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The information presented is subject to change without notice. Alcatel-Lucent assumes no responsibility for inaccuracies contained herein.

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Contains proprietary/trade secret information which is the property of Alcatel-Lucent and must not be made available to, or copied or used by anyone outside

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Not to be used or disclosed except in accordance with applicable agreements.




PRELIMINARY

PRELIMINARY

Contents

About this document

Purpose ............................................................................................................................................................................................. xixi

What's new ...................................................................................................................................................................................... xixi

Intended audience ....................................................................................................................................................................... xiixii

Supported systems ...................................................................................................................................................................... xiixii

How to use this document ........................................................................................................................................................ xiixii

Prerequisites .................................................................................................................................................................................. xiixii

Conventions used ........................................................................................................................................................................ xiixii

Related information ................................................................................................................................................................... xiiixiii

Document support ...................................................................................................................................................................... xiiixiii

Technical support ....................................................................................................................................................................... xiiixiii

How to order ................................................................................................................................................................................ xiiixiii

How to comment ........................................................................................................................................................................ xiiixiii

1 UTRAN introduction

Overview ...................................................................................................................................................................................... 1-11-1

UTRAN presentation ............................................................................................................................................................... 1-21-2

2 Conventional base stations

Overview ...................................................................................................................................................................................... 2-12-1

Multi-Standard Base Stations ............................................................................................................................................... 2-22-2

Compact Node Bs .................................................................................................................................................................. 2-202-20

Macro Node Bs ....................................................................................................................................................................... 2-232-23

3 Distributed base stations

Overview ...................................................................................................................................................................................... 3-13-1

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Digital Node Bs ......................................................................................................................................................................... 3-23-2

Remote Radio Head ............................................................................................................................................................... 3-153-15

9322 digital Compact Node B ........................................................................................................................................... 3-293-29

9332 radio Compact Node B Outdoor ............................................................................................................................ 3-323-32

Alcatel-Lucent 9926 Base Band Unit Node B ............................................................................................................. 3-353-35

4 Radio Network Controllers

Overview ...................................................................................................................................................................................... 4-14-1

Alcatel-Lucent 9370 Radio Network Controller ........................................................................................................... 4-24-2

Nortel Multiservice Switch ................................................................................................................................................... 4-64-6

Alcatel-Lucent 9771 Radio Network Controller ........................................................................................................... 4-84-8

5 Local Maintenance Tools

Overview ...................................................................................................................................................................................... 5-15-1

Terminal for Local Installation ............................................................................................................................................ 5-25-2

Local Maintenance Tool (LMT) .......................................................................................................................................... 5-45-4

A Reissue history

Overview .....................................................................................................................................................................................A-1A-1

Index

Contents

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List of tables

1 Document changes from Issue 0.02, May 2014 ................................................................................................ xixi

2-1 MC-TRX dimensions and weight ..................................................................................................................... 2-152-15

2-2 MC-TRX consumption ......................................................................................................................................... 2-152-15

2-3 9941 Smart characteristics ................................................................................................................................... 2-212-21

2-4 9311 Macro V1 ID (600 / 700) characteristics ............................................................................................. 2-262-26

2-5 9311 Macro V1 OD (600 / 700) characteristics ........................................................................................... 2-292-29

2-6 9311 Macro V1 OD (with DBS 4U) characteristics ................................................................................... 2-302-30

2-7 9311 Macro V2 ID characteristics .................................................................................................................... 2-322-32

2-8 9311 Macro V2 ID (with DBS 4U) characteristics ..................................................................................... 2-342-34

2-9 9311 Macro V2 OD characteristics .................................................................................................................. 2-372-37

2-10 9311 Macro V2 OD (with DBS 4U) characteristics ................................................................................... 2-392-39

2-11 9391 Macrocell ID characteristics .................................................................................................................... 2-422-42

2-12 9391 Macrocell OD characteristics .................................................................................................................. 2-432-43

2-13 9944 Smart S8K characteristics ......................................................................................................................... 2-452-45

2-14 9944 Smart S18K characteristics ...................................................................................................................... 2-482-48

3-1 9326 d2U characteristics ......................................................................................................................................... 3-23-2

3-2 9326 d2U V2 characteristics .................................................................................................................................. 3-43-4

3-3 characteristics .............................................................................................................................................................. 3-53-5



3-6 9712 lightRadio OD cabinet characteristics .................................................................................................. 3-103-10

3-7 9711 lightRadio ID cabinet characteristics .................................................................................................... 3-143-14

3-8 RRH20-21 characteristics .................................................................................................................................... 3-163-16

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3-9 RRH40-21/-19/-AWS characteristics ............................................................................................................... 3-183-18

3-10 RRH40-08 characteristics .................................................................................................................................... 3-193-19

3-11 Alcatel-Lucent RRH2X60 - Characteristics .................................................................................................. 3-263-26

3-12 Alcatel-Lucent RRH2X40-900 - Characteristics ......................................................................................... 3-273-27

3-13 9322 dCompact characteristics .......................................................................................................................... 3-313-31

