| Model: | Huawei BTS DBS |
|---|---|
| Brand: | Huasuda |
| Origin: | Made In China |
| Category: | Electronics & Electricity / Telecommunication & Broadcasting / Network Communications Equipment |
| Label: | BBU RRU , base station , wireless |
| Price: |
US $199
/ pc
|
| Min. Order: | 1 pc |
| Live Chat: | Last Online:12 Jun, 2017 |
Huawei BTS DBS BBU3900 LTE GSM TDSCDMA WCDMA CDMA2000 indoor outdoor macro distributed wireless Base Station BBU RRU LBBP UBBP WBBP UPEU
Distributed Base Station DBS3900
This modular unit is designed to be installed far from other units — speeding site selection and network construction and saving investment in repeaters. It enables flexible coverage along railway lines, especially tunnels and bridges. It consists of a Baseband Unit (BBU) and a number of Remote Radio Units (RRUs), creating a single powerful cell over multiple sites.
The DBS3900 can support both GSM-R and eLTE. The GSM-R system can be upgraded to eLTE for Railway by software — there’s no need to replace hardware. Its low power consumption makes it possible to be powered by green energy — solar power, wind power, and biogas.
Base station provides cost-effective, powerful, and flexible communications for railways
· Simplified structure, consisting of only BBUs and RRUs, requires only a small number of spare parts and reduces maintenance costs
· RRUs can be installed on a tower, reducing feeder costs and feeder loss and increasing system gain by 3 dB to 5 dB
· Remote radio frequency technology enables distributed RRU installation, which is perfect for railways
· Multiple-site cells extend cell coverage areas and reduce the number of inter-cell handovers previously required
Specifications
|
Parameters |
Specifications |
|
Working Frequency Bands |
876 to 880 MHz and 921 to 925 MHz 880 to 915 MHz and 925 to 960 MHz 1,710 to 1,785 MHz and 1,805 to 1,880 MHz |
|
Capacity |
One BBU supports six RRUs. Each RRU supports a maximum of six levels of cascading. Each RRU supports two carriers. |
|
Networking |
A maximum of 12 subsites are allowed to serve one cell. Each subsite supports three RRUs. |
|
Transmit Power |
918 MHz to 925 MHz: 2 x 60W 925 MHz to 960 MHz: 2 x 80W |
|
Receiver Sensitivity |
918 MHz to 925 MHz: Single antenna: -112.5 dBm Double antennas: -115.5 dBm 925 MHz to 960 MHz: Single antenna: -113.4 dBm Double antennas: -116.4 dBm |
|
BBU3900 Size (H x W x D) |
86 mm x 442 mm x 310 mm |
|
RRU3004 Size (H x W x D) |
480 mm x 356 mm x 100 mm |
|
RRU3004 with housing Size (H x W x D) |
485 mm x 380 mm x 130 mm |
|
BBU3900 Weight |
Typical: 7 kg; maximum: 12 kg |
|
RRU3004 Weight |
15 kg without housing; 17 kg with housing |
|
BBU3900 Input Power |
-48V DC; voltage range: -38.4V DC to -57V DC +24V DC; voltage range: +21.6V DC to +29V DC |
|
RRU3004 Input Power |
-48V DC; voltage range: -36V DC to -57V DC 220V AC; voltage range: 176V AC to 290V AC for RRU3004 of the E frequency band |
huawei DBS3900 eLTE Distributed Base Station BTS BBU RRU Broadband Trunking
Used for radio access in an eLTE system and as an enterprise base station, the DBS3900 suits a wide range of applications that require precise Base Transceiver Station (BTS) capabilities. The DBS3900 includes two basic types of modules: a Base Band Unit (BBU) and a Remote Radio Unit (RRU). These modules can be flexibly configured to meet a variety of usage requirements. In addition, the DBS3900’s small size, low power consumption, and flexible installation enable easy deployment.
