����������������

Nemo Handy™ 2.90 is a state-of-the-art handheld tool for testing mobile application QoS/QoE and measuring the air interface of EGSM/GPRS/EDGE/WCDMA/HSDPA/Wi-Fi 802b/g wireless networks. Nemo Handy’s extensive application testing features are complete with voice quality MOS testing, and full application level metrics on voice and video calls, FTP/HTTP data transfers, iPerf for TCP/UDP testing, HTML/WAP browsing, SMS/MMS messaging, e-mail POP3/SMTP, and ping. Nemo Handy not only provides you with the best real-time measurement visualization on the handheld market, it also enables you to build your own custom real-time views for all the relevant network parameters supported by the terminal’s mobile trace interface. Supported terminals include Nokia 6120, 6121, N85, N85 US, N95, N95 US, N96, and N96 US.

Nemo Handy measurement data provides you with a complete and detailed picture of the radio interface and the quality of the tested applications. The detailed and comprehensive radio interface data recorded with Nemo Handy is optimal for network planning, roll-out, tuning, verification, optimization, and maintenance. The application performance metrics are vital in mobile service benchmarking and QoS/QoE evaluation. Continuous recording of radio interface metrics ensures that the reasons for less than satisfactory service quality can always be found.

Nemo Handy can be used either as a regular phone with the application logging in the background, or as an active measurement tool with real-time data views and a built-in script editor that enables you to create and modify scripts on the go. Nemo Handy's small size and extensive measurement capabilities make it also the ideal tool for performing indoor measurements. Nemo Handy logs and displays also geographical coordinates when equipped with a GPS receiver.

All network parameters supported by the terminal’s mobile trace interface, including signaling messages, are logged and made available for playback with Nemo Handy™ and Nemo Oudoor™, and for post-processing with Nemo Analyze™. However, Nemo Handy’s full and proven compatibility with 3rd party tools enables also post-processing with any other tool supporting the Nemo file format.

CONFIGURATIONS Nemo Handy is highly configurable. Nemo Handy can be implemented on six different platforms, on top of which you can build exactly the kind of handheld measurement tool you need. The Nemo Handy package includes a Nokia test mobile with the Nemo Handy software, a Bluetooth GPS receiver (with Nemo Handy and Nemo Handy Pro only), and the Nemo Utilities software package for Windows®, including Nemo File Manager, Nemo Handy Configuration Editor, and Nemo Handy Script Editor.

PLATFORMS

See page 18 for platform details. • Nokia N96: HSDPA/WCDMA 900/2100, GSM/ EGSM/GPRS/EDGE 850/900/1800/1900 • Nokia N96 US: HSDPA/WCDMA 850/1900, GSM/EGSM/ GPRS/EGPRS 850/900/1800/

1900 • Nokia N95: HSDPA/WCDMA 2100, GSM/ EGSM/GPRS/EGPRS 850/900/1800/1900 • Nokia N95 US: HSDPA/WCDMA 850/1900, GSM/EGSM/GPRS/EGPRS

850/900/1800/1900 • Nokia N85: HSDPA/WCDMA 900/1900/2100, EGSM 850/900/1800/1900 • Nokia N85 US: HSDPA/WCDMA 850/1900/2100, EGSM 850/900/1800/1900 • Nokia 6120: WCDMA/HSDPA 850/2100, GSM/EGSM/GPRS/EGPRS 850/900/1800/1900 • Nokia 6121: WCDMA/HSDPA 900/2100, GSM/EGSM/GPRS/EGPRS 850/900/1800/1900

EDITIONS

• Nemo Handy Field Test • Nemo Handy • Nemo Handy Professional Nemo Handy FT Nemo Handy Nemo Handy Pro

Graphical, customizable user interface

Forcing features

GPS support

Logging

Automated file transfer functionality

Scripting

Application testing1)

Indoor map

WLAN

Cell and timeslot testing

Playback

1) Includes voice/video calls, FTP/HTTP data transfers, iPerf for TCP/UDP testing, HTML/WAP browsing, SMS/MMS messaging, e-mail POP3/ SMTP, and ping.

OTHER SUPPORTED FEATURES

• Voice Quality • Video Streaming Quality • GSM Frequency Scanning/UMTS Pilot Scanning and Handover Assist/Suppression

NEMO HANDY KEY BENEFITS Technological leader – Nemo Handy has set the standard for handheld network measurement devices since 2005 and continues to do so today as the most widely deployed handheld measurement tool in the world Cost-effectiveness – Nemo Handy’s extensive measurement capabilities and benefits come incorporated in a small mobile terminal that is highly suitable for performing measurements both outdoors and in busy and crowded indoor spaces. It can be used, e.g. for immediate onsite troubleshooting through its playback functionality.