3-14 9332 rCompact OD characteristics ................................................................................................................... 3-343-34

4-1 9370 RNC characteristics ....................................................................................................................................... 4-44-4

4-2 9771 RNC characteristics ..................................................................................................................................... 4-134-13

A-1 Issue 0.02, May 2014, Reason for reissue ....................................................................................................... A-1A-1

A-2 Issue 0.01, March 2014, Reason for reissue ................................................................................................... A-1A-1

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List of figures

1-1 Alcatel-Lucent UTRAN architecture example ............................................................................................... 1-31-3

1-2 Multi-Operator Core Network .............................................................................................................................. 1-51-5

1-3 WCE Telecommunications network ................................................................................................................... 1-61-6

1-4 WCE System layers .................................................................................................................................................. 1-71-7

2-1 9100 MBI3/5 Ev2 outside view ........................................................................................................................... 2-32-3

2-2 9100 MBI3 Ev2 equipment layout ...................................................................................................................... 2-52-5

2-3 9100 MBI5 Ev2 equipment layout ...................................................................................................................... 2-62-6

2-4 9100 MBO1 outside view ....................................................................................................................................... 2-82-8

2-5 9100 MBO1 Ev2 equipment layout .................................................................................................................. 2-112-11

2-6 9100 MBO1 Ev2 AC inside view ...................................................................................................................... 2-122-12

2-7 MC-TRX front panel ............................................................................................................................................. 2-142-14

2-8 9100 Multi-Standard Base Station with MC-TRX (one sector shown for GSM and UMTS) .... 2-152-15

2-9 Front view of the TRDU sub-rack (fully equipped) ................................................................................... 2-172-17

2-10 9100 Multi-Standard Base Station with TRDU ........................................................................................... 2-182-18

2-11 9941 Smart cabinet layout ................................................................................................................................... 2-212-21

2-12 9311 Macro V1 ID (600 or 700) outside view ............................................................................................. 2-242-24

2-13 9311 Macro V1 ID - 600 inside view .............................................................................................................. 2-252-25

2-14 9311 Macro V1 OD outside view ...................................................................................................................... 2-272-27

2-15 9311 Macro V1 OD inside view ........................................................................................................................ 2-282-28

2-16 9311 Macro V2 ID cabinet layout (with MCPA + DDM + TRM) ........................................................ 2-312-31

2-17 9311 Macro V2 ID cabinet layout (with TRDU) ......................................................................................... 2-322-32

2-18 9311 Macro V2 ID (with DBS 4U), inside view ......................................................................................... 2-342-34

2-19 9311 Macro V2 OD general view with PA, DDM ...................................................................................... 2-352-35

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2-20 9311 Macro V2 OD general view with TRDU ............................................................................................. 2-362-36

2-21 9311 Macro V2 OD inside view (doors removed) ...................................................................................... 2-372-37

2-22 9311 Macro V2 OD (with DBS 4U) AC/DC variant cabinet layout .................................................... 2-392-39

2-23 9391 Macrocell ID with dual-band configuration ....................................................................................... 2-412-41

2-24 9391 Macrocell OD inside view (door removed) ........................................................................................ 2-432-43

2-25 9944 Smart S8K cabinet General view ....................................................................................................... 2-452-45

2-26 9944 Smart S18K cabinet Outside view ..................................................................................................... 2-472-47

3-1 9326 d2U rack layout (without shielded faceplate) ...................................................................................... 3-23-2

3-2 9326 d2U V2 rack layout ........................................................................................................................................ 3-33-3

3-3 outside view ................................................................................................................................................................. 3-53-5

3-4 9396 d2U outside view (indoor installation) ................................................................................................... 3-63-6

3-5 9396 d4U outside view (indoor installation) ................................................................................................... 3-83-8

3-6 9712 lightRadio OD cabinet configuration - small 2G/3G/4G .............................................................. 3-103-10

3-7 9712 LightRadio Outdoor Battery Cabinet .................................................................................................... 3-113-11

3-8 9711 lightRadio ID cabinet configuration - compact 2G/4G .................................................................. 3-133-13

3-9 RRH20-21 outside view ....................................................................................................................................... 3-163-16

3-10 RRH40-21/-19/-AWS outside view .................................................................................................................. 3-183-18

3-11 RRH40-08 outside view ....................................................................................................................................... 3-193-19

3-12 RRH60-21/-09 outside view ............................................................................................................................... 3-213-21

3-13 Four-carrier multi-standard RRH60-21 outside view ................................................................................ 3-223-22

3-14 RRH60-19/-08 outside view ............................................................................................................................... 3-233-23

3-15 RRH 2X40 - 09 bulkhead ..................................................................................................................................... 3-273-27

3-16 9322 dCompact OD inside view ........................................................................................................................ 3-303-30

3-17 9332 rCompact ODAC/DC inside view ........................................................................................................ 3-333-33

3-18 9926 BBU outside view ........................................................................................................................................ 3-363-36

3-19 Location of modules in the 9926 BBU ............................................................................................................ 3-363-36

