7/29/2019 Lucent UMTS Macrocell Compact Product Datasheet

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Lucent UMTS Macrocell Compact

Product Overview

This data sheet provides a high level description of the key

aspects of the Lucent UMTS Macrocell Compact.

Lucent UMTS Lucent UMTSMacrocell Compact Outdoor Macrocell Compact Indoor

Lucents UMTS Node B product range is specifically designed toprovide a range of flexible and high performance base stationsolutions with embedded cost optimizing features and highoperational availability in a UMTS network.

With focus on cost and size, the UMTS Macrocell Compact isthe smallest member of the UMTS Macrocell family available supporting up to 3s2c and available in both outdoor and indoorconfigurations.

The UMTS Macrocell Compact provides an ideal solution forinitial deployments, and supports later growth as traffic levelsincrease. Its small size allows deployment in a wide range oflocations. Future capacity enhancement plans mean thatoperators will be able to deploy this product to provide wide

scale geographic coverage, confident that its capacity will growas traffic levels increase.

The architecture of the UMTS Node B Macrocell is common toall Lucent UMTS Node B products. It consists of three maincomponents, (the Filter Module, Power Amplifier and theBaseband Card Cage.) the functions of which are as follows:

Filter Module The filter module provides the interfacebetween the amplifier and receiver, and the Tx/Rx antennasystem. In addition to the duplexer functionality it also contains alow noise pre-amplifier, a two-way multicoupler and a powersupply/alarm unit for the TTLNA support. The standard LucentFilter Module supports both standalone and antenna sharingconfigurations.

Amplifier Shelf Each Power Amplifier Module (PAM)provides up to 40Wpower output. Up to 6 PAMs per shelf can

be supported, and the Node B hardware architecture allows twoPAMs to be used in parallel to increase power output.

Baseband Card Cage The UMTS baseband channel unitcontains the radios and the channel elements and processes dataand voice calls.

Timing can be derived from an internal high accuracy oscillatoror via an optional external GPS reference.

The common assets used by all of the Lucent UMTS Node Bproducts provide flexibility in configuration and allow a commonspares pool. These assets include filters, amplifiers and digitalcircuit packs.

Technical Performance

The UMTS Macrocell Compact supports configurations up to 3sectors with 2 carriers per sector and an RF output of 20W at theantenna interface. Hardware support for second carrier, 40Wconfigurations and Transit Diversity are available as options.

UMTS Channel Unit (UCU) Cards: UCU cards are thebaseband modules that provide the required capacity, in thedifferent Node B types, for traffic and signalling. They are apooled resource that can be allocated dynamically across the airinterface. Adding UCU cards increases baseband capacity andthe capacity per UCU is continually being enhanced by Lucent.

UMTS Radio cards (MCR): With the Multi-Carrier Radio,growth to second carrier configurations for the Macrocell aresupported. The 15MHz MCR is a single slot card and iscommon across the UMTS Node B portfolio. Versions to support850MHz, 1900 MHz and 2100MHz are available, and dual-bandconfigurations are supported.

Support of Future Enhancements: The UMTS Node Bportfolio has been designed for an IP-based future, and to scalein capacity as demand dictates and technology allows.Additional features such as RACH/FACH, HSDPA and the laterintroduction of E-DCH offer improvements and increases inbaseband capacity for higher data rates.

7/29/2019 Lucent UMTS Macrocell Compact Product Datasheet

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Lucent TechnologiesJ uly 2006

Physical Characteristics

Mechanical Data

Size Outdoor(h x w x d)

Outdoor: 1250 x 800 x 800 mm(49.2 x 31.5 x 31.5 inches)

Indoor: 1250 x 600 x 600 mm(49.2 x 23.6 x 23.6 inches)

Weight Outdoor Outdoor: 225 kg (496 lbs) for 3S1CIndoor: 220 kg (484 lbs) for 3S1C

Environmental Data

StorageETS 300 019-1-1 Class 1.2GR-63-CORE, GR-487-CORE

TransportETS 300 019-1-2 Class 2.3GR-63-CORE, GR-487-CORE

OperationalETS 300 019-1-4 Class 4.1E (OD)ETS 300 019-1-4 Class 3.1E (ID)GR-63-CORE, GR-487-CORE

OperatingTemperature -

Indoor

Outdoor: ETSI -45C* to +45C (-49Fto +113F)-30C (-22F) cold startNAR -40C to +46C (-40F to +115F)

