Showing posts with label is. Show all posts
Showing posts with label is. Show all posts

Monday, November 7, 2016

Nokia 101 flashing ok but set is dead 100 working solution

Nokia 101 flashing ok but set is dead 100 working solution


states of the phone is dead ...

flashing with atf ,

flashing is ok but one error is show (lcd test failed )





VBATT Powering Down <<<<
VBATT Powering Up >>>>
SET VCCIO Level Done
SET BSI Load Done

Booting Phone...
CPU ID Response: A200341100
CPU Type: XG110 2.1B
Phone Booted at after First attempt...

************************************************** ****
TIME STARTS HERE
************************************************** ****


Sending PBL 19456 bytes...
PBL Successfully Sent...

Sending SBL 65024 bytes...
SBL Successfully Sent...

Flash Chip Manufacturer: STMicroelectronics
Flash Chip Type: M58WR064 64 Mbit (4Mb x 16) NOR
Extended Information: Multiple Bank / Burst / 1.8v

Processing Image File: C:Program FilesNokiaPhoenixProductsRM-769 m769_007.200

FIRMWARE Image Found...
Number of Sections: 03
FIRMWARE Certificate Block Sent Successfully...
Processing Section 01 of 03
FIRMWARE Erase Block: 0x00000000~0x0001FFFE
Start Erasing...
Erasing Please Wait...
Block Erase Done...
Preparing Data Blocks...
Data Size: 24576 bytes
Data Checksum: F5BE
Uploading Data Blocks to phone...
FIRMWARE Data Blocks uploaded to phone...
Processing Section 02 of 03
FIRMWARE Erase Block: 0x00800000~0x00BFFFFE
Start Erasing...
Erasing Please Wait...
Block Erase Done...
Preparing Data Blocks...
Data Size: 4128768 bytes
Data Checksum: BFB7
Uploading Data Blocks to phone...
FIRMWARE Data Blocks uploaded to phone...
Processing Section 03 of 03
FIRMWARE Erase Block: 0x00C5D000~0x00E5FFFE
Start Erasing...
Erasing Please Wait...
Block Erase Done...
Preparing Data Blocks...
Data Size: 1697536 bytes
Data Checksum: 2B05
Uploading Data Blocks to phone...
FIRMWARE Data Blocks uploaded to phone...
Start Data Verification... (Please wait)
Data Verification Successful...


Processing Image File: C:Program FilesNokiaPhoenixProductsRM-769 m769_007.20mh

PPM Image Found...
Number of Sections: 01
PPM Certificate Block Sent Successfully...
Processing Section 01 of 01
PPM Erase Block: 0x00100000~0x0061813E
Start Erasing...
Erasing Please Wait...
Block Erase Done...
Preparing Data Blocks...
Data Size: 5341504 bytes
Data Checksum: 47D8
Uploading Data Blocks to phone...
PPM Data Blocks uploaded to phone...
Start Data Verification... (Please wait)
Data Verification Successful...


Processing Image File: C:Program FilesNokiaPhoenixProductsRM-769 m7690_nai07.20mh_nlt

CONTENT Image Found...
Number of Sections: 01
CONTENT Certificate Block Sent Successfully...
Processing Section 01 of 01
CONTENT Erase Block: 0x00E60000~0x00F49FFE
Start Erasing...
Erasing Please Wait...
Block Erase Done...
Preparing Data Blocks...
Data Size: 958464 bytes
Data Checksum: BB37
Uploading Data Blocks to phone...
CONTENT Data Blocks uploaded to phone...
Start Data Verification... (Please wait)
Data Verification Successful...


Exit Flash Mode Done...
Time Elapse : 00:04:32

************************************************** ****
You must Factory Reset the phone to enable the
ringtones and other customized settings to work
************************************************** ****


Waiting For Phone to go Online...

