GPRS Setting All Country in The World :
Australia
Operator: - Optus
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 202.139.83.3, 192.65.91.129
Operator: - Telstra
GPRS APN: - telstra.internet
Username: - {blank}
Password: - {blank}
DNS: - 139.130.4.4, 203.50.170.2
Operator: - Three
GPRS APN: - 3netaccess
Username: - a
Password: - a
DNS: - 202.124.68.130, 202.124.76.66
Operator: - Vodafone
GPRS APN: - vfinternet.au
Username: - {blank}
Password: - {blank}
DNS: - 192.189.54.33, 210.80.58.3
Austria
Operator: - Connect Austria
GPRS APN: - web.one.at
Username: - {user specific}
Password: - {user specific}
DNS: - 194.24.128.100, 194.24.128.102
Operator: - Max Online
GPRS APN: - gprsinternet
Username: - GPRS
Password: - {blank}
DNS: - 213.162.64.1, 213.162.64.2
Operator: - Max Online Business
GPRS APN: - business.gprsinternet
Username: - GPRS
Password: - {blank}
DNS: - 213.162.64.1, 213.162.64.2
Operator: - Max Online Metro
GPRS APN: - gprsmetro
Username: - GPRS
Password: - {blank}
DNS: - 213.162.64.1, 213.162.64.2
Operator: - Mobilkom A1
GPRS APN: - A1.net
Username: - gprs@a1plus.at
Password: - {blank}
DNS: - 194.48.124.200, 194.48.139.254
Operator: - Tele.Ring
GPRS APN: - web
Username: - web@telering.at
Password: - web
DNS: - 212.95.31.11, 212.95.31.35
Belgium
Operator: - Mobistar
GPRS APN: - web.pro.be
Username: - mobistar
Password: - mobistar
DNS: - 212.65.63.10, 212.65.63.145
Operator: - Proximus
GPRS APN: - internet.proximus.be
Username: - {blank}
Password: - {blank}
DNS: - 195.238.2.21, 195.238.2.22
Canada
Operator: - Microcell
GPRS APN: - internet.fido.ca
Username: - fido
Password: - fido
DNS: - 204.92.15.211
Czech Republic
Operator: - Cesky Mobil (contract)
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 212.67.64.2
Operator: - Cesky Mobil (prepaid)
GPRS APN: - cinternet
Username: - {blank}
Password: - {blank}
DNS: - 212.67.64.2
Operator: - Eurotel (contract)
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 160.218.10.200, 160.218.43.200
Operator: - Eurotel Go
GPRS APN: - gointernet
Username: - {blank}
Password: - {blank}
DNS: - 160.218.10.201, 194.228.2.1
Operator: - Oscar (contract)
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 217.77.161.130, 217.77.161.131
Operator: - Oscar (Oskarta)
GPRS APN: - ointernet
Username: - {blank}
Password: - {blank}
DNS: - 217.77.161.130, 217.77.161.131
Operator: - T-Mobile
GPRS APN: - internet.t-mobile.cz
Username: - {blank}
Password: - {blank}
DNS: - 62.141.0.1, 62.141.0.2
Denmark
Operator: - TDC
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 193.162.146.9, 193.162.153.31
Operator: - Sonofon
GPRS APN: - {blank}
Username: - {blank}
Password: - {blank}
DNS: - 212.88.64.14, 212.88.64.15
Operator: - Orange DK
GPRS APN: - web.orange.dk
Username: - {blank}
Password: - {blank}
DNS: - 212.97.206.131, 212.97.206.161
Estonia
Operator: - EMT
GPRS APN: - internet.emt.ee
Username: - {blank}
Password: - {blank}
DNS: - 217.71.33.200, 217.71.32.20
Finland
Operator: - Dna
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 217.78.192.78, 217.78.192.22
Operator: - Radiolinja
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 213.161.33.200, 193.185.210.10
Operator: - Sonera
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 192.89.123.230, 192.89.123.231
France
Operator: - Bouygues
GPRS APN: - ebouygtel.com
Username: - {blank}
Password: - {blank}
DNS: - 62.201.129.99, 62.201.159.99
Operator: - Bouygues (B2Bouygtel)
GPRS APN: - b2bouygtel.com
Username: - {blank}
Password: - {blank}
DNS: - 62.201.129.99
Operator: - SFR
GPRS APN: - websfr
Username: - {blank}
Password: - {blank}
DNS: - 172.20.2.10, 194.6.128.4
Operator: - Orange
GPRS APN: - orange.fr
Username: - orange
Password: - orange
DNS: - 194.051.003.056, 194.051.003.076
Germany
Operator: - D2 Vodafone
GPRS APN: - web.vodafone.de
Username: - {any}
Password: - {any}
DNS: - 139.7.30.125, 139.7.30.126
Operator: - E-Plus
GPRS APN: - internet.eplus.de
Username: - eplus
Password: - gprs
DNS: - 212.023.97.2, 212.23.97.3
Operator: - D1 T-Mobile
GPRS APN: - internet.t-d1.de
Username: - td1
Password: - gprs
DNS: - 193.254.160.1
Operator: - O2 (Viag Interkom)
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 195.182.096.28, 195.182.96.61
Greece
Operator: - Telestet
GPRS APN: - gnet.b-online.gr
Username: - {your phone number}
Password: - 24680
DNS: - 212.152.79.19, 212.152.79.20
Operator: - Vodafone GR
GPRS APN: - internet.vodafone.gr
Username: - {blank}
Password: - {blank}
DNS: - 213.249.17.10, 213.249.17.11
Operator: - Cosmote
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 195.167.065.194
Hongkong
Operator: - CSL
GPRS APN: - hkcsl or internet
Username: - {blank}
Password: - {blank}
DNS: - 202.84.255.1, 203.116.254.150
Operator: - SmarTone
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 202.140.96.51, 202.140.96.52
Hungary
Operator: - Pannon (contract)
GPRS APN: - net
Username: - {blank}
Password: - {blank}
DNS: - 193.225.155.254, 194.149.0.157
Operator: - Pannon (flat rate)
GPRS APN: - netx
Username: - {blank}
Password: - {blank}
DNS: - 193.225.155.254, 194.149.0.157
Operator: - Vodafone (prepaid)
GPRS APN: - vitamax.snet.internet.net
Username: - {blank}
Password: - {blank}
DNS: - 80.244.97.30, 80.244.96.1
Operator: - Vodafone (contract)
GPRS APN: - standardnet.vodafone.hu
Username: - {blank}
Password: - {blank}
DNS: - 80.244.97.30, 80.244.96.1
Operator: - Westel (contract)
GPRS APN: - internet
Username: - {user specific}
Password: - {user specific}
DNS: - 194.176.224.3, 194.176.224.1
India
Operator: - BPL
GPRS APN: - bplgprs.com
Username: - bplmobile
Password: - {blank}
DNS: - 202.169.145.34, 202.169.129.40
Operator: - Orange
GPRS APN: - portalnmms
Username: - {blank}
Password: - {blank}
DNS: - 10.11.206.51, 10.11.206.50
Indonesia
Operator: - Indosat
GPRS APN: - satelindogprs.com
Username: - {blank}
Password: - {blank}
DNS: - 202.152.162.66, 202.152.162.67
Ireland
Operator: - O2 (contract)
GPRS APN: - open.internet
Username: - gprs
Password: - gprs
DNS: - 62.40.32.33, 62.40.32.34
Operator: - O2 (prepaid)
GPRS APN: - pp.internet
Username: - gprs
Password: - gprs
DNS: - 62.40.32.33, 62.40.32.34
Israel
Operator: - MTC-Vodafone
GPRS APN: - apn01
Username: - {blank}
Password: - {blank}
DNS: - 10.10.10.30
Italy
Operator: - BLU Contratto
GPRS APN: - INTERNET
Username: - {blank}
Password: - {blank}
DNS: - 212.17.192.49, 212.17.192.49
Operator: - BLU Prepagata
GPRS APN: - PINTERNET
Username: - {blank}
Password: - {blank}
DNS: - 212.17.192.49, 212.17.192.49
Operator: - Vodafone Omnitel
GPRS APN: - web.omnitel.it
Username: - {blank}
Password: - {blank}
DNS: - 194.185.97.134
Operator: - TIM
GPRS APN: - uni.tim.it
Username: - {blank}
Password: - {blank}
DNS: - 213.230.155.94, 213.230.130.222
Operator: - Wind
GPRS APN: - internet.wind
Username: - {blank}
Password: - {blank}
DNS: - 212.245.255.2
Lithuania
Operator: - Bite GSM
GPRS APN: - banga
Username: - {blank}
Password: - {blank}
DNS: - 213.226.131.131, 193.219.32.13
Operator: - Omnitel Lithuania
GPRS APN: - gprs.omnitel.net
Username: - {blank}
Password: - {blank}
DNS: - 194.176.32.129, 195.22.175.1
Luxembourg
Operator: - LUXGSM
GPRS APN: - web.pt.lu
Username: - {blank}
Password: - {blank}
DNS: - 194.154.192.101, 194.154.192.102
Netherlands
Operator: - KPN Mobile
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 62.133.126.28, 62.133.126.29
Operator: - T-Mobile
GPRS APN: - internet
Username: - t-mobile
Password: - t-mobile
DNS: - 193.79.237.39, 193.79.242.39
Malaysia
Operator: - DIGI
GPRS APN: - diginet
Username: - {blank}
Password: - {blank}
DNS: - 203.92.128.131, 203.92.128.132
Operator: - Maxis
GPRS APN: - internet.gprs.maxis
Username: - {blank}
Password: - {blank}
DNS: - 202.75.129.101, 10.216.4.21
Operator: - Timecel
GPRS APN: - timenet.com.my
Username: - {blank}
Password: - {blank}
DNS: - 203.121.16.85, 203.121.16.120
Operator: - TM Touch
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 202.188.0.133
Norway
Operator: - Netcom
GPRS APN: - internet.netcom.no
Username: - {blank}
Password: - {blank}
DNS: - 212.45.118.43, 212.45.118.44
Poland
Operator: - ERA
GPRS APN: - erainternet
Username: - erainternet
Password: - erainternet
DNS: - 213.158.194.1
Operator: - Idea
GPRS APN: - www.idea.pl
Username: - idea
Password: - idea
DNS: - 194.9.223.79, 194.204.159.1
Operator: - Plus GSM/Polkomtel
GPRS APN: - www.plusgsm.pl
Username: - {blank}
Password: - {blank}
DNS: - 212.2.96.51, 212.2.96.52
Philippines
Operator: - Globe
GPRS APN: - www.globe.com.ph
Username: - globe
Password: - globe
DNS: - 203.127.225.10, 203.127.225.11
Operator: - Smart
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 202.57.96.3, 202.57.96.4
Portugal
Operator: - Optimus
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 194.79.69.129
Operator: - TMN
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 194.65.3.20, 194.65.3.21
Operator: - Vodafone (Telcel)
GPRS APN: - internet.vodafone.pt
Username: - {blank}
Password: - {blank}
DNS: - 212.18.160.133, 212.18.160.134
Russia
Operator: - BeeLine
GPRS APN: - internet.beeline.ru
Username: - {blank}
Password: - {blank}
DNS: - 194.190.195.66, 194.190.192.34
Operator: - MTS
GPRS APN: - internet.mts.ru
Username: - mts
Password: - mts
DNS: - 213.87.0.1, 213.87.1.1
Serbia-Montenegro
Operator: - Mobtel Srbija
GPRS APN: - internet
Username: - mobtel
Password: - gprs
DNS: - 217.65.192.1
Operator: - Telekom Srbija
GPRS APN: - gprsinternet
Username: - mts
Password: - 064
DNS: - 195.178.38.3
Singapore
Operator: - M1
GPRS APN: - mobilenet
Username: - {blank}
Password: - {blank}
DNS: - 202.79.64.21, 202.79.64.26
Operator: - SingTel
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 165.21.100.88, 165.21.83.88
Operator: - Starhub
GPRS APN: - shwapint
Username: - {blank}
Password: - {blank}
DNS: - 203.116.1.78, 203.116.254.150
Slovenia
Operator: - Mobitel
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 193.189.160.11, 193.189.160.12
Operator: - Si.mobil
GPRS APN: - internet.si.mobil
Username: - {blank}
Password: - {blank}
DNS: - 80.95.225.230, 80.95.225.231
Spain
Operator: - Amena