3-20 9926 BBU 4U Dual technology subrack ........................................................................................................ 3-383-38

List of figures

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3-21 Configuration AW-CDMA(max) + LTE(1*bCEM) .................................................................................. 3-393-39

3-22 Configuration BW-CDMA(max) + LTE(2*bCEM) .................................................................................. 3-393-39

3-23 Configuration CW-CDMA(max) + LTE(3*bCEM) .................................................................................. 3-393-39

4-1 9370 RNC front view with two 9370 RNC shelves (dual RNC) in the cabinet ................................. 4-34-3

4-2 9370 RNC rear view with one 9370 RNC in the upper shelf .................................................................... 4-44-4

4-3 Multiservice Switch 20000 (two shelves) within NEBS 2000 frame ..................................................... 4-64-6

4-4 9771 WCE Cabinet ................................................................................................................................................... 4-94-9

4-5 9771 WCE RNC ...................................................................................................................................................... 4-114-11

5-1 TIL/Node B communication .................................................................................................................................. 5-35-3

List of figures

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About this documentAbout this document

Purpose

The purpose of this documentation is to provide an overview of W-CDMAAccess

Network Elements part of the Alcatel-Lucent portfolio.

The NE overview is declined as follows:

Node Bs

Conventional Base Stations

Distributed Base Stations

Radio Network Controllers

Local Maintenance Tools

Each NE is presented as follows:

Short introduction

Figure

Main characteristics (size, weight, frequency band, power mode)

References to relevant customer documentation associated to the NE

What's new

This is a reissue of Alcatel-Lucent W-CDMA System - Access Network Elements

Overview, 9YZ-04157-0004-ACZZA. This is Issue 0.03.

The major changes introduced in this release of the document is described in the

following paragraph. Changes introduced in prior issues of the document are shown in

Appendix A, Reissue history.

Document changes from the previous software release

The document changes from Issue 0.02 are shown in the following table.

Table 1 Document changes from Issue 0.02, May 2014

Feature/enhancement Description Location

Features

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Table 1 Document changes from Issue 0.02, May 2014 (continued)

Feature/enhancement Description Location

125616 Dual-technology support

W-CDMA/LTE by D4U in

WCDMA

9926 BBU 4U Dual

Technology (p. 3-37)

178821 Commercial Availability of

MOCN Multi Operator Core

Network

MOCN (p. 1-4)

Document changes

None None None

Intended audience

The audience for this document is Alcatel-Lucent customers who want to know about all

Access NEs and their related customer documentation.

Supported systems

This document applies to Alcatel-Lucent W-CDMALR14.2 system release and the

following systems:

Node B

RNC

How to use this document

No specific recommendation applies regarding the way readers should read this

document.

Prerequisites

For a complete view of the W-CDMACustomer Documentation, readers should start with

the Alcatel-Lucent W-CDMA System - Document Collection Overview,

9YZ-04157-0001-ACZZA.

Conventions used

Vocabulary conventions

For a definition of terms used in this document, please refer to Alcatel-Lucent W-CDMA

System - Terminology, 3MN-01111-0001-TQZZA.

About this document

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Typographical conventions

Appearance Description

IP reference, reference number Related document that is referenced in the

document

Related information

For information on subjects related to this document, see the documents referred at the

end of each section.

Document support

For support in using this or any other Alcatel-Lucent document, contact Alcatel-Lucent at

the following telephone numbers.

From United States

If you are using a landline, a cellular phone or VoIP, dial this number: 1-888-582-3688

From other countries

If you are using a cellular phone or VoIP, dial this number: +1-630-224-2485

If you are using a landline (phone without a plus [+] character), replace the plus sign

with your country's exit code. Dial this number: Exit code for the country of origin:

1-630-224-2485. See the country-specific exit codes listed here.

These numbers apply for document support only. Please see the section Technical

support for details about product hardware, software, and technical support.

Technical support

For technical support, contact your local Alcatel-Lucent customer support team. See the

Alcatel-Lucent Support web site (http://www.alcatel-lucent.com/support/) for contact

information.

How to order

To order Alcatel-Lucent documents, contact your local sales representative or use Online

Customer Support (OLCS) at http://www.alcatel-lucent.com/support/ (http://www.alcatel-

lucent.com/support/).

How to comment

To comment on this document, go to the Online Comment Form (http://infodoc.alcatel-

lucent.com/comments/) or e-mail your comments to the Comments Hotline

([email protected]).

About this document

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1 1UTRAN introduction

Overview

Purpose

This chapter contains a summarized UMTS Terrestrial Radio Access Network (UTRAN)

introduction.

The UTRAN is composed of at least one Radio Network Subsystem (RNS). An RNS

covers a certain geographical area. It is equivalent to the GSM BSS. Each RNS is

composed of one Radio Network Controller (RNC) and one or more Node Bs. RNSs are

interconnected through the Iur interface of each RNC to form a network.

