Apna Nokia Ka Mobile Check Kerian |
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AP APNA NOKIA KA MOBILE CHECK KER
SUKTAIN HAIN K YE PAKISTAN KI WARRENTY MAI HAI YA BAHIR KI WARRANTY MAI
HU YE SERVICE SIRF NOKIA K SETS MAI HAI TARIKA BAHUT ASAN HAI BUS APNE
MOBILE SE WRITE MESSAGE MAI JAIYE AUR APNE MOBILE KA IMEI NUMBER LIKHIYE
AUR ISEY 66542 PER SEND KER DIJIE PER SMS 2+TAX NOTE- IMEI NUMBER DEKHNE K LIYE APNE MOBILE SE *#06# DIAL KIJIE |
All mobiles secrets codes |
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IMEI number: * # 0 6 #
Software version: * # 0 6 # Net Monitor: 0 0 0 0 0 0 * Bosch IMEI number: * # 0 6 # Default Language: * # 0 0 0 0 # Net Monitor: * # 3 2 6 2 2 5 5 * 8 3 7 8 # # Dancall IMEI number: * # 0 6 # Software version: * # 9 9 9 9 # SIM card serial number: * # 9 9 9 4 # Information about battery status: * # 9 9 9 0 # Selftest (only Dancall HP2731): * # 9 9 9 7 # Show version configuration: * # 9 9 9 8 # Net Monitor: * # 9 9 9 3 # Ericsson IMEI number: * # 0 6 # Software version: > * < < * < * Default Language: < 0 0 0 0 > Enter to phone menu without SimCard - after Wrong PIN: press NO: * * 0 4 * 0 0 0 0 * 0 0 0 0 * 0 0 0 0 # Information about SIMLOCK: < * * < Motorola IMEI number: * # 0 6 # Net Monitor ON: * * * 1 1 3 * 1 * [OK] Net Monitor OFF: * * * 1 1 3 * 1 * [OK] * - press this until box shown up Nokia IMEI number: * # 0 6 # Software version: * # 0 0 0 0 # Lub * # 9 9 9 9 # Simlock info: * # 9 2 7 0 2 6 8 9 # Enhanced Full Rate: * 3 3 7 0 # [ # 3 3 7 0 # off] Half Rate: * 4 7 2 0 # Provider lock status: # p w + 1 2 3 4 5 6 7 8 9 0 + 1 Network lock status: # p w + 1 2 3 4 5 6 7 8 9 0 + 2 Provider lock status: # p w + 1 2 3 4 5 6 7 8 9 0 + 3 SimCard lock status: # p w + 1 2 3 4 5 6 7 8 9 0 + 4 1234567890 - MasterCode which is generated from IMEI *#92702689# [*#war0anty#] Warranty code. Philips IMEI number: * # 0 6 # Simlock info: * # 8 3 7 7 # Security code: * # 1 2 3 4 # (Fizz) or * # 7 4 8 9 # Samsung (Most models) IMEI number: * # 0 6 # Software version: * # 9 9 9 9 # Albo* # 0 8 3 7 # Net Monitor: * # 0 3 2 4 # Changing LCD contrast: * # 0 5 2 3 # Memory info: * # 0 3 7 7 # Albo * # 0 2 4 6 # Reset CUSTOM memory: * 2 7 6 7 * 2 8 7 8 # Battery state: * # 9 9 9 8 * 2 2 8 # Alarm beeper: * # 9 9 9 8 * 2 8 9 # Vibra test: * # 9 9 9 8 * 8 4 2 # Samsung (T100 Specific Codes) Battery status (capacity, voltage, temperature): * # 8 9 9 9 * 2 2 8 # Program status: * # 8 9 9 9 * 2 4 6 # Change Alarm Buzzer Frequency: * # 8 9 9 9 * 2 8 9 # Debug screens: * # 8 9 9 9 * 3 2 4 # Watchdog: * # 8 9 9 9 * 3 6 4 # EEPROM Error Stack: * # 8 9 9 9 * 3 7 7 # Trace Watchdog: * # 8 9 9 9 * 4 2 7 # Change LCD contrast: * # 8 9 9 9 * 5 2 3 # Jig detect: * # 8 9 9 9 * 5 4 4 # Memory status: * # 8 9 9 9 * 6 3 6 # SIM File Size: * # 8 9 9 9 * 7 4 6 # SIM Service Table: * # 8 9 9 9 * 7 7 8 # RTK (Run Time Kernel) errors: * # 8 9 9 9 * 7 8 5 # Run, Last UP, Last DOWN: * # 8 9 9 9 * 7 8 6 # Software Version: * # 8 9 9 9 * 8 3 7 # Test Vibrator: * # 8 9 9 9 * 8 4 2 # Vocoder Reg: * # 8 9 9 9 * 8 6 2 # Diag: * # 8 9 9 9 * 8 7 2 # Reset On Fatal Error: * # 8 9 9 9 * 9 4 7 # Last/Chk: * # 8 9 9 9 * 9 9 9 #9 9 * 9 9 9 # Sagem IMEI number: * # 0 6 # Service Menu access: MENU 5 1 1 # Siemens IMEI number: * # 0 6 # Software version: Take out SIM & enter: * # 0 6 # (& press LONG KEY) Bonus screen: in phone book: + 1 2 0 2 2 2 4 3 1 2 1 Net Monitor (S4 Power): Menu 9 8, left SoftKey, 7 6 8 4 6 6 6, Read phone, Menu 5 6 Sony IMEI number: * # 0 6 # Software version: * # 8 3 7 7 4 6 6 # Show list of product creator names: + 1 2 0 2 2 2 4 3 1 2 1 SonyEricsson IMEI number: * # 0 6 # Software version: > * < < * < * Default Language: < 0 0 0 0 > Enter to phone menu without SimCard - after Wrong PIN: press NO: * * 0 4 * 0 0 0 0 * 0 0 0 0 * 0 0 0 0 # Information about SIMLOCK: < * * < |