GPRS APN: - internet
Username: - CLIENTE
Password: - AMENA
DNS: - 213.143.33.8, 213.143.32.20
Operator: - Telefonica (Movistar)
GPRS APN: - movistar.es
Username: - movistar
Password: - movistar
DNS: - 194.179.001.100, 194.179.001.101
Operator: - Vodafone (Airtel)
GPRS APN: - airtelnet.es
Username: - vodafone
Password: - vodafone
DNS: - 212.73.32.3, 212.73.32.67
Switzerland
Operator: - Orange
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 213.55.128.1, 213.55.128.2
Operator: - Sunrise
GPRS APN: - internet
Username: - internet
Password: - internet
DNS: - 212.35.35.35, 212.35.35.5
Operator: - Swisscom
GPRS APN: - gprs.swisscom.ch
Username: - {blank}
Password: - {blank}
DNS: - 164.128.36.34, 164.128.76.39
Taiwan
Operator: - Chunghwa Telekom
GPRS APN: - emome or internet
Username: - {blank}
Password: - {blank}
DNS: - 10.1.1.1
Operator: - Far EasTone
GPRS APN: - fetnet01
Username: - {blank}
Password: - {blank}
DNS: - 210.241.199.199
Thailand
Operator: - AIS
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 202.183.255.20, 202.183.255.21
Operator: - DTAC
GPRS APN: - www.dtac.co.th
Username: - {blank}
Password: - {blank}
DNS: - 203.155.33.1, 203.44.144.33
Turkey
Operator: - Aria
GPRS APN: - aycell
Username: - {user specific}
Password: - {user specific}
DNS: - 212.156.4.1, 212.156.4.4
Operator: - Turkcell
GPRS APN: - internet
Username: - {blank}
Password: - {blank}
DNS: - 212.252.168.240, 212.252.119.4
UK
Operator: - O2 UK (contract)
GPRS APN: - mobile.o2.co.uk
Username: - web
Password: - password
DNS: - 193.113.200.200, 193.113.200.201
Operator: - Orange UK
GPRS APN: - orangeinternet
Username: - {blank}
Password: - {blank}
DNS: - 158.43.192.1, 158.143.128.1
Operator: - Jersey Telecom
GPRS APN: - pepper
Username: - {blank}
Password: - {blank}
DNS: - 212.9.0.135, 212.9.0.135
USA
Operator: - Cingular
GPRS APN: - isp.cingular
Username: - ISPDA@CINGULARGPRS.COM
Password: - CINGULAR1
DNS: - 66.209.10.201, 66.209.10.202
Operator: - T-Mobile (Internet)
GPRS APN: - internet2.voicestream.com
Username: - {blank}
Password: - {blank}
DNS: - 216.155.175.105, 216.155.175.106
GPRS Setting All Country in The World :
Monday, November 14, 2011
Recieve GPRS Settings Freely On Nokia & Sony Ericsson Phones
THESE URLS CAN BE OF HELP :
http://www.operamini.com/help/connect
http://www.operamini.com/help/connect/
How can I make calls through Globe7?
Login to Globe7 and you will see the default Dial screen. Enter the phone number in the textbox and click on Dial button to Call!
For International Calls:
Dial in this order: 00 + Country Code + Regional Code + Telephone Number.
Ex: 00 91 44 254236545.
For US and Canada:
Dial in this order: 1 + Regional Code + Telephone Number.
Ex: 1 781 6132085
System Requirements for Globe7
Your computer must meet the following system requirements to use Globe7 software.
Processor : Min - 500 Mhz, Recommended - Pentium IV
OS Preferred : 2000 or XP
RAM :Min - 128 MB, Recommended - 256 MB
Free Space : Minimum 120 MB free space on your hard drive
Sound Card : Microphone and headset - built in or separate
Webcam : You need a webcam to avail the video calling facility
Internet Connection : 128kbps or Above.
Make Free Pc to Phone Calls !!!!!!
Now you can call anywhere in world for free
...hurry up...Its Globe 7..
you are paid to watch free videos(of your choice)...
Now its no. 1 VOIP service in the world....Click on the link below...
download the software, register for free and start calling....
What are you waiting for now....
Call any phone anywhere Free! - Globe 7
http: //surl.in/HLGB7268591UXYDPMK
Send SMS to any mobile anywhere in world Free!
http: //surl.in/PCMCACL268591UXYDPMK
Get CRICKET SCORE ON IDEA MOBILE FOR FREE
Having an Idea connection and a Nokia Handset, just type *#0120#*031#
then press the call key
ur screen will be displaying a msg-ur process was processed successfully.
Then u'll get cricket scores of every match goin on at that time,and if no match is goin on,u'll get the schedule of next match.
ITS ABSOLUTELY FREE!!!!!!!!!!
The Nokia handset should have GPRS, but I'm not confirm about it because I got scores on NOKIA 1600 n it doesn't have a GPRS,but on some NOKIA 6030,I couldn't get the scores..........So better u all try on ur cell........Its really amazing if u get to see the scores.You can see score after every ball for free!!
Not only *#0120#*031# but also *#0120#*062# and many more work occassionally in idea.
*#0120#*062# gives jokes(unlimited no. of jokes!!) and that also for FREE! I tried many nos like *#0120#*021#
*#0120#*041#
*#0120#*051#
and so on and every code gives something. For example one tels wat films r running on which theatre,news etc. So be patient and try and try and try!
GET AIRTEL GPRS FOR FREE!!
1. To get free settings for AIRTEL GPRS SMS LIVE to 2567. its a free SMS and you can get the settings as many time as you like,all for free.
2. Just goto your mobile setting for the GPRS and where ACCESS point or APN is given as airtelfun.com replace it with airtelmms.com and then restart your mobile.
3. When you will start the GPRS airtel homepage it will show error message. if it shows erreor message then you are ready to browse and download any site and that to all for free.
Recharge your SIM card absolutely free.
Applicable for ORANGE (HUTCH) , AIRTEL , SPICE & BSNL users only , sorry for BPL users and it is done illegally of course. But there are many things that are illegal in this world.
But then who cares. Don't worry nobody can trap you. No legal action can be taken on you for this. So go ahead without worrying.
You can only do this every 24th & 25th of the month as the network system is under upgrade.
1.) ** Dial " 1415007 " using your h/phone and wait for 5 second
2.) ** after 5 second , you will hear some funny noise (like sound from TV when the station is finished)
3.) ** Once the noise stop , immediately dial 9151 follow by your phone number
4.) ** A recorded message "please insert your pin number" will follow
5.) ** punch in the pin number " 011785 45227 00734" and wait for the operator finish repeating the above pin number.
6.) ** After the pin number has been repeat , dial " 0405-for AIRTEL , 404 -for ORANGE (HUTCH)" . 403 -for BSNL"
7.) ** you will hear a message "for air time top-up press 1723" you just have to follow the instruction
8.) ** After you follow the instruction , the noisy sound will re-appear for about 5 second
9.) ** once the noise stop , dial " 4455147 " follow by " 146 "
10.) ** after about 5 second , dial " 1918 " after 3 second dial " 4451 "
11.) ** after you done that , punch in the serial number " 01174452271145527 " you will hear dial tone.
12.) ** once the dialing tone stop , dial " 55524785933 " you will hear " please key in your password"
13.) ** the password is " **** 2+253+7891*+ 546322 " wait for the message "your password accepted"
14.) ** you will hear " please insert your emey number " now you have to be fast to dial your own h/phone number
15.) ** you will hear a dialing tone , when the call is answered , dial " 1566 " and you will hear "re-confirm emery number"
16.) ** once you hear that message , dial " 6011556 2245334 follow by your h/phone number"
17.) ** after a while , you will hear a message "your pin number is accepted" you have to dial " 1007 "
18.) ** after you done that you will hear "your emery number is accepted"
19.) ** continue dial " 4566 " you will hear "your password is accepted"
20.) ** once the second message finish , immediately dial your own h/phone number
Free recharge trick
FOR fUN ACTUALLY , NOT FOR MALICIOUS INTENTS !
Guys u might know abt this recharge trick. . . But anyway i thought i'll add it here. . . If u have two or more airtel connections . . . U could recharge both the sims with one paper coupon. . . Dial 123 on both the phones enter the 16 digit pin number. . . . And press 1 on both the phones simultaneously. . . . Both the sims are recharged . . . Tested on airtel works for other operators i think. .
Free GPRS in Sony Ericsson using Airtel
1) Activate Airtel Live! ( It's FREE so no probs)
2) Create TWO Airtel gprs data accounts (yep TWO) and select the
FIRST as the active profile.
3)assign the second account for streaming settings
4)then go to airtel live and go to live streaming and play CNBC OR else ...
5)stop it
6)enter any web address
7)thank spartan of ESATO
HOW TO CREATE ACCOUNTS: go to connectivity take internet settings and create two accounts with settings as given below
FIRST ACCOUNT
NAME:AIRTEL 1
INTERNET MODE:HTTP
USE PROXY:YES
IP ADDRESS:100.001.200.099
PORT NO:8080
USERNAME:BLANK
PASSWORD:BLANK
APN:AIRTELFUN.COM
SECOND ACCOUNT
NAME:AIRTEL2
INTERNET MODE:HTTP
USE PROXY:YES
IP ADDRESS:100.001.200.099
PORT NO:8080
USERNAME:BLANK
PASSWORD:BLANK
LIVE STREAMING ADDRESS
THE ADDRESS IS GIVEN BELOW
http://live.airtelworld.com/cmtairtel/category.jsp?recordid=1407
OR
RTSP://100.1.200.213/RTPENCODER/CNBC.SDP
as of now the airtel people have removed live streaming in Airtel live you have to manually type the address and bookmark it in your mobile
opera mini hi-fi
http://upchuck.wen.ru/opera.wml#c1
orhttp://opera.siemens-club.org/latest.html
Call any Phone anywhere Free!
http://offr.biz/HLGB7286544CGZMUMK
Follow the step mentioned below:-
1) Download the software...
2) Install it in your computer...
3) In the last step of installation there will be a check box named
"Launch Globe7". Click on Exit button and registration window will come.
4) Register(Free) with the site and start using Globe7. After u
register, they'll send u the password and login information to your the e-mail
address mentioned by u while registering.
5) In that mail they have also explained properly how to use Globe7,
how to dial the number and stuffs.. They have also provided examples of
how to dial the number.
User discretion recommended !
A FEW MOBILE UNLOCKING WEBSITES
ucables.com
mobile.box.sk
unlockme.co.uk
gsmunlock.com
mobilefun.co.uk
gsmlocker.com
mobile-unlock.info
mobileunlocked.com
unlock.nokiafree.org
user discretion is recommended !
Airtel Hack Again !