Newest technologies – Every major new wireless technology is always supported

Best real-time data visualization on the market – Nemo Handy’s state-of-the-art real-time data views can be customized with Nemo Handy Configuration Editor to display all the relevant network parameters supported by the terminal’s mobile trace interface

Comprehensive logging – All network parameters supported by the terminal’s mobile trace interface, including signaling messages, are logged and made available for post-processing

Ease of use – Intuitive user interface makes all operations from timeslot testing to creating complex measurement scripts time-effective and easy

Vendor independence – Full and proven compatibility with 3rd party tools.

NEMO HANDY KEY FEATURES • Symbian-based application

• Supported terminals include Nokia 6120, 6121, N85, N85 US, N95, N95 US, N96 and N96 US

• E.g. 1 GB MiniSD card can store up to 100 hours of measurement data

• Graphical, fully customizable and user-friendly user interface, e.g. custom view

• Playback for viewing measurement files after measurements

• Enables collecting geographical coordinates with a GPS receiver (Bluetooth or N85, N95 and N96 integrated)

• Supports EGSM/GPRS/EDGE/WCDMA/HSDPA/Wi-Fi 802.11b/g measurements

• Cell and timeslot testing

• GSM frequency scanning and UMTS pilot scanning

• Handover assist and handover suppression

• Video streaming and voice quality measurements based on Mean Opinion Score

• Automated service testing with scripts: voice quality, voice call, video call, FTP, HTTP, HTML/WAP browsing, iPerf for TCP/UDP, send/receive , MMS, SMS, and Ping

• Scripts can be created and modified with Nemo Handy’s built-in script editor

• Real-time statistics

• Signaling message headers can be shown in Handy UI

• Log file upload to server via e-mail, FTP, or Bluetooth

• Indoor map with markers and geodetic coordinates

• Forcing commands for scrambling code lock, carrier lock (UMTS), channel lock (GSM), system lock, and cell barring

• During scripts the phone can be locked to a specific system, channel (GSM), carrier (UMTS) or scrambling code

• Conditional, system-triggered scripts (e.g. "wait until system is UMTS")

• BTS information, i.e. serving cell name, site name, distance to serving cell, and cell ID, can be displayed based on BTS file

• Time synchronization can be set to occur based on GPS each time before logging begins

• Textual markers can be added to the log file during logging

• Other handy details, including circular log file, user-definable UI font size, background light on/off, display freeze, integrated help, custom audio notifications with speech generator, etc.

REAL-TIME DATA VIEWS AND USER INTERFACE Nemo Handy offers a completely configurable graphical user interface that has been optimized for small screen devices. A wide range of predefined data views is included. However, the user can also create new views and modify the predefined ones to display all the relevant network parameters supported by the terminal’s mobile trace interface. The views can be edited with the PC software Nemo Handy Configuration Editor included in the Nemo Handy package. All display settings are stored in an .xml file, enabling the same custom configuration to be used for any number of Nemo Handy terminals.

Application testing and RF parameter displays can be viewed simultaneously. Application QoS/QoE statistics are displayed in real time for all of the supported applications, namely voice/video calls, PDP context, FTP/HTTP connections, SMS/MMS messaging, HTML/WAP browsing, e-mail sending/receiving, and ping.

The real-time results of both manual and script-aided testing can be monitored throughout the duration of the connection via various data views, such as text and grid views, neighbor graphs (bar, line, and inter-system bar), and stackable bar and line graphs.

Bar and line views display parameters in both numerical and graphical format. Line graph scales change according to selected parameter. Automatic scaling is also possible. Bar graph scales can be displayed for each bar simultaneously. Integer parameters can be displayed either in decimal or in octal format. Bars are color-coded based on user-definable threshold values.

The current logging status is displayed on each page by the Nemo Handy icon. Serving channel information, or other user-configurable information, can be displayed on every page as a small text box overlaying the Nemo Handy icon. BTS information, i.e. serving cell name, site name, distance to serving cell, and cell ID, can also be displayed based on a BTS file.

The user can create their own custom views according to their needs. The Nemo Handy custom view can be tailored to display various parameters on multiple pages.

CELL AND TIMESLOT TESTING Nemo Handy supports cell and timeslot testing. The cell testing feature enables the testing of GSM and UMTS cells by initiating voice calls and/or PDP Context Activations, and automatic handover forcing testing to all neighbor cells. All cells on the neighbor list that meet the user-defined threshold value are tested. The resulting file contains the testing session date, phone number, the number of call and packet data connection attempts, the session status, and a list of tested cell(s) with test results.