China Mobiles codes |
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default user code: 1122, 3344, 1234, 5678
Engineer mode: *#110*01# Factory mode: *#987# Enable COM port: *#110*01# -> Device -> Set UART -> PS Config -> UART1/115200 Restore factory settings: *#987*99# LCD contrast: *#369# software version: *#800# software version: *#900# set default language: *#0000# Send set English language: *#0044# Send set English language (new firmware): *#001# Send |
Ab apni telenor or ufone ki sim apne nam karwaen.... |
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TELENOR.
REG likkar 345 pi send karo agar sim ap ki nam pi nahi hi tu apna CNIC
number likkar 401 par send karo sim ap ki nam pi ho jayi ga.
---------------------------- UFONE. malom karni ki liyi khali sms (blank sms)696 par send karo agar sim ap ki nam pi nahi hi tu apna CNIC number likkar 824 par send karo sim ap ki nam pi ho jayi ga. es mi 3 si likar 15 din lug sakti hi |
Check Ufone Coustomer name And Coustomer Cnic Number |
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Just Dail *333*1*4*1# for coustomer name (aap ki sim k malik ka nam)
just dail *333*1*4*2# for coustomer Cnic number ( aap ki sim k malik ka CNIC number |
Ufone Auto Balance Service |
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Ufone Auto Balance Alert Service can be subscribed by
simply dialling 127 from Ur Ufone. After successful subscription, call summary will be received in following format as a flash message: Call Duration: XXXXSec, Call Cost:Rs.XXX, Balance: Rs.XXXX.0 Charging: 127 is free of cost Monthly Subscription charges- Rs. 10 + Tax. Weekly Subscription charges- Rs. 3 + Tax Daily Subscription charges- Rs. 0.50 + Tax |
Zong Gprs Trick |
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AP k NET KI SPEED 10,11 KBPS (Downloading) TAK JAEY GI
AP APNAY HANDSET KO PTCL V KA JO SET K SAAT ANTTENA HOTA HAY USS K SAATH RAKHIN AUR PHER DAEKHAIN K KISAY SPEED NBANTI HAY |
UFONE SHORT CODES |
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##004# Deactivate Voice Mail **004*190# Activate Voice Mail *43# Activate Call Waiting #43# Deactivate Call Waiting *124# Free Balance Check *123*(PIN)# Balance Recharge *444*1# Ufone Prepay 2 Ufone Public Demand Conversion *444*2# Ufone Public Demand 2 Ufone Prepay Conversion *#21# Allows you to check the number that "All Calls" are diverted to. *#30# Lets you see the private number. *#61# Allows you to check the number that "On No Reply" calls are diverted to. *#62# Allows you to check the number that "Divert If Unreachable (no service)" calls are diverted to. *#67# Allows you to check the number that "On Busy Calls" are diverted to. CLIR: Presentation of one's own number to the to the called party Activate CLIR **31# Activate CLIR for the actual call *31#number Deactivate CLIR ##31# Deactivate CLIR for the actual call #31#number Check status of CLIR *#31# De-register all call diversions ##002# Activate unconditionally divert all calls *21# De-register unconditionally divert all calls ##21# Deactivate unconditionally divert all calls #21# Check status of unconditionally divert all calls *#21# Divert on no answer to number and activate **61*number# Activate divert on no answer *61# Activate divert on busy *67# De-register divert on busy ##67# Deactivate divert on busy #67# Check status of divert on busy *#67# Check status of barr all outgoing calls *#33# Activate barr all calls **330*code# Deactivate barr all calls #330*code# Check status of barr all calls *#330*code# Activate barr all outgoing calls **333*code# Deactivate barr all outgoing calls #333*code# Check status of barr all outgoing calls *#333# Activate barr all incoming calls **35*code# Deactivate barr all incoming calls #35*code# Check status of barr all incoming calls *#35# Activate barr all incoming calls when roaming **351*code# Deactivate barr all incoming calls when roaming #351*code# Check status of barr all incoming calls when roaming *#351# Activate barr all incoming calls **353*code# Deactivate barr all incoming calls #353*code# Check status of barr all incoming calls *#353# |
Friday, November 16, 2012
Mobile Codec
Monday, February 13, 2012
Tuesday, April 26, 2011
Tuesday, April 19, 2011
Wednesday, April 13, 2011
Thursday, March 31, 2011
Conversions
Decimal
We count in what is called the decimal counting system. Decimal has 10 digits which are 0,1,2,3,4,5,6,7,8,9. Decimal is also called base 10 because it has 10 digits. The reason why people started counting in decimal is because it has 10 digits and we have 10 fingers and people used to use their fingers for counting.
Binary
Binary uses only 2 digits which are 0 and 1 and is also called base 2. Binary is what computers use for counting because inside a computer you get things that are like little switches that can be either off or on(0 or 1). A subscripted 2 is placed after a binary number so that it can be recognised as being a binary number like in the following example:
10012
We already know that when we count we add 1 to the current number each time to get the next number. If we start at 0 and then add 1 we get 1. Now we have to add 1 to 1 but we have run out of digits because there are only 2 digits in binary. When we get to 9 in decimal and add 1 we first change the number to a 0 and then add 1 to the imaginary 0 to the left of it which gives us 10. If we apply this to binary then we change the 1 to 0 and then increase the imaginary 0 to the left of it which gives us 10 but this 10 is actually 2. The following sequence shows you how to count to 5 in binary:
0 1 10 11 100 101
Hexadecimal
The word hexadecimal is made up of 2 parts which are hex(6) and decimal(10). If you add 6 and 10 together you get 16 and that is how many digits there are in hexadecimal. Hexadecimal is sometimes called hex or base 16. To get 16 digits we have to use letters of the alphabet and those 16 digits are 0,1,2,3,4,5,6,7,8,9,A,B,C,D,E,F. Hexadecimal is often used instead of binary numbers because just 2 hexadecimal digits can make the same numbers as 8 binary digits which in turn make up a byte. A subscripted 16 is used to show that a number is hexadecimal:
7F16
Octal
Octal uses 8 digits which are 0,1,2,3,4,5,6,7 and is also called base 8. We use a subscripted 8 to show that a number is octal:
2758
Converting from decimal to binary, hexadecimal and octal
decimal -> binary2
5 -> binary2
First write a few 2s(because it's base 2) to the power of the numbers 0,1,2,3,...