Contents

UTRAN presentation 1-2

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UTRAN presentation

Alcatel-Lucent UTRAN

The Alcatel-Lucent UTRAN solution is based on the following components:

RNC

Node B

WMS for the OAM part

RNC

The Alcatel-Lucent RNC is 3GPP-compliant. It is based on the Multiservice Switch

platform.

RNC main functions

The main functions of the RNC are to control and manage:

Radio Access Network (RAN)

Signaling between Core Network (CN) components and Radio Network System

(RNS)

Node Bs and their radio resources

RNC interfaces

The RNC provides the following interfaces:

Iub towards a Node B

Iu towards the Core Network

Iur towards another RNC

Iupc towards an Standalone A-GPS SMLC (SAS)

Node B

The Alcatel-Lucent Node Bs are 3GPP-compliant. The Alcatel-Lucent Node B portfolio

includes:

Conventional base stations

Distributed base stations

Node B main functions

The Node B supports the following main functions:

Network interface management

Radio access

Call processing

UTRAN introduction UTRAN presentation

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Configuration and supervision

Synchronization

Performance monitoring

Node B interfaces

The Node B provides the following interfaces:

Iub towards an RNC

Uu towards a User Equipment (UE)

Note: This is a generic example, with Macro Node Bs Outdoor connected to antennas.

Figure 1-1 Alcatel-Lucent UTRAN architecture example


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PRELIMINARY

WMS

The Wireless Management System (WMS) delivers an integrated UMTS management

platform through which all Network Elements (NE) can be monitored and controlled.

It plays an important role in providing the foundation of a complete end-to-end

management solution for UMTS networks. The WMS manages the entire UMTS

network, which is divided into:

The UTRAN

The Core Network (circuit-switched and packet-switched networks)

Access Network OAM main functions

The Access Network OAM manages the UTRAN part of the network.

The main functions of Access Network OAM are the following:

Fault management

Configuration management

Performance management

NSP

The Network Services Platform (NSP) is a graphical user interface to the Access Network

providing a common platform for navigation and control. The NSP interfaces with NEs

through a Common Object Request Broker Architecture (CORBA). This

vendor-independent architecture links computer applications across different networks.

MOCN

The Multi-Operator Core Network (MOCN) is a Network Sharing feature specified in

3GPP, provides a way for the Core Network operators to share one Radio Access

Network.

The MOCN has the following features:

Each cell can be shared by up to four operators

Amix of shared and non shared cells is supported within the RNS

The Figure 1-2, Multi-Operator Core Network (p. 1-5) describes an example of

UTRAN sharing, MOCN, and non shared zones in a network shared by two operators A

and B:


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In Figure 1-2, Multi-Operator Core Network (p. 1-5), each operator owns one carrier

(operator A owns f1, operator B owns f2) and a third carrier (f3) is shared by the two

operators:

In the first shared area, the three carriers are deployed in shared Node B: f1 and f2 in

UTRAN Sharing and f3 in MOCN

In the second shared area, only f1 and f2 are deployed in UTRAN sharing

The third area is non shared. RNC and Node B belong to operator B

Each location area has a dedicated LAC. Location area belongs to a PLMN (LAI =

PLMN + LAC), the same LAC could be used in different location areas belonging to

different operators. For example, PLMN B could use LAC 100 instead of LAC 300 even

if LAC 100 is already used by PLMNA for another location area.

Figure 1-2 Multi-Operator Core Network


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WCE

The 9771 Wireless Cloud Element (WCE) uses the cloud and virtualized technology and

combines the Radio Network products into one unified manageable package that provides

a flexible, scalable, and customized wireless platform solution. The 9771 WCE hosts the

UMTS RNC, which is called a tenant.

The 9771 WCE supports traditional central office deployment or exiting data center

technology with the ability to manage runtime software processes across multiple

hardware processors. The following figure illustrates an example of a telecommunications

network incorporating the cloud technology.

In addition, the 9771 WCE can accommodate a range of capacity varying from small to

very large systems distributing the processing across the data servers for an efficient

resource use.

Figure 1-3 WCE Telecommunications network


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The 9771 Wireless Cloud Element is composed of three layers. The following figure

illustrates the 9771 Wireless Cloud element architecture.

The Hardware platform is composed of NetApps and HP Hardware components.

The Virtualized layer is composed of a VM Kernel that hosts the virtual machines that

share the physical resources (CPU, Storage, Memory, and Ethernet).

The Application layer hosts one or several RNC tenants that run on top of the

virtualized layer.

Figure 1-4 WCE System layers


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2 2Conventional base stations

Overview

Purpose

This chapter contains descriptions of conventional base stations.

Conventional base stations are fully-equipped (digital and radio modules), self-contained

base stations. They vary in terms of size and capacity.

Contents

Multi-Standard Base Stations 2-2

Compact Node Bs 2-20

Macro Node Bs 2-23

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Multi-Standard Base Stations

Alcatel-Lucent 9100 Multi-standard Base Station Indoor for WCDMA 2.1 Ghz

9100 MBI3/5 Ev2 - Introduction

The 9100 MBI3/5 Ev2 operates in the UMTS FDD band I (2100/1900 MHz band).