The timeslot testing feature makes it possible to test the timeslots of a particular user-defined cell (GSM). The resulting file contains the testing session date, channel number, the number of call attempts, the session status, and test results per timeslot.

SCANNING Nemo Handy offers support for GSM frequency scanning and UMTS pilot scanning. Nemo Handy frequency scanning enables the carrier frequencies of a selected wireless system to be detected and evaluated in terms of field strength. If Nemo Handy is equipped with a GPS receiver, position data can also be included in the logged scanning results.

Frequency scanning results contain the field strength values for all detected carriers. The results can be used, for instance, for frequency planning (placing BTS sites) and interference measurements.

In UMTS pilot scanning mode, Nemo Handy decodes individual pilot signal scrambling codes and measures their signal-to-noise ratio (Ec/N0 values) and signal code power (RSCP).

The data collected can be used, for example, for network planning, tuning and interference measurements.

APPLICATION TESTING Nemo Handy supports several built-in application testing options. It is possible to test voice quality, voice and video calls, FTP/HTTP data transfers, HTML/WAP browsing, iPerf for TCP/UDP, SMS/MMS messaging, e-mail sending and receiving, and ping. The QoS/QoE KPIs logged by Nemo Handy include connection setup delay, download time, time-to-content delay, throughput, etc.

VOICE QUALITY OPTION

Nemo Handy supports both manual and scripted voice quality measurements. The Voice Quality testing feature of Nemo Handy, provided by the Psytechnics’ PSM Mobile module, enables the measurement of voice quality in a live network based on the ‘average’ listener’s perception of speech quality. This is frequently referred to by the term MOS (Mean Opinion Score).

Speech quality can be measured using two complementary means: subjective and objective tests. In subjective voice quality testing, a panel of users rates a given quality on a limited scale of 1-5, after which a MOS is calculated by averaging the votes of all the subjects. To make voice quality measurements more time and cost-effective, intensive effort has been put into developing objective testing techniques that enable automated prediction of speech quality without the need for extensive subjective testing. PSM Mobile by Psytechnics is an objective, non-intrusive (passive) testing technique which utilizes the Psytechnics database of 220,000 subjective votes.

PSM Mobile is a port of Psytechnics NiQA-DSP-LQ algorithm. At its core, NiQA-DSP-LQ has a sophisticated identification system which has been designed to cover a wide variety of speech distortion and degradation classes, and to predict their impact on the subjective quality of the speech stream as perceived by human perception. PSM Mobile is a lighter and faster version of ITU P.563, predicting a Listening Quality MOS in a similar way to P.563.

PSM Mobile is embedded in Nemo Handy and it is activated whenever a signal is received. Nemo Handy produces a MOS based on the listening quality of a received signal. Nemo Handy obtains the signal by calling a test server (i.e. Nemo Server) which automatically starts sending an audio sample (provided by Anite Finland Ltd) to the caller. Optionally, voice quality can also be tested between two Nemo Handy terminals, with one of the terminals acting as a test server.

As regards accuracy, NiQA-DSP-LQ has been tested over a wide range of network architectures, conditions and languages in accordance with current ITU practice. The model has a good correlation with subjective material of 20, 000 speech files.

It is worth noting here that although the passive testing of voice quality is highly reliable due to its correlation to a host of subjective test sessions, the accuracy and reliability of single point MOS measures are still improving as more calls are being analyzed and averaged over time. Consequently, it is not advisable to make any decisions on network routing or configuration based on a single call MOS.

VIDEO STREAMING QUALITY OPTION

Video streaming quality measurement is an optional feature of Nemo Handy. It assesses the quality of the video stream and returns a Mean Opinion Score (MOS) prediction of how the ‘average’ customer would perceive it. IP and network level diagnostics are also recorded to pinpoint reasons and problems behind the MOS score.

Nemo Handy video streaming quality measurements are based on PVI (Psytechnics Video IP Monitor). PVI is a non-intrusive, non-reference method for measuring video quality by analyzing the video stream IP packet flow. The characteristics of the IP stream, such as packet loss and jitter, and the behavior of the jitter buffer and the error concealment algorithm in the terminal are used to assess the MOS score. Properties of the stream, such as video format and bandwidth, are also taken into account. With 120kbps bandwidth .3gp stream in the Nokia N95 phone, the best achievable MOS score is typically around 3.9. The lowest possible MOS score is always 1, regardless of the stream type. If the stream freezes, a 0 MOS score is reported.

