Nokia Access Product Catalogue - Mic Data

Nokia Access Product Catalogue 

Wireline Access 

Microwave Radio

Table of Content 

Access Products 4 

Dynanet 5 

PDH 8 

Eksos N20 9 

Mechanics 10 

Power Supply 12 

Installation 14 

Copper Access Equipments 15 

Network Management 19 

NMS/10 20 

Nokia Broadband Management Suite 21 

Microwave Radio 23 

MetroHopper 24 

FlexiHopper 25 

PowerHopper 27 

Broadband Access 28 

D500 29 

Redback 30 

Nokia Services 33 

Service Portfolio 34 

Nokia is a world leader in 

communications, driving 

the growth and sustainability 

of the broader mobility 

industry. Nokia connects 

people to each other and 

the information that matters 

to them with easy-to-use and 

innovative products like 

mobile phones, devices and 

solutions for imaging, games, 

media and businesses. Nokia 

provides equipment, solutions 

and services for network 

operators and corporations. 

Nokia fixed access has been in business 

for more than 30 years, and it is well 

established both in utility and operator 

markets. We have high technical 

competence in R&D, and we are proud to 

be a market leader in quality with a broad 

product range. 

This includes 

• Access Products such as Dynanet 

& PDH, Eksos and modem product 

families; 

• Network Management such as NMS/10; 

• Microwave Radio, such as MetroHopper, 

FlexiHopper and PowerHopper; 

• Broadband Access (BBA), such as 

D500 and Redback products; 

• As well as Services, which are 

provided for above mentioned 

products 

Nokia has a renowned track record in 

broadband and narrowband products, 

with a wide range of solutions for multiservice 

networks, including a high quality 

portfolio of fixed solutions. We have a strong 

position in selected market segments 

throughout the world and our market 

estimates show that the market need 

for fixed access products will increase. 

Nokia’s global installed base is substantial 

and we will carry on working with key 

customers to develop the product range. 

Nokia will continue to provide the highest 

quality products to support customers’ 

requirements, such as voice, data, and 

other mission critical applications. 

Another special asset we have are our 

highly competent Value-Added-Resellers 

(VAR). Nokia has created a network with 

more than 50 VARs all around the world. 

They play an important role in providing 

our product to different customer regions 

and segments. 

To summarize, Nokia has an extensive 

product portfolio with high reliability and 

quality to serve utility and operator customers. 

Nokia Broadband Systems is determined 

to expand its market position through 

the development of products enabling its 

customers to succeed in their markets. 

Our Value Added Resellers (VAR) form an 

important sales channel in providing our 

products to different customer regions 

and segments all around the world. 

For more information see: 

www.nokia.com/operators 

3

Access Products 

4

Dynanet 

Dynanet, a flexible product family for primary 

access networks forms the core of Nokia 

narrowband access product range together with 

Eksos N20 V5.2 access equipment, and network 

management equipment. The Nokia solution 

is cost effective and provides high flexibility 

and high reliability in the access network. 

Flexibility is one of Nokia’s Dynanet competitive 

advantages in Nokia access product range. 

Due to modular product architecture and 

distributed power supplies node installations 

are economical both in small and large 

DM2/DM2+ 

DN2 

DB2 

configurations. The broad range of interface 

units, VF, data and ISDN interface units 

can be used in all Dynanet primary order 

multiplexers. Nokia access products are 

especially well suited for dedicated network 

solutions - branching and the support of 

many different digital and analog interfaces. 

In networks that are changing over time 

Dynanet offers easy and fast adaptation. 

Dynacards permit this by adding new units 

and taking unused interfaces into use. Only 

those interfaces, which are needed, are 

taken into use and unused interfaces 

may be taken in use later when needed. 

The high reliability of Dynanet is achieved 

through a high level of integration, strict 

design rules and careful component control. 

The equipment mtbf values have been 

increased and field reliability statistics show 

actual reliability to be even higher than 

the pre-calculated values. If, nevertheless, 

a problem arises an effective real-time 

supervision system and built-in diagnostic 

features minimise the downtime. 

Nokia DM2 performs the functions of dynamically controllable 

primary multiplex equipment. DM2 has been designed for 

multiplexing analogue speech and signalling as well as data 

channels of different bit rates into a common 2 Mbit/s frame. 

DM2 can be used as a traditional PCM mux in subscriber and 

junction line networks, in corporate networks, as a one-way 

branching equipment in rural or private networks, as a pre-ISDN 

mux or for efficient data multiplexing. The heart of the equipment 

is a MUX unit which is common to all channel and special units of 

the DM2 system. 

DN2 dynamic node equipment provides an efficient three-inone 

node for network flexibility and reliability. Part of the Nokia 

Dynanet family, it provides cross-connect functionality with 

drop/insert and multiplexing capabilities, supporting up to 

40 x 2 Mbit/s interfaces. 

DN2 is highly reliable due to its modular and decentralised 

design. The cross-connection functions are distributed. 

Furthermore, most of the DN2 units can be duplicated, thus 

the node can be configured flexibly to give the required level of 

redundancy and reliability. DN2 fully supports the implementation 

of loop and mesh networks. 

Nokia DB2 performs branching equipment functions and can 

be controlled dynamically. DB2 offers a wide range of different 

branching and drop/insert functions. The DB2 branching equipment 

forms a 2 Mbit/s bi-directional branch to a main line signal. The 

branch and the main line signal have the same speed and frame 

structure. Individual channels are connected through or branched 

and the operation is completely digital. 

The DB2 branching equipment consists of two plug-in units for 

branching and a wide range of VF and data interface units for 

dropping and inserting individual channels. 


5

Dynanet 

ACM2 

TPS 64 

Q1 DCN 

6 


ACM2 is the 2 Mbit/s multiplexer optimised for POTS use. It 

has up to 120 subscriber interfaces in one 19” subrack. For 

business applications ISDN and data units using Dynacard 

DIUs are available. There are two variants. The first one is for 

back-to-back and V2 applications and the second one for V5.1 

applications. 

TPS64 is intended to be used to detect supply failures in 

the power lines and send the on/off commands and alarm 

information using a digital telecommunication network. The 

alarm information is encoded into a standard 64 kbit/s digital 

data channel. The equipment consists of control unit and 

channel unit and it has its own cartridge. 

TMS Adaptor, Smart Branching Unit and Supervisory Substation 

are part of Nokia Transmission Management System, TMS. 