The Alcatel-Lucent 9100 MBI3/5 Ev2 solution improves flexibility for deploying mobile

broadband indoor base stations in space-constrained locations. The 9100 MBI3/5 Ev2

offers Macro Node B capabilities in an easy-to-install configuration.

The 9100 MBI3/5 Ev2 provides for the UMTS system:

The means of communication between a User Equipment (UE) and a network using

Transport Channels

Physical layer channels, which are necessary to synchronize the downlink and

perform cell selection/reselection and handover preparation

Measurement information to the RNC for radio resource management (handover,

power control)

The 9100 MBI3/5 Ev2 delivers high UMTS radio performances and supports the

enhanced High Speed Downlink Packet Access (HSDPA) and High Speed Uplink

Packet Access (HSUPA) solutions through easy software upgrade. The 9100 MBI3/5

Ev2 is ready for High Speed Packet Access plus (HSPA+) and Long Term Evolution

(LTE).

9100 MBI3/5 Ev2 cabinet

The 9100 MBI3/5 Ev2 cabinet is closed by a single door fitted with two perforated door

strips.

The following figure shows an outside view of the 9100 MBI3 Ev2 cabinet.

Conventional base stations Multi-Standard Base Stations

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9100 MBI3/5 Ev2 physical and environmental characteristics

This part details the physical and environmental characteristics of the 9100 MBI3/5 Ev2..

The 9100 MBI3/5 Ev2 cabinet has the following characteristics.

Size

9100 MBI3 Ev2:

Width (W): 600 mm

Depth (D): 450 mm

Height (H): 1300 mm (23U)

9100 MBI5 Ev2:

Width (W): 600 mm

Depth (D): 450 mm

Height (H): 1940 mm (35U)

Figure 2-1 9100 MBI3/5 Ev2 outside view


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Weight

9100 MBI3 Ev2:

Fully equipped: 165.5 kg

Empty (pre-cabled cabinet): 77 kg

9100 MBI5 Ev2:

Fully equipped: 188.5 kg

Empty (pre-cabled cabinet): 100 kg

Environmental characteristics

The 9100 MBI3/5 Ev2 is designed to support:

An external temperature range of -5C to +45C

An absolute humidity between 1 g/m3 and 29 g/m3

9100 MBI3/5 Ev2 hardware presentation

The 9100 MBI3/5 Ev2 is built around the following blocks:

The digital part: d2U rack

The radio part and the associated cooling system: TRDU sub-rack

The space available for user optional equipment

The bulkhead

The following figure illustrates the location of modules in the 9100 MBI3 cabinet.


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Figure 2-2 9100 MBI3 Ev2 equipment layout


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The following figure illustrates the location of modules in the 9100 MBI5 cabinet.

Figure 2-3 9100 MBI5 Ev2 equipment layout


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For more information on 9100 MBI3/5, see Alcatel-Lucent 9100 Multi-standard Base

Station Indoor - Light - Technical Description, 3MN-00461-0011-DEZZA.

Alcatel-Lucent 9100 Multi-standard Base Station Outdoor for WCDMA 2.1 Ghz

9100 MBO1 Ev2 introduction

The 9100 MBO1 Ev2 operates in the UMTS FDD band I (2100/1900 MHz band).

The Alcatel-Lucent 9100 MBO1 Ev2 solution improves flexibility for deploying mobile

broadband outdoor base stations in space-constrained locations. The 9100 MBO1 Ev2

offers Macro Node B capabilities in an easy-to-install configuration.

The 9100 MBO1 Ev2 provides for the UMTS system:

The means of communication between a User Equipment (UE) and a network using

Transport Channels

Physical layer channels, which are necessary to synchronize the downlink and

perform cell selection/reselection and handover preparation

Measurement information to the RNC for radio resource management (handover,

power control)

The 9100 MBO1 Ev2 delivers high UMTS radio performances and supports the enhanced

High Speed Downlink Packet Access (HSDPA) and High Speed Uplink Packet Access

(HSUPA) solutions through easy software upgrade. The 9100 MBO1 Ev2 is ready for

High Speed Packet Access plus (HSPA+) and Long Term Evolution (LTE).

Two versions of 9100 MBO1 Ev2 are available: the AC version and the DC version.

9100 MBO1 Ev2 cabinet

The 9100 MBO1 Ev2 cabinet is closed by a single door.

The following figure shows an outside view of the 9100 MBO1 Ev2 cabinet (both AC and

DC versions).


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9100 MBO1 Ev2 physical and environmental characteristics

This section details the physical and environmental characteristics of the 9100 MBO1

Ev2 AC and 9100 MBO1 Ev2 DC cabinets.

The 9100 MBO1 Ev2 cabinets have the following characteristics.