You need a PC or a Laptop and the required connectivity tools ,ie.,
Serial/USB cable OR Infrared Device OR Bluetooth dongle
1) Activate Airtel Live! ( It’s FREE so no probs)
2) Create TWO Airtel gprs data accounts (yep TWO) and select the
FIRST as the active profile.
3) Connect your mobile to the PC (or Laptop) and install the driver for
your mobile’s modem.
4) Create a new dial-up connection using the NEW CONNECTION
WIZARD as follows
Connecting Device : Your mobile’s modem
ISP Name : Airtel (or anything you like)
Phone Number : *99***2#
Username and Password : blank
5) Configure your browser and download manager to use the proxy
100.1.200.99 and port 8080.( My advice is to use Opera since you
can browse both wap and regular websites)
6) Connect to the dial-up account. You will be connected at 115.2
kbps (but remember, that is a bad joke).
7) Pick up your mobile and try to access any site. You will get “Access
Denied…”(except for Airtel Live!). IT DOES NOT MATTER.
Keep the mobile down.
8 ) On the PC ( or Laptop) open your browser, enter any address ,
press ENTER and…….WAIT
9) After a few seconds the page will start to load and you have the
WHOLE internet at your disposal.
# AIRTEL # INTERNET # GPRS # HACK #
For All Airtel Users
Requirements:
1. Airtel live (available 4 free)
2. Nokia series60 handset eg 6600,6630,n series,7610,6670 etc
3. Opera wap browser 4 mobile
Procedure:-
1. Go to ur connection settings and make a new internet profile using the default settings of airtel live. name that new profile as nething(for eg masala); change the home page of that profile to nething u like for eg www.google.com.
2. Go to ur Opera browser and set the default connection as AIRTEL LIVE. this is the original settings u received thru airtel.
3. Go to the services(in n6600) and Web(N6630) and change the default profile for connection as masala (newer one).
**Note: always make sure that your access point is : airtelfun.com
Apply:-
1. Open Opera and u will see that homepage of Airtel Live is opened. Minimize the application.
2. Now open web using the duplicate Profile and u will see that two gprs connections will work simultaneously and at the web or the services page it will show "Unable to connect" or any error. well thats the signal of ur success.
3. Simply go on the Opera with web on and open any site u want for free. No Charges No nothing.
AIRTELLIVE IS GR8
we can use internet only by using AIRTELLIVE but it can use only in pc.the way is simple just connect ur 3g phone to pc ,set extra initialization command as AT+CGDCONT=,,"*991#"
StealthAUDIT for Systems
StealthAUDIT for Systems
Product Function and Scope
StealthAUDIT for Systems is the foundation product of the STEALTHbits Technologies offerings. It was designed and developed to provide the broadest and deepest possible visibility into devices on customers’ networks. This is accomplished with a combination of elements including:
• Comprehensive device discovery
• Agent-less scanning, data and property collection
• Flexible intuitive database storage with historical and cumulative up-to-date information
• Powerful report authoring, generation and publication facilities
• Change detection and conformance evaluation
• Notification and automated workflow subsystems
• Data results driven remediation and change actions
StealthAUDIT for Systems offers a multi-threaded engine with over 20 distinctly configurable “data collectors”. These data collectors enable customers to easily compose powerful queries for obtaining:
• Configuration settings (registry, database, .ini, or other configuration file based)
• Installed hardware, OS, and application software detail
• File age, size, version, and access information
• Windows domain and other directory based configuration information
• User and group detail including administrative permissions
• Event log detail
• Inventory and state of services and processes on machine
• ....and many other properties from servers and workstations.
StealthAUDIT comes with hundreds of pre-developed Jobs complete with query definitions and associated reports to provide instant value to customers with very fast return on investment.
Architecture
Shown below is the architecture for StealthAUDIT and descriptions of these components.
Core engine – This is the primary StealthAUDIT program. It can be run in a graphical (see Management Console below) or non-graphical mode to collect data, invoke actions and analysis processes, and generate reports. This flexibility permits it to be run either interactively or on a scheduled basis.
Management console – This is a Windows based UI application (currently embedded in the Core engine – see above) that permits the intuitive administration of the product and visualization of the system configuration and output results.
Database – This is a SQL Server based database that can reside on the same or different machine from the StealthAUDIT Console application.
Data Collector – DC’s are dynamically loaded libraries that can be “plugged in” to a StealthAUDIT installation to expand its functionality for additional data collection techniques. Data collectors are implemented with graphical configuration interfaces that use inherent knowledge of the sources for these system properties coupled with “selection by example” techniques and logical element groupings. This implementation empowers administrators to compose and run queries in minutes that would take hours or days to script effectively.
Job – StealthAUDIT Jobs are executable entities that contain all configuration elements required to collect, filter, transform and store result data and generate reports against that data. This encapsulation provides for easy packaging and distribution of configured sets of functionality.
Operational Flow
The following steps represent the sequence of processing of the StealthAUDIT for Systems product:
• Initially, device discovery is run for the environment to provide a list for targeting Jobs.
• Jobs are selected from the sample libraries or created by the customer for inclusion in the Job tree.
• Jobs are targeted to appropriate machines or groups from the discovered environment.
• Jobs are either run interactively or scheduled from the Console to be run (once or repetitively).
• When Job executes it performs:
o Data collection
o Change detection processing (if configured)
o Data analysis tasks (if present) including data transformation and rules processing
o Associated report generation and publishing
o Notification (if configured)
Implementation and Scaling
StealthAUDIT can typically be implemented in hours as compared to alternative agent based products that can take weeks and in some cases months to deploy. Large enterprises can scale up by deploying multiple collection consoles with the option to channel all results to a single central database.
The multi-threaded design of StealthAUDIT enables it to assign processing for each target devices to one of a configurable number of threads to optimize throughput. This approach allows the effective use of multi-processor environments.
StealthAUDIT imposes minimal impact on network resources providing the opportunity to run on frequent cycles to ensure that the data in the database is very current at any point in time for reporting purposes.
STEALTHbits Technologies' StealthAUDIT for BlackBerry is the next generation in Enterprise BlackBerry Monitoring and Reporting. Unlike alternative solutions, STEALTHbits' roots in OS, AD, and Exchange management and assessment make StealthAUDIT for BlackBerry a unique solution for complete and comprehensive BES Management, providing views into all the critical components of your BlackBerry messaging environment. Your BES Servers don't run in isolation, so why would your management solution?
Quickly Assess:
• Health & Integrity of Servers and Users
• User, Provider, Device, and Server Metrics
• Delivery Times and SLAs
• Growth Statistics
• Baseline Configuration and Inventory
• BES Availability - Status, Uptime, and Connectivity
• Proactive Troubleshooting
• And much more!
Interactive Web Console:
• BES Enterprise Health to ensure uptime and stability of the mobile messaging environment
• User Lookup with VIP Identification
• Automated Diagnostics to identify potential issues on Devices, Carriers, SRP, BES (and BES SQL), and Exchange
• User Details through correlated data collection from AD, Exchange, BES, etc.
• Recent Activity Stats depicting Sent Messages from the device, Pending, and Received Messages
• Listing of all applications installed on the device
Take Action:
• Instantly identify health issues with Helpdesk-style Dashboards
• Categorize and Prioritize efforts through summarized and color-coded reports
• Distribute and View interactive reports via console, web, and email (all easily customizable)
• Receive Alerts and Notifications on exceeded thresholds, critical events, and user-definable metrics
A comprehensive architecture provides for rapid installation and minimal infrastructure costs, the lowest impact to target systems, and the fastest, most intelligent methods of data collection.
ALL ERICSSON SECRETS TO EXPLORE MORE !
Ericsson 218/337
To view IMEI number *#06#To view Software Version enter -> * <- <- * <- * CLR (Use with Care)
To activate operator lock <- * * <- (This locks the phone to one carriers SIM card - Use with lots of care)
Press Yes to lock and No to notlock.
You can also use the codes below to undo this function. USE AT OWN RISK
I have tested the function Lock to SP... At least on the 337 there's a submenu: Enter SPCK-code. There are 5 attempts, which is showed (05 attempts). At final attempt the phone beeps as a warning, 'this is the final try', when entering the menu... Wrong code exits the menu, so you are not stuck in something... When you have tried to enter the code (wrong) all five times, the menu is deactivated, and you'll get: 'Not allowed' when entering <-**<-
A "secret test mode" can be accessed on the GH337. There seems to be two methods:> * < < * > * displays software version, such as 940810 1310
> * < < * < * displays software version, such as 951024 1054
After entering this mode, the < and > keys scroll through a menu. There seems to be different menus for different versions of software.
Software version number are apparently a date and time stamp.
940810 1310 version commands:
TEXT CHECK - shows 254 messages in current language
NIT EEPROM MMI - resents NVRAM settings (User Settings).
Other, probably more recent version:
FLASH - will restart the phone, to the point of entering PIN numbers.You can't kill a 337 when pressing YES while it says "FLASH?", you must connect it to 5/12 volts first to be able to erase the flash-memory.
1-ROW TEXTS - scroll through 174 single line text messages with < and >
n-ROW-TEXTS - scroll through full-screen messages with < and >
950626 1405 version commands:
CXC (number) - The Application software's "product number". The GH337/GF337 is always "CXC 125 005"
PRG - Indication for Programming
Programming 337
Set ComPort to 9600bps, 8 data, 1 stop, no parity.
Power on phone by pressing "NO/ENDpwr".
When performing its powerup sequence the phone will send two ">>"
(ASCII 62 decimal) characters. Within 1 second, reply to it by
sending the 4 character sequence "TP1".
(I used Procomm Plus with this script "eric.asp")
[proc main ]
[start: ]
[ ]
[ waitfor ">>" ]
[ pause 1 ]
[ transmit "TP1^M" ]
If everything went fine you should get the "OK" prompt back.
Test the TEST PROGRAM by sending the commands terminated by a :
PROG 0 (shows Test Program product number info)
PROG 1 (shows Test Program product date info)
PROG 3 (Shows Main Application product number info)
PROG D (Shows Main Application product date info)
Programming Calculator and Channel Indicator/RBS
To enable, send the following:
EEWR 047A 01
Wait for the OK prompt, power off* the phone and disconnect it from the interface cables. Powerup and browse through the menus.
To diasable, send the following:
EEWR 047A 00
Clearing Electronic Lock
To clear the electronic lock you have to clear the EEPROM address range 045B to 0466 by sending the commands:
EEWR 045B 00
EEWR 045C 00
EEWR 045D 00
EEWR 045E 00
EEWR 045F 00
EEWR 0460 00
EEWR 0461 00
EEWR 0462 00
EEWR 0463 00
EEWR 0464 00
EEWR 0465 00
EEWR 0466 00
Disabling the Service Provider Lock
To disable send the following command:
EEWR 1587 00
To enable send the following command:
EEWR 1587 01
Experimental Commands - Use at own Risk
To dump the application software send the following:
PREA
Bank range : 00..7F
Address : 0000..BFFF
Bytestoread : 0000..BFFF
The "additional" value returned at the end are the checksum value
for the returned program memory bytes. Note, the byte-values are
always returned in format 0000 and NOT 00.
PREA FF
Returns the application checksum, takes a few seconds.
Notes on the PH 337
1. Calculator mode is NOT available on all PH sw versions.
2. Invoking Calc/RBS mode not available for GH337 sw versions below
R2A
3. SPCK attempts can be changed to 50 instead of the std 5 tries
4. The instruction LIME returns ERR but does not screw up phone
5. The instruction IMEI returns the IMEI no.
6. Pressing YES in response to FLASH? does screw up the unit.
COOL STUFF TO DO
Set ComPort to 115200bps, 8 data, 1 stop, no parity and watch all t
he phone commands on the screen and so on. Make a call and see what
happens as well as shutting down.
