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    HUAWEI TECHNOLOGIES CO., LTD. All rights reserved

    www.huawei.com

    Customer

    Module 7NodeB Product Introduction

    ISSUE 4.0

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    As an important part of UTRAN,

    NodeB mainly processes the physical

    layer of the signals of Uu interface

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    Upon completion of this course, you will be able

    to:

    Master the NodeB’s family

    Master the hardware structure of BTS3812E&A

    Master the hardware structure of BDS3800

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    ChapterChapter 1 NodeB System1 NodeB System OverviewOverview

    ChapterChapter 2 BTS3812E&A Hardware Introduction2 BTS3812E&A Hardware Introduction

    ChapterChapter 3 DBS3800 Hardware Introduction3 DBS3800 Hardware Introduction

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    NodeB in UMTS Network

    Iu-BC

    RNC

    RNC

    NodeB

    NodeB

    NodeB

    CS

    PS

    CBC

    UE UTRAN CN

    Uu Iu

    Iu-CS

    Iu-PS

    Iu-BC

    Iur

    Iub

    Iub

       I   u   b

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    NodeB System Architecture

    EnvironmentMonitoring

    device

    Iub

    -48V

    Uu

    UE

    RNC

    BTS3812E cabinet

    O&M terminal

    NodeB System

    -48V DC powersupply system

    Antenna & feeder

    subsystem

    TransmissiondeviceDDF

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    Huawei New Generation NodeB Family

    BTS3812E

    Macro Indoor NodeB

    Radio Remote Unit

    Base Band Unit

    BTS3812A

    Macro Outdoor NodeB

    BBU3806/BBU3806C + RRU3801CDistributed NodeB

    BTS3801B

    Pico NodeB

    Suburban

    Blind spots or hot spots

    Hot spots

    Indoor

    Urban, indoor Urban, Difficult site acquisitionUrban, outdoor

    Designed for your sitesDesigned for your sitesBTS3801C/BTS3803C

    Mini NodeB

    RHUB

    Base Band Processing Unit

    iDBS3800Indoor Distributed NodeB

    Pico RRU

    Deep indoor

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    2004

    Inventor of Distributed

    Node B Solution

    Advanced DPD Technology

    (PA efficiency > 19% )

    2005 2006

    1st commercial release

    New Generation Node B

    Full performance HSDPA

    (15 codes, 14.4Mbps)

    Multi-TRX; Multi-Band

    Improved power efficiency:

    DPD + Doherty Technology

    (~ 33%)

    Commercial release Hybrid IP

    RAN Solution

    Software upgrade to HSUPA

    BTS3801B

    (Pico NodeB)

    New Generation NodeB Portfolio

    BBU3806/BBU3806C(Base Band Processing Unit)

    BTS3812E

    (Macro Indoor)

    BTS3812A

    (Macro Outdoor)

    RRU3803C

    BTS3803C(Mini NodeB)

    RHUB Pico RRU

    Distributed NodeB

      0  4   Q  2  0  4   Q  3  0  4   Q  4  0  5   Q  1  0  5   Q  2  0  5   Q  3  0  5   Q  4  0  6   Q  1  0  6   Q  2    …

    New Generation Node B

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    ChapterChapter 1 NodeB System1 NodeB System OverviewOverview

    ChapterChapter 2 BTS3812E&A Hardware Introduction2 BTS3812E&A Hardware Introduction

    ChapterChapter 3 DBS3800 Hardware Introduction3 DBS3800 Hardware Introduction

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    ChapterChapter 2 BTS3812E&A Hardware Introduction2 BTS3812E&A Hardware Introduction

    Section1 BTS3812E&A Hardware OverviewSection1 BTS3812E&A Hardware Overview

    Section2 BTS3812E Hardware StructureSection2 BTS3812E Hardware Structure

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    BTS3812E Appearance

    Dimensions:

    1400mm(H)*600mm(W)*600

    mm(D) Weight under full configuration:

    205kg

    The maximum powerconsumption:

    2630W

    Working voltage:

    -48V DC

    Input range of voltage: -40V~-60V

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    BTS3812E Hardware Composition