High Performance Mobile Broadband Access Network
The DBS3900 supports high data rates. Downlink and uplink rates can reach up to 100 Mbit/s and 50 Mbit/s 20 MHz per cell, respectively. For coverage of remote sites such as offshore drilling platforms, the DBS3900 can provide ultra-long-distance coverage up to 100 kilometers. For railways, the DBS3900 provides up to 430 km/h high-speed train coverage.
World’s Leading Professional Broadband Trunking
Based on LTE technology, the Huawei DBS3900 is the world’s leading professional broadband trunking solution. Its advanced features include priority call, call hold, late entry, dynamic grouping, and fallback mode. In addition, the DBS3900 provides outstanding performance for traditional trunking with a group call setup time less than 300 ms and a pre-emptive priority call time less than 150 ms. Combining voice and real-time video trunking in the same base station reduces Capital Expenditure (CAPEX) costs compared to traditional trunking and data service solutions.
Multiband for Diversified Frequency Resources
The DBS3900 supports multiple frequency bands, including LTE-TDD 400 MHz/1.4 GHz/1.8 GHz/2.3 GHz and LTEFDD 800 MHz. Wide frequency band availability simplifies network deployment and allows the system to adapt to various frequency policies with higher flexibility.
Features & Benefits
1) Mobility Management
2) Ultra High Speed Mobility
3) Extended Cell Access Radius
4) Network Security
5) Voice over IP (VoIP)
6) Trunking Voice Services
7) Location Services (LCS)
8) Way Antenna Extension
Supports 2 x 2 MIMO and 4 x 2 MIMO
Supports UE Category 2/3/4
9) Smart Network Configuration and Optimization
10) Reliability
1+1 Backup of the eNodeB Main Control Board
Baseband Board Backup (CPRI Backup)
11) Transmission Networking
12) Admission and Scheduling
Active Queue Management (AQM)
Radio/transport resource pre-emption
13) Power Saving
Intelligent power-off of carriers in the same coverage Power Supply Unit (PSU) intelligent sleep mode
Symbol power saving
|
Distributed Base Station (DBS3900) |
|
|
Multiple frequency bands |
Time Division Duplex (TDD): 400 MHz/1.4 GHz/1.8 GHz/2.3 GHz Frequency Division Duplex (FDD): 800 MHz |
|
Bandwidth |
400MHz: 3M/5M/10M/20MHz 1.4GHz: 10M/20MHz 800M/1.8G/2.3GHz: 5M/10M/20MHz |
|
Synchronization |
GPS, IEEE 1588v2 |
|
System availability |
≥ 99.999% |
|
Mean Time Between Failures MTBF |
≥ 155,000 hours |
|
Mean Time to Repair (MTTR) |
≤ 1 hour |
|
System reset time |
< 450 seconds |
|
Base Band Unit (BBU) |
|
|
Height |
2 U |
|
Weight |
≤12 kg (Max. configuration) |
|
Power supply voltage |
-48 V DC (voltage range: -38.4 V DC to -57 V DC) |
|
Average power consumption |
165 W (Typical configuration) |
|
Maximum configuration |