Pinouts
1 In Voice
2 In +5V=External Power, 0V=Battery
3 Out Ext Speak control
4 Analog GND
5 Out Voice
6 Out +5V=POWER ON, 0V=POWER OFF
7 Out Charger control
8 Digital/DC GND
9 In 0V=normal,+5V=test, +12V=test+flash
10 In Hook
11 In TTL serial in
12 Out TTL serial out
13 In 0V for aprox 1 sec = POWER ON/OFF
14 In DC Power supply
Ericsson 318/338
To view IMEI number *#06#To view Software Version enter -> * <- <- * <- * CLR (Use with Care)
The Latest Software Version is under Phone Info.
To fine tune sound and clean up any echos, place the 388 into the car kit HF 2600.
Then close all windows, engine off and type * # * # 3. The E 388 will fine-tune itself in about a few seconds.
To activate operator lock <- * * <- (This locks the phone to one carriers SIM card - Use with lots of care)
Press Yes to lock and No to notlock. You can also use the codes below to undo this function. USE AT OWN RISK
I have tested the function Lock to SP... At least on the 337 there's a submenu: Enter SPCK-code. There are 5 attempts, which is showed (05 attempts). At final attempt the phone beeps as a warning, 'this is the final try', when entering the menu... Wrong code exits the menu, so you are not stuck in something... When you have tried to enter the code (wrong) all five times, the menu is deactivated, and you'll get: 'Not allowed' when entering <-**<-
Accessing the Service Program that is not provided with the 388.
1. Connect the 388 to Cable with RS232/TTL converter.
2. Set Comport to 9600bps, 8 data, 1 stop, no parity.
3. Power ON, wait for "2" and send "0B" to the phone. DO NOT Press ENTER.
4. R should be on screen.
5. Send TEST.BIN. (Send as a binary file)
6. 388 should answer "SP,OK".
7. R should be on screen.
DO NOT write or read from the IMEI or SPCK area! If you try that you can send the phone to service at once, because you will automatically write FE or EF to EVERY cell in the EEPROM. In other words, all the calibration values for the radio is overwritten... (NOT good)
Some commands in the ServiceProg:
eere read from eeprom
eewe write eeprom
lime xxxx xxxx xxxx xxx Learn imei no. Returns Error.
imei - Displays IMEI number
To FlashProgram a 388:
1. Connect the 388 to Cable with RS232/TTL converter.
2. Set Comport to 9600bps, 8 data, 1 stop, no parity.
3. Power ON, wait for "2" and send "OB" to the phone. DO NOT Press ENTER.
4. R should be on screen.
5. send pre_xxx.bin to the MS.
6. You should recieve a ">".
7. send "0B" again.
8. R should be on screen
9. send prodload.bin to the MS.
10. recieve ">".
Done, I don't have the above files so please don't ask for them.
Interesting Informating (well I thought so :)
The names on the files, sj.....X45 tells you a couple of things. "sj" stands for Sofia-Jane, thats the internal name for the model and x45 stands for "sub-model". The 388 is called model 4/5. The latest 337 phones is called "cr", like in Cost Reduction. They rebuilt the oscillator from a bought-in to one built up with discrete components and that was cheaper.
Programming Channel Indicator or RBS
To enable, send the following command:
EEWR 3EE 1
Wait for the OK prompt, power off* the phone and disconnect it from the interface cables. Powerup and browse through the menus.
To diasable, send the following command:
EEWR 3EE 0
Clearing Electronic Lock
To clear the electronic lock you have to clear the EEPROM address range 03CF to 03DA by sending the commands:
EEWR 3CF 00
EEWR 3D0 00
EEWR 3D1 00
EEWR 3D2 00
EEWR 3D3 00
EEWR 3D4 00
EEWR 3D5 00
EEWR 3D6 00
EEWR 3D7 00
EEWR 3D8 00
EEWR 3D9 00
EEWR 3DA 00
COOL STUFF TO DO
Set ComPort to 115200bps, 8 data, 1 stop, no parity and watch all the phone commands on the screen and so on. Make a call and see what happens as well as shutting down.
*POWER OFF
You should press the NO button a few times until Shut Down comes up on the screen, when it does press yes and this will shut down the phone properly.
Reading the Channel Info now that's it's enabled
|-------|-------|-------| D
| | | | I
| 1 | 2 | 3 | S
|-------|-------|-------| P
| | | | L
| 4 | 5 | 6 | A
|-------|-------|-------| Y
1. This is three different channels things depending on the phone state.
a. When the phone is idle, this shows "Bxxx". "B" stands for "Broadcast channel" (a logic GSM channel)b. When a phonecall is in progress, this shows "Sxxx". S stands for "Stand Alone Dedicated Control Channel" SDCCH for short.
c. When the phoncall in up, this shows "Txxx". "T" Stands for Traffic channel. The "xxx" thing is the channel number, 1-124.
2. This shows Rx Level. The values displayed is from 0 to 63. Rx Level is a indicator on how good your reception is for the moment. 0 is a signal strength of -110dBm. 63 is approx -45 to -50dBm.RXLEV is measured in dBm in such a way that incoming signal equals -110.5+RXLEV so that a RXLEV at 50 equals an incoming signal strenght at -50.5 dBm (plus or minus max deviation 0.5dBm)
3. This shows the output power in dBm.
4. This shows the timeslot used for the moment. You can see it when making a call.
5. This shows Rx Quality. Rx Quality is a measurement of how much error correction is required to the speech. 0 indicates none and as the figure rises you hear more pings and pongs on the speech as large parts of the frame are missing. If you have more RxQ then 5, you are on good way to loose your call. RxQuality reads 0-7.RXQUAL is measured by using a table wereas the biterrorrate or BER is interesting and measured in %
RXQUAL table
0 BER < 0,2 (%)
1 0,2 < BER < 0,4
2 0,4 < BER < 0,8
3 0,8 < BER < 1,6
4 1,6 < BER < 3,2
5 3,2 < BER < 6,4
6 6,4 < BER < 12,8 (here we have lost half a burst)
7 12,8 < BER
6. This shows the timing advance. The BS tells the MS to send before it should just make sure that the MS burst is comming to the BS on the right time. The TA is measured in halfbits so the distance to the BTS can be calculated as follows=1,11*TA/2. TimingAdvance reads 0-63. Co-incidentely this tells you how far you are from the base site in 550metre chunks, up to the theoretical max of 35.2km.
Pinouts
1 In Voice
2 In +5V=External Power, 0V=Battery
3 Out Ext Speak control
4 Analog GND
5 Out Voice
6 Out +5V=POWER ON, 0V=POWER OFF
7 Out Charger control
8 Digital/DC GND
9 In 0V=normal,+5V=test, +12V=test+flash
10 In Hook
11 In TTL serial in
12 Out TTL serial out
13 In 0V for aprox 1 sec = POWER ON/OFF
14 In DC Power supply
Ericsson 628
To view IMEI number enter * # 0 6 #
To view Software Version enter -> * <- <- * <- *
To read all programmed texts enter -> * <- <- * <- * ->
To view phone network lock status enter < * * < (wait 3 sec)
To fast dial press phone number pos nr and # (Example: 1 5 #)
To fast dial last number press 0 #
To reset main menu language to english enter * # 0 0 0 0 #
To see battery level while phone is turned off quickly press and release on/off(NO button).
To see Extended menus (on older versions) go to MISSED CALLS, empty directory, press and HOLD right arrow button, choose menu type
To see Extended menus (on newer versions) go to READ, empty directory, press and HOLD left arrow button, choose menu type
To edit phone book Turn on extended menus and choose "EditPh.Bk".
Command set
The following commands are recongnized by the phone.Use 9600 baud, 1 stopbit, 8 data bits, no parity.
ATA Pick up phone during ring
AT+GMI Manufacturer identification
AT+GMO Request model Identification
AT+GMR Request revision Identification
AT+GMM
ATDxxx; Dial number xxx
ATH Hangup phone
AT+CFUN=? Define levels of fuctionality in the order of power consumed
AT+CFUN=0 Switches off the phone
AT+CBC Query battery level
Each command has to be followed by a 0x0A, 0x0D sequence, that is carriage return - line feed. These commands will be ackowledged with an 'OK' prompt. An
incoming call is signalled by the string 'RING' sent by the phone at 9600b in normal mode.
Portable Handsfree Unit
1 Earphone: 16 Ohm
2 Microphone: <- 2 kOhm
5 Connected to 04 (GND)
Pinouts
Left to right, keyboard up.
1 Audio Out
2 Audio In
3 Accessory Sense. GND to enable External Mic and Speaker (Analog)
4 Audio Signal GND.
5 Portable handsfree In.
6 Music Mute Out, High when phone is used.
7 In Flash Memory Voltage and Service Voltage, In 0V=normal,+5V=test, +12V=test+flash
8 Logic Out, Status On. Sources over 100mA
9 Data Out from Mobile Station. Debug messages appear here at 112KBaud when in debug mode.
10 Digital Ground and DC return
11 Data in
12 DC in for battery charging, DC out for accessory power
Ericsson 388
*#06# for checking the IMEI (International Mobile Equipment Identity)
*#0000# to reset the phones menu-language to English.
>*<<*<* for checking the firmware revision information (software release)
>*<<*<*> 1-row text strings. if pressing yes you can check the phones text programming in currently selected language. (298 entries)
>*<<*<*>> n-row text strings. if pressing yes you can check the phones text programming in currently selected language. (160 entries?)
The Service Provider (SP) Lock menu is used to lock the cell phone to the SP's SIM card. Once the cell phone is locked to a specific operator, if one inserts a SIM card from a different operator the phone will refuse to accept it! The cell phone will however accept another SIM card from the same operator.
To activate/deactivate this lock one needs a special secret code that is not available to the end user. (not even to you... or is it ? in case please let me know!)
<**< Lock to Network? if pressing yes you have 5 attempts to enter NCK.
<**<< Lock to Network subset? if pressing yes you have 5 attempts to enter NSCK.
Warning: Your phone can be locked to a service provider FOREVER by doing this! If an invalid code is entered all five times, the menu will exit and be deactivated! Any further attempt to activate the NCK/NSCK lock Menu will result in the response "Not allowed"! However the NCK/NSCK lock can be recover through a direct clearing in the EEPROM.
Shortcut for Last Dialed call menu...
If you for some reason don't want to enter the 'Last Dialed calls menu' by using the 'YES' key you can use the following key stroke instead: First '0' then '#'.
Access menu without Sim card ...
To access to the menu in your phone without having a card inside do the following: type **04*0000*0000*0000# When display say "Wrong Pin" press NO and you have access to the all menus: Info, Access, Settings, Calculator, Clock, Keylock On?, Mail, Phone book. NOTE if you try this on the GH688 your phone may stop at Keylock On? menu and you´ll have to take your battery out to turn the phone on again.
Ericsson 688
To view IMEI number *#06#
To view Software Version enter -> * <- <- * <- * CLR (Use with Care)
To reset phone language to English *#0000#
>*<<*<*> 1-row text strings. If pressing YES you can check the phones 1-row text programming in currently selected language.
>*<<*<*>> n-row text strings. If pressing YES you can check the phones n-row text programming in currently selected language.
Pinouts
1 = + external power supply. 7.2v @ 600mA.
