USER`S MANUAL
Contents
1. shows the information about the cell where the mobile or device is located The information available is the following CC Country Code Network Identifier Analog SID CDMA SID User s Manual 3 0 Getting Started Tag Network name Name Network name Short Name Network name Cell Identifier LAC Location Area Code Country Code 214 Network Id 07 Analog SID CDMA SID Tag MOVISTAR Name MOVISTAR Options Back Figure 26 Network Info The other function allows us to monitor the cell identifier and network mode During the monitoring cell information is stored every second in a file labeled NetworkInfo SymPa txt located in the C SymPA directory The file format is shown in figure 29 While this mode is active is shown in the navigation pane of the application Figure 27 sumP 2 7166 100 76 M Sumbhian Pentaral naluzar E 2 52132 100 78M Symbian Protocol Analyzer Capture version 0 1 PDP Context Info Ping Mobi Show Cell Info Cell Monitoring Cell Start Monitoring Ahol Stop Monitoring Select Cancel Options Exit Figure 27 Network Monitoring User s Manual lp c Tm He DJ FP nk ko Po l 13 20 21 EZ 23 24 ek Z eu za 29 30 3 2 6 Log file 9 200723 19 52 3 0 Getting Started MetworkInfo SymPA tx Liocumento de texto S5ymPA31 08 200716 09 5600 trace txt2. 9 6d 46 56 a2 34 08 61 d6 lh with the This is an example of using the text2cap utility The time format appearing in the converted file obtained from the SymPA tool should agree with that used in the call to the text2cap utility text2pcap exe I 12 t Yo Yod Ya YAM Yo YO Y YA YAH Y wM S 1 1 pcap 3 1 2 PDP Context Info This functionality has been tested over GSM and UMTS networks Information provided can be divided into three categories User s Manual 3 0 Getting Started 3 2 2 1 Network Interface Information Nifs Number of packet network interfaces Context Name Name of the context defined for the network interface Context Type O Unspecific context type 1 Internal created context 2 Externally created context Nif Status Network Interface Status O Unknown 1 Not activated 2 Activating 3 Active 4 Deactivating 5 Suspended 6 Deleted 2 20067 65 90 Hif Status 3 Context Number 1 PDP Address 213 39 126 55 Options Exit Figure 19 Network interface info Context Number Number of context belonging to the network interface PDP Address PDP Address of network interface Conn Status Packet data connection status O Unattached 1 Attached to network but the packet data connection is inactive 2 Attached to network and the packet data connection is active 3 Attached to network but the packet data connection is suspended User s Manual 3 0 Getting Started 3 1 2 2 Packet switc
3. Archivo SECONVERTED Documento de t Figure 28 NetworkInfo_SymPA txt 31 08 200710 02 31 06 200710 02 31 08 200710 02 31 08 200710 02 31 08 200710 02 31 08 200710 02 31 08 200710 02 31 08 200710 02 31 08 200710 02 31 08 200710 02 31 08 200710 02 31 08 200710 02 31 08 200710 02 31 08 200710 02 B nn 317 087200 31 08 200710 03 31 08200710 03 31 08 200710 03 0 02 31 05 200730 02 31 08 200710 02 31 08 200718 02 31 08 2007104 03 317087200710403 31 08 200710 13 31 08 200710 03 31 08 200710 05 31 08 200710 03 20621 20621 20621 20621 20621 20621 20621 20621 20621 20621 20621 20621 20621 20621 20621 20621 206731 20621 20621 20621 20621 20621 20621 406521 0621 20621 2062 1 20621 20521 20621 50 50 50 50 50 50 50 50 pl 53 55 55 55 54 53 Job Do DO Do Do DO w Do Do Do Do DO Bo Do Do 50 55 55 55 55 56 60 60 61 60 58 Bars Po Bo O Do Bo GO DO Do o Do Do RSSI Network Mode Figure 29 NetworkInfo_SymPA txt file format A log file is stored in the SymPA directory with all the information shown on the screen of the mobile device The log file is labeled trace txt User s Manual Nokia Phone Browser User s Manual config txt file 100KB zip Documento de texto Archivo WinRAR ZIP 30 bytes 100 KB SymPA01 09 200723 19 52 SymPA01 09 200723 19 5200 Archivo 200723 19 52 A