Video streaming quality measurement is activated whenever a video stream download is started from Nemo Handy. RealPlayer for s60 is used as a streaming client and thus all video formats supported by RealPlayer can be used in measurements. Video content from any accessible public, commercial, or private test server can be used in the tests. Access point name and URL of the video stream are the only required parameters in the test setup. Tests can be performed manually or automatically with user-configurable scripts. In addition to the MOS score, Nemo Handy records jitter and packet error rate on the IP level, and a full set of RF and network level KPIs (RSCP, Ec/No, BLER, L3 signaling, etc.) During the measurement, instantaneous MOS, IP and key network level diagnostics are all displayed with the actual video stream. The average MOS score is displayed at the end of the stream.

VOICE CALLS

Nemo Handy offers support for scripted voice call testing. Voice call related measurement events stored in the Nemo Handy log file include call attempt, call connect success, call disconnect, and call failed.

VIDEO CALLS

Nemo Handy offers full 3G video call support. Video calls can be started manually from a menu or by pressing a shortcut button. Scripts can be used to make multiple video calls in the same manner as voice calls. Automatic video calls between two mobiles can be made by setting one of the Handy mobiles to Autoanswer mode.

Video call related measurement events stored in the Nemo Handy log file include call attempt, call connect success, call disconnect, and call failed.

DVB-H TESTING

Nemo Handy DVB-H presented on the Nokia N96 test terminal is the first hand-held measurement tool in the world to provide support for DVB-H network measurements. This upscale measurement tool provides excellent data visualization, and comes separate from the standard Nemo Handy application. Nemo Handy DVB-H includes, for example, the following parameters: DVB-H hierarchy, RX level, DVB-H FER before FEC (FER), DVB-H FER after FEC (MFER), DVB-H bit error rate before Viterbi (BER), and DVB-H frequency 470-750 MHz.

HTTP/FTP CONNECTIONS

Nemo Handy offers support for scripted testing of HTTP/FTP downloads. HTTP/FTP transfer related measurement events stored in the Nemo Handy log file include data connection attempt, data connection success, data disconnect, and data connection failed.

SMS/MMS MESSAGES

Nemo Handy offers support for scripted testing of SMS/MMS sending. SMS/MMS related measurement events stored in the Nemo Handy log file include SMS/MMS send attempts, SMS/MMS send succeeded/failed, and SMS/MMS success rate.

HTML/WAP BROWSING

Nemo Handy offers support for testing HTML/WAP browsing using scripts. The browser window is embedded in the Nemo Handy user interface. This enables real-time monitoring of browsing performance while monitoring radio interface parameters.

HTML/WAP browsing related measurement events stored in the Nemo Handy log file include HTML/WAP browsing attempt, HTML/WAP browsing success, and HTML/WAP browsing failed.

E-MAIL

Nemo Handy offers support for testing e-mail sending and receiving using scripts.

E-mail related measurement events stored in the Nemo Handy log file include SMTP/POP3 send/receive attempt, SMTP/POP3 send/receive success, and SMTP/POP3 send/receive failed.

PING

Nemo Handy offers support for scripted ICMP (Internet Control Message Protocol) ping testing. Ping testing can be performed simultaneously with other PS data applications. Ping round-trip time is measured in milliseconds and displayed as a graph. Ping related measurement events stored in the Nemo Handy log file include ping attempts, ping failed/succeeded, and ping success rate.

IPERF FOR TCP/UDP

Iperf was developed as a modern alternative for measuring TCP and UDP bandwidth performance. With Iperf for TCP and UDP testing it is possible to measure network maximum performance.

..

INDOOR MEASUREMENTS Nemo Handy provides indoor map support with an easy-to-use interface that includes zoom and pan tools. Digital images can be imported to Nemo Handy and converted into map files (.tab). The scale of the map can be set based on a known distance on the map. The geodetic coordinates of the map can also be set based on two known coordinate positions.

The measurement route can be drawn on the map with markers. When post-processing with Nemo Analyze or Nemo Outdoor, the results can be displayed as a color-coded route.

FORCING FEATURES Nemo Handy supports the following forcing features: channel lock (GSM), carrier lock (UMTS), scrambling code lock, system/band lock, cell barring, and assisted handover with handover suppression. Note that the selection depends on the technology that the mobile is connected to. With Channel Lock, the Handy mobile can be locked to a GSM channel. With the Scrambling Code Lock, the mobile can be locked to a carrier and a scrambling code. With the System Lock, the mobile can be locked to one of the systems and bands: UMTS, GSM, GSM 850, GSM 900, GSM 1800, and GSM 1900. With Cell Barring, you can set the Handy mobile to access only the cells that are barred, only the cells that are not barred, or both. The Status view will display the status of each forcing feature.