2 = RS232 input (TTL)
3 = GND (digital)
4 = RS232 output (TTL)
5 = +5V output. Limited.
6 = Test. Switch phone off and provide +5V and switch back on. (set comms at 9600, n,8,1)
7 = Mute (0 - Normal, 1 - In Call)
8 = Internal/external (0 - External Mic/Speak, 1 - Internal Mic/Speak)
9 = GND (analog)
10 = Related to Mic/Speak
11 = BF in
12 = BF out
Ericsson 768/788To view IMEI number *#06#
To view Software Version enter * -> * <- <- * <- *
Service Provider Lock is * <- <- * but it is now called the ME lock. There are two options after selecting yes on another menu. These are lock to Network or lock to NetSubet.
Command set
The following commands are recongnized by the phone.Use 9600 baud, 1 stopbit, 8 data bits, no parity.
ATA Pick up phone during ring
AT+GMI Manufacturer identification
AT+GMO Request model Identification
AT+GMR Request revision Identification
AT+GMM
ATDxxx; Dial number xxx
ATH Hangup phone
AT+CFUN=? Define levels of fuctionality in the order of power consumed
AT+CFUN=0 Switches off the phone
AT+CBC Query battery level
Each command has to be followed by a 0x0A, 0x0D sequence, that is carriage return - line feed. These commands will be ackowledged with an 'OK' prompt. An
incoming call is signalled by the string 'RING' sent by the phone at 9600b in normal mode.
Portable Handsfree Unit
1 Earphone: 16 Ohm
2 Microphone: <- 2 kOhm
5 Connected to 04 (GND)
Pinouts
Left to right, keyboard up.
1 Audio Out
2 Audio In
3 Accessory Sense. GND to enable External Mic and Speaker (Analog)
4 Audio Signal GND.
5 Portable handsfree In.
6 Music Mute Out, High when phone is used.
7 In Flash Memory Voltage and Service Voltage, In 0V=normal,+5V=test, +12V=test+flash
8 Logic Out, Status On. Sources over 100mA
9 Data Out from Mobile Station. Debug messages appear here at 112KBaud when in debug mode.
10 Digital Ground and DC return
11 Data in
12 DC in for battery charging, DC out for accessory power
Ericsson 868/888
To view IMEI number *#06#
To view Software Version enter * -> * <- <- * <- *
(you also get version of InfraRed driver software and text labels)
Pinouts
1 = + external power supply. 7.2v @ 600mA.
2 = RS232 input (TTL)
3 = GND (digital)
4 = RS232 output (TTL)
5 = +5V output. Limited.
6 = Test. Switch phone off and provide +5V and switch back on. (set comms at 9600, n,8,1)
7 = Mute (0 - Normal, 1 - In Call)
8 = Internal/external (0 - External Mic/Speak, 1 - Internal Mic/Speak)
9 = GND (analog)
10 = Related to Mic/Speak
11 = BF in
12 = BF out
Ericsson AH 230/238 PROGRAMMINGPress and hold down FCN while entering the digits 9 8 7. You must enter the digits within ten seconds.
The text "SER NUMBER" is displayed along with the telephone's electronic serial number. The number contains 11 digits, so the most significant digit is shown for one second, followed by the other 10 digits.
ENTRY
DISPLAY TEXT
PERMISSABLE VALUE
Electronic Serial #
ESN
Not Changeable
Phone Number
MIN x
(where x is NAM choice)
10 digits
System ID
SID x
(where x is NAM choice)
00000 to 32767
Press # to review
MIN & SID, or END/PWR
to exit the short NAM-
programming mode.
NB:
The Number Assignment Module (NAM) is programmed through the telephone keypad. There are two NAM-programming modes available; the short and the long. The short programming mode is all that is required in most cases. The long programming mode is required if a value set by the short mode is not desired.
Either mode may be used stand-alone, or the short mode can be used to set up most of the values and then the long mode can be used to make any changes desired. To enter either of the two NAM programming modes, press and hold down the FCN key while entering a specific series of digits. You must enter the digits within ten seconds.
In each programming step, you can either keep the displayed setting or value, or you can change it.
a. To go to the next step, without changing anything, press #. b. In some steps, you can "toggle" a setting from ON or OFF, or vice versa. To change the setting, press any numeric key.
In other steps, you can replace a displayed value. To replace a value, enter the digits on the numeric keys. If you enter a wrong digit, you can erase it by pressing FCN CLR.
Pressing * key restores the original value in the display.
Press # to store new setting/value and go to next step.
Press END/PWR in any step to leave the NAM-Programming mode. If you have changed anything in a step, you must store the setting by pressing # before pressing END/PWR.
Ericsson DH368, GF768, A1018s
Ericsson DH368
Try these Codes on your DH-368 phone:
1. Power on.
2. Press 904059 + 'MENU'
3. 'TEST SET' display ...
4. Press 'YES' will display @ then press 1 'RCL' will turn light off and you will see 'DONE'
5. Press 'YES' will display @ then press 86 'RCL' display 'DONE' also you will hear static... You can just enter the channel number (up to 1023) by pressing 'Yes' 3 'CLR' XXXX - channel number to enter a channel directly. You can also see the signal level on channel by pressing 3 'MENU'. You can see the ESN number by pressing 'YES' 1 'RCL' 96 in HEX format.
6. Press 3 to exit, now you phone will power down and power up again. You can install the phone number into the phone by pressing 923885 + 'MENU'
Ericsson GF768
Edit Greetings Tip
1. Go to the Keylock menu.
2. Set lock to Auto.
3. Press YES then hold the left arrow untill the Greetings menu appears.
GF788 menu in your GF768 phone! (1)
1. Go to the EDIT MENU and press YES.
2. Type the number "2" and press YES.
3. In "NAME" HOLD DOWN the "2" key untill the number "2" apperars. Press YES.
4. Press YES again (to save any position) then QUICKLY press and hold left arrow (<) untill "SIZE" appears in the display.
5.Press YES and choose "Full size". You now have the GF788 menu!
NB. Confirmed working on version 970716 and 980318.
GF788 menu in your GF768 phone! (2)
1.Go to MissedCall
2. Empty the list
3. Press the -> key for a second or two
4. The option Menu size turns up
5. Choose 'yes' and go from there
NB. Confirmed working on version 990122.
GF788 menu in your GF768 phone! (3)
1. Go and set the ring volume and press yes.
2. When 'STORED' is displayed - keep the right button -> pressed until 'Extended Menu' is displayed.
3. Select "Activate" the menus and you now have lots of extra features
NB. Confirmed working on version 980910
Ericsson A1018s
(UN)LOCKING YOUR ERICSSON A1018s TO SPECIFIC NETWORK :
A way to (un)lock your cell phone on to the network:
1. Press : <**<
2. Then on the display appear and give you two choices: Lock to Network ? and Lock to Network subset?
3. Enter the NCK number (code is provided by the SP)
4. You have 5 attemps to do this
5. Then your cell phone will work 'only' with the network
Erricson WAP Mobile Phone Bug Allows Wiretapping
Summary
Erricson's WAP, Wireless Application Protocol, suffers from a security flaw that allows attackers to listen into other WAP sessions traveling on the cellular carrier wave.
Details
Erricson Mobile Phone allows attackers to wiretap other lines. This attack is limited, since you cannot choose which number to wiretap on, and you cannot talk at the same time that you are wiretapping a line. This vulnerability shows the lack of security of WAP as it is offered in today's cellular networks.
IMPORTANT NOTE: Wiretapping is illegal. The following information is just a proof of concept that shows a potential vulnerability in Erricson's WAP implementation.
How to wiretap from an Erricson Cell Phone:
1) Type 904059
2) Menu
3) Yes
4) 1
5) RCL
6) Yes
7) 8300**
8) Yes
9) 86
(Instead of the ** you can write any number you wish, except for the number 00)
To stop the wiretapping:
1) Type RCL
2) 3
3) Yes
Ericsson GA628
*#06# for checking the IMEI (International Mobile Equipment Identity)
*#0000# to reset the phones menu-language to English.
*#103# then YES Time and date will be shown.
>*<<*<* for checking the firmware revision information (software release)
>*<<*<*> 1-row text strings. if pressing yes you can check the phones text programming in currently selected language. (298 entries)
>*<<*<*>> n-row text strings. if pressing yes you can check the phones text programming in currently selected language. (160 entries?)
The Service Provider (SP) Lock
The Service Provider (SP) Lock menu is used to lock the cell phone to the SP's SIM card. Once the cell phone is locked to a specific operator, if one inserts a SIM card from a different operator the phone will refuse to accept it! The cell phone will however accept another SIM card from the same operator.
To activate/deactivate this lock one needs a special secret code that is not available to the end user.
Here is how to activate the menu:
<**< Lock to Network? if pressing yes you have 5 attempts to enter NCK.
<**<< Lock to Network subset? if pressing yes you have 5 attempts to enter NSCK.
Warning: Your phone can be locked to a service provider FOREVER by doing this! If an invalid code is entered all five times, the menu will exit and be deactivated! Any further attempt to activate the NCK/NSCK lock Menu will result in the response "Not allowed"! However the NCK/NSCK lock can be recover through a direct clearing in the EEPROM.
Shortcut for Last Dialed call menu
If you for some reason don't want to enter the 'Last Dialed calls menu' by using the 'YES' key you can use the following key stroke instead: First '0' then '#'.
Bat. level indicator when turned OFF
When the phone is turned off and the phone is not changing - the bat. level can be seen for a short period of time by pressing the 'NO' key quick once (it has to be quick!) and then wait for about 2 sec. The bat. level will now be shown in the display at its normal position.
Access menu without Sim card
To access to the menu in your phone without having a card inside do the following: type **04*0000*0000*0000# When display say "Wrong Pin" press NO and you have access to the all menus: Info, Access, Settings, Calculator, Clock, Keylock On?, Mail, Phone book. NOTE if you try this on your phone may stop at Keylock On? menu and you´ll have to take your battery out to turn the phone on again.
Alarm Clock Menu
Go to MissedCall Empty the list Press the -> key for a second or two The option Menu size turns up Choose 'yes' and go from there.
An alarm clock turned up too but it never rang. I think this was because there is no clock in the phone.
Free phone calls using the GA628
This trick has only been reported working on PREPAID GSM CARDS and in some countries and with some sw versions.
The prepaid GSM SIM CARD is a kind of "SIM card" which only has a sertant amount of credit on it (like a normal phonebox telecard)... if it can be traced? - we don't know...
Well..here's the trick you dial the no. normally and press YES. While "connecting" is shown on the screen, the following procedure should be carried out: Press CLR then 0 then # and then NO (twice) so as to switch OFF the phone. You can then still speak on the phone while it is switched off but the SIM card does not record your calls which will lead to FREE phone calls in some countries.. we hope!!
Another variant of the code
Make a Call, while the phone says Connecting type 083# (the position 83 must be empty! ), when phone says Pos Emtpy, press the NO key and turn off the phone.
If you can make the call with the phone turned off you will face a problem when you need to hang up the phone...the only way for you to do that is remove the battery...???
Ericsson GF768
To return the language back to english on the ericsson GF768, just press left ( <-- ), zero four times (0,0,0,0), and then right ( --> ).
Ericsson GH688
*#06# for checking the IMEI (International Mobile Equipment Identity)
*#0000# to reset the phones menu-language to English.
*#103# then YES Time and date will be shown.
>*<<*<* for checking the firmware revision information (software release)
>*<<*<*> 1-row text strings. if pressing yes you can check the phones text programming in currently selected language. (298 entries)
>*<<*<*>> n-row text strings. if pressing yes you can check the phones text programming in currently selected language. (160 entries?)