    NBBIMTRU MTRU MTRU MTRU MTRU MTRU

    MAFU MAFU MAFU MAFU MAFU MAFU

    NFAN

    Air inlet

    B

    u

    s

    b

    a

    r

    NM

    ON

    NC

    CU

    HB

    BI

    HU

    LP

    HU

    LP

    HU

    LP

    HU

    LP

    HU

    LP

    HU

    LP

    D

    LP

    D

    LP

    NM

    PT

    NM

    PT

    NU

    TI

    NU

    TI

    HB

    BI

    NU

    TI

    H H

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    BTS3812A Appearance

    Dimensions:

    1700mm(H)*900mm(W)*920mm(D)

    Weight under full configuration:

    400kg

    The maximum powerconsumption:

    2900W

    Working voltage:

    220V AC

    Input range of voltage:200V~240V

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    BTS3812A Hardware Architecture

    Appearance and composition of BTS3812A

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    BTS3812E&A Capacity & Coverage

    System capacity:

    Each cell can support up to:128 equivalent voice channels(with

    rate of 12.2Kbit/s)

    Each cabinet can support up to:12 cells

    Each sector can support up to:4 carriers

    Coverage ability:

    Each carrier’s maximum output power of MTRU is:40W

    The receive sensitivity of single antenna is better than:-125dBm

    The receive sensitivity of two antennas is better than:-128dBm

    The maximum searching ability is:180km

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    BTS3812E&A Characteristics

    Transmission Type: E1/T1, STM-1, FE( Fast Ethernet )

    Networking mode: star, chain, tree, ring and hybrid

    Synchronization clock sources:clock extracted from

    Iub interface, GPS, external clock and local free-run

    Handover types: softer handover, soft handover and

    hard handover

    Services: CS (circuit domain) services, PS (packet

    domain) services , mixed services and position

    services

    Enhanced functions:RET (remote electric tilt), HSDPA(high speed downlink packet access), CMB( Cell

    Multimedia Broadcast)

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    ChapterChapter 2 BTS3812E&A Hardware Introduction2 BTS3812E&A Hardware Introduction

    Section1 BTS3812E&A Hardware OverviewSection1 BTS3812E&A Hardware Overview

    Section2 BTS3812E Hardware StructureSection2 BTS3812E Hardware Structure

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    BTS3812E Logical Structure

    TransportSubsystem

    Control Subsystem

    BasebandSubsystem

    RFSubsystemRNC antenna

    BTS3812E cabinet

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    Control Subsystem Composition:NMPT, NMON

    Main functions:

    NodeB Management: configuration management, resource management,

    status monitoring, operation and maintenance Processing signalling over Iub interface

    Providing the input and output control interface for the NodeB

    Providing various reference clocks for NodeB

    N

    C

    C

    U

    1 2 3 4 50 6 7 8 9 10 11 12 13 14 15 16 17

    N

    M

    O

    N

    N

    U

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    B

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    Control Subsystem——NMPT Board number:

    maximum is 2,working in active and standby mode

    Types of NMPT:with/without GPS card

    Main Functions:

    Managing the entire NodeB

    Processing various kinds of signaling

    Providing system clock signals

    MAFU

    NMPT

    NDTI/NAOI/NUTI

    HBBIHDLP

    HULP

    NMON

    NEMU

    NFAN

    LMT

    MTRU

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    Control Subsystem——NMON

    Board number:optional,maximum is 1

    Main Functions:

    Providing 32-line input and 7-line output interfaces for theNodeB to monitor other equipments

    Adjusting and controlling the RET through the MAFU

    NMONNMPT Input ports

    Output control ports

    MAFU RET

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    Transport Subsystem Composition: NDTI, NAOI, NUTI

    Main Functions:

    Interfacing NodeB with RNC

    Interfacing with baseband subsystem and control subsystem

    Performing NBAP preprocessing and AAL2 switching function

    Extracting Iub interface clock signals

    N

    C

    C

    U

    1 2 3 4 50 6 7 8 9 10 11 12 13 14 15 16 17

    N

    M

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    N

    N

    U

    T

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    I

    H

    B

    B

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    U

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    U

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    H

    D

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    N

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    I

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    Transport Subsystem——NDTI