5, 4, 3, 2, 1...
MCU: V 07.20 30-03-12 RM-769 (c) Nokia
IMEI: 353654055460122
Product Serial Number: 3D65DAFBI
Product Code : 059J2D0
Module Code : 0204874
Basic Production Code: 059P5G1
PPM SW Version : V 07.20 30-03-12 RM-769 (c) Nokia MH
ADSP Version : p+V 07.20 30-03-12 RM-769 (c) NMP mh_nlt
MCU SW Version : V 07.20 30-03-12 RM-769 (c) Nokia
HW Version : 3000
UEM Version : 1328
UPP Version : 8850
LCD Version : UNKWN: IDs: 00:00:00
********** SIMLOCK INFO **********
CONFIG_DATA : 0010100000000000
PROFILE_BITS : 0000000000040002
ASIC : 11
PROVIDER : Default Test Operator

Block [1] 1:Open 2:Open 3:Open 4:Open 5:Open
Block [2] 1:Open 2:Open 3:Open 4:Open 5:Open
Block [3] 1:Open 2:Open 3:Open 4:Open 5:Open
Block [4] 1:Open 2:Open 3:Open 4:Open 5:Open
Block [5] 1:Open 2:Open 3:Open 4:Open 5:Open
Block [6] 1:Open 2:Open 3:Open 4:Open 5:Open
Block [7] 1:Open 2:Open 3:Open 4:Open 5:Open
ST_LCD_TEST : FAILED

Phone Cannot Enter Normal Mode if LCD
is Damaged or LCD is not Properly
Connected to the Main PCB


FACTORY SET TO : Full Factory Set
OK
FACTORY SET TO : User Data
OK
FACTORY SET TO : Leave Factory
OK
FACTORY SET TO : Service Center
OK
FACTORY SET TO : Software Upgrade
OK
FACTORY SET TO : Production Tune
OK

apply this jumber.. 100% working.....








phone is on condeshion.....


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Tuesday, October 25, 2016

WHAT IS RFID

WHAT IS RFID


INTRODUCTION

Radio-frequency identification (RFID) is an automatic detection method, relying on storing and remotely retrieving data using devices called RFID tags or transponders. The technology requires some extent of cooperation of an RFID reader and an RFID tag.

An RFID tag is an object that can be applied to or incorporated into a product, animal, or person for the purpose of identification and tracking using radio waves. Some tags can be read from several meters away and beyond the line of sight of the reader.

Most RFID tags contain at least two parts. One is an integrated circuit for storing and processing information, modulating and demodulating a radio frequency (RF) signal, and other specialized functions. The second is an antenna for receiving and transmitting the signal.

There are generally two types of RFID tags: active RFID tags, which contain a battery, and passive RFID tags, which have no battery.This project uses passive tags. Read-only tags are typically passive and are programmed with a unique set of data (usually 32 to 128 bits) that cannot be modified.

Future chip less RFID allows for discrete identification of tags without an integrated circuit, thereby allowing tags to be printed directly onto assets at a lower cost than traditional tags. Currently (2008) none of the chip less concepts has become operational.

Today, RFID is used in enterprise supply chain management to improve the efficiency of inventory tracking and management.


APPLICATIONS OF RFID ?

1. Access Control System

2. Attendance Recording System

3. Bank Locker System

4. Vehical Parking System

5.  Parts Identification

6. Person Identification


Of all this, we have implemented the  RFID based Access Control




       An embedded system can be defined as a computing device that does a specific focused job. Appliances such as the air-conditioner, VCD player, DVD player, printer, fax machine, mobile phone etc. are examples of embedded systems. Each of these appliances will have a processor and special hardware to meet the specific requirement of the application along with the embedded software that is executed by the processor for meeting that specific requirement. The embedded software is also called “firm ware”. The desktop/laptop computer is a general purpose computer. You can use it for a variety of applications such as playing games, word processing, accounting, software development and so on. In contrast, the software in the embedded systems is always fixed listed below:


 Embedded systems do a very specific task, they cannot be programmed to do different things. Embedded systems have very limited resources, particularly the memory. Generally, they do not have secondary storage devices such as the CDROM or the floppy disk. Embedded systems have to work against some deadlines. A specific job has to be completed within a specific time. In some embedded systems, called real-time systems, the deadlines are stringent. Missing a deadline may cause a catastrophe-loss of life or damage to property. Embedded systems are constrained for power. As many embedded systems operate through a battery, the power consumption has to be very low.

· Some embedded systems have to operate in extreme environmental conditions such as very high temperatures and humidity.