The Service Provider (SP) Lock
The Service Provider (SP) Lock menu is used to lock the cell phone to the SP's SIM card. Once the cell phone is locked to a specific operator, if one inserts a SIM card from a different operator the phone will refuse to accept it! The cell phone will however accept another SIM card from the same operator.
To activate/deactivate this lock one needs a special secret code that is not available to the end user.
Here is how to activate the menu:
<**< Lock to Network? if pressing yes you have 5 attempts to enter NCK.
<**<< Lock to Network subset? if pressing yes you have 5 attempts to enter NSCK.
Warning: Your phone can be locked to a service provider FOREVER by doing this! If an invalid code is entered all five times, the menu will exit and be deactivated! Any further attempt to activate the NCK/NSCK lock Menu will result in the response "Not allowed"! However the NCK/NSCK lock can be recover through a direct clearing in the EEPROM.
Shortcut for Last Dialed call menu
If you for some reason don't want to enter the 'Last Dialed calls menu' by using the 'YES' key you can use the following key stroke instead: First '0' then '#'.
Bat. level indicator when turned OFF
When the phone is turned off and the phone is not changing - the bat. level can be seen for a short period of time by pressing the 'NO' key quick once (it has to be quick!) and then wait for about 2 sec. The bat. level will now be shown in the display at its normal position.
Access menu without Sim card
To access to the menu in your phone without having a card inside do the following: type **04*0000*0000*0000# When display say "Wrong Pin" press NO and you have access to the all menus: Info, Access, Settings, Calculator, Clock, Keylock On?, Mail, Phone book. NOTE if you try this on your phone may stop at Keylock On? menu and you´ll have to take your battery out to turn the phone on again.
Full Operator List
You can view the full operator list by doing the following: Go to the 'Edit list' menu under 'networks'. The phone say 'please wait' (searching for other networks). When finished, Press the < key once, then YES twice. Now the phone displays the full list. Browse through the list with the < > keys.
Monitor mod on Ericsson GH688
How to enable net monitor on Ericson 688..
1. Remove SIM from phone
2. Dial 112, press YES, hear something
3. Dial 112YESNO 4. Press <(left arrow) before SETTINGS
5. Then YES, <(left arrow), then you will see NM on?
6. press YES
Free phone calls using the GH688
This trick has only been reported working on PREPAID GSM CARDS and in some countries and with some sw versions.
The prepaid GSM SIM CARD is a kind of "SIM card" which only has a
Certain amount of credit on it (like a normal phonebox telecard )... if it can be traced? -
Well..here's the trick you dial the no. normally and press YES. While "connecting" is shown on the screen, the following procedure should be carried out: Press CLR then 0 then # and then NO (twice) so as to switch OFF the phone. You can then still speak on the phone while it is switched off but the SIM card does not record your calls which will lead to FREE phone calls in some countries.. we hope!!
Another variant of the code
Make a Call, while the phone says Connecting type 083# (the position 83 must be empty! ), when phone says Pos Emtpy, press the NO key and turn off the phone.
If you can make the call with the phone turned off you will face a problem when you need to hang up the phone...the only way for you to do that is remove the battery...???
Ericsson SH888
*#06# for checking the IMEI (International Mobile Equipment Identity)
>*<<*<* for checking the firmware revision information (software release)
>*<<*<*> 1-row text strings. if pressing yes you can check the phones text programming in currently selected language.
>*<<*<*>> n-row text strings. if pressing yes you can check the phones text programming in currently selected language.
>*<<*<*>>> IR version info. if pressing yes you can check the phones IR device's driver version.
The Service Provider (SP) Lock
The Service Provider (SP) Lock menu is used to lock the cell phone to the SP's SIM card. Once the cell phone is locked to a specific operator, if one inserts a SIM card from a different operator the phone will refuse to accept it! The cell phone will however accept another SIM card from the same operator.
To activate/deactivate this lock one needs a special secret code that is not available to the end user.
Here is how to activate the menu:
<**< Lock to Network? if pressing yes you have 5 attempts to enter NCK.
<**<< Lock to Network subset? if pressing yes you have 5 attempts to enter NSCK.
Warning: Your phone can be locked to a service provider FOREVER by doing this! If an invalid code is entered all five times, the menu will exit and be deactivated! Any further attempt to activate the NCK/NSCK lock Menu will result in the response "Not allowed"! However the NCK/NSCK lock can be recover through a direct clearing in the EEPROM.
Shortcut for Last Dialed call menu
If you for some reason don't want to enter the 'Last Dialed calls menu' by using the 'YES' key you can use the following key stroke instead: First '0' then '#'.
Bat. level indicator when turned OFF
When the phone is turned off and the phone is not changing - the bat. level can be seen for a short period of time by pressing the 'NO' key quick once (it has to be quick!) and then wait for about 2 sec. The bat. level will now be shown in the display at its normal position.
Access menu without Sim card
To access to the menu in your phone without having a card inside do the following: type **04*0000*0000*0000# When display say "Wrong Pin" press NO and you have access to the all menus: Info, Access, Settings, Calculator, Clock, Keylock On?, Mail, Phone book. NOTE if you try this on your phone may stop at Keylock On? menu and you´ll have to take your battery out to turn the phone on again.
Ericsson T10s
*#06# for checking the IMEI (International Mobile Equipment Identity)
>*<<*<* for checking the firmware revision information (software release)
>*<<*<*>> n-row text strings. if pressing yes you can check the phones text programming in currently selected language.
Shortcut for Last Dialed call menu
If you for some reason don't want to enter the 'Last Dialed calls menu' by using the 'YES' key you can use the following key stroke instead: First '0' then '#'.
Access menu without Sim card
To access to the menu in your phone without having a card inside do the following: type **04*0000*0000*0000# When display say "Wrong Pin" press NO and you have access to the all menus: Info, Access, Settings, Calculator, Clock, Keylock On?, Mail, Phone book. NOTE if you try this on your phone may stop at Keylock On? menu and you´ll have to take your battery out to turn the phone on again. And this will not care about Phone lock!
A way to (un)lock your cell phone on to the network(subset):
1. Press <**<
2. Then on the display appear and give you two choices: Lock to Network ? and Lock to Network subset? (Use arrow keys to select)
3. Enter the NCK number (code is provided by the SP)
4. You have 5 attemps to do this
5. Then your cell phone will work 'only' with the network
Warning: The Service Provider (SP) Lock menu is used to lock the cell phone to the SP's SIM card. Once the cell phone is locked to a specific operator, if one inserts a SIM card from a different operator the phone will refuse to accept it! The cell phone will however accept another SIM card from the same operator. To activate/deactivate this lock one needs a special secret code that is not available to the end user. Your phone can be locked to a service provider FOREVER by doing this! If an invalid code is entered all five times, the menu will exit and be deactivated! Any further attempt to activate the NCK/NSCK lock Menu will result in the response "Not allowed"! However the NCK/NSCK lock can be recover through a direct clearing in the EEPROM.
Ericsson T18
*#06# for checking the IMEI (International Mobile Equipment Identity) Information you get from the IMEI:
XXXXXX XX XXXXXX X
TAC FAC SNR SP
TAC = Type approval code
FAC = Final assembly code
SNR = Serial number
SP = Spare
To access SIM-Locking menu of your phone, press: < * [CLR] <
Be carefull or you may lock your phone.
Ericsson T28
*#06# for checking the IMEI (International Mobile Equipment Identity)
>*<<*<* for checking the firmware revision information (software release)
>*<<*<*> 1-row text strings. if pressing yes you can check the phones text programming in currently selected language.
>*<<*<*>> n-row text strings. if pressing yes you can check the phones text programming in currently selected language.
The Service Provider (SP) Lock
The Service Provider (SP) Lock menu is used to lock the cell phone to the SP's SIM card. Once the cell phone is locked to a specific operator, if one inserts a SIM card from a different operator the phone will refuse to accept it! The cell phone will however accept another SIM card from the same operator.
To activate/deactivate this lock one needs a special secret code that is not available to the end user.
Here is how to activate the menu:
<**< Lock to Network? if pressing yes you have 5 attempts to enter NCK.
<**<< Lock to Network subset? if pressing yes you have 5 attempts to enter NSCK.
Warning: Your phone can be locked to a service provider FOREVER by doing this! If an invalid code is entered all five times, the menu will exit and be deactivated! Any further attempt to activate the NCK/NSCK lock Menu will result in the response "Not allowed"! However the NCK/NSCK lock can be recover through a direct clearing in the EEPROM.
Shortcut for Last Dialed call menu
If you for some reason don't want to enter the 'Last Dialed calls menu' by using the 'YES' key you can use the following key stroke instead: First '0' then '#'.
What is GSM ?
GSM was first introduced in the Finland in the year of 1991. GSM mobile phones operate on the TDMA systems. In the TDMA (time division multiple access system), multiple users can access single radio frequency without any interference. GSM is now the de facto standard for the mobile communication in the world.
The GSM (Global System for Mobile Communications) is a hugely successful wireless technology in the world. GSM has become the world’s largest growing communication technology and it has been expand in more than 214 countries of the world. The TDMA technology provides the individual time slot within a specific channel for each user.
GSM leads the world as the fastest growing mobile/wireless digital technology that is most reliable and is available in the marketplace today. GSM provides the integrated high-speed data, fax, voice mail, paging and short messages services features. GSM offers the secure communication, privacy and fraud prevention.
After subscribing to the GSM service, you can use your phone at your home, office, across the continent or around the world with the country specific SIM cards. GSM operates on the different frequency levels like 900 MHz, 1800 MHz or 1900 MHz.
1900Mhz is used in the North America and 1800 MHz is for the other locations. Different mobile phone networks around the world operate at different frequencies. If you wish to use your mobile phones outside of your GSM frequency range then you should use a mobile/handset that support multiple frequencies. Before buying a mobile phone, make sure that it is compatible with the different bands of the GSM.
Dual-band – A dual band phone operates at different spectrum like 900 MHz and 1800 MHz. Dual-band GSM works in Europe, Asia, Africa, Australia and Sound America.
Tri-band – A tri band phone operates on the three different frequency levels like 900 MHz, 1800 MHz and 1900 MHz. This means that you can use your mobile phone in Europe, Asia, Australia, Africa and North America.
Quad-band – A quad band GSM capable phone allows you to roam almost everywhere in the world. It covers the different frequency ranges like 850 MHz, 900 MHz, 1800 MHz and 1900 MHz. 99% countries in the world use the GSM standard and it seems that GSM will eventually be the only cell phone standard in the mobile communication world. GSM provides the best voice quality and standard.
Today, there are more than 720 GSM mobile networks across the more than 214 countries. According to the recent statistics, there are more than 2 billion users of the GSM in the world. Major GSM using countries includes China, Russia, United States and India. A mobile phone can be a bewildering affair for a traveler. It is mostly incompatibility with the network of your visiting country, since every country in the world has different frequency band of operation. With a GSM enable mobile phone you can access more than 214 countries around the globe.
GSM is a state of the art technology offering voice, data, fax and SMS capabilities. Most of the mobile phone operators now offers email to SMS service by which you can receive the important news, flight status and other useful information on your mobile phone. Many operators give access to the ISDN services by which fast data transmission is possible. Many other offers GPRS (Global Packet Radio Service) with this service you can connect to the high speed data communication channel like 9600 bps. The two major GSM service providers in the US are the T-mobile and Cingular.