    Board Number:maximum is 2

    Interfaces of Board:8 pairs of E1/T1 ports

    Main Functions: Transferring data from Iub interface control plane to NMPT

    Transferring data from Iub interface user plane to HULP/HBBIand HDLP/HBBI

    NDTI/NAOI/NUTI

    RNC

    NMPT

    HULP

    HBBI

    HDLP

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    Transport Subsystem—— NAOI

    Board Number:maximum is 2

    Interfaces of Board:

    2 pairs of STM-1 optical ports and 4 pairs of E1/T1 ports

    Main Functions:

    Transferring data from Iub interface control plane to NMPT

    Transferring data from Iub interface user plane to HULP/HBBI andHDLP/HBBI

    NDTI/

    NAOI/NUTIRNC

    NMPT

    HULP

    HBBI

    HDLP

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    Transport Subsystem—— NUTI

    Board Number:maximum is 3 Interfaces of Board:

    8 E1/T1s and 2 electrical FE ports on each NUTI

    Main Functions:

    Transferring data from Iub interface control plane to NMPT Transferring data from Iub interface user plane to HULP/HBBI and HDLP/HBBI

    Supporting either ATM transport or IP transport

    NDTI/

    NAOI/NUTIRNC

    NMPT

    HULP

    HBBI

    HDLP

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    Baseband Subsystem Composition:HBBI, HULP, HDLP

    Main Functions:

    Transmitting signal between baseband subsystem and RF subsystem

    Processing UL and DL signal:coding/decoding,modulation/demodulation

    Implementing physical layer closed loop processing acquisition indications(AI), uplink & downlink power control, and DL closed loop transmit diversityprocessing

    N

    C

    C

    U

    1 2 3 4 50 6 7 8 9 10 11 12 13 14 15 16 17

    N

    M

    O

    N

    N

    U

    T

    I

    N

    U

    T

    I

    H

    B

    B

    I

    H

    B

    B

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    U

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    Baseband Subsystem——HBBI Board Number:maximum is 3

    Board Type:with NOIT sub-board (used to connect with RRU), without NOITsub-board

    Main Functions:

    Process up to 128 CE equivalent voice channels for both uplink anddownlink and support up to 3 cells

    Form the uplink resource pool with HULPs

    Form the downlink resource pool with HDLPs

    The HBBI located at the right sub-rack work independently which is used tocascade RRU

    HBBI

    HULP

    HDLP

    NMPT

    MTRU

    RRU

    NDTI/NAOI

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    Baseband Subsystem——HULP Board Number:maximum is 6

    Main Functions:

    Each HULP can process 128 equivalent voice channels and support 3 cells

    On the data plane, it processes the UL baseband data, including demodulation,channel estimation, RAKE receiving, softer combination, decoding

    On the control plane, it performs the NMPT signaling processing especially theNBAP dedicated signaling processing

    Sending FBI data, power control data, access data to HDLPs

    HULP

    HDLP

    NDTI/

    NAOIHBBI

    NMPT

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    Baseband Subsystem——HDLP Board Number:maximum is 2

    Main Functions:

    Each HDLP can process 512 equivalent voice channels and support 6 cells

    Downlink coding & modulating

    Performing DL power control and channels’ combination of a cell

    Performing DL measurement and transmit diversity control

    HDLP

    HULP

    NDTI/NAOI

    HBBI

    NMPT

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    RF Subsystem

    Composition:MTRU, MAFU

    Main Functions:

    Transmitting and receiving RF signals

    Amplifying small RF signals

    Converting baseband signals to RF signals and vice versa

    NBBIMTRU MTRU MTRU MTRU MTRU MTRU

    1 2 3 4 50

    MAFU MAFU MAFU MAFU MAFU MAFU

    1 2 3 4 50

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    RF Subsystem——MTRU Board Number:maximum is 6

    Main Functions:

    UL/DL conversion, signal amplification, filtering, A/D conversion, D/A conversion,

    digital intermediate frequency conversion, digital pre-distortion

    Each MTRU has one Tx channel and two Rx channels and supports bi-carrier

    processing

    When configure 38W amplifier,the maximum output power is 30W

    When configure 50W amplifier,the maximum output power is 40W

    MTRUHBBI MAFU

    NMPT

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    RF Subsystem——MAFU Board Number:maximum is 6, the quality of it equals to MTRU

    Main Functions:

    Receiving RF signals from antenna and transmitting RF signals to antenna

    Supplying power to RET and TMA through feeder

    Receiving the AISG signals from NMON, and sending them to RET through

    feeder

    Reporting the status of MAFU to NMPT

    MAFUMTRU Antenna

    NMON

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    Multi-carrier RF Technology

    Advanced architecture and Multi-carrier RF technology

    • Integrated TRX, LNA and PA

    • One module supports multiple TRX

    OMC

    reconfiguration

    Single Carrier TRX

    Multi-Carrier Transceiver -- Smoothly Expanding

    Expanding from 1 carrier to 2 carriers:

    • Only reconfiguration needed

    • No hardware/software upgrading

    Single Carrier double Carrier

    TRX 1

    TRX 2

    LPA 1

    LPA 2

    Multi Carrier MTRU

    BasebandCarrier1

    Baseband

    Carrier2

    BasebandCarrier1

    Baseband

    Carrier2

    TRX 1

    RFCarrier1+2

    RFCarrier1

    RFCarrier2

    PA

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    • One cabinet solution

    • Up to 3*2 configuration for each

    frequency band or 3*4 in two

    frequency band

    • Power, transmission, channel

    card, etc. shared by all bands

    • One cabinet solution

    • Up to 3*2 configuration for each

    frequency band or 3*4 in two

    frequency band

    • Power, transmission, channel

    card, etc. shared by all bands

    NodeB supports Multi-Band: 850M / 900M/ 1700M/ 1800M/ 1900M / 2.1GHz

    Co-cabinet solution can decrease the cost of site rental and civil work.

    2.1GAFU

    2.1GTRU

    OtherbandAFU

    OtherbandTRU

    Multi-band Co-cabinet: Smooth Evolution

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    RF Subsystem — 32 Configuration

    HBBI 0

    MTRU0ANT A

    Tx

    Rx0

    Rx1

    Tx

          D     u     p      l     e     x     e     r

          S     p      l      i      t     e     rRx0

    Rx1 LNA

    Rx2 LNA ANT BMAFU0

    HBBI 1

    MTRU4 ANT A

    Tx

    Rx0

    Rx1

    Tx

          D     u     p      l     e     x     e     r

          S     p      l

          i      t     e     rRx0

    Rx1 LNA

    Rx2LNA

    ANT BMAFU4

    MTRU2ANT A

    Tx

    Rx0

    Rx1

    Tx

          D     u     p      l     e     x     e     r

          S     p      l      i      t     e     rRx0

    Rx1 LNA

    Rx2LNA

    ANT BMAFU2

    Sector 0

    Sector 2

    Sector 1

    RX Filter

    RX Filter

    RX Filter

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    Antenna and Feeder Subsystem

    Antenna

    NTTA

    Antenna

    stand

    Jumper

    Jumper

    Feeder

    Jumper

    NodeBcabinet

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    Feeder

    Rules of choosing Feeders :

    7/8" feeders used for the distance shorterthan 40 m

    5/4" feeders used for the distance longer

    than 40 m

    1/2" super-flexible cables are used toconnect:

    − Antennas and main feeders

    − Antennas and TMAs

    − Cabinet and main feeders

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    Power Supply

    Fan

    MAFU

    MAFU

    MAFU

    MAFU

    MAFU

    MAFU

    MTRU

    MTRU

    MTRU

    MTRU

    MTRU

    MTRU

    NCCP

    PWR

    PWR/ COM

    PWR

    P7

    P8

    P9

    P10

    P11

    P12

    P13

    P14

    P15

    P15

    P14P13P12P10P9P8

    P7.1P7.2P7.3P7.4P7.5P7.6

    P11

    PWR

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    H

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    B

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    Uu

    RNC

    Iub

    NodeB Cabinet

    UE

    Antenna

    Feeder

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    DT

    I

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    BB

    I

    Uu

    RNC

    Iub

    NodeB Cabinet

    UE

    Antenna

    Feeder

    MAFU

    MTRU

    Signal Flow of Downlink Services

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    Signal Flow of Uplink Services

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    RNC

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    NodeB Cabinet

    UE

    Antenna

    Feeder

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    DT

    I

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    BB

    I

    Uu

    RNC

    Iub

    NodeB Cabinet

    UE

    Antenna

    Feeder

    MAFU

    MTRU

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    Signal Flow of Signaling Processing