TMS can be used to manage equipment involved in 

telecommunications networks. TMS may be used to localize 

network faults from the management centre down to the 

level of at least one station, and in most cases, down to the 

level of one plug-in unit or unit group.

Data IF units 

Voice IF units 

ISDN units 

The Dynanet data interface units are designed to provide data 

interfaces to the 2048 kbit/s transmission systems with the 

Nokia Dynanet family of products. These products include 

primary multiplexing, digital branching and digital cross-connect 

equipment. Data Interface Units (DIU) provide flexibility in data 

transmission arrangements. The data interface units can be 

used in most Dynanet products and they can freely be used in 

conjunction with VF- and ISDN-channel units. The data interface 

cards cover the most frequently used interfaces to data terminals 

and mainframes, i.e. V.35, V.11, V.24/V.28, X.21 and G.703. 

Configuration and supervision of these data units can be done 

locally or remotely with hand-held service terminals or the Nokia 

Network Management System. 

The Dynanet voice interface units are designed to provide voice 

interfaces to the 2048 kbit/s transmission systems with the Nokia 

Dynanet family of products. Subscriber interface units provide 

subscriber access to the 2 Mbit/s transmission. The subscriber 

interface units can be used in most Dynanet products and they can 

freely be used in conjunction with VF- Data and ISDN-channel units. 

Nokia ISDN interface cards provide the ability for carriers to offer 

cost-efficient ISDN service. The range of cards offered by Nokia 

includes 4-line ISDN-U 2B1Q card, and 4-line ISDN-S card. ISDN 

offers two independent and digital 64 kbit/s voice/data channels 

over a single copper line. It also allows multiple terminals with 

sub-numbering and added intelligence. The key point with ISDN 

is the affordability of the services. 


7

PDH 

DF2-8 and DF34 

DM8 and DM34 

CO2 and CO8-34 

8 


The Nokia DF optical line equipment provides digital signal 

transmission on optical fibres at bit rates of 2, 8 and 34 Mbit/s. 

Transmitter options take advantage of the low dispersion and 

attenuation in the 1300 nm wavelength region. A specially 

designed receiver frontend facilitates a very high dynamic range. 

In all hierarchy levels, full laser output power is accepted by the 

receiver, so no optical attenuators are needed to build-out low 

loss sections. 

Nokia’s higher order digital multiplex equipment multiplexes four 

tributary signals into the main system, and vice-versa. The digital 

multiplex equipment is developed for ITU-T PDH hierarchy level 

multiplexing and demultiplexing in different kind of networks, 

for example junction networks, dedicated networks for railways, 

gas, oil and power companies, corporate networks and networks 

for connecting mobile radio base stations. Nokia’s higher order 

multiplexing equipment can use any suitable transmission 

medium, such as radio links and optical fiber systems. 

The change-over equipment is to provide an alternative 

transmission path in a case of a line failure. The protection is 1+1 

all bit rates 2...34 Mbit/s and it is organized so that in the transmit 

direction, the change-over equipment sends the signal to two 

redundant transmission lines. In the receive direction, it selects 

one of the two incoming signals. The selection is based on the 

external control data received from the protected systems. 

The change-over function can be controlled either automatically 

or manually.

Eksos N20 

Eksos N20 

Nokia Eksos N20 is an optimised multiservice access node 

that provides Public Switched Telephone Network (PSTN) and 

Integrated Services Digital Network (ISDN) connections, with high 

packing density and excellent reliability. Eksos N20 also offers 

digital cross-connect with a variety of data interface units. Eksos 

N20 is a modular product consisting of several plug-in units and 

software options. 

These elements can be combined to build different types of nodes 

with desired functionalities. The flexible Eksos N20 supports e.g. 

following features: V5.2 aggregate, V5 multihosting, V5.1 to V5.2 

conversion, local and remote data interfaces, remote software 

download, external alarms, redundancy, line testing, diagnostics 

and hot insert and swap. 


9

Mechanics 

Mechanics and power 

Mechanical parts are typically items 

(cabinets, racks, boxes, power items, 

connectors, installation cables 

etc...) that have mounting places for 

telecommunication equipment and 

provide protection and needed 

interfaces to them. 

T37870.01 NDM 19 in subrack 

T37871.01 NDM 19 in DN2 subrack 

T37872.01 NDM 8-slot subrack 

10 


NBA subracks/racks and cabinets 

Nokia Dynanet Mechanics 

Nokia Dynanet Mechanics is a new RoHS 

compliant product family, which will replace 

the obsolete mechanics. The Nokia NDM Subrack 

product family consists of versatile subracks 

that are intended for use in access networks 

with NOKIA Dynanet telecommunication 

equipment. The NDM Subracks are designed 

for indoor sites or outdoor cabinets. The 

chassis and the cover are made of stainless 

steel. The NDM 19 in subracks can also 

be installed on ETSI racks (installation 

brackets included). When installing the 

NDM 8-slot Subrack on an ETSI or a 19 in. 

rack, a separately ordered Shelf is needed. 

The subrack can house 16 plug-in units (25 mm/5 T) + 1 Power 

Unit (39 mm/8T). NDM 19 in subrack is intended to be used with 

Dynanet (ACM, DB2 and DM2 with channel units) and PDH plug-in 

units. It does not support DN2. 

The subrack can house 16 plug-in units (25 mm/5 T) + 1 Power 

Unit (39 mm/8T). NDM 19 in DN2 subrack is intended to be used 

with Dynanet (DN2 with channel units) and PDH plug-in units. 

It does not support ACM, DB2 and DM2. 

The 8-slot subrack can house 7 plug-in units (25 mm/5 T) + 1 

Power Unit (39 mm/8T). 8-slot subrack for Dynanet (ACM, DB2 

and DM2) and PDH. It does not support DN2.

T37873.01 TPS64 5-slot subrack 

T30550.01 2-slot Horizontal subrack 

ETSI-Racks 

Repeater mechanics 

TPS64 5-slot Nokia Dynanet Mechanics (NDM) subrack can house 

4 plug-in units (25 mm/5T) + 1 Power Unit (39 mm/8T). 

It is used only with TPS64. 

Nokia 2-slot Horizontal subrack is a compact versatile subrack that 

can be used as a stand-alone system. The possibility to mount 

the case horizontally on ETSI or 19 in. racks (brackets included) 

provide super flexibility for terminating and concentrating copper 

wires, e.g. SHDSL-lines. 