Introduction to the Wi-Fi (Wireless Fidelity)
Here you will learn how to setup wi-fi network, how wireless fidelity works, hotspot security, vpn servers. Wi-Fi or wireless fidelity is meant for to be used when referring any type of 802.11 network, whether 802.11, 802.11a and dual band. Any products tested and approved as Wi-Fi certified by the Wi-Fi alliance are interoperable with each other.
Typically, any Wi-Fi product using the same radio frequency will work with each other even if not Wi-Fi certified. Formerly the term Wi-Fi was used only in the place of the 2.4 GHz 802.11b standard in the same way Ethernet was used.
Wi-fi short for wireless fidelity refers to a set of wireless networking technologies and more specifically referred to as any type of 802.11 network, 802.11b and 802.11a and dual band. The word Wi-Fi was built by an organization named as Wi-Fi alliance. A product that undergoes the Wi-Fi alliance analyses is given the name Wi-Fi certified. Wi-Fi rapidly gained the fame in the United States with the access point. These devices tested by the “Wi-Fi alliance” are used around the world and allow users to have Wi-Fi capable device like a PDA or Laptop to connect anywhere there is availability of Wi-Fi access point. There are currently three standards that are used to signify the speed of the connection. Both the 802.11a and 802.11b are the capable of 54 Mbps with 802.11a additional features. The most common standard is 802.11b/second because it can transmit the data at 11 Mbps.
All these Wi-Fi connections are fast enough to allow the broadband internet connection. Wireless Fidelity is a fastest growing wireless technology that will probably be as common as phone lines and electric devices. Wi-Fi adds great levels of convenience and high level of production.
Wireless fidelity is planned to be used with the wireless devices but it is most commonly used for internet access. With Wi-Fi you can connect computers in your home, office or anywhere without the need of wires. The computers can just connect to the network that uses radio waves.
How does W-Fi work?
Wi-Fi is the wireless technology to handle the networking/communication. Wi-Fi allocates internet connection globally and to be transmitted by the radio waves. Radio waves are the main cause of Wi-Fi. Radio waves are transmitted from antenna and Wi-Fi receivers pick them up. When a user receives the Wi-Fi signals, a wireless internet connection is produced and a user is prompted to provide the user name and password if required to establish a wireless connection.
What is Wi-Fi Security?
Wi-Fi maintains certain security issues. WEP or Wired Equivalent Privacy is used in the physical and data link layers. It was planned to provide the wireless security by protecting the data, while it transmits from one point to another. Wi-Fi networking usually maintained inside a building premises. The data transmission in the Wi-Fi is protected by Wireless LANs but due to the fact that data travels over the radio waves so there are chance that data can be exposed and capture.
How to secure your WiFi network?
When you buy a wireless router you might find an Installation CD by vendor that CD with guide you through a wizard on setting up router. Here are some suggestions that how can you setup security on the router without using the application software.
1. Open a new browser.
2. You may now type IP address of the router in your browser. The step here is where you can get the management system of the router. Due to different vendors, you need to lookup on your router’s manual for the IP address usually it may be 10.10.10.01, 196.168.1.1 or 192.168.0.1, 100.100.100.1 or something similar to those matches and the default password of the router. Every router management console is different from each other. Try exploring around and find the appropriate section to manage.
3. You should never forget this step to setup an administrative password. The step to set here is often not located in Security section; you will need to take a look at the utilities, user management or system settings. Find it and change the password immediately for any user account.
4. Enable Wireless security. To turn on your encryption look under the wireless security tab. The step over here will need you to either use WPA or WPA-PSK and this will only appropriate if the devices on your network supported it. Otherwise you will need 128-bit WEP. For WPA or WPA-PSK, you would have to type pass phrase/password into a piece of paper and transfer to thumb drive so that you can set the password in the client’s machines.
5. Change your SSID. You should not make your SSID this will be probably a default SSID, normally those who do not configure their SSID will have their router name such as “linksys”, “belkin”, “dlink” etc. Try changing it with someone menacing, which will be threat for them to connect. Like virus geek, virus spreader. Remember that you will need this SSID when you browse through the network from your client machines. You can find these settings in the section of Channel or SSID.
6. Save your configurations and settings by pressing the save changes or save settings button. You will need to save every change that you will make to the router in order to it can take effect and probably you will have to reboot your router multiple times.
Congratulations, finally you have covered the basic settings for your Wi-Fi network
Wi-Fi Hotspot Security: Using VPNs
There are numerous security issues regarding the use of the public wireless networks but all of which can be overcome. One of the solutions for users, as brought up in Wi-Fi Hotspot security, is to use the VPN (Virtual Private Network) to secure the real time traffic of the Wi-Fi hot spot users. Many small to large businesses provide their employees with the VPN access.
Although this access is typically put in place for employees to have the remote access to the corporate network in order to access the files and documents remotely. If you don’t have access to any VPN servers, create your own. By doing this you can remotely access the files from your office as well as other devices such as Wi-Fi video camera to keep an eye on the things while away.
When using the software-based VPN server features in Windows XP Pro, the PC running the server has to be powered-on to access the home network from the Wi-Fi hotspot. VPN routers can cost as low as $70 to $130 and the popular models are Linksys, WRV200 and WRV5G.
Introduction to VOIP Network
Introduction to VOIP Network
Introduction to voip network, how internet telephony works, how to make internet phone calls, and what actually is voice over internet protocol. VOIP is simply a transmission of the voice traffic over IP networks. VOIP is a family of technologies, in which IP networks are used for the voice applications and traffic e.g IP telephony, voice chat and teleconferencing.
VOIP gives solution at almost every layer of the IP network. The Internet Protocol was developed and designed for data communication. The success of the IP network has led to its adaptation to voice networking.
Voice over internet protocol is the fast emerging and replacement technology for the voice communication. Many people still want to know that how it works. Voice over internet protocol costs less than your regular phone service and for this reason it’s more attractive to the consumers. VOIP also costs less than a mobile phone’s monthly cost.
In the fast communication age, the number of the VOIP providers is increasing. As the number of the VOIP providers grows it gives the more options and calling plans. The VOIP service is available for both residential and commercial use that ranges from PC-to-PC service and PC-to-Phone and Phone-to-Phone. The following are the most common and basic features of the VoIP.
VOICE OVER INTERNET PROTOCOL FEATURES
The major feature of the VoIP is that the customers can make call to everywhere in the world. Only the broadband internet connection is required. The customers can take their IP phones with them on the national trips as well as on the International trips. Among the other features of the VoIP are the soft phones, which is a software application that loads onto the computer and is used to make the phone calls. The interface of these softphones is similar to the telephone. By these software phones, anyone call make phone calls to everywhere in the world if broadband internet connection access is available.
The most VOIP services also gives the access and options of call waiting, caller id, call transfer, repeat dialing and three way dialing features. There are some additional features like call filtering, forwarding a call or sending a call to the voice mail, but the service providers may charge additionally for these services. Most VoIP service providers allow the customers to check their voicemail or attached messages to an e-mail by connecting to the web.
The facilities and the components of a VoIP phone system that are supplied by the VoIp providers and phone operators are generally vary with each other. The users should be aware of the pros and cons of the VoIP services before subscribing. Also, the customer should also check the availability of the 24/7 cutomer support that may be required fro the VoIP hardware as well as software configurations and for other technical issues.
How IP Telephony Fits In
Among the other names in the VoIP industry, the Skype and Vonage are the biggest names and all the credit for the growth of VoIP goes to Skype and Vonage. There are a large number of other vendors for the telecommunication industry that have promoted the “IP telephony”. As well as the Cisco Systems and Avaya were two of the earlier names in the VoIP phone system technology. The have paved the way for the growth of VoIP technology. More and more residential customers are using the VoIP service likewise the corporate customers are integrated the IP based-voice technology and upgrading their IP networks to support the VoIP technology. This transition is similar to the move from mainframe computers to the personal computers a couple of years ago
HOW DOES VOIP OVER INTERNET PROTOCOL WORKS
Voice Over Internet Protocol also called Internet Telephony and internet telphony is the technology fo future. With this technology you can make free of cost and very cheap long distance calls all over the world. VoIP uses a broadband Internet connection for routing telephone calls as opposed to the switching and fiber optics. By this process the customer can get the higher efficiency and quality of service as well as low cost. One major and interesting aspect of the VoIP technology is that there is no major infrastructure is required.
The VoIP infrastructure includes the broadband Internet connection, regular telephone line and VoIP software and hardware. Some of renowned companies of the voice over internet protocol business are Vonage and Skype. These both companies prove services to their US people as well as people of the other countries. Cisco systems has also a big name in providing the VoIP hardware.
Small Business VOIP Solutions and hosted call center solutions, the future of fast track businesses. .
Introduction To The Bluetooth Technology
Bluetooth is a short range, wire free, secure and international standardized wireless technology that provides wireless communication system between the Bluetooth enabled devices in a short ranged network. Bluetooth technology is a short range wireless technology that was developed by the collaboration of mobile phones and IT companies such as Nokia, Intel, Toshiba, Erickson and IBM. Bluetooth develops short range wireless connections between the laptops, handheld pcs, wireless communication devices and mobile phones. Bluetooth is only available to the personal area networks in an office or a home network.
It reduces the usage of power as compared to the Wi-Fi. Bluetooth is an international standardized technology that is used for the wireless communication between the Bluetooth held devices such as mobile phones, digital camera, laptops, desktop computers, keyboard, mouse, mp3 players, video cameras and other devices.
Bluetooth is free technology and it is provided by the mobile phone operators who are having the capability of GSM and CDMA technology. Bluetooth uses radio waves frequency as a medium and is suitable for the 1, 10 and 100 meters distance. Every Bluetooth enabled devices such as mobile phones, laptops, digital cameras, video games consoles have built-in microchip. There are about more than 1800 members of the Bluetooth consortium from all over the world. Every GSM and CDMA mobile operates must provide the features of the Bluetooth technology to its users. Like the Bluetooth, Wi-Fi uses the same frequency but the power consumption of the wi-fi is high so it produces more powerful signals.
Bluetooth uses radio waves that operate at 2.4 GHz bands. The personal computers must have built-in dongle in them to use the Bluetooth technology. Bluetooth is also used to transfer the files from the mobile phones or PDA devices to the computers. Also, in a meeting if you want to share the digital business cards among the participants of the meeting you use Bluetooth to transfer the files. Microsoft Windows XP with the service pack 2 has the built-in support for the Bluetooth technology. Bluetooth defines the wireless standards to maintain the secure data communication.
The master Bluetooth device can communication with the seven other Bluetooth enabled devices. Different devices support different standards of the Bluetooth technology. The research on the advanced Bluetooth is in progress for the Bluetooth version 3.0 to provide the high speed connections.
Bluetooth technology also provides support for the VOIP technology. The Bluetooth headset provides the wireless extension to the Bluetooth devise. A typical Bluetooth device consist of RS transceiver, protocol stacks and base bands and It does not require to install the additional drivers to use the Bluetooth technology and it can connect all the office peripheral such as computer with printer, computer with scanner and computer with laptop. Among the other advantages of the Bluetooth technology is the automatic synchronization of the desktops, mobile phones and other Bluetooth held devices. Another popular use of the Bluetooth is in the cars and automotives. The most commonly Bluetooth held devices are mobile phones, personal computers, laptops, headsets, access points, car kits, speaker phone, streaming video, MP3 players, SIM cards, Push-2-talk, PDA and digital camera.