    NodeB Cabinet

    NMPT

    NDTI/

    NAOI/NUTI

    HDLP

    HULP

    MAFU

    HBBI

    MTRU

    NDTI/NAOI/NUTI

    RNC

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    ChapterChapter 1 NodeB System1 NodeB System OverviewOverview

    ChapterChapter 2 BTS3812E&A Hardware Introduction2 BTS3812E&A Hardware Introduction

    ChapterChapter 3 DBS3800 Hardware Introduction3 DBS3800 Hardware Introduction

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    ChapterChapter 3 DBS3800 Hardware Introduction3 DBS3800 Hardware Introduction

    Section1 DBS3800 System OverviewSection1 DBS3800 System Overview

    Section2 BBU&RRU Hardware StructureSection2 BBU&RRU Hardware Structure

    Section3 BTS3803C Hardware StructureSection3 BTS3803C Hardware Structure

    Section4 Antenna and Feeder SubsystemSection4 Antenna and Feeder Subsystem

    Section5 Installation of DBS3800Section5 Installation of DBS3800

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    DBS3800 Overview DBS3800 is a distributed NodeB of Huawei

    Technologies Co.Ltd.

    DBS3800 system consists of:

    BBU3806

    RRU3801C

    Antenna and feeder system

    Power cable

    E1/T1 or optical fiberOptical fiber or CPRI highspeed signal cable

    Grounding cable+24V/-48V DC

    Power cable-48V DC/220V AC

    RRU3801C

    RNC

    Antenna

    TMA

    RF jumper

    Feeder

    RF jumperBBU3806

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    DBS3800 Overview DBS3800 is a distributed NodeB of Huawei

    Technologies Co.Ltd.

    DBS3800 system consists of:

    BBU3806

    RRU3801C

    Antenna and feeder system

    Power cable

    E1/T1 or optical fiberOptical fiber or CPRI highspeed signal cable

    Grounding cable+24V/-48V DC

    Power cable-48V DC/220V AC

    RRU3801C

    RNC

    Antenna

    TMA

    RF jumper

    Feeder

    RF jumperBBU3806

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    DBS3800 Product Family

    Remote radio unit Mini NodeBBaseband unit

    BTS3803CBBU3806 RRU3801CBBU3806C

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    DBS3800 Characteristics

    supports circuit domain (CS) and packet (PS) domain services

    supports positioning services

    supports softer handover, soft handover and hard handover

    Supports transmit diversity mode and receive diversity mode

    Supports high-speed downlink packet access (HSDPA) technology

    HSDPA allows the traffic at up to 14.4 Mbps for a single cell

    HDSPA enables a single cell to support 15 OVSF codes

    Supports RRU cascading

    The maximum distance between two RRUs is 40km

    The distance from the first one to the last one should be within 100km

    When using the 1.25 G optical module, cascading levels is less than 4

    When using the 2.5 G optical module, cascading levels is less than 8

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    ChapterChapter

    3 DBS3800 Hardware Introduction3 DBS3800 Hardware Introduction

    Section1 DBS3800 System OverviewSection1 DBS3800 System Overview

    Section2 BBU&RRU Hardware StructureSection2 BBU&RRU Hardware Structure

    Section3 BTS3803C Hardware StructureSection3 BTS3803C Hardware Structure

    Section4 Antenna and Feeder SubsystemSection4 Antenna and Feeder Subsystem

    Section5 Installation of DBS3800Section5 Installation of DBS3800

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    BBU Overview

    BBU3806 appearance BBU3806Cappearance

    60W

    60W

    100W

    120W

    192CE(UL)/256CE(DL)256CE(UL)/384CE(DL)CE Numbers

    -48V DC+24V DC

    3

    -48V DC

    3kg

    42mm(H)×436mm(W)×300mm(D)