One BBU for 12 RRUs |
|
Protection level |
IP20 |
|
Working temperature |
–20°C to +55°C |
|
Relative Humidity |
5% RH to 95% RH |
|
Boards: LMPT UMPT,LBBP UBBP,UTRP,USCU,UELP UFLP,UPEU,UEIU,FAN |
|
|
Remote Radio Unit (RRU) |
|
|
Power supply voltage |
-48 V DC, 220 V AC |
|
Weight |
≤24 kg |
|
Protection level |
IP65 |
|
Working temperature |
-40℃ to +55℃ |
|
Relative Humidity |
5% RH to 100% RH |
|
PART NUMBER |
|
|
BTS3900 |
|
|
BBU 3900-2G-CARD |
|
|
BBU BOX |
02112722-02315848-02319940(WD2B000BBU01) |
|
FAN |
02120458(WD2E1FAN) 02120559 |
|
FANc |
02120577 (WD2E1FANC) |
|
GTMU |
02030HNK(WD22GTMU1) |
|
GTMUb |
02030LPM(WD22GTMU6) |
|
UEIU |
02315639(WD2M1UEIU) |
|
UELP |
020FEDD0(WD22UELP) 020FQEDD(WD22UELP) |
|
UFLP |
020FQGD0(WD22UFLP) |
|
UPEU |
02135528(WD2MUPEUA) |
|
UPEUc |
02319897(WD2MUPEUC) |
|
UTRP |
03052087(QWM2UTRP3) 03052088(QWM2UTRP4) |
|
BTS 3900-2G-RFU |
|
|
DRFU M1800 |
02315743(GMKM1DRFU) |
|
DRFU M900 |
02315692(GMSMBDRFU) 02316243(GMSM1DRFU) |
|
DRFU M900B |
02316913(GM5M4DRFU) |
|
GRFU 1800A |
02318546(WD5MGRFU73A) |
|
GRFU 1800D |
02310CRV(WD5MGFUA83A) |
|
GRFU 900C |
02310CRT(WD5MGFUA88C) 02317033(WD5MGRFU88C) 02318473(WD5MGRFU78C) |
|
MRFU 1800A |
02316393(WD5MMRFU83A) 02318544(WD5MMRFU73A) |
|
MRFU 1800D |
02310CRU(WD5MJFUA83A) |
|
MRFU 900C |
02310CRC(WD5MJFUA88C) 02318470(WD5MMRFU78C) 02310CRS(WD5MJFUH88C) |
|
MRFUe 1800A |
02310EJA(WD5MJFUAD3A) |
|
MRFUe 900C |
02310CEX(WD5MJFUADBC) |
|
BTS 3900A |
|
|
APM30H |
02113188 |
|
BTS 3900A Cabinet |
02113218 |
|
DCDU |
02120553 |
|
EPM |
02317275 |
|
EPS01A |
02400463 |
|
EPW30-48A |
02130608 |
|
FAN |
02120480 |
|
RFC |
02113190 |
|
SFPCABLE |
1.5M 1020 04050097 |
|
SFPCABLE |
2.0M 1034 0450098 |
|
BTS 3900-Cabinet |
|
|
3900-Cabinet |
021131716 |
|
DCDU-01 |
021021205539(WD2E2DCDU) |
|
DCDU-03B |
021021204729（WD2E3DCDU） |
|
DCDU-03C |
02120479(WD2E3DCDUC) |
|
DCDU-12B |
02120731(TD1MDCDC12B0) |
|
FAN |
02120548(WD2E1FMUB) |
|
BTS 3G-CDMA |
|
|
BBU 3900-3G-C-CARD |
|
|
CMPT |
020MRN7A(WD22CMPT01) |
|
HCPM |
020FXD9R(QCU1HCPMA) |
|
HECM |
020GBA4M(QCU1HECMA) |
|
BBU 3900-3G-C-RFU |
|
|
CRFU 800 |
02316176(WD2MCRFU80A) |
|
CRFUd 2100 |
02310RHA(WD5MAFUBC106) |
|
BTS 3G-TD |
|
|
BBU 3900-3G-TD-CARD |
|
|
WMPTc |
020UW10C (WD22DMPT2) |
|
UBBPc |
020VRWWO (TD11UBBPC) |
|
DBS 3900-3G-TD-RRU |
|
|
DRRU3151e-fae |
02310FDN(WD5MORUC6XC) |
|
BTS 3G-WCDMA |
|
|
BBU 3900-3G-W-CARD |
|
|
UMPTb1 |
03054885(WD2DUMPTB101) |
|
WBBPb1 |
03020KXC(QWL1WBBPB1) |
|
WBBPb3 |
03020KWP(QWL1WBBPB3) |
|
WBBPb4 |
020JVJ4M(WL2WBBPB4) 03020GSA(QWL1WBBPB4) |
|
WBBPd2 |
03020QYR(QWL1WBBPD2) |
|
WBBPd3 |
03020XCU(QWL1WBBPD3) |
|
WBBPf3 |
021VHD6T(QWMDWBBPF301) |
|
WMPT |
020JQE10(WD22WMPT) |
|
UMPTb2 |
03054886(WD2D0UMPTB02) |
|
BTS 3900-3G-W-RFU |