4. Suite 2 2 2 1 2 Installing SymPA via Infrared or Bluetooth oo oo 2 4 22152 Installing Symp Ain LS E O cal 2 4 3 0 GETIINGSTARTED VGA SAKO A SONKO DAA 3 1 3 1 SS TEM Mentais M 3 1 S A NE dr 3 2 3 1 2 AE Info ee A II Us mu a eed ren i O IN 3 4 3 2 2 1 Network Interface Information sent BN TE dete ede RB 3 5 3 1 2 2 Packet switched Connection Context Information ooooooo oo W 3 6 3 1 2 3 Negotiated values for GPRS UMTS Rel99 and UMTS Rel4 QoS profile 3 6 323 TIN 3 7 3 2 4 Mobile to Mobile File Transfert a dd de et 3 8 3 2 5 COT REO osten ti et A ee Nee 3 9 ZA 6 yi TTT A 3 11 4 0 USE CAS CS asa nana v bun 4 2 NAAA aa kid eka AS PN NA aa NT TA 4 2 42 MI A Maa anna BNN NUN 4 2 4 Experimental Results ss sea ak 4 3 User s Manual Page iii 1 0 General Information 1 0 GENERAL INFORMATION User s Manual 1 0 General Information 1 0 GENERAL INFORMATION 1 1 System Overview SymPA is a protocol analyzer for mobile phones that allows all the incoming TCP IP traffic to be captured without interfering with the normal performance of the terminal The main design goals for this tool have been the following e To capture all incoming IP packets while avoiding information overload e To perform effic
5. 5 a5 a5 a5 a5 a5 a5 a5 a5 a5 a5 a5 a5 a5 d5 a5 a5 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 a3 bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc bc 24 24 24 24 24 3a 3h 3a 3h 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3 0 Getting Started 92 92 92 92 92 92 92 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 1b 21 21 21 21 21 21 21 82 83 72 f8 8 f8 f8 f8 f8 f8 01 00 The file shown in figure 18 is the input of the text2cap tool provided Wireshark Protocol Analyzer A bat file example is available on the web site to use the text2cap utility but before doing so users need to check the time format which appears in the timestamps of a capture file as shown in figure 18 circled in red This is because changes in the timestamp format depend on the internal configuration of the mobile device The time format must be in 24h clock format and not pm am format although this issue will be fixed in future releases to make the conversion seamless 2 2 2 2 2 2 d4 d4 d4 49 da df 8a df 8b 8b 35 02 8a df 12 16 el 5c a a5 75 5c 84 14 76 11 fh le 57 ae 68 15 2d 52 ae De 29 le 5e ae 73 13 0 13 5 16 70
6. 5 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 0570 0 ES 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 05 05 200611 31 59 3 45 3437 46 0625 46 3906 47 3906 48 2812 49 3437 53 8437 54 4218 54 4218 54 4531 54 5781 54 6875 54 8281 55 0625 55 6875 56 2187 56 2343 56 2812 56 8281 56 9062 57 0000 57 1250 57 2500 57 6406 57 9375 58 3125 58 5000 58 7812 59 1406 656 906 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 Figure 18 Converted File Format Text2cap input 2f 2f 2f 2f 2f 2f 2f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f 6f d6 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 46 lc 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c 1c a5 a5 a5 a5 a5 a5 a5 a5 a5 a
7. 65 140 30032 ACK 56021569 Ack l 33 328100 D 2141 214 2 50 27 65 14 03 i 5eq 22917 Ackel W 31 582500 i 22 LA 89524255 ACk l 4 nu I rm LI 5 33 612500 ile 0 of OF DJJ ACK 52025613 Ackel W as A BLUR ih RF eg BO 25 0 1 EE CK 20030 seq 206901 h 30 03 200609 53 12 5000 GPRS Cel Id 24084 30 03 200603 53 15 5468 UMTS Cel ld 15007095 Figure 31 Live capture and cell monitoring 4 2 Info Maps Cell monitoring and PDP context info functionalities can be used to obtain coverage maps status maps and quality of service maps of mobile networks based on the cell identifier In future versions of this tool GPS information will be incorporated to obtain and store data on the physical location of the cell in order to establish geographical cell limits This point is very interesting in UMTS networks where the geographical area covered by a cell depends on the amount of traffic handled by the cell User s Manual Page 4 2 4 0 Using de System 4 3 Experimental Results This tool has been extensively tested in the performance analysis of video streaming service over cellular networks Experimental results can be found in our related works 1 A Diaz Zayas P Merino L Panizo A M Recio Evaluating Video Streaming over GPRS UMTS networks A Practical Case in IEEE 65th Vehicular Technology Conference VTC2007 Spring VTC2007 Spring 22 25 April 2007 2 A Diaz Zayas