Nemo Handy offers support for manually initiated handovers from the current serving cell to a selected target cell, after which subsequent handovers can be suppressed. In effect, this makes it possible to lock the terminal to a specific, selected cell.

SCRIPTS It is possible to use script files to run measurements with Nemo Handy. When a script is used, Nemo Handy makes voice/video calls, data transfers, etc. automatically. You can use scripts for voice and video calls, HTTP/FTP packet data uploads/downloads, HTML/WAP browsing, SMS/MMS messages, e-mails, and ping. You can also create conditional, system-triggered scripts with indefinite wait periods that end when a specific system becomes active or with triggers that initiate a voice call when a specific system becomes active. Scripts can be created and edited with Nemo Handy’s built-in script editor, or with the PC software Nemo Handy Script Editor. When the Autologging option is activated, Nemo Handy will start logging automatically when a script is started. You can also, for example, pause a script for your convenience during measurements when you need to run errands and do not want to leave the scripts unattended.

CUSTOMIZING DATA VIEWS All Nemo Handy measurement data displays are fully user configurable. Views can be created and edited with the Nemo Handy Configuration Editor tool included in the Nemo Handy package. All display settings are stored in an .xml file.

NOTIFICATIONS Nemo Handy offers a set of default audio notifications that can be used to notify the user of important measurement events. The creation and editing of custom notification messages is easy with the Nemo Handy Configuration Editor: the custom messages entered into the configuration editor in textual format will be automatically generated into speech by Nemo Handy. Other notification features include individual notification activation/deactivation through the Nemo Handy UI and a user-definable hysteresis timer for controlling and silencing repeating notifications.

NEMO HANDY PLAYBACK Nemo Handy Playback is a straightforward and easy way to view measurement files immediately after a measurement has ended, or later on. All of Nemo Handy’s views are available for use in playback. As an example of the feature, Playback together with the Assisted handover and Existing Cell Tester features present a high-end combination of testing features for onsite troubleshooting.

LOGGING AND PARAMETERS You can use the Nemo Handy mobile as a regular phone while Nemo Handy is logging in the background. All network parameters supported by the terminal’s mobile trace interface, including signaling messages, are logged and made available for post-processing. The parameters listed below are examples of parameters that can be displayed in Nemo Handy. However, the logged tracing results contain the parameters below and all other network parameters supported by the terminal’s mobile trace interface, including signaling messages. Please note that Nemo Handy’s support for individual parameters varies according to terminal. For a detailed list of parameters supported by a particular terminal model, please refer to the terminal-specific Nemo Handy datasheets.

GENERAL PARAMETERS:

• Cellular system • CI • LAC • MCC • MNC • Packet data technology • Application data throughput UL/DL • GPS information: Status, Latitude and longitude, Height, Distance, Velocity, Number of

satellites

PARAMETERS FOR GSM/GPRS/EGPRS BASED SYSTEMS:

• Timing advance • RX quality • RX level • MS power level • MSP in dBm • Channel, BSIC and RX level for serving and neighbor channels • Hopping channel list • Number of timeslots UL/DL • C1/C2 • C value • BEP mean class 8-PSK • BEP mean class GMSK • Packet channel coding UL/DL • Used timeslots (UL/DL) • RLT • C/I • UL/DL DTX • FER • MAIO • HSN • GSM neighbors sorted by RXL

• GSM cell info: Emergency call support, IMSI attach/detach procedure allowed, Half rate channels supported, C2 broadcast supported ,SI 7&8 broadcast supported, Cell broadcast supported, Call re-establish supported, Early class mark sending supported, 2-ter messages supported, Multi band reporting, GPRS supported, EDGE supported

• AMR parameters: Channel type, Link quality estimate (LQE), AMR initial codec, AMR ICMI, AMR codecs, AMR codec UL/DL, AMR hysteresis 1-3, AMR threshold 1-3, Voice codec distribution display, Coding scheme distribution display

WCDMA PARAMETERS:

• Channel • RRC state • RLC UL/DL throughput • Scrambling code, RSCP and Ec/N0 for active, monitored, and detected sets • Carrier RSSI • TX power • BLER DL • SIR target • Compressed mode • Percentage of DL/UL power up commands • RACH parameters: Initial TX power, RACH TX power, Preamble count, AICH status

HSDPA PARAMETERS:

• MAC BLER • CQI • Modulation • 16QAM/QPSK ratio % • Coding • Number of codes • HS-DSCH activity rate • MAC throughput DL • Transport block size (average)

WLAN PARAMETERS:

• SSID • Channel number • RSSI • Access point MAC address • Application throughput • Security mode• Transfer rate

APPLICATION LEVEL METRICS:

• GSM to UMTS: Handover, CREL during data • UMTS to GSM: Handover, CREL during data • GSM: Intra-system handover, CREL during data • UTMS: Intra-system handover, CREL during data

• Voice call: Attempt, Failed, Connected, Disconnected, Dropped, Success rate, Cut-off rate, Setup time avg.