|
|
WRFU 2100 |
02315804(WD2MWRFU81) 02319231(WD5MWFUB81) |
|
BTS 312 |
|
|
BTS 312-CARD |
|
|
DC/DC PSU |
02280378 |
|
TDU |
03022493(GMK1TDU) |
|
TMU |
03212910(GMK2TMU) |
|
BTS 312-CDU |
|
|
CDU M900 |
27140026(CDUA3) |
|
DCOM |
02314148 |
|
ECDU |
27140035 27140034 |
|
EDU |
27140025 |
|
BTS 312-TRX |
|
|
DETR 1800M |
02313034(GMKM5TRX) |
|
E-TRX |
02312193(GM5M3TRX) |
|
RETR |
02312580(GM5MTTRX) |
|
R-TRX |
02312197(GM5M4TRX) |
|
TRX M1800 |
02310510 |
|
TRX M900 |
02311309(GM5M2TRX) 02310577(GMSM1TRX) |
|
Abbreviation |
Full Name |
|
3GPP |
3rdGeneration Partnership Project |
|
3m |
Multi-carrier, Multi-mode, and MIMO |
|
AC |
Alternating Current |
|
APM |
Advanced Power Module |
|
BBU |
Baseband Unit |
|
BTS |
Base Transceiver Station |
|
CCU |
Cabinet Control Unit |
|
CMUA |
Central Monitoring Unit Type A |
|
CMUE |
Central Monitoring Unit Type E |
|
CPRI |
Common Public Radio Interface |
|
CRFUd |
CDMA Radio Frequency Unit Type D |
|
DBS |
Distribution Base Station |
|
DC |
Direct Current |
|
DCDU |
Direct Current Distribution Unit |
|
E-UTRAN |
Evolved Universal Terrestrial Radio Access Network |
|
EMC |
ElectroMagnetic Compatibility |
|
EMUA |
Environment Monitoring UnitType A |
|
eNodeB |
E-UTRAN NodeB |
|
EPS |
Embedded Power Supply System |
|
EPU |
Embedded Power subrack Unit |
|
ETP |
Embedded Telecommunication Power |
|
ETSI |
European Telecommunications Standards Institute |
|
FDD |
Frequency Division Duplex |
|
GSM |
Global System for Mobile Communications |
|
GUI |
Graphical UserInterface |
|
HAU |
Heater Assembly Unit |
|
HEX |
Heat EXchanger |
|
IBBS |
Integrated Backup Battery System |
|
ICR |
Indoor CentralizedRack |
|
IMB |
Indoor Mini Box |
|
LBBP |
LTE Baseband Processing Unit |
|
LMT |
Local Maintenance Terminal |
|
LRFU |
LTE Radio Frequency Unit |
|
LRFUe |
LTE Radio Frequency Unit Type E |
|
LTE |
Long Term Evolution |
|
MIMO |
Multi-Input and Multi-Output |
|
MME |
Mobility Management Entity |
|
MML |
ManMachine Language |
|
MRFU |
Multi-Mode Radio Frequency Unit |
|
MRFUd |
Multi-Mode Radio Frequency Unit Type D |
|
OMB |
Outdoor Mini Box |
|
PDU |
Power Distribution Unit |
|
PMU |
Power Monitoring Unit |
|
PSU |
Power Supply Unit |
|
RF |
Radio Frequency |
|
RFC |
Radio Frequency Cabinet |
|
RFU |
Radio Frequency Unit |
|
RH |
Relative Humidity |
|
RRU |
Remote Radio Unit |
|
S-GW |
Serving GateWay |
|
SLPU |
Signal Lightning Protection Unit |
|
SDR |
Software-Defined Radio |
|
TCO |
TotalCostofOwnership |
|
TEC |
Thermoelectric Cooling Unit |
|
TMC |
Transmission Cabinet |
|
UMTS |
Universal Mobile Telecommunications System |
|
USB |
Universal Serial Bus |
|
VLAN |
Virtual Local Area Network |
| Payment Terms: | T/T L/C Paypal Western union Moneygram… |
|---|---|