23 22 21 20
Next calculate the values of these numbers.
8 4 2 1
The highest number must be greater than the number you want to convert.
Now divide the number to be converted by the number starting on the left. Write how many times the number divides into it underneath the number and then write your remainder on top of the next number to be divided. You then divide by the remainder each time after that.
5 5 1 1
8 4 2 1
0 1 0 1
The bottom line of numbers is the binary number. Make sure to leave out all leading 0s
5 -> 1012
decimal -> hexadecimal16
Decimal to hexadecimal works in the same way except that you use 16 to the power of those numbers since that is the base this time.
26 -> hexadecimal16
162 161 160
26 26 10
256 16 1
0 1 10
Before we write the answer we must change all numbers greater than 9 to their hexadecimal equivalents.
1 10
1 A
26 -> 1A16
decimal -> octal8
This time we use 8 to the power of those numbers because we are working with base 8.
12 -> octal8
82 81 80
12 12 4
64 8 1
0 1 4
12 -> 148
Converting from binary, hexadecimal and octal to decimal
binary2 -> decimal
11012 -> decimal
First write 2 to the power of the numbers 0,1,2,3,...
23 22 21 20
Now change them to their real values.
8 4 2 1
Now put the binary number underneath the other numbers and multiply the top number by the number beneath it and put the answer underneath the other 2 with + between each number and add the bottom row together to get your final answer.
8 4 2 1
1 1 0 1
8+4+0+1 = 13
11012 -> 13
hexadecimal16 -> decimal
Once again you use 16 instead of 2.
1F16 -> decimal
161 160
16 1
1 F
16+F = 16 + 15 = 31
1F16 -> 31
octal8 -> decimal
258 -> decimal
81 80
8 1
2 5
16+5 = 21
158 -> 21
Converting from hexadecimal to binary
hexadecimal16 -> binary2
2C16 -> binary2
First write the number as decimals.
2 12
Now divide each number by the numbers 8 4 2 1.
2 12
8421 8421
0010 1100
Take the leading 0s away and you have your answer.
2C16 -> 1011002
binary2 -> hexadecimal16
101112 -> hexadecimal16
First separate the binary number into groups of 4 digits. If the number at the front has less than 4 digits then add 0s to the front of it.
0001 0111
Now use the numbers 8421 and multiply each time and add the results together for each group to get the answer.
0001 0111
8421 8421
0+0+0+1 = 1; 0+4+2+1 = 7
101112 -> 1716
Converting from octal to binary
Octal to binary uses the same method as hexadecimal to binary except that you use the numbers 421 and groups of 3 digits.
octal8 -> binary2
268 -> binary2
2 6
421 421
010 110
268 -> 101102
binary2 -> octal8
10102 -> octal8
001 010
421 421
0+0+1 = 1; 0+2+0 = 2
10102 -> 128
Converting from hexadecimal to octal
We do not convert directly from hexadecimal to octal but instead first convert to binary and then to octal.
hexadecimal16 -> octal8
4516 -> octal8
First convert the hexadecimal number to binary.
4 5
8421 8421
0100 0101
Now make groups of 3 digits and then convert to octal.
001 000 101
421 421 421
0+0+1 = 1; 0+0+0 = 0; 4+0+1 = 5
4516 -> 1058
octal8 -> hexadecimal16
278 -> hexadecimal16
First convert the octal number to binary.
2 7
421 421
010 111
Make groups of 4 and then convert to hexadecimal.