• Video call: Attempt, Failed, Connected, Disconnected, Dropped, Success rate, Cut-off rate, Setup time avg.

• PDP context: Activation attempt, Activation failed, Activated, Deactivated, Dropped, Activation success rate, Cut-off rate, Activation time avg.

• FTP: Connection attempt, Connection attempt failed, Connection attempt success, Disconnected, Connection dropped, File transfer attempt, File transfer success, File transfer failed, Connection success rate, Connection cut-off rate, File transfer success rate

• HTTP: Connection attempt, Connection attempt failed, Connection success, Disconnected, Connection dropped, File transfer attempt, File transfer success, File transfer failed, Connection cut-off rate, Connection success rate, File transfer success rate

• SMTP: Connection attempt, Connection failed, Connection connected, Connection disconnected, Connection dropped, File transfer attempt, File transfer success, File transfer failed, Connection cut-off rate, Connection success rate, File transfer success rate

• POP3: Connection attempt, Connection failed, Connection connected, Connection disconnected, Connection dropped, File transfer attempt, File transfer success, File transfer failed, Connection cut-off rate, Connection success rate, File transfer success rate

• Ping: Ping attempts, Ping failed, Ping succeeded, Ping success rate, Round trip time avg. • SMS: SMS attempts, SMS failed, SMS succeeded, SMS success rate • MMS: MMS attempts, MMS failed, MMS succeeded, MMS success rate

Log file recording is automatically stopped when the memory card is full and no more data can be recorded. If circular logging is enabled, Nemo Handy will create a fixed length log file that is overwritten from the beginning once the user-defined maximum length is reached. When logging is stopped, the user can either save the file with the default name, save the file with a new name, delete the file, or send it to a server via FTP, , or Bluetooth. Time synchronization that can be forced to occur based on GPS every time before logging begins. Textual markers can be added to the log file even while logging is on.

POST-PROCESSING Nemo Handy produces measurement files in binary file format (.nbl). Measurement data can be exported from Nemo Handy either by using a data cable or a memory card, or by configuring Nemo Handy to send log files via FTP, e-mail, or Bluetooth. After export, the measurement files are converted to the standard Nemo file format with the easy-to-use Windows(R) software Nemo File Manager. A detailed description of the Nemo file format is included on the product CD. The file format description contains all recorded events and their parameters.

The files in Nemo file format can be played back with Nemo Handy and Nemo Outdoor, and post-processed with Nemo Analyze or with one of the many third party post-processing/analysis tools supporting the Nemo file format. The most optimal approach to the post-processing of Nemo measurement data is Nemo Analyze. As an analysis tool, Nemo Analyze represents the cutting edge of drive test data visualization, and offers a powerful and versatile approach to performing benchmarking, troubleshooting, and statistical reporting based on drive test data. The system scales from a standalone tool to an enterprise-level client/server solution and incorporates an innovative, low-maintenance database engine that has been designed and optimized specifically for high-performance post-processing of drive test data.

Nemo Analyze offers a comprehensive set of technology-specific Key Performance Indicators for the latest wireless technologies and a wide range of data views that are known to offer the best visualization of drive test data on the market - and yet it is highly cost effective, easy to install and use, and it scales to meet the needs of organizations of any size.

All major wireless technologies, namely TDMA, AMPS, cdmaOne, GSM, HSCSD, GPRS, EDGE, WCDMA, HSDPA, CDMA2000, TETRA, DVB-H, UMA, HSUPA, TD-SCDMA, and WiMAX, are supported.