ETSI-Rack is a standard basic installation rack for telecom 

equipments. ETSI-racks are used at sites where the climatic and 

environmental risks are minimized i.e. the installation conditions 

are more stabile than in case of indoor cabinet site and the 

personnel of the telecom service provider is generally present 

or they only have access to the premises. Typical installation 

locations are telecom centrals. 

Repeater mechanics are used in copper-wire systems in outdoor 

installations with DL2E and SHDSL DSL2i line-repeaters. Repeater 

mechanics consists of subracks, and Repeater cases and tail cables. 

Access Products 11

Power Supply 

A power supply system in telecommunications 

center environment consists of DC power 

supply adapter, and in case of an independent 

installation (e.g. an indoor cabinet) also of 

rectifiers, batteries and an AC distribution 

unit (Mains Power Center - MPC). 

NOKIA Dynanet Powering product family is 

constructed of powering unit, modules and 

adapters to offer the powering interface for 

the Dynanet Mechanics. Power supply adapters 

are used as interface point between the telecom 

T37880.01 Rack Power 

Supply Adapter (RPSA) 

T37881.01 Rack Power Module 

2x10A (RPM 2x10A) 

T37884.01 NDM DC Adapter (NDA) 

12 


equipment and the battery voltages. Basic 

functions are over current protection, battery 

polarity protection, transient protection, 

provision of energy storage capacitors for 

short-term power outages and rack alarm 

functions. The subrack operating voltages 

may be supplied by the NDU, or NAU on 

a subrack individual basis, or multiple 

subracks may be fed from an RPSA or EPSA 

through individual NDA units. The Dynanet 

Powering Family will replace the obsolete 

powering units. 

RPSA is a rack specific interface host element and a connection 

point for battery voltages when subracks are fed with a nominal 

battery voltage of 24/48/60 V (range -20& -75 VDC). The unit is 

a 2.5 U high enclosure and it is intended to be used on 19 in. and 

ETSI racks. It can concurrently house up to seven modules (6 RPM 

and 1 ALM modules) that serve NDM subracks. The unit consists 

of the enclosure itself, battery input terminals, wiring to the RPM/ 

ALM module slots and dummy front plates for unused slots. The 

unit is grounded via its 19 in. / ETSI brackets but a there is 

a provision for a separate grounding cable. 

Rack Power Module 2x10A (RPM 2x10A) is a plug-in power module 

to be used in conjunction with the RPSA to supply an NDM subrack 

that has NDA as input unit. One RPM is needed per subrack. RPSA 

has slots for max. 7 RPMs or 6 RPMs and one ALM (Alarm Module). 

NDM DC Adapter (NDA) is a DC Power feeding plug-in adapter 

(unit) to subrack (Used with RPSA and RPM). 

NDA is a subrack level interface point for battery voltages and 

rack alarms when a rack specific power adapter like RPSA is used. 

In case of RPSA one RPM supplies one NDA via interconnecting DC 

cables (supplied by Nokia).

T37886.01 Rack Alarm Module (ALM) 

T37882.01 NDM DC Unit (NDU) 

T37883.01 NDM AC/DC Unit (NAU) 

EPSA 

Rack Alarm Module (ALM) is a plug-in alarm unit, which will be 

used if Rack alarms are requested. The module is to be used in 

conjunction with the RPSA to provide the rack alarm interface for 

up to five NDM subracks that have NDA as input unit. To convey 

the rack alarms to the ALM unit of the RPSA, a standard RJ45 

cable is used (not supplied by Nokia). 

NDM DC Unit (NDU) is a DC/DC Power plug-in unit for NDM 

Subracks. NDU is a subrack specific interface point for battery 

voltages and rack alarms when a single subrack is fed with 

a nominal battery voltage of 24/48/60 V (range -20 - 75 VDC). 

NDM AC/DC Unit (NAU) is an AC/DC Power plug-in unit for NDM 

Subracks. NAU is a subrack specific interface point for AC mains 

voltage and rack alarms when a single subrack is fed with 

a nominal mains voltage of 115/230 VAC (range 90...264 VAC). 

Rack specific DC power supply adapter (with 6 outputs and 

two 6mm 2 battery inputs) is designed primarily for ACM2/ 

ACM4 systems. The unit is 1U high and it is suitable for 19 in. 

installation. Separate brackets (TX21090.65) are needed for ETSI 

installation. Total battery power is 600 W (15 A) and criterion 

power > 1000 W (subrack specific fuses). 


13

Installation 

Distribution frames 

Cables and connectors 

14 


Main Distribution Frame MDF Krone (150 pairs) consists of 

Installation Frame 150 pr 19 in. 

Krone (22786), Disconnection Module 10 pr Krone 

(22780.10; 15 pcs) and optionally Overvoltage Magazine 

10 pr Krone (22781.10; 15 pcs). 

Nokia provides a certain assortment of copper cables (pair cables, 

coaxial cables, power feeding cables) and connectors. Telecom 

and power cables can be used in variable installations. Single 

connectors (coaxial and multi pole) and connector sets are 

intended for cables manufactured by customer.

Copper Access Equipments (Modems) 

Copper access equipments (modems) 

are network terminals, line terminals 

and a regenerator (repeater) for copper 

transmission on subscriber lines 

(local loops) and for telecom copper 

DNT2Mi-sp 

DNT2Mi-mp 

DNT2Mi-fp G704/G703 

infrastructure using SHDSL and HDB3 line 

codes. There are network terminals with 

interchangeable and fixed DTE interfaces. 

There are several line terminals for 

Dynanet and Eksos subracks, too. 

The DNT2Mi-sp (single port) is an ITU-T compliant SHDSL 

Network Terminal for nx64kbit/s (up to 2Mbit/s) transport over 

the subscriber loop using one, or two, twisted copper pairs. 

The equipment has one interchangeable DTE interface. 

Key Benefits: 

• Copper saving with 2Mbit/s transport on one copper pair 

• Two pair operation supported for increased reach 

• Flexibility through interchangeable DTE interface 

• Rate adaptation supported for better reach 

• Improved spectral compatibility with TCM-PAM line code 

The DNT2Mi-mp (multiport) is an ITU-T compliant SHDSL Network 

Terminal (Mini Node) for nx64kbit/s (up to 2Mbit/s) transport over 

the subscriber loop using one, or two, twisted copper pairs. 

