
TN57NS4T51
TN57NS4T61
TN57NS4T65
TN58NS4T51
TN58NS4T61
TN58NS4T65
TN54NS4M0x
TN15LSCT31
TN15LSCT51
TN15LSCT61
TN15LSCT65
TN15LTXT51
TN15LTXT61
TN15LTXT65
TN54NS4T18
TN54NS4T19
TN54NS4T21
TN54NS4T28
TN54NS4T29
TN57NS4T09
TN57NS4T31
TN57NS4T51
TN57NS4T61
TN57NS4T65
TN58NS4T51
TN58NS4T61
TN58NS4T65
TN15LSCT31
TN15LSCT51
TN15LSCT61
TN15LSCT65
TN15LTXT51
TN15LTXT61
TN15LTXT65
TN58NS4T65
Huawei NS4
FEC SDFEC2 vs SDFEC
1COM stocks Huawei OSN8800 and OSN9800 NS4
Huawei RRU5602 02312EQP LTE 850MHz – NEW in BOX
Huawei RRU5602 02312EQP LTE 850MHz 2x60W Radio WD5M855602CT
sales@1com.com
RRU5602 NEW in BOX
Huawei TN11LQCP LQCP for sale
Huawei TN11LQCP OSN8800 OSN9800 LQCP
sales@1com.com
4*100Gbit/s or 16*10Gbit/s Service Programmable Wavelength Conversion Board
8800 V100R013C00 9800 V100R006C10
DATASHEET Huawei-TN11LQCP-OSN8800-OSN9800-LQCP-sales@1com.com DATASHEET
Huawei TN11LQCP LQCP
TN11LQCP
Huawei AP8082DN AP6052DN AR-1LTE-Lo-S LTE
Huawei AP8082DN AP6052DN AR-1LTE-Lo-S LTE
sales@1com.com
AP8082DN Outdoor Access Point
AP6052DN Indoor Access Point
AR1220C Router
AR-1LTE-Lo-S LTE B3RCKBLK AR-1LTE-Lo-S FDD/HSPA+ 700M Interface Card 02311NSY
Huawei AP8082DN AP6052DN AR-1LTE-Lo-S LTE
Huawei AR-1LTE-Lo-S LTE B3RCKBLK
sales@1com.com
1. Primary LTE antenna interface
2. Secondary LTE antenna interface
3. USB interface
4. x1 SIM card slot
sales@1com.com
Function and Feature of 1LTE-LV card
-Basic function: Dials up to an LTE network to provide high-speed data transmission.
-Provides a backup link for a WAN link, to improve communication reliability between an enterprise’s headquarters and branch networks.
-High bandwidth
-Supports LTE FDD and provides up to 50 Mbit/s uplink rate and 100 Mbit/s downlink rate.
-Implements on-demand dialup and provides end-to-end QoS.
-Automatically scans different 4G frequency bands.
-Delivers fast 4G access service using industry-leading wireless technologies.
-Flexible wireless standards
-Maintains compatibility with 3G services.
-Supports LTE FDD, DC-HSPA+, HSPA+, and WCDMA.
-Provides 4G wireless access solution for carriers and enterprises.
-Rapid deployment
-Allows users to connect to an LTE network as soon as a SIM card is installed on the card.