Size (both AC and DC versions):

Width (W): 941 mm

Depth (D): 806 mm

Height (H):

With plinth: 1613 mm

Without plinth: 1463 mm

Weight

9100 MBO1 Ev2 AC 9100 MBO1 Ev2 DC

Without plinth With plinth Without plinth With plinth

Figure 2-4 9100 MBO1 outside view


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9100 MBO1 Ev2 AC 9100 MBO1 Ev2 DC

Basic

configuration (3

TRDU, full d2U,

without option)

351 kg 392 kg 173 kg 214 kg

Fully equipped

configuration (6

TRDU, full d2U,

with IEAM and

LPPCM options)

380 kg 421 kg 202 kg 243 kg

Environmental characteristics

The 9100 MBO1 Ev2 is designed to support:

-40C to +50C (cold start at -33C) with heater

-5C to +50C without heater

An absolute humidity between 0.26 g/m3 and 36 g/m3

9100 MBO1 Ev2 hardware presentation

The 9100 MBO1 Ev2 exists in two versions, according to the way it is powered: the AC

version and the DC version.

The 9100 MBO1 Ev2 is built around the following blocks:

The digital part: d2U rack

The radio part: TRDU sub-rack

The power system, depending of the cabinet version, composed of the following

equipment:

AC power system:

The AC terminal box

The AC Power Supply Unit (PSU), for power distribution in 9100 MBO1 Ev2 AC

cabinet, with ACU (AC Distribution Unit) module, Rectifier shelf with integrated

DDU (DC Distribution Unit) and rectifiers.

The optional batteries, in the 9100 MBO1 Ev2 AC version.

DC power system:

The AC terminal box (in the AC version) or the DC terminal box (in the DC

version)

The DC Power Supply Unit (PSU), for power distribution in 9100 MBO1 Ev2 DC

cabinet, with DCU (DC Distribution Unit) module and Rectifier shelf with

integrated DDU (DC Distribution Unit), without rectifier.


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The cooling and heating system, composed of the following equipment:

F Fans dedicated to the d2U (d2U V2 fan rack)

Fans dedicated to the TRDU sub-rack (TRCU module)

Direct Air Cooling (DAC9) installed inside the door

AC or DC (depending on the cabinet version) optional heater installed on the floor

of the 9100 MBO1 Ev2 cabinet

The space available for user optional equipment, such as:

The optional Central Control Unit for Remote Electrical Tilt Automatic (CCU for

RETA)

The bulkhead

Other equipment includes:

The optional User InterCOnnexion module (User ISO), on the right hand side of the

cabinet, for DC power distribution to user modules.

The Alarms Board OUTAL located on the right hand side of the cabinet It collects

internal alarm and inventory information in the 9100 MBO1 Ev2 cabinet.

The optional Integrated External Alarm Module (IEAM) or enhanced Alarm Module

(eAM), below the d2U rack

The optional PCM Lightning Protection (LPPCM) module, above the d2U rack

The door alarm switch on the side frame

The optional service light in the upper part of the 9100 MBO1 Ev2 cabinet

The smoke detector in the upper part of the 9100 MBO1 Ev2 cabinet

The flood detector on the floor of the 9100 MBO1 Ev2 cabinet

The following figure illustrates the blocks layout in the 9100 MBO1 Ev2.


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The following figure illustrates the location of modules in the 9100 MBO1 cabinet

equipped for a AC power supply.

Figure 2-5 9100 MBO1 Ev2 equipment layout


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For more information on 9100 MBO1 see Alcatel-Lucent 9100 Multi-standard Base

Station Outdoor - Light - Technical Description, 3MN-00462-0024-DEZZA.

MC-TRX and TRDU within 9100 Multi-Standard Base Station

The purpose is to describe the radio part within 9100 Multi-Standard Base Stations.

Figure 2-6 9100 MBO1 Ev2 AC inside view


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The Alcatel-Lucent 9100 Multi-Standard Base Station solution is composed of three main

parts:

The Alcatel-Lucent 9100 Multi-standard Base station Indoor and Outdoor with GSM

equipment

The Alcatel-Lucent 9326 d2U V2 provides the controller and base band units

TRDU 40W 2100MHz (TRDU40-21), TRDU 60W 2100 MHz (TRDU60-21) or the

Multi-carrier MC-TRX 900 MHz for the radio part

MC-TRX introduction

The MC-TRX 900 is a single sector 900 MHz radio module, including

A 900 MHz 2G/3G/LTE transceiver

One 2G/3G/LTE Multi-Carrier Power Amplifier (MCPA)

A 3G/LTE CPRI interface

A 2G Modem

A 2G interface towards 2G controller

The MC-TRX module is a complete UMTS Radio Equipment designed to operate in

UMTS FDD band VIII-35 MHz. It manages functionalities between base band

Common Public Radio Interface (CPRI) and Radio Frequency (RF) air interface.

The following figure shows the MC-TRX front panel:


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MC-TRX in Multi-Standard solution


parts:


equipment


The Multi-carrier TRX 900 MHz for the radio part

Figure 2-7 MC-TRX front panel


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Note: In the GSM part, AN means Antenna Network; SUM means Station Unit

Module (in charge of transmission, O&M functions, clock distribution, remote

inventory, external interfaces, management of internal interfaces).