    BBU3806

    3Cells

    220V ACPower

    and Power

    Consumption

    15kgWeight

    480mm(H)×340mm(W)×135mm(D)Dimension

    BBU3806CIndex

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    BBU System Structure

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    BBU System Structure

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    BBU System Structure

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    BBU3806 Panel

    8K/TT110MRST

    EXT_ALM

    ETH_RS232E1/T1/J1Ela Elb

    RXTX

    CPRI0

    RXTX

    CPRI1

    RXTX

    CPRI2

    BITS GPS FE1

    FE0 PWR/RS485ONOFF

    TYPE LOCAT_ID E1/T1/J1

    ON

    OFF

    CPRI0 CPRI1 CPRI2 RUN ALM ACT

    LIU7LIU6LIU5LIU4LIU3LIU2LIU1LIU0

    ESD

    BBU-RNC interface

    BBU-BBU interface

    BBU-RRU interface

    BBU-RNC interface

    Indicator

    DIP switch

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    BBU Transmission Interfaces

    3×2.5Gbit/s1EIb

    3×2.5Gbit/s1EIaInterface between

    BBUs

    1.25 Gbit/s

    Or

    2.5 Gbit/s

    3

    CPRIInterface between

    BBU and RRU

    100 Mbit/s2Fast Ethernet

    155 Mbit/s2STM-1

    44.7 Mbit/s2T3

    34.4 Mbit/s2E3

    1.5 Mbit/s8T1

    2 Mbit/s8E1

    Iub Interface

    RateQuantityTypes of interfaceUsage

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    CPRICPRICPRI::::::::Common Public Radio InterfaceCommon Public Radio Interface

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    BBU3806 DIP Switches

    75ohm E1(default value)ONON

    reservedOFFON

    100ohm T1ONOFF

    120ohm E1OFFOFF

    MeaningDIP position8DIP position7

    Tertiary BBU3806OFFONON

    Secondary BBU3806OFFONOFF

    Standby BBU3806OFFOFFON

    Active BBU3806(default value)OFFOFFOFF

    MeaningDIP position6DIP position5DIP position4

    undefined,default is OFFOFFOFFOFF

    MeaningDIP position3DIP position2DIP position1

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    BBU3806C Panel

    RST

    10 M

    8K/TT1

    LIU0

    LIU1

    LIU2

    LIU3

    LIU4

    LIU5

    LIU6

    LIU7

    RUN

    ALM

    ACT

    CPRI2

    CPRI1

    CPRI0

     ON 

     OF F 

    ETH_RS232

    E 1  /  T 1  & 7  5  /  

    1 2  0 

    L  O C A T .I  D 

     ON 

     OF F 

       1 

       2 

       3 

       4

    PWR

    RS485&

    EXT_ALM

    2× FE

    8× E1/T1

    OPT

    GPS

    E1/T1 GND

     C P R I  1  _T X 

     C P R I  1  _R X 

     C P R I  2  _T X 

     C P R I  2  _R X 

     C P R I   0  _T X 

     C P R I   0  _R X 

    Ela

     Maintenance Panel  Maintenance Panel   Bottom Panel  Bottom Panel   Distributed Board  Distributed Board 

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    RRU Overview

    240W

    240W

    -48V DC

    220V AC40W

    Power amplifierPower and Power

    Consumption

    1×2

    20kg

    480mm(H)×340mm(W)×135mm(D)

    RRU3801C

    Sector × Carrier

    Weight

    Dimension

    22kgWeight

    565mm(H)×390mm(W)×165mm(D)Dimension

    RRU3801C(with shell)

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    RRU System Structure

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    RRU System Structure

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    RRU3801C Panel

    EXT_ALM/ FAN

    CPRI_E

    CPRI_W

    ALD

    RUNALM

    TX_ACT/ VSWR

    TST_RSLT

    CPRI_E CPRI_W

    ETH/RS232

    RST

    TST_ANT

    TST_CPRI

    OFF

    ON

    LOCAT

     _ID

    12

    43

    PWR

    RX_IN/OUT

    ANT_RXB

    ANT_TX/RXA

     Maintenance Panel  Maintenance Panel   Bottom Panel  Bottom Panel   Distributed Board  Distributed Board 

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    ChapterChapter 3 DBS3800 Hardware Introduction3 DBS3800 Hardware Introduction

    Section1 DBS3800 System OverviewSection1 DBS3800 System Overview

    Section2 BBU&RRU Hardware StructureSection2 BBU&RRU Hardware Structure

    Section3 BTS3803C Hardware StructureSection3 BTS3803C Hardware Structure

    Section4 Antenna and Feeder SubsystemSection4 Antenna and Feeder Subsystem

    Section5 Installation of DBS3800Section5 Installation of DBS3800

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    BTS3803C Hardware Structure