8. P Merino L Panizo A M Recio Experimental analysis of peer to peer streaming in cellular networks in IEEE 21st International Conference on Advanced Information Networking and Applications AINA 07 May 21 23 2007 3 A D Joseph A D az P Merino J Rivas U P Kulkarni J V Vadavi G S Thyagaraju S M Joshi and A R Yardi Mobile and Ubiquitous Objects IEEE Pervasive Computing vol 5 iss 3 pp 57 59 2006 4 A D az P Merino and F J Rivas Performance Monitoring and Analysis of Wireless Communication Protocols for Mobile Devices in Proc 1st International Conference on Ubiquitous Computing Applications Technology and Social Issues ICUC 2006 2006 pp 103 108 User s Manual Page 4 3
9. SymPAD1 09 200723 19 52co SymPAD1 09 200723 32 22 Archivo 200723 19 52 Archivo 200723 19 52CONVE Archivo 200723 32 22 147 bytes 378 bytes 1 23 KB SymPA31 08 200716 09 58 SymPA31 08 200716 09 56c0 amp trace txt Archivo 56 Archivo S6CONVERTED Documento de texto 2 33 KB 6 07 KB 15 6 Figure 16 Capture File The resulting file figure 17 is transferred to the PC using a PC Suite or other technology such as Infrared or Bluetooth Once the file is in the PC we can convert it to libpcap format so we can visualize it using a traditional Protocol Network Analyzer such as Wireshark config txt file 100KB zip MNetworkInfo_SymPA txt Documento de texto EN Archivo WinRAR ZIP Documento de texto Nokia 30 bytes 100 KB 113 KB Phone Browser uj SymPA01 09 200723 19 52 4 SymPAQ1 09 200723 19 52co ea SymPA01 09 200723 32 22 p Archivo 200723 19 52 Archivo 200723 18 52CONVE Archivo 200723 32 22 147 bytes 378 bytes 1 23 KB SymPA31 08 200716 09 56 SymPA31 08 200716 09 56c07 trace txt Archivo 56 Archivo S6CONVERTED Documento de texto 2 33KB 6 07 KB 15 6 KB Figure 17 Converted File User s Manual 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 05 200611 05 0
10. USER S MANUAL SymPA v 0 1 University of M laga Spain September 2007 Technical report ITI 07 2 Authors Almudena D az Zayas Pedro Merino G mez Laura Panizo Jaime Alvaro M Recio P rez Francisco Javier Rivas Tocado PLEASE READ CAREFULLY THE FOLLOWING TERMS OF USE BY USING THE TOOL YOU AGREE TO BE BOUND BY THESE TERMS IF YOU DO NOT AGREE TO BE BOUND BY THE TERMS OF USE DO NOT USE THE TOOL Material and tools may be downloaded from our website for personal and non commercial use only but it is forbidden to alter or remove any trademark copyright or other such notification from the material Neither the authors nor any other physical or legal entity who may have participated in the development of this tool may be held liable for damage to property or loss of profit that users might incur as a result of ts use User s Manual Page i Revision Sheet 11 09 07 This tool has been developed with the effort and the support of Almudena D az Zayas Pedro Merino G mez Laura Panizo Jaime Alvaro Recio P rez Javier Rivas Tocado User s Manual Page ii USER S MANUAL TABLE OF CONTENTS Page 1 0 GENERAL INFORMATION dones 1 1 1 1 SUS TCM O VE VI Wicca PT 1 1 1 2 IM OILS CHI a a 1 2 1 3 Organyation of the Manual ini masam 1 2 2 0 SFSTEM SUVU ee ee 2 1 2 1 Installation Guide senen anakan nian an anna 2 1 2 1 1 Installing SymPA in Series 60 Smartphone by Application Manager of PC