MC-TRX physical characteristics

The MC-TRX module has the following physical characteristics.

Table 2-1 MC-TRX dimensions and weight

Component Weight (kg) Height (mm) Width (mm) Depth (mm)

MC-TRX

module

7.2 265 107 290

Table 2-2 MC-TRX consumption

Configuration (nb

of sectors x output

power)

1X20 W 1x40 W or 2x20 W 2x30 W or 3x20 W

100 % traffic load 214W 284W 346W

Figure 2-8 9100 Multi-Standard Base Station with MC-TRX (one sector shown for

GSM and UMTS)


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TRDU introduction

The TRDU module is a combination of three UMTS modules:

Transceiver Receiver Module (TRM): Transmit and receive RF low level functions,

transmit and receive digital base band functions

Multi-Carrier Power Amplifier (MCPA): Transmit multi carrier RF power

amplification

Dual Duplexer Module (DDM): RF front end functions (transmit and receive

duplexers/filters and low noise receive amplification)

The TRDU module is a complete UMTS Radio Equipment designed to operate in full

UMTS FDD Band I (2100/1900 MHz). It manages functionalities between base band

Common Public Radio Interface (CPRI) and Radio Frequency (RF) air interface.

There are three variants of the TRDU module, according to the output power and number

of frequency carriers::

TRDU40-21 delivers 40W nominal composite output power at antenna port (45W at

module level), and supports up to two adjacent frequency carriers at 10 MHz

instantaneous bandwidth:

40W x 1 frequency carrier

20W x 2 frequency carriers

TRDU60-21 and TRDU60-21B deliver 60W nominal composite output power at

module level, and supports up to four adjacent frequency carriers at 20 MHz

instantaneous bandwidth:

60W x 1 frequency carrier




The TRDU 60-21 supports also any non contiguous carriers arrangement such as 101,

1001, 1101 configuration.

The following figure shows a front view of the TRDU sub-rack fully equipped with six

TRDUs, two TRDU ICO modules and one TRCU.


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parts:


equipment


TRDU 40W 2100 MHz or TRDU 60W 2100 MHz (UMTS radio modules) for the

radio part

Figure 2-9 Front view of the TRDU sub-rack (fully equipped)


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Note: In the GSM part, ANC means Antenna Network with Combiner (and

duplexers); SUM means Station Unit Module (in charge of transmission, O&M

functions, clock distribution, remote inventory, external interfaces, management of

internal interfaces; TRX means Transceiver Receiver module, either single or twin

TRX.

For more information on MC-TRX and TRDU within 9100 Multi-Standard Base Station,

see Alcatel-Lucent MC-TRX and TRDU within 9100 Multi-Standard Base Station -

Technical Description and Maintenance Guide, 3MN-01790-0001-DEZZA.

TRDU physical characteristics

The TRDU subrack components have the following physical characteristics.


TRDU subrack 46.5 (with three

TRDUs + one

TRDU ICO +

one TRCU)

444.5 445 350

79 (with six

TRDUs + two

TRDU ICOs +

one TRCU)

Figure 2-10 9100 Multi-Standard Base Station with TRDU


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TRDU40-21

module

9 325.6 73.7 350

TRDU60-21

module

8.5

TRDU60-21B

module

9.5

TRDU ICO

module

1 63.5 222 50

TRCU module 4 60 444 350


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Compact Node Bs

Introduction

Compact Node Bs combine Macro Node B capabilities with a compact size.

Alcatel-Lucent 9941 Smart Base Station

The Alcatel-Lucent 9941 Smart Base Station (9941 Smart) improves flexibility for

deploying mobile broadband indoor base stations in space-constrained locations. The

9941 Smart offers Macro Node B capabilities in an easy-to-install configuration designed

to be assembled on site.

The following figure describes the cabinet layout of the 9941 Smart.

Conventional base stations Compact Node Bs

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The following table presents some characteristics of the 9941 Smart.

Table 2-3 9941 Smart characteristics

Characteristic Value

Height Basic configuration: 622.3 mm

Full configuration: 978 mm

Width 482.6 mm

Depth 400 mm

Figure 2-11 9941 Smart cabinet layout


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Table 2-3 9941 Smart characteristics (continued)

Characteristic Value

Weight Basic configuration: 54.6 kg

Full configuration: 91 kg

Frequency band 2100 MHz

Power mode -48 V DC

For more information on the 9941 Smart, see the following customer documentation:

Alcatel-Lucent 9941 Smart Base Station - Technical Description, 3MN-00476-0001-

DEZZA

Alcatel-Lucent 9941 Smart Base Station - Maintenance Guide, 3MN-00476-0002-

REZZA


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Macro Node Bs

Introduction

Macro Node Bs have the following characteristics:

Self-contained Node Bs

Fully equipped (radio and digital modules)

Large size

Heavy weight

Large radio coverage

Alcatel-Lucent 9311 Macro V1 Node B Indoor

The 9311 Macro V1 ID is an ETSI UMTS Node B element and it supports the Iub

interface.