TEST TERMINAL SPECIFICATIONS

NOKIA 6120/6121

• Nokia 6120: WCDMA/HSDPA 850/2100 • Nokia 6121: WCDMA/HSDPA 900/2100 • GSM/EGSM/GPRS/EGPRS 850/900/1800/1900 • HSDPA (Category 6: PS UL/DL=384/3.6 Mbits, CS 64 (video calls)) • GPRS/EGPRS (Class B, Multislot class 32): DL/UL=296/177.6 kbps, Timeslots 5+3, max 6 • GSM/EDGE (Simple class A, Multislot class 11, DL/UL: 177.6/ 118.4 kbps) • DTM (Multislot class 11: DL/UL 118.4/118.4 kbps) • HR/FR/EFR(GSM)/ AMR(GSM and WCDMA) speech codecs

NOKIA N85/N85 US

• Nokia N85: HSDPA/WCDMA 900/1900/2100, EGSM 850/900/1800/1900 • Nokia N85 US: HSDPA/WCDMA 850/1900/2100, EGSM 850/900/1800/1900 • HSCSD, maximum speed 43.2 kbps • WCDMA, maximum speed PS UL/DL=384/384 kbps • GPRS class A, multislot class 32, maximum speed 107/64.2 kbps (DL/UL) • EDGE class B, multislot class 32, maximum speed 296/177.6 kbps (UL/DL) • HSDPA, maximum speed 3.6 Mbps (DL) • DTM (Multislot class 11: DL/UL 118.4/118.4 kbps) • HR/FR/EFR(GSM)/ AMR(GSM) speech codecs • AMR/WB-AMR(WCDMA) speech codecs • Integrated GPS/A-GPS receiver

NOKIA N95/N95 US

• Nokia N95: HSDPA/WCDMA 2100 • Nokia N95 US: HSDPA/WCDMA 850/1900 • GSM/EGSM/GPRS/EGPRS 850/900/1800/1900 • Wi-Fi 802.11b/g • HSDPA (Category 6: PS UL/DL=384/3.6 Mbits, CS 64 (video calls)), • EGPRS (Class B, Multislot class 32): DL/UL=296/177.6 kbps, Timeslots 5+3, max 6 • GSM/EDGE (Simple class A, Multislot class 11, DL/UL: 177.6/ 118.4 kbps) • DTM (Multislot class 11: DL/UL 118.4/118.4 kbps) • HR/FR/EFR(GSM)/ AMR(GSM) speech codecs, • Integrated GPS/A-GPS receiver

NOKIA N96/N96 US

• Nokia N96: HSDPA/WCDMA 900/2100, GSM/ EGSM/GPRS/EDGE 850/900/1800/1900 • Nokia N96 US: HSDPA/WCDMA 850/1900, GSM/EGSM/GPRS/EGPRS 850/900/1800/

1900 • HSDPA (Category 6: PS UL/DL=384/3.6 Mbits, CS 64 (video calls)), • EGPRS (Class B, Multislot class 32): DL/UL=296/177.6 kbps, Timeslots 5+3, max. 6 • GSM/EDGE (Simple class A, Multislot class 11, DL/UL: 177.6/ 118.4 kbps) • DTM (Multislot class 11: DL/UL 118.4/118.4 kbps) • HR/FR/EFR(GSM)/ AMR(GSM) speech codecs • AMR/WB-AMR(WCDMA) speech codec

• Integrated GPS/A-GPS receiver NOKIA N96 DVB-H • DVB-H frequency 470-750 MHz • DVB-H hierarchy • RX level • DVB-H FER before FEC (FER) • DVB-H FER after FEC (MFER) • DVB-H bit error rate before Viterbi (BER) • DVB-H bit error rate after Viterbi (VBER) • Quality (0-100%)

HARDWARE AND SOFTWARE REQUIREMENTS

FOR NEMO HANDY

• Nemo Handy compatible Nokia 6120/6121/N85/N85 USN95/N95US/N96/N96 US mobile with free memory for FTP downloads

• MiniSD card for storing measurement files

• MiniSD memory card adapter

• MiniSD memory card reader

FOR POST-PROCESSING (NEMO ANALYZE, NEMO OUTDOOR)

• PC (IBM or Dell recommended) with Windows® 2000 or Windows® XP Professional

• Pentium III processor, minimum 850 MHz, preferably 1 GHz

• 1 GB RAM minimum

• 1 GB of free hard disk space for installation and use; 20 GB recommended

• USB port for memory card reader

• Display resolution 1024x768 min, 1280x1024 or better recommended

NEMO TOOLS In addition to Nemo Handy, Anite Finland Ltd. offers a comprehensive range of tools and software for measuring and analyzing wireless networks.

Nemo Analyze™ Nemo Analyze is a powerful and versatile, cutting-edge analysis tool for performing benchmarking, troubleshooting and statistical reporting based on drive test data. The system scales from a standalone tool to an enterprise-level client/server solution and incorporates an innovative, low-maintenance database engine that has been designed and optimized specifically for high-performance post-processing of drive test data.