11. characterized 3 2 4 1 Starting server side This functionality is launched through the menu MobiletoMobil File Transfer Server Start as we can see in figure 23 Transfer delas 1000 Capture PDP Context Info Ping M File Transfer Server File Transfer Start About Stop Select Cancel Figure 23 Transfer File Server Side Step 1 Once the server opens a new socket and while it is waiting for external connections the address assigned to the server will appear on the screen figure 24 This address should be inserted on the client side in order to establish the connection User s Manual 3 0 Getting Started sumP 2 971 100 72 Preparing Connection Preparing Connection Connecting Server Connected Address Lonnecte 13 143 58 150 Options Exit Figure 24 Transfer File Server Side Step 2 3 2 4 2 Starting client side On the client side a dialog appears requesting an IP address Figure 25 We should introduce the address shown on the server side Then we press the OK button and the connection is initiated ni I i SymPA 2 9771 100 67 2 9771 100 68 Symbian Protocol Analyzer Symbian Protocol Analyzer version 0 1 version 0 1 Client Connecting Address 2 Abc b2 81 122 21 OK Cancel Options Exit Figure 25 Transfer File Client Side 3 2 5 Cell Info The cell info utility offers two different options The first option Show Cell Info
12. e Installation Step 3 4 The application will be transferred to the mobile device and the installation will begin on the mobile phone our phone Open Menu Please finish the installation on the phone user 1 interface OK Figure 5 PC Suite Installation Step 4 User s Manual Page 2 3 2 0 System Summary 2 1 2 Installing SymPA via Infrared or Bluetooth The installation file can be transferred to the mobile device via Infrared or Bluetooth The SIS file will be stored the Inbox as a message and when the message is opened the installation starts 2 1 3 Installing SymPA in the terminal im Installer n im Installer re Application is untrusted and may have problems Install only if you trust provider Install VES No VES No Figure 6 Terminal installation Step 1 Figure 7 Terminal installation Step 2 im Installer ii s Installer Very Important Selecthemory Ph mem 2135 kB Install View certificate view details M card 43705 kB OK Cancel OK Cancel Figure 8 Terminal installation Step 3 Figure 9 Terminal installation Step 4 It is very important to install the application in the phone memory Y Eliminado 4 User s Manual Page 2 4 3 0 Getting Started 3 0 GETTING STARTED User s Manual 3 0 Getting Started 3 0 GETTING STARTED In this section menus available for u
13. hed Connection Context Information Connection Speed Connection bandwidth in bits per second Bytes Sent Number of bytes transmitted over the airlink since its activation Overflow Sent Number of bytes overflow during the transmission Bytes Received Number of bytes received Overflow Recv Number of bytes overflow during reception Connection Speed 2097152 DatalolumeTransferred Bytes Sent 60 Overflow Sent 0 Bytes Received O Overflow Recy 0 Options Exit Figure 20 PDP Context Info 3 1 2 3 Negotiated values for GPRS UMTS Rel99 and UMTS Rel4 QoS profile BER Negotiated target bit error rate Deliver Erroneous SDU Negotiated target service data unit error ratio o 1 Unspecific o 2 Erroneous SDUs delivered Error detection not considered o 4 Erroneous SDUs delivered plus error indication Error detection used o 8 Erroneous SDUs discarded Error detection used Deliver Order reqd Negotiated value for sequencial SDU delivery o 1 Unspecific o 2 Required to be in sequence o 4 Not Required to be in sequence Guaranteed Bit Rate Downlink Downlink bitrate in kbps User s Manual 3 0 Getting Started Guaranteed Bit Rate Uplink Uplink bitrate in kbps Max Rate downlink Maximum downlink bitrate negotiated in kbps Max Rate Uplink Maximum uplink bitrate negotiated in kbps Max SDU size Negotiated maximum SDU size octets SDU error ratio Target SDU Error Ratio Traffic class Negotiated traffic class Traffic handling priority Negotia