The equipment has three interchangeable DTE interfaces. 

Key Benefits: 



• Three ports with TDM multiplexing features 

• Flexibility through interchangeable DTE interfaces 


Nokia DNT2Mi-fp (Data Network Terminal) provides voice and data 

transport over the local loop to the 2M service at the central site. 

The unit is a SHDSL network terminal for transmission of nx64kbit/s 

services (ISDN PRI, structured or unstructured leased line) over 

the subscriber loop using one, or two twisted copper pairs. 

Key Benefits: 



• Compact G.703/G.704 DTE interface 


• Integrated DC/remote powered power supply 


15


DNT2Mi-fp530 

ACL2i 

ACL2ti 

16 


Nokia DNT2Mi-fp530 (Data Network Terminal) provides data 

transport over the local loop to the central site. The unit is 

a SHDSL network terminal for transmission of nx64 kbit/s up to 

2048 kbit/s services (Data, IP) over the subscriber loop using one 

or two twisted copper pairs. The unit is equipped with a RS530, 

V.35 or V.11/X.21 interface towards the customer equipment. 

Key Benefits: 

• Copper saving with 2 Mbit/s transport on one copper pair 


• Fixed RS530 DTE interface, V.11/X.21/V.35 with adapters 


• Integrated DC/remote powered power supply 

Nokia ACL2i is an ITU-T compliant SHDSL Line Terminal for 

transport over the subscriber loop using one, or two, twisted 

copper pairs. The equipment provides nx64 kbit/s up to 2048 

kbit/s access to the digital trunk network. The user data is 

conveyed either transparently, or in a G.704 frame structure. 

The Line terminal is a plug-in unit for the Nokia 19 inch 

Dynanet subrack. 

Key Benefits: 





• DC, PF (power feeding) and Remote powered options 

Nokia ACL2ti is a nx64 kbit/s SHDSL line terminal for data 

transmission over twisted copper pairs. It provides nx64 kbit/s 

up to 2048 kbit/s access to the digital trunk network over 

a subscriber line. The user data is conveyed either transparently, 

or in a G.704 frame structure. The connection can be either 

point-to-point, or point-to multipoint.The Line terminal is 

a plug-in unit for the Nokia 19 inch Dynanet subrack. 

Key Benefits: 




• Point-to-point or point-to-multipoint line connections 

• DC and PF (power feeding) options

ACL8i 

DSL2i 

Interfaces 

The Nokia ACL8i consists of four SHDSL line terminals for data 

transmission over twisted copper pairs. A line terminal provides 

nx64 kbit/s up to 2048 kbit/s access to the digital trunk network , 

either transparently or in a G.704 frame structure. 

The equipment interface is according to G.703/G.704 specifications 

and for subscriber lines, the Nokia ACL8i uses TC-PAM line coding 

according to SHDSL standards. The Line terminal is a plug-in unit 

for the Nokia Eksos subrack or 2- slot subrack. 

Key Benefits: 


• Four (4) line terminals in a card (4 x E1) 




The Nokia DSL2i is a nx64 kbit/s SHDSL regenerator (repeater) 

which enables the use of exceptionally long local loops to connect 

remote users via a SHDSL line system to the transmission network. 

One DSL2i in the copper line almost doubles the maximum reach 

of the connection. The housing options are the same as for Nokia 

HDB3 and HDSL line systems. DSL2i can take its power either from 

the line, or it can be powered locally. 

Key Benefits: 



• Remote power or local power 

• Nokia Q1 management 


The interface units are suitable for the DNT2Mi-sp, DNT2Mi-mp, 

DNT2M-G-sp and DNT2M-G-mp 

• V.35, ISO 2593 

• X.21/V.11, ISO 4903 (15-pins connector) 

• V.11/V.36, ISO 4902/RS449 (37-pins connector) 

• V.28/V.24, ISO 2110/RS232 C/D 

• G.703/64k 

• G.703/2M, 9-pins and SMB connectors 

• G.703/2M, RJ45 and BNC connectors 

• G.704/2M, RJ45 and SMB connectors 

• G.704/2M, RJ45 and BNC connectors 

• ET-interface (10/100BaseT, Bridge) 

• VF-interface (voice channel: 0.3...3.4 kHz, no signalling) 


17


DNT2M-G-sp 

DNT2M-G-mp 

18 


The Nokia DNT2M-G-sp is a 2 Mbit/s network terminal for E1 

transport, G.703/G.704 (HDB3 coding) over twisted copper pairs. 

It provides 2.048 Mbit/s line interface and interchangeable DTE 

interface. The line interface of the DNT2M-G-sp network terminal 

is according to ITU-T G.703/G.704 specification and it can be used 

either unframed or framed (G.704) mode. The DNT2M-G-sp also 

supports short and long haul modes, which allows the use of 

extended connections. 

Key Benefits: 

• E1 (G.703) Network Terminal, box-to-box operation 

• Changeable DTE interfaces 

• Interface converter 

• Network Management 

The Nokia DNT2M-G-mp is a 2 Mbit/s Network Terminal (Mini 

Node) for E1 transport, G.703/G.704 (HDB3 coding) over twisted 

copper pairs. It provides 2.048 Mbit/s line interface and three 

interchangeable DTE interfaces. 

The line interface of the DNT2M-G-mp network terminal is 

according to ITU-T G.703/G.704 specification and it can be used 

either unframed or framed (G.704) mode. The DNT2M-G-mp also 

supports short and long haul modes, which allows the use of 

extended connections. 

Key Benefits: 

• E1 (G.703) Network Terminal, box-to-box operation 

• 3-channel TDM multiplexer 

• Changeable DTE interfaces 

• Interface converter 

• Network Management

Network 

Management 

19

Nokia NMS/10 

NMS/10 is an integrated solution for 

managing transport and access networks. 

It provides fault, performance and 

configuration management. Individual 

network elements and links are readily 

identifiable through symbols that can 

be displayed on a map to indicate the 

geographical distribution. 

Nokia NMS/10 

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Network Management 

The network is represented as a hierarchy 

of sub-maps that show the network status 

in real time. Network element specific node 

managers are used for element configuration. 

NMS/10 can also be used for SNMP 

managed data networks based on IP 

technology. This enables, among other 

things, common fault management for 

circuit-switched and packet data networks. 