Huawei AP8082DN AP6052DN AR-1LTE-Lo-S LTE
AAU5726 02312KQG AI integrated Huawei MetaAAU in stock
Huawei AAU5726 02312KQG A.I. integrated AAU
sales@1com.com
Dual-band B1/B3 1800MHz 2100MHz MetaAAU AI AAU
300W, 22.5i, 32T32R
Technical specs-datasheet on Huawei UBBPg2 vs UBBPg2a
Technical specs-datasheet on Huawei UBBPg2 vs UBBPg2a
sales@1com.com
| 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
Huawei Enterprise for sale
Huawei Enterprise for sale
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Huawei Enterprise for sale
WLAN AP Huawei AP8082DN
WLAN AP Huawei AP7050DE
WLAN AP Huawei AP7050DE
WLAN AP Huawei AP8082DN
WLAN AP Huawei AP8082DN
WLAN AP Huawei AP8050DN
WLAN AP Huawei AP8050DN
WLAN AP Huawei AD9431DN
WLAN AP Hardware AP6050DN
WLAN AP Hardware AP4050DN
OSN902 Huawei TNJ1M201T54C
Huawei AntiDDoS8000 Anti-DDoS System2X MPUD
CloudEngine 6800 TOR Switch Huawei CE6865-EI-F-B0B
CloudEngine 8800 TOR Switch Huawei CE8850-EI-F-B0B
CloudEngine 8800 TOR Switch Huawei CE8850-EI-F-B0B
CloudEngine 6800 TOR Switch Huawei CE6880-EI-F-B0B
CloudEngine 6800 TOR Switch Huawei CE6880-EI-F-B0B
CloudEngine 6800 TOR Switch Huawei CE6865-EI-F-B0B
OptiX OSN 1800II 1x HUNQ2, 2x LDX, 2x OVU, 1x SCC
OptiX OSN 1800V 2x SFIU, 1x ST2, 3x LSX, 1x EMR4, 2X UXCMS, 1x LQM2, 1x TOA, 2x OBU, 1x XND2, 1x FIBRE STORAGE
Huawei Eudemon1000E 2X 2XG8GE, 1X 8GEF, 1X SPUA, 16GB PC3 Fire wall
Huawei Eudemon1000E 2X 2XG8GE, 1X 8GEF, 1X SPUA, 16GB PC3 Fire wall
Huawei RTN950A Microwave 1XCSHO, 2X ISM6, 2X EG4, 2X ISV3,
Huawei Clound Engine 12800 Core Data Center Switch 2X CE-CMUA, 2X CE-MPUA, 1X EC-L06LQ-EC, 1X EE-L12XS-ED, 1XCE-L48GT-EA
Huawei Clound Engine 12800 Core Data Center Switch 2X CE-CMUA,2X CE-MPUA,1XCE-L48GT-EA, 1X EC-L06LQ-EC,1X EE-L12XS-ED, CE-L24XS-EC
Huawei CloudEngine 6810 TOR Switch
Huawei CloudEngine 6850 TOR Switch
Huawei CloudEngine 5800 TOR Switch
Huawei USG6600 1XSPUA 16GB PC3, 1X 2XG8GE, 1X 4GE-BYPASS, 1X 8GEF Firewall
Huawei USG6600 1XSPUA 16GB PC3, 1X 2XG8GE, 1X 4GE-BYPASS, 1X 8GEF Firewall
Huawei AntiDDoS8000 Anti-DDoS System2X MPUD, 1X MPUA, 1X LPUF-40-A
Huawei S12708 Agile 2x ET1D2MPUA000, 3X ET1D2SFUA000, 1X ACU2, 1X ET1D2L02QSC0, 1X ET1D2S08SX1E, 1X ET1D2G48TX1E
Huawei S12708 Agile 2x ET1D2MPUA000, 3X ET1D2SFUA000, 1X ACU2, 1X ET1D2L02QSC0, 1X ET1D2S08SX1E, 1X ET1D2G48TX1E
Huawei VP9630 Hardware
Huawei eSpace U1911 Hardware 1X MTU VB, 1X ASI, 1X SCUB11
Huawei SX3000 SBC Hardware
Assembling Component WLAN AP6610DN
Agile Switch Huawei S12708 2x ET1D2MPUA000, 3X ET1D2SFUA000, 1X ET1D2L0AQSC0, 1X ET1D2S04X1E
CloudEngine 6800 TOR Switch Huawei CE6865-EI-F-B0B
Enterprise Routers Huawei AR1610-X6
Huawei Clound Engine 12800
OSN902 Huawei TNJ1M201T54C
OSN902 Huawei TNJ1M201T54C
Huawei Enterprise for sale
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Huawei TNU3N402T53 031FFY10 OSN9800 2x100G in stock
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2x100G Line Service Processing Board LH SDFEC2 Coherent Tunable
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TNU3N402T53
Huawei TNU3N401T53 for sale
Huawei TNU3N401T53 031FGH10 OSN9800 100G in stock
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100G Line Service Processing Board LH SDFEC2 Coherent Tunable
TNU3N401T53
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Huawei DBS3900 BBU3910 UMPTb2 UBBPe6 RRU3278 02311QPR b42
Huawei DBS3900 BBU3910 UMPTb2 UBBPe6 RRU3278 02311QPR b42
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Duplexing
TDD-LTE band 42
Frequency 3.4-3.6GHz, 3400MHz-3600MHz