14. ient resource management according to constraints on power processing and battery life of mobile devices e To include basic functions for network management such as ping PDP Packet Data Protocol context info etc e To provide interfaces for processing captured information and exporting it to other environments Analysis of security problems in mobile devices Debugging of network protocols over cellular networks Debugging of new protocols for new mobile services Detection of bugs in network protocol implementations for mobile devices e Detection of irregular behavior of traditional protocols in mobile environments User s Manual Page 1 1 1 0 General Information 1 2 Points of Contact www lcc uma es pedro mobile 1 3 Organization of the Manual This document provides a user s guide for SymPA It describes SymPA installation basic usage and configuration User s Manual Page 1 2 2 0 System Summary 2 0 SYSTEM SUMMARY User s Manual 2 0 System Summary 2 0 SYSTEM SUMMARY SymPA mobile application enables traffic analysis and monitoring of mobile devices in real operating conditions With this tool it is possible to sniff all of the IP traffic that other applications running on a mobile phone receive from GPRS UMTS connections This makes SymPA particularly suitable for studying the end to end performance of IP based protocols and for mobile peer to peer scenarios In addition the application provides usef
15. rchivo 200723 19 52CONVE 147 bytes 378 bytes SymPA31 08 2007165 09 56 SymPA31 08 200 716 09 5600 Archivo 56 Archivo S6CONVERTED 2 33 KB 6 07 KB Figure 30 Log File trace txt Documento de texto 15 6 KB 3 0 Getting Started NetworkInfo_SymPA txt Documento de texto 113 KE SymPA01 09 200723 32 22 Archivo 200723 32 22 1 23 KE 4 0 Using de System 4 0 USE CASES User s Manual Page 3 1 4 0 Using de System 4 0 USE CASES 4 1 Live Capture SymPA allows the capture of traffic received by third applications running on the mobile phone The normal use of the tool is as follows First of all the SymPA tool needs to be launched and the capture mode should be activated Then the application we want to analyse should be opened This application will activate a PDP context and SymPA will capture all the traffic received through this context As we can see at figure 31 packet captured can be correlated with the rest of the information obtained with SymPA In figure 31 we can see how a burst of packet losses takes place during a cell change Frame 57 1400 bytes on wire 1400 bytes captured Arrival Time Mar 30 2006 09 53 13 281200000 Time delta from previous packet 0 265600000 seconds Time since reference or first frame 34 078100000 seconds Frame Number 57 Packet Length 1400 bytes Capture Length 1400 bytes Protocols in framo raw ip tep data 13 07 8100 150 214 214 28 0 2
16. s statistical analysis and graph generation features of this application The capture functionality is launched from main menu Capture Start Capture when the application capturing is shown the navigation pane figure 13 9 0067 65 91 e 20067 65 91 L amp umhian Pentarnl dna zr Symbian Protocol Analyzer Capture Start Capture version 0 1 PDP Cor Stop Capture Capturing Ping Conversion Mobile2Mobile File Gapturing Cell Info About Select Cancel Options Exit Figure 12 Capture Menu Figure 13 Capturing 1 2 20067 65 91 Sumbian nalzar Capture Start Capture Cor Stop Capture Conversion Mobile2Mobile File Cell Info About Select Cancel Figure 14 Conversion Menu Symbian Protocol Analyzer arcinn 1 Capture Name Abc CS mPAI yvmPA31 08 200723 24 13 OK Cancel Figure 15 File we want to convert 3 0 Getting Started All the traffic captured is stored in a file located in the C SymPA directory The name of the file contains the date and time when the capture was initiated figure 16 When it finishes this file can be converted to the input format of text2cap tools using the conversion option shown in figure 14 config txt As fle 100KB zip MetworkInfo SymPA txt Documento de texto UN Archivo WinRAR ZIP Documento de texto Nokia 30 bytes 100 KB J 11368 SymPAO1 09 200723 19 52 4