Nemo Autonomous™ Nemo Autonomous is the first practical light-weight solution for performing fully automated large-scale measurements on the air interface of EGSM/GPRS/EDGE/WCDMA/HSDPA wireless networks. Nemo Autonomous streamlines your network measurement, troubleshooting, statistical reporting, and benchmarking processes, maximizes your awareness of what is happening in the network, and makes achieving all this considerably easier and more cost efficient.

Nemo Outdoor™ A portable engineering tool for measuring and monitoring the air interface of TETRA, GSM (HSCSD, GPRS, EDGE), WCDMA (UMTS), TDMA (IS-136), AMPS, cdmaOne, CDMA 2000, UMA, HSDPA, HSDPA 16QAM, HSUPA, HSPA+, TD-SCDMA, WiMAX, and LTE wireless networks.

-with Indoor Option Nemo Outdoor is ideal for indoor measurements. Lightweight Tablet PC makes it is easy to carry and allows the user to plot the measurement route on a floor plan with a click of a pen.

-with Multi Option Nemo Outdoor Multi enables benchmarking measurements on multiple networks and even on multiple technologies at the same time. Possibility to establish up to five simultaneous packet/circuit-switched data connections from test terminals.

Nemo Compact-i™ Nemo Compact-i, the first Ultra Mobile PC-type measurement device on the market, broadens the Nemo handheld measurement tool palette to support the CDMA/EV-DO and HSDPA networks. Intelligent and compact computing performance introduced in a package that fits in your pocket.

Nemo Q™ Nemo Q is an easy-to-use troubleshooting tool for customer-assisted network problem solving. Nemo Q supports GSM, GPRS, EDGE, WCDMA, and HSDPA wireless networks and is available for Nokia N85, N85 US, N95, N95 US, N96, N96 US, 6120, and 6121 terminals. The unique concept of Nemo Q, where the end-customer is able to send a log file to the service provider each time a network problem is encountered, represents the future of the service provider business.

CONTACT INFORMATION

For additional information on our company and products, please visit our website at www.anite.com/nemo.

Global

E-mail nemo.sales@anite.com

Tel. +358 50 395 7700

Fax +358 8 551 6182

Address Anite Finland Ltd, Kiviharjunlenkki 1 D, 90220 Oulu, Finland

North America

E-mail nemo.sales@anite.com

Tel. +1 214 566 4972

Fax +1 972 929 9898

Address Anite Inc., 6225 N. State Hwy 161, Suite 425, Irving, TX 75038, USA

APAC

E-mail nemo.sales@anite.com

Tel. +65 6254 9003

Fax +65 6254 9885

Address Anite Singapore Pte Ltd, 101 Thomson Road, #20-05 United Square, Singapore 307591

P.R. China

E-mail nemo.sales@anite.com

Tel. +86 10 6567 8528

Fax +86 10 6567 8521

Address Anite Wireless Trading (Beijing) Ltd., Room 2109, 21st Floor, The Exchange Beijing, No. Yi 118, Jianguo Road, Chaoyang District, Beijing 100022, China

UK & Ireland E-mail shaun.desmond@anite.com Tel. +44 7973 992701 Address Mr Shaun Desmond

Bristol UK

Western Europe & France E-mail harri.sillanpaa@anite.com Tel. Mobile +33 6 79 908 736

Tel. +33 1 4503 4988 Fax +33 1 4503 4588 Address Mr Harri Sillanpää

Paris France

ME & C.I.S

E-mail tuomas.laukka@anite.com

Tel. + 971 5045 16393

Address Mr Tuomas Laukka DAFZA P.O Box 293832 Dubai. U.A.E

For information on other local representatives near you, please check the updated contact information list at www.anite.com/nemo.

© 2009 Anite Finland Ltd. All rights reserved.

This product description, as well as the software described in it, is furnished under license and may only be used or copied in accordance with the terms of such license. The information in this paper is intended for informational use only and is subject to change without notice. Anite Finland Ltd assumes no responsibility or liability for any errors or inaccuracies that may appear in this material.

Except as permitted by such license, no part of this publication may be reproduced or transmitted in any form or by any means, electronic, mechanical, recording, or otherwise, without the prior written permission of Anite Finland Ltd.

Nemo Outdoor™, Nemo Analyze™, Nemo Autonomous™, Nemo Compact-i™, Nemo Handy™, and Nemo Q™ are trademarks of Anite Finland Ltd.

Windows® XP is a registered trademark of Microsoft® Corporation and MapInfo® and MapX® are registered trademarks of MapInfo® Corporation. DTI is a trademark of PCTEL corporation.

Last Edited: July 2009