NMS/10 offers superior network management 

cost-saving features. Simple maintenance, 

straightforward training, ease of use and 

upgradeability ensure both low start-up 

costs and low long-term operating costs. 

Key Benefits: 

• Integrated management of Nokia and Partner Products 

• Management of LAN/WAN 

• Remote access to alarms and events 

• Remote configuration of network elements 

• Open Interfaces allowing Integration to 3rd Party Umbrella Platforms 

Flexible system architecture allowing build as you grow: 

• Internet Access 

• Remote Stations 

• SNMP Agents. 

Functionality : 

Nokia NMS/10 is an entry-level element management system for small and 

medium-sized transmission networks. It provides fault, performance and 

configuration management on the element level for networks consisting of 

Nokia PDH/SDH Microwave Radio, PDH/PRE & Cross Connect Mux, Nokia Eksos 

N20 access nodes and Marconi Synfonet SDH nodes. 

Interfaces: 

• Southbound SNMP support 

• Northbound SNMP Interface 

• Northbound ASCII Interface

Nokia Broadband Management Suite 

The Nokia Broadband Management Suite 

consists of NetAct TM Broadband Manager 

which is the new Network Management 

System for the Nokia DSLAMs, and NetAct TM 

Device Manager which is the DSLAM backup/ 

upgrader/troubleshooter software. This 

suite of OSS products provides operators 

with a carrier-class management solution 

The NetAct TM Broadband 

Manager 

that meets their requirements in terms of 

scalability, reliability, performance and ease 

of use. It also offers DSLAM maintenance 

and ease of integration with upper level 

operation support systems, such as CRMs 

or NetAct TM . It significantly contributes to 

the reduction of the cost of operating 

a large-scale broadband access network. 

NetAct TM Broadband Manager functionalities include: 

• Topology management 

• Inventory management 

• Configuration management 

• Fault management 

• Performance management 

• Security management 

• Easy integration with NetAct TM for Fixed 

The NetAct TM Broadband Manager web-based client-server distributed 

architecture easily adapts to any size broadband access networks including 

any combination of Nokia D50, D50e, D500, D500 Remote Access Module 

(RAM) and Mini DSLAMs. 

In addition to its network to port drill-down and rapid profile-based 

provisioning capabilities that provide a user-friendly management interface, 

NetAct TM Broadband Manager’s standards-based XML and CORBA northbound 

interfaces allow for fast integration with existing operations support systems. 

Web Graphical Interfaces 

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Broadband Access 

Network Elements 

3rd Party BSS/OSS 

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Nokia Broadband Management Suite 

The NetAct TM Device Manager 

22 


NetAct TM Device Manager functionalities include: 

• Domain management 

• DSLAM backup/restore management 

• DSLAM upgrade/downgrade management 

• HW & SW reporting management 

• DSLAM troubleshooting 

The NetAct TM Device Manager Web-based client-server architecture easily 

adapts to any size broadband access networks including any combination 

of Nokia D50, D50e, D500, and D500 Remote Access Module (RAM) network 

elements. 

The NetAct TM Device Manager server can be installed on the NetAct TM 

Broadband Manager server or on a dedicated server and interfaced with 

the NetAct TM Broadband Manager. 

In having both products integrated, the management of the Broadband 

Access network becomes simple. The nodes managed by the NetAct TM 

Broadband Manager can be imported to the NetAct TM Device manager 

and the NDM reports can be accessed from the NBM user interface.

Microwave Radio 

23

MetroHopper PDH radio 

Nokia MetroHopper is a 58 GHz radio 

link for short haul (max.1.2km) wireless 

transmission access at 4x2 Mbit/s capacity. 

It is available with rectangular 20cm flat 

panel antenna or with 30cm parabolic 

antenna. Its small size and unnoticeable 

appearance enable Nokia MetroHopper 

to blend easily into the metropolitan 

environment and help operators to find 

new types of site locations. The antennas 

can be mixed in the same hop to find the 

optimum between outlook and hop length 

Nokia MetroHopper uses the self-regulated 

Outdoor unit with 30cm 

parabolic antenna 

Outdoor unit with 20cm 

flat antenna 

Indoor unit FIU19E in 

horizontal installation 

24 


58 GHz frequency band. Its propagation 

characteristics allow very high frequency 

re-use and is optimum for high-density 

urban microcellular networks. In most 

countries this band does not require any 

coordinated frequency planning and hence 

allows operators to build transmission 

network without any delays traditionally 

related to microwave radio link roll-out. 

Nokia MetroHopper uses the same indoor 

units and Nokia Flexbus interconnection 

platform as Nokia FlexiHopper. 

• Self-regulated 58 GHz band enables 

fast rollout without coordinated 

frequency planning 

• Very high frequency re-use in highdensity 

urban access networks 

• Faster, easier and cheaper installation 

than with other radios - small size 

and light weight 

• Faster and easier commissioning 

than with other radios - channel 

autoselection 

• Common indoor units with Nokia 

FlexiHopper radios 

MetroHopper outdoor unit is available with 30cm parabolic 

antenna or with rectangular 20cm flat panel antenna. 

MetroHopper indoor units are common with Nokia Flexihopper 

family. 

Indoor units available are: 

• FIU 19E: 19” stand alone indoor unit 

• FXC RRI: Ultrasite BTS integrated indoor unit 

• IFUE: WCDMA BTS integrated indoor unit

FlexiHopper Microwave radio 

Nokia FlexiHopper microwave radio family 

consists of three product types: Nokia 

FlexiHopper 4E1, Nokia FlexiHopper and 

Nokia FlexiHopper Plus. 

Key Functionality 

Nokia FlexiHopper microwave radios are reliable 

and flexible that can be used in diverse transmission 

networks: mobile networks, fixed networks or 

private networks. They provide flexible features 

like selectable capacity and modulation which 

keeps the lifetime cost low. Reliability is designed 

into Nokia FlexiHopper products by using highly 

integrated circuits. The integration rate can be 

exemplified by indoor units which all support 

several outdoor units and several indoor units 

have been integrated into one outdoor unit. 

The transmission network reliability can be 

Nokia FlexiHopper 4E1 

Nokia FlexiHopper 

Nokia FlexiHopper Plus 

greatly increased by reducing required cabling 

on a site. No E1-cabling at all is required when 

Nokia base station integrated indoor units 

are used. Nokia FlexiHopper microwave 

radios are available for the 7, 8, 13, 15, 18, 

23, 26, 28, 32 and 38 GHz frequency bands. 