The 9311 Macro V1 ID only supports the Frequency Division Duplex (FDD) mode.

The 9311 Macro V1 ID is responsible for radio transmission/reception from/to one or

more cells to/from the User Equipment (UE).

The 9311 Macro V1 ID cabinet is a single 600-mm or a 700 mm wide cabinet closed by

two doors.

Conventional base stations Macro Node Bs

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Figure 2-12 9311 Macro V1 ID (600 or 700) outside view


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Figure 2-13 9311 Macro V1 ID - 600 inside view


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The following table presents some characteristics of the 9311 Macro V1 ID cabinet.

Table 2-4 9311 Macro V1 ID (600 / 700) characteristics

Characteristics 9311 Macro V1 ID - 600

cabinet

9311 Macro V1 ID - 700

cabinet (without ac

power plinth)

2100 MHz frequency band 2110-2170 MHz for

downlink

1920-1980 MHz for

uplink

2110-2170 MHz for

downlink

1920-1980 MHz for

uplink

Width 600 mm 700 mm

Depth 600 mm 600 mm

Height 1600 mm 1600 mm

Volume 576 L 672 L

DC Power -48V -48V

Operation Temperature Range +5 to +45C +5 to +40C (long term) / -5

to +45C (short term)

Weight Empty: 105 kg / Fully

equipped: 560 kg

Empty: 128.5 kg / Fully

equipped: 325.5 kg

For more information on the 9311 Macro V1 ID, see the following customer

documentation:

Alcatel-Lucent 9311 Macro V1 Node B Indoor - Technical Description,

3MN-00474-0005-DEZZA

Alcatel-Lucent 9311 Macro V1 Node B Indoor - Maintenance Guide,

3MN-00474-0006-REZZA

Alcatel-Lucent 9311 Macro V1 Node B Outdoor

The 9311 Macro V1 OD is an ETSI UMTS Node B element and supports the Iub

interface.

The 9311 Macro V1 OD only supports the Frequency Division Duplex (FDD) mode.

The 9311 Macro V1 OD is responsible for radio transmission/reception from/to one or

more cells to/from the User Equipment (UE).

The 9311 Macro V1 OD cabinet is a single cabinet closed by two doors.

To increase the Node B capacity, modules are added instead of whole cabinets.


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Figure 2-14 9311 Macro V1 OD outside view


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Figure 2-15 9311 Macro V1 OD inside view


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The following table presents some characteristics of the 9311 Macro V1 OD cabinet.

Table 2-5 9311 Macro V1 OD (600 / 700) characteristics

Characteristics 9311 Macro V1 OD cabinet


2110-2170 MHz for downlink

1920-1980 MHz for uplink

19 MHz



Width 1350 mm

Depth 700 mm

Height 1300 mm

Volume 1240 L

AC Power Single/split phase: 20A/phase

Three phase: 10A/phase

Operation Temperature Range -40 to +50C

Weight Empty: 180 kg / Fully equipped: 520 kg

For more information on the 9311 Macro V1 OD, see the following customer

documentation:

Alcatel-Lucent 9311 Macro V1 Node B Outdoor - Technical Description,

3MN-00475-0008-DEZZA

Alcatel-Lucent 9311 Macro V1 Node B Outdoor - Maintenance Guide,

3MN-00475-0009-REZZA


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Alcatel-Lucent 9311 Macro V1 Node B Outdoor (with 9926 DBS 4U)

The Alcatel-Lucent 9311 Macro V1 OD with DBS 4U is an evolution of 9311 Macro V1

OD using the new digital solution 9926 Distributed Base Station 4U to increase the Node

B capacity.

Table 2-6 9311 Macro V1 OD (with DBS 4U) characteristics

Characteristics 9311 Macro V1 OD (with DBS 4U)

cabinet




Width 1350 mm

Depth 700 mm

Height 1300 mm

Volume 1240 L

AC Power Single/split phase: 20A/phase

Three phase: 10A/phase

Operation Temperature Range -40 to +50C

Weight Empty: 180 kg / Fully equipped: 446 kg

For more information on the 9311 Macro V1 OD (with 9926 DBS 4U), see the following

customer documentation:

Alcatel-Lucent 9311 Macro V1 Node B Outdoor with 9926 BBU 4U - Technical

Description, 3MN-00475-0005-DEZZA

Alcatel-Lucent 9311 Macro V1 Node B Outdoor with 9926 BBU 4U - Maintenance

Guide, 3MN-00475-0006-REZZA

Alcatel-Lucent 9311 Macro V2 Node B Indoor

The Alcatel-Lucent 9311 Macro Node B Indoor (9311 Macro V2 ID) cabinet is a single

600-mm wide cabinet closed by one door. It is designed for ease of manufacture,

transportation, installation, system assembly, repair, and testing.

The 9311 Macro ID cabinet must be installed in an air-conditioned environment.

The following figures are inside views of the 9311 Macro V2 ID.


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Figure 2-16 9311 Macro V2 ID cabinet layout (with MCPA + DDM + TRM)


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