Indoor: -5C to +50C (23F to +113F), -5C to +50C (23F to +122F) shortterm

Relative Humidi ty -Outdoor

Outdoor: 8%-100%

Indoor: 5% to 95%

ShockClass 4M3, IEC 60068-2-27 Test Ea GR-487-CORE

VibrationClass 4M3, IEC 60068-2-6 Test FcGR-63-CORE

EarthquakeETS 300 019-1-4 Class 4.1Eamendment 1 : IEC 721-2-6; GR-63-CORE Zone 4

Ingress Protection EN 60529 IP55. GR-487-CORE

Cooling Method -

Outdoor

Outdoor: Filtered fresh air forcedcooling

Indoor: Fresh air forced cooling

Acoustic Noise -Outdoor

Outdoor: 6.3 bels at 25C (3s1 20W)

Indoor: 6.2 bels at 25C (3s1 20W)

Electrical Data

Power Supply

230V+-10% AC, 50Hz: -48V DC (ETS 300 132-2)+24V DC (ANSI T1.315)(Heat exchanger requires AC supply)

Power ConsumptionOutdoor: 1582W (3s1c 20W)

Indoor: 1315W (3s1c 20W)

Safety/Regulatory Data

EMCETSI PS 125 113, EN 301 489-1, EN301 489-23, EN 301 908. EMC Directive89/336/EECGR-1089-CORE. FCC Part 15

Safety

IEC 60950 / Certified Body Approval withNational Deviations. Low VoltageDirective 73/23/EECUL 1950 / CSA 22.2 No. 234

NEBSUL601950 3rd, UL50NEBS Compliant

CE CE Mark 93/68/EEC

R&TTE 99/5/EC

Deployment and Connectivity

A major concern when rolling out UMTS networks is knowingthat the network will be able to provide the required coverageand capacity. Lucents Node B products provide an in-builtdownlink-loading tool the Orthogonal Channel NoiseSimulator (OCNS) - to ensure that the initial network design canbe tested with realistic levels of load before high traffic levels are

experienced.The complete installation and commissioning process is based onthe concept of Plug and Play, i.e. once the system is installedand switched on, the system itself will run self test, determine itsown configuration and make itself ready to integrate in thenetwork. Under normal circumstances this requires no testequipment. The installation and commissioning effort on site isminimized to ensure a rapid cost-efficient deployment.

Front access to the installed cabinet allows placement with itsback or side directly against a wall and with low height andweight provides a solution for rooftop sites. Furthering itsdeployment flexibility, the design of the Compact permitsexternal RF cables to be routed from either bottom or top of thecabinet, with power and other cabling routed through the bottom

of the cabinet.OA&M: The Operations and Maintenance Centre (OMC),manages the Macrocell remotely. Connectivity is also includedto allow a technician with a PC-based Local MaintenanceTerminal (LMT) to manage system parameters duringinstallation and maintenance.

OCELOT: Drawing upon Lucents extensive CDMAexperience, Bell Labs developed a predictive optimization toolcalled OCELOT, which creates a model of a mobile networkusing input such as road maps, base-station locations and trafficinformation. The software can then analyze how each antennashould be pointed, tilted and powered to operate the network foroptimal coverage and capacity. Unlike other optimizationtechniques, OCELOT can simultaneously optimize for multiple

service types, virtually eliminating the need for lengthy drivetests. Net capacity improvements of up to 35% have beenachieved in operational networks through the use of Ocelotoptimization.

Transmission Links:

E1/T1 The URC cards each support up to eight links, including100 Ohm T1, 75 Ohm unbalanced E1, or 120 Ohm balanced E1.IMA (Inverse Multiplexing over ATM) is supported providing amajor increase in peak bandwidths. The system is hardwareready to provide redundancy and flexible loopbackconfigurations.

E3/T3 Support of E3/T3 is possible using an optional upgradeon the URC card. Each card will support 2 E3/T3 interfaces.

STM1/OC3 Support of STM-1 is possible using an optionalupgrade on the URC card. . Each card will support 1+1 STM-1interfaces. Both electrical and optical terminations are supported.

Ethernet Support of Ethernet backhaul (IP RAN) within theMacrocell is planned using a next generation URC card.

About L ucent Technol ogi esLucent Technologies designs and delivers the systems, services andsoftware that drive next-generation communications networks. Backed byBell Labs research and development, Lucent uses its strengths in mobility,optical, software, data and voice networking technologies, as well asservices, to create new revenue-generating opportunities for its customers,while enabling them to quickly deploy and better manage their networks.Lucent's customer base includes communications service providers,governments and enterprises worldwide. For more information on LucentTechnologies, which has headquarters in Murray Hill, N.J ., USA, visitwww.lucent.com.

Copyright 2006 Lucent Technologies. All Rights Reserved.