17. sing the application are described 3 1 System Menu F um D cena 2 24034 80 38 Sumbhian Pentaral naluznar Capture d PDP Context Info Ping Mobile2Mobile File Cell Info About Selecc Cancelar Figure10 1 Initial view Figure 11 Initial Menu In the initial view of the application at the top cell information is shown This information is updated every second The information available is the following e Mode Network Modes o 0 Unknown o 1 Unregistered 2 Gsm o 3 Amps o 4 Cdma95 o 5 Cdma2000 o 6 Wcdma e Cell Id Cell Global Identifier e RSSI dBm Radio Signal Strength Indicator Signal strength e Bars Signal bars phone displays User s Manual 3 0 Getting Started 3 1 1 Capture When SymPA is in capture mode all IP packets reaching the mobile devices from GPRS UMTS connections are saved in a file in raw format SymPA runs in the background without interfering with the performance of active applications In parallel network parameters can be observed periodically When the capturing session finishes capture is transformed to text2pcap input format The lipcap format conversion tool is included in the free distribution of the Wireshark analyzer The files can be transferred to a computer via USB infrared or Bluetooth depending on the terminal availability of these technologies Lipcap files can be analyzed directly with Wireshark taking advantage of the great variety of filtering option
18. ted traffic handling priority Transfer delay Negotiated transfer delay milliseconds 2 20067 70 90 Overflow Recy 0 SDU size 1500 SDU error ratio 16 HERQORE SF Traffic class 8 Traffic handling priority 4 BER 128 Transfer delay 1000 Deliver Erroneous SDU Deliver Order regd 4 Options Exit Options Exit Figure 21 QoS Info 3 2 3 Ping Traditional ping utility Time is measured in microseconds 209 85 129 147 time 17546875 238 time 796875 TTL 238 time 625000 TTL 238 time 546875 TTL 238 time 640625 TTL 238 Options Exit Figure 22 Ping User s Manual 3 0 Getting Started 3 2 4 Mobile to Mobile File Transfer This utility allows us to transfer a text file between two mobile devices using TCP sockets The size of the file is fixed to 100kB in future releases this value will be configurable Using this functionality SymPA enables testing of mobile to mobile communications In this way this tool allows the detection of anomalies and incorrect configurations in TCP implementations used in mobile terminals These anomalies could appear due to degradation caused by factors which are only present in the mobile environment such as handover This kind of scenario is therefore very difficult to reproduce In this use case it is especially important to use SymPA for real time monitoring Capturing the traffic between two mobile devices allows the mobile to mobile connection to be
19. ul information related to radio parameters and the state of the mobile device which can be used to detect the cause of transmission problems From our point of view it is crucial to provide developers with tools similar to those used for local area networks such as ping tracert netstat sniffers Figure 1 SymPA working diagram 2 1 Installation Guide This release has been tested on Serie 60 devices with different operating systems In Symbian 7 0s and Symbian 8 0a all functionalities work whereas in Symbian 6 0 PDP Context Info functionality is limited to a few parameters only The Symbian 9 0 version is also available but it is not public due to security restrictions User s Manual Page 2 1 2 0 System Summary 2 1 1 Installing SymPA on a Series 60 Smartphone using the Application Manager of the PC Suite 1 In the PC Suite Menu click on the Install applications option File Web Help Backup synchronize Connectto the Install applications Internet File manager Contacts Messages View multimedia m u Figure 2 PC Suite Installation Step 1 2 In the Applications installer on the left side you can browse from my computer and select the SIS file you wish to install Figure 3 PC Suite Installation Step 2 User s Manual Page 2 2 2 0 System Summary 3 Next click on the arrow pointing to the right AGAR Nokia cass 247 KB Symbian Figure 4 PC Suit
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