By this technology, mobile data can be used in the different applications. It provides the speed of 1-2 Mbps. Bluetooth’s small microchip can be built in the devices and it can also be used as the external adapters and used for the different network communication devices. Bluetooth enabled devices can change their frequency very rapidly so they can be saved from the external interference. Bluetooth enabled devices have built in security features and they use pin code and 128 encryption. If the two wireless devices follow the Bluetooth standards they can communicate with each other without any external devices or wires. The more enhancements are in progress in this technology to provide most robust, state-of-the-art, high speed and secure connections to the mobile users.
Introduction to Telecommunication Network
Here you will learn about telecommunication network, telephone exchange, fiber optic cables, communication devices, satellite communication and data communication. Communication of the data (fax, computer), voice (telephone, mobile phones) and video (video conferencing, web conferencing) over a large distance through a medium such as fiber optics, internet and radio waves is known as telecommunication.
There are a number of the telecommunication systems in the world that work in the different forms. Most of the telecommunication systems of the world are connected with each other through satellite to form a big network. Telecommunication is the process of sending and receiving the electrical signals over all large distance. This is the process of communicating the data and information such as voice, data, video, audio and graphics.
There are certain mediums of a telecommunication system such as coaxial cable, fiber optics, radio frequency and air etc. The modern telecommunication system involves all the telecommunication technologies such as computer networking, broadcasting, mobile communication, internet, VOIP, cable television and satellite communication systems. A telecommunication network is a network of nodes and links and the communication signals passes through one link to another.
A telecommunication system builds a hierarchical transmission system in which signals are transferred from node to node and till they reach their destinations. A computer network, public switched telephone network, TELEX and internet are also involved in the telecommunication system. Telecommunication technology has provided the ease of connecting and communicating with the remote areas of a country.
A telecommunication system is designed by the telecommunication engineers and due to the invention of the fiber optic cables; more bandwidth is available for the data transfer and communications. There are three main components involves in the telecommunication system i.e. transmitter, medium, receiver. A transmitter sends the information in the form of electrical signals through a medium and receives takes the information and converts it in the readable form. Modulation is the process of shaping, processing and sending the communication signals. This function is carried out by a device known as modem.
Modem is used to coverts the digital signals to analog and analog signals to digital signals. There are many advanced technologies devices and protocols that are associated with the telecommunication technology such as routers, switches, ISDN lines, fiber optic cables, socket programming, X.25 and many other technologies. A telephone exchange is a hub of the telecommunication system and through the telephone exchange we are connected with the internet and we are able to transmit the voice, data, video and other forms of the communication signals. A computer network when covers the broad shape known as WAN.
In wide area networking, a computer can communication with another computer over a very large distance even across the country. The advancements in the telecommunication industry bringing the many advantages to the mankind and now we are connected with the remote areas of our country where access was not so easy than before. Computer networking technology also bringing the revolutionary changes in one’s life and now we can talk and see with other with video conferencing, web conferencing, voice chat and video chat. Now we can even listen and see the movements of the astronauts when they walk through the space with the telecommunication system.
Mobile Technology and Communications
This topic will let you know about mobile technologies, mobile phones, wireless communication introduction, overview to gsm, gprs, sms and mms reviews. A cellular or mobile phone is a long range portable electronic device for communication over long distance.
Current Mobile Phones can support many latest services such as SMS, GPRS, MMS, email, packet switching, WAP, Bluetooth and many more. Most of the mobile phones connect to the cellular networks and which further connected with the PSTN (Public switching telephone network).
Mobile Network Technology
Mobile phones and their network vary very significantly from provider to provider and country to country. However the basic communication method of all of them is through the electromagnetic microwaves with a cell base station. The cellular companies have large antennas, which are usually mounted over towers, buildings and poles. The cell phones have low-power transceivers that transmit voice and data to the nearest sites usually within the 5 to 8 miles (8 to 13 kilometers away).
When a mobile device or phone is turned on, it registers with the mobile telephone exchange or switch. It is a unique identifier and is alerted by the mobile switch when there is an incoming phone call.
The handset listens for the strong signals from the nearest base stations. When a user moves, the mobile device handoff to various nearest sites during phone calls or while waiting between calls it reselect the nearest cell phone sites.
Cell sites have relatively less power radio transmitters. They broadcast their presence and relay communications between the mobile handsets and the switch. On the other hand, the switch connects the call to the same or another mobile network or subscriber.
The dialogue between the mobile phone handset and the cell phone site is a stream of the digital data, which includes the digitized audio. This technology depends on the same system as of mobile phone operator. Some mobile phone technologies have adopted the AMPS for the analog communication and D-AMPS, CDMA2000, EVDO, GSM, UMTS, and GPRS for the digital communication. Each mobile phone network has a unique radio frequency.
There are different mobile communication methods, such as SMS, WAP, WLAN, WIFI, GPRS, Bluetooth, Infrared, IrDA and I-Phone etc. Mobile phones are different from the cordless telephones because they only operate within the specific range. Many types of the mobile computers have been introduced including the Laptop computer, Subnotebook, Portable data terminal (PDT), Personal digital assistance (PDA), Tablet personal computer and smart phone.
Mobile phone features
Mobile phones have features beyond sending text messages and making the short or long distance voice calls, the other features including internet browsing, mp3 playback music, email, personal organizer, built in cameras, MMS, PPT, SMS, call registries, built in games, voice mails, downloading, video call, Bluetooth, infrared and they also serve as the wireless modem for a pc. In many countries of the world such as Australia, Pakistan, India, Maldives and Israel the incoming calls are free. However, in Canada, Hong Kong and the United states a person can be charged per minute for the incoming calls. Few mobile phones carriers in the United States are beginning to receive unlimited phone calls. Mobile technology has both negative and positive impact on every day’s life.
Health impact
Since the invention of the mobile phones many concerns have been raised about the potential health from the mobile phones. Study at the Danish Institute of cancer epidemiology does not show any link between cancer and mobile phone usage. This study only covers the analog phone usage till 1995. However the study by the International Agency for research on cancer shows link between cellular phone usage and tumor frequency.
Mobile dating
Mobile dating also known as cell dating and it allows users to chat, meet and possible involves in romance by SMS, chatting and the web. These services allow their subscribers to provide information about themselves in a short profile and which is stored in the cell phone sets as a dating ID. The users can search for the other IDS or call at a number given to them by the service. Users can find others with the criteria of age, location and gender. Most of these sites are free to use but the standard fees of SMS and dating service charges can apply per minute. Mobile dating websites focus attention on users that share the same social network and proximity.
Some cellular companies offer services such as homing device. This service alerts the users when someone is within the thirty feet of the user. Some cellular companies use Bluetooth technology to connect the users in the bars, clubs and social gatherings and this service is called proximity dating. These services are more popular in European countries, United States, Australia and Canada. Mobile dating websites are gaining popularity.
Mobile Learning
M-learning’ is the follow up of E-learning and which originates from D-learning (distance learning). M-learning is the delivery of education to the students who are not having fixed location or who prefer to use mobile phone technology for learning. The rapid growth in the mobile and communication sector make it possible to develop new forms of education. M-learning means delivery of education by means of the mobile phone devices, PDAs and audio players. M-learners seek the lessons in the small format.
Mobile software
Windows mobile, Palm OS and Symbian OS supports typical application binaries as found on the personal computers. Windows mobile also supports portable executable format which is associated with the .NET Framework. Both Windows Mobile and Palm OS provide free SDK and integrated development environment for the developers. BREW is another format which gives complete control of the handset and access to all its functions. Java (J2ME, Java ME) runs atop a virtual machine, which allows reasonable functionalities. Because of the extra security and compatibility, it is quite simple to write, distribute and execute the mobile Java applications.
Mobile Internet
According to the many sources, one of the major factors of the usage of mobile internet is its speed. Mobile internet has faster connection. Due to this fact, many users tend to use mobile internet. The introduction of the 3G cards has a competitive high speed. All the current service providers and trying to increase their bandwidth to get more customers. The numbers of mobile phones that are cable of surfing the net have been increasing rapidly. One of the greatest problems when browsing the net on the cell phones is the small size of the screen. Because of this many developers are developing the websites that can easily be seen on the cell phones as well.
Mobile society.
Ongoing debates about the cyberspace, e-computing and E-commerce have suggested that the online world somehow will be dramatically different from the life in the analog world. It is true that E-commerce continues to grow and the specific locations of the persons and businesses do not matter that much anyone. This is also true that now we are seeing forums, blogs, discussion groups and social network to re-socialize and form new tribes on the internet. It seems that every day we are increasingly connected via technologies such as email, cellular phones, instant messaging and all of these technologies are increasingly interconnected with each other. When we communicate on our cell phones, we are also mobile in the sense that we can move freely while in the constant communication.
ATM NETWORK TECHNOLOGY
ATM NETWORK TECHNOLOGY
This tutorial provides the basic introduction to atm network technology, packet switching, cell base, telecommmunication technology, high speed bandwidth usage in this technology. ATM (Asynchronous Transfer Mode) is a high speed network technology that has become the standardized solution for the telecommunication industry, teleconferencing, videoconferencing, telemedicine, HDTV, distance learning and where high speed data transfer is required.
ATM technology integrates voice, data and video at the same time. ATM uses fixed size packets called cells of 55 bytes in length. ATM network is a high speed circuit switched network that is capable of transferring one million signals using ATM protocol. ATM is a connection oriented technology in which logical connections are established for the data communication. ATM is implemented in the WAN and telecommunication sectors. Small data cells are used for communication and ATM is designed for high speed and high traffic networks. ATM cells allow voice, data and video transfer at the same time. ATM operates on the data link layer of the OSI model and it uses UTP/STP, fiber optic or air as a communication medium.
ATM CELL BASE
It is a small unit of 55 bytes fixed length and it contains the users and signaling information in it. It has a header with very limited functionality to reduce the internal buffer and to provide the high speed transfer. ATM cell identify the cells that belongs to the same virtual channels and perform easy routing.
ATM SWITCHING
Various switching technologies have been developed in the past to provide the high speed data transfer and secure communication. ATM switching technology provides high speed data transfer due to the connection oriented technology. ATM switching technology uses the predefined routing table so guarantees the fast data communication.
ATM DEVICES
ATM basically uses two types of devices such as ATM switch and end systems. The function of the switch is to handle the transmission of the cells throughout the network. Switches accept the incoming cells from the ATM end station or another ATM switch. On the other hand, ATM end systems contain the ATM adaptors.
ATM CONNECTIONS
ATM supports two types of connections point to point and point to multi point connections. In the point to point connections, two end systems are connected bi directionally or uni directionally. The point to multi point system connects one source to the number of destinations in uni directional. The source sends the information and switch replicates it to the destinations. Unidirectional network connects two switches. A typical ATM network consists of a set of the switches interconnected by point to point links. Switch support two types of interfaces user network and network node interface. Asynchronous transfer mode technology is designed for the reliability, performance, utilization and QOS and it creates fixed channels and routes when data travels between two points. There are four types of the choice when purchasing a connection.
Constant Bit Rate: It specifies fixed size rate and data is transferred in a steady form. Variable bit rate.
Variable Bit Rate: It provides specified throughput and it is best for videoconferencing.
Available bit rate. It provides guaranteed minimum capacity but high rate is also possible when the network is free.
Unspecified bit rate. It does not provide any fixed throughput level and it is best for the file transfer where delay can occurred.
ATM ADVANTAGES
It provides fixed bandwidth and simple routing is possible due to the connection oriented technology. High bandwidth utilization can be possible so it is the best solution for the telecommunication sector, videoconferencing and QOS. There are some of the disadvantages of this technology such as high cost, cell loss due to the high congestion in the network.
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