The radio transmission capacity of Nokia 

FlexiHopper Microwave Radio is 2x2, 4x2, 

8x2 or 16x2 Mbit/s which can be selected 

under software control. The FlexiHopper 

Microwave Radio outdoor unit is small 

and lightweight with a typical maximum 

output power of 16-23 dBm.The indoor 

unit can be selected from several different 

models and configurations either fully 

Nokia BTS integrated or 19”. The full radio 

capacity (2-16x2 Mbit/s) is available with 

all indoor unit models and configurations. 

Key Benefits 

• Reliable – low maintenance cost 

• Flexible capacity - inexpensive 

upgrades and low lifetime cost 

• One indoor unit supports multiple 

outdoor units - saves equipment and 

installation costs and reduces space 

requirements. 

• Remotely managed cross connection unit 

– reduces site visits and life-time cost 

• Selectable modulation – adapts to 

changes in regulation and needs in 

network 

• microwave radio with 2-4E1 transmission capacity 

• can be upgraded to 16E1 transmission capacity with capacity 

upgrade licences 

• 4-state modulation 

• can be upgraded to higher modulation (16-state) with 

a modulation licence 


• 4-state modulation 

• can be upgraded to higher modulation (16-state) with 

a modulation licence 


• selectable modulation (4-state/16-state) 


25

FlexiHopper Microwave radio 

FIU 19E Indoor unit 

26 


Key Functionality 

Nokia supplies various different indoor units for Nokia FlexiHopper 

and MetroHopper to provide optimal features for different 

environments. FIU 19E is an indoor unit for Q1 and/or SNMP 

managed networks. It provides SNMP interface for commercial 

managements systems. Both fault and performance management 

is supported. Additionally some values can be read like receiving 

signal level and cross-connections. FIU 19E is connected to 

management system via LAN. This enables quick HopperManager 

connection and fast software download. IP routing enables 

management of consecutive links and also connecting of external 

equipment to same DCN connection. 

Key Benefits 

• Integration to 3rd party NMS systems with SNMP 

• Multivendor environment support with SNMP and IP routing 

• Easier DCN management using LAN and IP connections 

• Fast software download and quick HopperManager 

interactions 

• IP routing for Hopper management and connecting external 

equipment to same management channel 

Product Details 

Electrical interface 

• 4-16x2 Mbit/s 

• ITU-T G.703 

• 75 ohm SMB 

• 120 ohm RJ-45 or TQ 

Auxiliary data channels 

• EIA-232 or ITU-T V.11: max 9600 bit/s, 

ITU-T V.11 or ITU-T G.703: max 64 kbit/s 

• Four programmable I/O interfaces 

Network management interface 

• 10baseT (LAN) or RJ-45 

• Max 9600 bit/s 

• V.11 

Power supply 

• - 40.5 to - 72 VDC 

• 32 W (1+0) 

• 60 W (full 1+1) 

Installation 

• 19” rack 

• TM4 rack 

• ETSI 600 x 300 rack 

Weight and dimensions 

• 3.2 kg 

• 2/3U x 444 x 300 mm

PowerHopper Vario SDH radio 

Nokia PowerHopper Vario solution 

introduces high capacity SDH radios for 

access networks. The solution is based 

on the latest state-of-the-art product. 

PowerHopper Vario is a response to the 

ever-growing demands by cellular, fixed, 

and private network system operators 

for higher-capacity connectivity, more 

efficient management of increasingly 

complex networks, and more cost- 

effective deployment and maintenance 

of their networks. 

Outdoor unit 

High Power Outdoor unit 

Indoor unit IU 

PowerHopper Vario is upgradeable for capacities 

of 100 to 622 Mbit/s, using the same 1U IDU, 

supporting 1+0, 2+0, 4+0 (with optional XPIC, 

Cross Polarization Interference Canceller 

mechanism), 2+0 East-West, 1+1/2+2 

HSB, and 1+1 HSB with space or frequency 

diversity mode. Point-to-point, ring, star, and 

cascaded chain topologies are supported. 

• Fast network roll-out with easy and 

cost-efficient installation 

• Compact design reduces site 

requirements 

Outdoor units (OU) exists for 6, 7, 8, 11, 13, 15, 18, 23, 26, 28, 32, 

38 GHz. All frequencies have same size OU unit. 

1+0 mounting is part of antenna. 

• Efficient usage of spectrum (2 x STM-1 

with two polarizations on 28 MHz 

channel) 

• High reliability and reduced cost of 

ownership 

• Rapid expansion to meet network 

capacity needs 

• Hot swappable independent modules: 

Maintenance or change of one 

module does not affect the other 

=> improved network operations 

(availability) 

For Hot StandBy (HSB) configuration there is special mounting 

“1+1 ODU Single Antenna Mount”. The two outdoor units are 

mounted to it. 

The 2+0 configuration look the same. The difference is that 

there is own mounting unit “Dual ODU mount” used. It provides 

connection to dual polarization antenna. 

High Power outdoor units (HP OU) exists for 6, 7, 8 and 11 GHz. 

High Power OU has 29 dBm output power (5 dBm) 

The mounting is part of HP OU 

All frequencies have same size OU units 

HP OU has dual receiver so it has inbuild space diversity (SD) 

capability. Normally two units are needed. 

IDU consist of controller unit (IDC) on left and 1 or 2 modem 

units (IDM) 

IDM can have 1 or 2 STM-1 interfaceses; optical or electrical 

• 28 MHz: 1 x STM-1 (128 QAM) 

• 56 MHz: 2 x STM-1 (128 QAM) or 1 x STM-1 (16 QAM) 

Optionally there is an IDM unit with 100BaseT + 8 E1 

This is a product that sold is as a Nokia product with Nokia label, 

packaging, software, element manager, documentation and 

invoicing. 


27

28 

Broadband Access

Nokia D500 Multi Access Platform 

The Nokia D500 Multiservice Access 

Platform provides the industry’s most 

powerful balance of performance, density, 

scalability, flexibility, reliability and remote 

deployment capability. The high-density, 

high-capacity D500 supports a wide range 

of services from medium bandwidth such 

as Fast Internet access to emerging higher 

D500 ETSI D500 ANSI 

D500 RAM 

miniDSLAM 

bandwidth multimedia/entertainment 

such as video on demand, digital broadcast 

TV, and interactive TV. The D500 is designed 

to provide operators with the ability to 

evolve their networks from ATM to IP in 

a seamless manner, as IP becomes the 

prevalent protocol in the core, edge, and 

access networks. 