RRU Model RRU3278 02311QPR
Single-Mode, Multi Carriers Remote Radio Unit TX3400-3600MHz/RX3400-3600MHz b41,-48vDC,8T8R
BBU Model BBU3910 with LTE boards UMPTb2 + UBBPe6
Outdoor Cabinet
TP48 Outdoor Cabinet
Huawei DBS3900 BBU3910 UMPTb2 UBBPe6 RRU3278 02311QPR b42
HUAWEI RRU5502 02312BSJ RRU5501 02311VMD for sale
HUAWEI RRU5502 WD5MBW5502GB 02312BSJ
RRU5501 02311VMD 1800/2100MHz B1/B3
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RRU5502 for Multi-Mode 1800Mhz-2100MHz 4T4R82 4*80W
HUAWEI RRU5502 02312BSJ
Huawei MA5616 Mini Micro for sale
Huawei MA5616 Mini Micro
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Huawei MA5616 Mini Micro for sale
Item name Huawei item code
Config 1
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 2
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
Anal. Subsc. DSP MA5616 H83D00ASDA01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 3
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
DSP MA5616 H83D00ASDA01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 4
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
DSP MA5616 H83D00ASDA01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 5
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
DSP MA5616 H83D00ASDA01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 6
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
DSP MA5616 H83D00ASDA01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 7
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 8
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
Anal. Subsc. DSP MA5616 H83D00ASDA01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 9
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 10
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
Anal. Subsc. DSP MA5616 H83D00ASDA01
Config 11
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
DSP MA5616 H83D00ASDA01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 12
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
DSP MA5616 H83D00ASDA01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 13
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 14
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 15
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 16
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
DSP MA5616 H83D00ASDA01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 17
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
DSP MA5616 H83D00ASDA01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 18
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 19
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
SFP GE-LX 1GE, 1310 MXPD-243S MXPD-243S
Config 20
MA5616 Mini Micro shelf H82Z1MABA01
fan
DC Power Inp. Un. MA 5616 H83D01PDIA01
Centr. Contr. Unit MA5616 H83D00CCUC01
2xGE uplink board MA5616 H83D00UP2A01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
SFP GE-RJ45-100m ABCU-5710RZ ABCU-5710RZ
10 pcs. DSP card for MA5616
DSP MA5616 H83D00ASDA01
DSP MA5616 H83D00ASDA01
DSP MA5616 H83D00ASDA01
DSP MA5616 H83D00ASDA01
DSP MA5616 H83D00ASDA01
DSP MA5616 H83D00ASDA01
DSP MA5616 H83D00ASDA01
DSP MA5616 H83D00ASDA01
DSP MA5616 H83D00ASDA01
DSP MA5616 H83D00ASDA01
26 pcs. VDMM-48 card for MA5616
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
VDMM-48-port VDSL2 H83D00VDMM01
Huawei MA5616 Mini Micro for sale
Huawei AAU3961 LTE 4T4R AAU-Active Antenna Unit
Huawei AAU3961 LTE 4T4R AAU Active Antenna Unit for sale
sales@1com.com
sales@1com.com
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