    360W220V AC40W Poweramplifier

    Power andPower Consumption

    3×1

    37kg

    600mm(H)×380mm(W)×350mm(D)

    BTS3801C

    Sector × Carrier

    Weight

    Dimension

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    ChapterChapter 3 DBS3800 Hardware Introduction3 DBS3800 Hardware Introduction

    Section1 DBS3800 System OverviewSection1 DBS3800 System Overview

    Section2 BBU&RRU Hardware StructureSection2 BBU&RRU Hardware Structure

    Section3 BTS3803C Hardware StructureSection3 BTS3803C Hardware Structure

    Section4 Antenna and Feeder SubsystemSection4 Antenna and Feeder Subsystem

    Section5 Installation of DBS3800Section5 Installation of DBS3800

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    Antenna and Feeder System

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    Feeder

    Rules of choosing Feeders :

    7/8" feeders used for the distance shorter

    than 40 m

    5/4" feeders used for the distance longer

    than 40 m

    1/2" super-flexible cables are used toconnect:

    − Antennas and main feeders

    − Antennas and TMAs

    − Cabinet and main feeders

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    ChapterChapter 3 DBS3800 Hardware Introduction3 DBS3800 Hardware Introduction

    Section1 DBS3800 System OverviewSection1 DBS3800 System Overview

    Section2 BBU&RRU Hardware StructureSection2 BBU&RRU Hardware Structure

    Section3 BTS3803C Hardware StructureSection3 BTS3803C Hardware Structure

    Section4 Antenna and Feeder SubsystemSection4 Antenna and Feeder Subsystem

    Section5 Installation of DBS3800Section5 Installation of DBS3800

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    DBS3800 Installation

    DBS3800 Distributed NodeB

    small dimensioning design

    RRU can be installed near

    antenna

    The numbers of BBU and RRU

    can be configured according to

    different requirements

    Traditional outdoor macro NodeB

    Difficult to transport and move

    Need large space to locate

    Require long feeder

    RRURRU

    BBUBBU

    Outdoor macro NodeBOutdoor macro NodeB

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    DBS3800 Installation

    DBS3800 Distributed NodeB

    small dimensioning design

    RRU can be installed near

    antenna

    The numbers of BBU and RRU

    can be configured according to

    different requirements

    Traditional outdoor macro NodeB

    Difficult to transport and move

    Need large space to locate

    Require long feeder

    RRURRU

    BBUBBU

    Outdoor macro NodeBOutdoor macro NodeB

    BBU3806 Installation

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    BBU3806 Installation

    Installing BBU3806 Cabinet

    Installing BBU3806 Horizontally Mounted into Cabinet

    Installing BBU3806 Vertically Mounted into Cabinet

    Mounting BBU3806 on Wall

    BBU3806 Installation

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    BBU3806 Horizontally Mounted into Cabinet

    BBU3806 Installation

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    BBU3806 Vertically Mounted into Cabinet

    BBU3806 Installation

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    BBU3806 Installation

    Mounting BBU3806 on Wall

    RRU Installation

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    RRU Installation

    Installing RRU Cabinet

    Installing RRU Cabinet on Metal Pole

    Installing RRU Cabinet on Wall Installing RRU Cabinet on Stand

    Installing RRU Cabinet Next to 2G Equipment

    RRU3801C Installation

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    Installing RRU Cabinet on Metal Pole

    (1)

    (2)

    (2) RRU cabinet case(1) Hanger

    RRU3801C Installation

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    Installing RRU Cabinet on Wall

    (1)

    (1) Hanger

    (1)

    (2)

    (2) RRU cabinet case(1) Hanger

    RRU3801C Installation

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    Installing RRU Cabinet on Stand

    (2)

    (1)

    (2) RRU module(1) Hanger

    (1)

    (2)

    (2) RRU cabinet case(1) Hanger

    RRU3801C Installation

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    Installing RRU Cabinet Next to 2G Equipment

    (1)

    (2)

    (2) RRU module(1) Hanger

    (1)

    (2)

    (2) RRU cabinet case(1) Hanger

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