The Nokia D500 RAM (Remote Access Module) includes all the 

benefits of the bigger D500 version in smaller physical size and 

smaller capacity. The D500 RAM is is perfect for remote locations 

with less subscribers in the area. 

Wall mounting and different street cabinets are also possible 

with D500 RAM installations. 

Available in ETSI and ANSI standards. 

• Multiservice platform 

• Powerful and scalable 

• Versatile 

• Future proof 

• Modular remote solutions 

• Reliable 

• Ease of implementation 

The miniDSLAM solution is a part of the Nokia total product offerings 

complementing the Nokia DSLAM product range. miniDSLAM is 

designed to meet the requirements for smaller sites. The compact 

assembly enables easy deployment of DSL services in the smaller sites 

like, Outdoor Cabinets, Indoor Cabinets, Small Exchanges on remote 

low density areas as well as FTTC (Fiber to the curb) applications. 

With miniDSLAM solution operators can effectively extend the reach 

of DSL by moving the DSL interface closer to the end user. Shorter 

loop lengths increase signal strength and access speed at the customer 

CPE interface. This is essential with new high bandwidth services 

provided with ADSL2+ technology especially. 

The miniDSLAM solution comprises a Master unit and Slave units 

both supporting 24 ADSL2+ ports. Master unit has one optical 

GigE interface for trunking and it serves as an aggregation device 

for up to six slave units, the maximum configuration serves 168 

ADSL2+ lines including splitters. 


29

RedBack 

Redback products are focussed on three main 

functionalities as follows: BRAS, Edge Router 

and Ethernet aggregation. Operators may use 

the same equipment for many different 

purposes including termination of DSL 

connections, deployment of VOIP, VoD and 

offering MPLS/VPN L2/L3 services with 

sophisticated QoS features for business 

customers. There are several interface 

types available for network connection. 

The SmartEdge TM 800 

30 



Router is targeted at IP dedicated access services, as well as hosting 

and network based storage sites and backbone core applications. 

The product is distinguished by a number of features for providers 

focused on delivering highly available IP services today, and 

having total flexibility to support new IP services in the future. 

Software modularity and process restartability 

The SmartEdge OS is highly modular to improve system reliability. 

Every protocol such as PPP, SNMP, BGP, OSPF, IS-IS, and RIP is implemented 

as a separate process. The Routing Information Base (RIB) and 

configuration UI are also separate processes. Failure of one process 

has no impact on any other process. For example, if a network 

event crashes BGP process it does not affect any other protocols 

and does not cause a system crash. If any process fails, it can 

simply be restarted without affecting any other process. 

High-performance switching and programmable forwarding 

The SmartEdge 800 platform employs a very high-performance 

packet mesh, whereby every card is interconnected to every other 

card. The packet mesh has 160 Gbps of switching capacity and is built 

with ASICs developed by Redback. All of the packet forwarding 

functions in the SmartEdge 800 are implemented with Redback’s 

specialized network processors, called Packet Processing ASICs (PPA). 

The SmartEdge 800 platform uses a dedicated PPA on every line card 

for input packet processing and another dedicated PPA on every 

line card for outgoing packet processing. With dedicated packet 

processors for incoming and outgoing traffic, the SmartEdge 800 

platform can support high-performance forwarding, with a rich set 

of packet processing features (ACLs, rate limiting, etc.) turned on, 

both on the access side (toward the customer) and the backbone 

side. Since PPA is fully programmable, new services can be introduced 

simply by reprogramming them with right software code. Thus, 

PPAs offer investments protection along with ability to add new 

functionality with virtually no hardware swap. 

Distributed forwarding 

Forwarding functions on the SmartEdge 800 platform are distributed 

on every line card and handled by the PPA. A failure of one line card 

has no impact whatsoever on packet forwarding for any other line card. 

Thus, there is no central point of failure for packet forwarding, 

even for specialized packet types. 

Chassis: 

The SmartEdge 800 chassis has 14 slots with 2 slots dedicated 

to the controller cards and 12 slots available for a flexible 

combination of traffic cards. A separate area of the chassis has 

fans for forced-air cooling. The SmartEdge 800 chassis is designed 

for mounting in a standard 19- or 23-inch rack. All cards are 

installed at the front of the chassis. With the exception of the DS-3 

and E3 traffic cards, the cards have port connectors on their front 

panels. Connectors for the DS-3 and E3 cards that are installed in 

slots 1 to 5 and 10 to 14 are located at the rear of the chassis.


Available Interface 


The SmartEdge 400 router is a carrier-class product with an 

architecture that supports packetized traffic. The SmartEdge 400 

router can be used as an edge aggregation router to directly 

connect customers to the network and supports a variety of 

interfaces and vital services, such as quality of service (QoS) and 

inbound and outbound access control lists (ACLs). New services 

can easily be added with software upgrades. Because of the 

optimized packet forwarding capabilities and support of highbandwidth 

uplink interfaces, the SmartEdge 400 router can also 

be used in the metropolitan core to aggregate traffic from other 

routers into the long-haul transit core. 

The SmartEdge 400 chassis has six slots with two slots dedicated 

to the controller cards and four slots available for a flexible 

combination of traffic cards. A separate area of the chassis has 

fans for forced-air cooling. The SmartEdge 400 chassis is designed 

for mounting in a standard 19- or 23-inch rack. All cards are 

installed at the front of the chassis. With the exception of the DS-3 

and E3 traffic cards, the cards have their port connectors on their 

front panels. The BNC connectors for the DS-3 and E3 cards are 

located at the rear of the chassis. Cable management brackets are 

attached to the right side of the front of the chassis and to the left 

side of the rear of the chassis. 

SmartEdge 400 can handle up to 24000 simultanious connections. 

Available interfaces are the same for SmartEdge 400 & 

SmartEdge 800. Among the available interfaces the newest 

are the 3rd generation interfaces: Gigabit Ethernet Cards, 

Gigabit Ethernet 1020 and 10-Gbps Gigabit Ethernet. 