0001 0111
8421 8421
0+0+0+1 = 1; 0+4+2+1 = 7
278 -> 1716
Friday, February 25, 2011
Google Music Streaming : Launching Soon?
What exactly is the Google Music Library? There are at least three major facets. First, we have the actual music player itself. We know for a fact that this is coming out, since early debugging versions have been discovered and even released to the public for the Android 2.3 smartphone line. It may be that Honeycomb has a different interface, but in either case, the new browser is packed with features.
Second, we have the “OTA download library.” Discussed at last year’s Google I/O conference, the concept here is that you can purchase a song from a large, cloud-based music storehouse. That song can then be transferred to your phone over the air, pushed to your PC library, and otherwise attached to your Google account. This is, according to AC’s unnamed sources, going to be released alongside a revamped web-based Android marketplace.
And third, we have the “full library streaming” feature. This feature would allow users to connect their phone or tablet to their computer, streaming any song that’s currently located in their computer’s music library. This, more than the other features, is in question, partially due to simply logistics and partially due to the complex legal boundaries of allowing live music streams.
We’ll find out for sure in the next 24 hours, so stay tuned for further updates. Whatever the details, there’s little doubt that Google will make quite a showing during their official Honeycomb press event.
3 Free VPN Services Without Any Installation
These three VPN services are all FREE and you can use them directly without installing anything in your computer.
1. MacroVPN
After registration, you will have 4 VPN server addresses, one from Italy, and the other three from USA, choose one and create a new VPN connection, then you can get access to the MacroVPN free VPN service with your username and password.
If the domain addresses (such as us6.macrovpn.com) are not workable, you can try to the IP addresses (such as 74.86.150.154) as server name, and if one VPN server is not workable, you can try another one.
The MacroVPN website supports English, Spanish, Chinese and many other languages.
Go to MacroVPN
2. ItsHidden
After registration, you can create a new Virtual Private Network connection with the VPN server address vpn.itshidden.com in your computer, and then you can get access to the ItsHidden VPN service with your username and password, but you need to reconnect every 20 minutes as a free user.
If the network access is not workable, you can try to change the VPN server address from vpn.itshidden.com to 94.75.253.244.
Go to ItsHidden
3. USA IP
For free user, you don’t need to register, just download the USAIP.pbk file, and then double-click on the file and select one of the USAIP PPTP connections. After that, you can get access to the USA IP free VPN services with the username demo and the password demo.
But you will need to reconnect the USA IP network after every 7 minutes.
Go to USA IP
All the above 3 free VPN services are tested and workable here in China, if you have any problem to use them, please let me know by adding a comment below.
[Update] It seems that ItsHidden does not offer free VPN any more.
Sunday, November 14, 2010
How Blu-ray Discs Work
The industry is set for yet another revolution with the introduction of Blu-ray Discs (BD) in 2006. With their high storage capacity, Blu-ray discs can hold and play back large quantities of high-definition video and audio, as well as photos, data and other digital content.
In this article, I'll explains how the Blu-ray disc works and how it was developed, and we'll see how it stacks up against some other new digital video formats on the horizon.
A current, single-sided, standard DVD can hold 4.7 GB (gigabytes) of information. That's about the size of an average two-hour, standard-definition movie with a few extra features. But a high-definition movie, which has a much clearer image, takes up about five times more bandwidth and therefore requires a disc with about five times more storage. As TV sets and movie studios make the move to high definition, consumers are going to need playback systems with a lot more storage capacity.
Blu-ray is the next-generation digital video disc. It can record, store and play back high-definition video and digital audio, as well as computer data. The advantage to Blu-ray is the sheer amount of information it can hold:
- A single-layer Blu-ray disc, which is roughly the same size as a DVD, can hold up to 27 GB of data -- that's more than two hours of high-definition video or about 13 hours of standard video.
- A double-layer Blu-ray disc can store up to 50 GB, enough to hold about 4.5 hours of high-definition video or more than 20 hours of standard video. And there are even plans in the works to develop a disc with twice that amount of storage.