Packet - POS, FR, PPP 

• 1 x OC-48c/STM-16 

• 4 x OC-12c/STM-4 

• 8 x OC-3c/STM-1 

• 12 x Clear Channel DS3 

• 24 x Channelized E1 

copper 

Channelized Packet 

• 1 x Channelized OC-12 

(DS3) 

• 1 x Channelized OC-12 

(DS3/DS1) 

• 12 x Channelized T3 

• 3 x Channelized T3 

• 3 x Channelized STM1-> E1 

Route Processors 

• XCRP3-Base 

• XCRP3-Advanced 

Ethernet 

• 1x10 Gbit Ethernet XFP opt 

module 

• 10x1 Gbit Ethernet SFP opt 

modules 

• 20x1 GigE GE1020+exp SFP 

opt modules 

• 4 x Gigabit Ethernet 

• 4 x Gigabit Ethernet-Adv 

• 4 x Gigabit Ethernet Traffic 

management features 

• 12 x 10/100 Ethernet 

ATM 

• 12 x DS3 ATM 

• 2 x ATM OC-3c/STM-1 




31

RedBack 

Gigabit Ethernet cards 

Gigabit Ethernet 1020 

10-Gbps Gigabit Ethernet 

32 


The Gigabit Ethernet 3 (GE3) card is the third version of the 4-port 

Gigabit Ethernet card. It is designed for traffic management, with 

the second generation of the PPAs, each of which supports 1 GB 

of memory and can process data internally at a much higher 

rate than the PPAs on the first and second versions of the Gigabit 

Ethernet card. 

The GE3 card provides four optical Ethernet ports; a low-density 

version of the card provides two ports that are enabled through 

software entitlement. Any combination of the following types 

of small form-factor pluggable (SFP) optical transceivers are 

supported on any port on the card. 

The Gigabit Ethernet 1020 (GE1020) card is designed for traffic 

management, with the second generation of the PPAs, each of 

which supports 1 GB of memory and can process data internally 

to match the line rate of the ports. This version of the GE1020 card 

provides 20 optical ports, each of which runs at 1.25 Gbps. Any of 

the following types of small form-factor pluggable (SFP) optical 

transceivers are supported on any of the ports. 

The 10-Gbps Gigabit Ethernet (10GE) card is designed for traffic 

management, with the second generation of the PPAs, each of 

which supports 1 GB of memory and can process data internally 

to match the line rate of the port, which runs at 10 Gbps. Either of 

the following types of 10-Gbps small form-factor pluggable (XFP) 

transceivers are supported on the port: 

• 10GBase-SR or 10GBase-SW 

(10GBase-S) 

• 10GBase-LR or 10GBase-LW 

(10GBase-L)

Nokia Services 

33

Nokia Networks´ Service Portfolio 

Nokia Networks’ Service portfolio is built 

around the End-User’s network operation 

cycle, taking into account operational 

efficiency and environmental aspects. Some 

services offered by Nokia are targeted at 

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Nokia has developed a complete service cycle 

concept, supporting End-Users – like operators, 

utility companies etc. - through the phases 

of their network operation life cycle. Nokia 

will support the End-User via the Value Added 

Reseller through the phases of building and 

expanding the network, efficiently operating 

the network, through the recycling of equipment 

taken out of use, so that the End-User can 

focus focus f on their strategic business performance. 

As a leading company in the industry, Nokia 

also strives to be a leader in environmental 

performance. Nokia is running environmental 

programs, which have a direct impact to Nokia’s 

service portfolio, especially End-of-Life 

Management and Supplier Network 

Management. 

Nokia provides a whole range of Network 

Operation Services throughout the whole life 

34 

Nokia Services 

larger operators, some services can be 

used ‘stand-alone’. Different services are 

offered for different Nokia equipment and 

a variety of services can be customized 

depending on specific requirements. 

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cycle of the operation of the network, from 

Planning through Deployment, Operation 

& Maintenance, Evaluation & Redesign and 

Development & Enhancement. Environmental 

aspects are highly prioritised throughout 

the whole process. If equipment reaches 

its end of life, Nokia offers Take back and 

Recycling services. An Individual Service 

Portfolio suitable for the specific needs 

of the End-User can be designed. 

As soon as Care & Software Release Service 

(Nokia’s basic support package) has been 

set up, the End-User can have access to Nokia 

on-line support tools. The Value Added Reseller 

is granted access to the support functions of 

Nokia Care Management, Technical Assistance 

Center (TAC) and reporting throughout all 

phases of the network operations. This 

enables the Value Added Reseller to act 

as the sole interface to the End-User. 

Care Management, Technical Assistance 

Center and Nokia on-line support tools 

provide the Value Added Reseller with the 

assistance needed to solve both urgent 

and non-urgent requests that may occur 

in the daily operations of the network. 

TAC remote support from expert support 

engineers (via telephone, e-mail or web) 

is available during normal working hours 

and 24 hours a day for some products 

(mainly broadband products). These 

services are available for the Value Added 

Reseller and the End-User from the 

very start or expansion of the network 

operation throughout all phases of the 

life cycle of the network. Care meetings 

between the Value Added Reseller and 

Nokia and Reporting including case 

statistics are an essential part of Nokia’s 

support offering to secure service quality 

and high Customer satisfaction.

Copyright © 2006 Nokia. All rights reserved. A license is hereby granted to download and print a copy of this document for personal use only. No 

other license to any other intellectual property rights is granted herein. Reproduction, transfer, distribution or storage of part or all of the contents 

in this document in any form without the prior written permission of Nokia is prohibited. 

Nokia and Nokia Connecting People are trademarks or registered trademarks of Nokia Corporation. Other product and company names mentioned 

herein may be trademarks or tradenames of their respective owners. Nokia operates a policy of continuous development. Nokia reserves the right 

to make changes and improvements to any of the products described in this document without prior notice. 

35

Copyright © 2006 Nokia. All rights reserved. Nokia, Nokia Connecting People, Nokia MetroSite, Nokia NetAct and Nokia UltraSite are 

registered trademarks of Nokia Corporation. Other product and company names mentioned herein may be trademarks or trade names of 

their respective owners. Products are subject to change without notice. 

Nokia code: xxxx - 04/2006 Contra/ 

Nokia Corporation 

Networks 

PO Box 300 

FI-00045 Nokia Group 

Finland 

Phone: +358 (0)7180 08000 

www.nokia.com 

NOKIA 

Connecting People

Nokia Access Product Catalogue - Mic Data

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