Application Areas

Nearly 99 per cent of the processors manufactured end up in embedded systems. The embedded system market is one of the highest growth areas as these systems are used in very market segment- consumer electronics, office automation, industrial automation, biomedical engineering, wireless communication,


data communication, telecommunications, transportation, military and so on.


Consumer appliances:

At home we use a number of embedded systems which include digital camera, digital diary, DVD player, electronic toys, microwave oven, remote controls for TV and air-conditioner, VCO player, video game consoles, video recorders etc. Today’s high-tech car has about 20 embedded systems for transmission control, engine spark control, air-conditioning, navigation etc. Even wristwatches are now  

becoming embedded systems. The palmtops are powerful embedded systems using which we can carry out many general-purpose tasks such as playing games and word processing.


Office automation:

The office automation products using em embedded systems are copying machine, fax machine, key telephone, modem, printer, scanner etc.


Industrial automation:

Today a lot of industries use embedded systems for process control. These include pharmaceutical, cement, sugar, oil exploration, nuclear energy, electricity generation and transmission. The embedded systems for industrial use are designed to carry out specific tasks such as monitoring the temperature, pressure, humidity, voltage, current etc., and then take appropriate action based on the monitored levels to control other devices or to send information to a centralized monitoring station. In hazardous industrial environment, where human presence has to be avoided, robots are used, which are programmed to do specific jobs. The robots are now becoming very powerful and carry out many interesting and complicated tasks such as hardware assembly.


Medical electronics:

Almost every medical equipment in the hospital is an embedded system. These equipments include diagnostic aids such as ECG, EEG, blood pressure measuring devices, X-ray scanners; equipment used in blood analysis, radiation, colonscopy, endoscopy etc. Developments in medical electronics have paved way for more accurate diagnosis of diseases.


Computer networking:

Computer networking products such as bridges, routers, Integrated Services Digital Networks (ISDN), Asynchronous Transfer Mode (ATM), X.25 and frame relay switches are embedded systems which implement the necessary data communication protocols. For example, a router interconnects two networks. The two networks may be running different protocol stacks. The router’s function is to obtain the data packets from incoming pores, analyze the packets and send them towards the destination after doing necessary protocol conversion. Most networking equipments, other than the end systems (desktop computers) we use to access the networks, are embedded systems

.

Telecommunications:

In the field of telecommunications, the embedded systems can be categorized as subscriber terminals and network equipment. The subscriber terminals such as key telephones, ISDN phones, terminal adapters, web cameras are embedded systems. The network equipment includes multiplexers, multiple access systems, Packet Assemblers Dissemblers (PADs), sate11ite modems etc. IP phone, IP gateway, IP gatekeeper etc. are the latest embedded systems that provide very low-cost voice communication over the Internet.


Wireless technologies:

Advances in mobile communications are paving way for many interesting applications using embedded systems. The mobile phone is one of the marvels of the last decade of the 20’h century. It is a very powerful embedded system that provides voice communication while we are on the move. The Personal Digital Assistants and the palmtops can now be used to access multimedia services over  the Internet. Mobile communication infrastructure such as base station controllers, mobile switching centers are also powerful embedded systems.

Insemination:

Testing and measurement are the fundamental requirements in all scientific and engineering activities. The measuring equipment we use in laboratories to measure parameters such as weight, temperature, pressure, humidity, voltage, current etc. are all embedded systems. Test equipment such as oscilloscope, spectrum analyzer, logic analyzer, protocol analyzer, radio communication test set etc. are embedded systems built around powerful processors. Thank to miniaturization, the test and measuring equipment are now  becoming portable facilitating easy testing and measurement in the field by field-personnel.


Security:

Security of persons and information has always been a major issue. We need to protect our homes and offices; and also the information we transmit and store. Developing embedded systems for security applications is one of the most lucrative businesses nowadays. Security devices at homes, offices, airports etc. for authentication and verification are embedded systems. Encryption devices are nearly 99 per cent of

the processors that are manufactured end up in~ embedded systems. Embedded systems find applications in . every industrial segment- consumer electronics, transportation, avionics, biomedical engineering, manufacturing, process control and industrial automation, data communication, telecommunication, defense, security etc. Used to encrypt the data/voice being transmitted on communication links such as telephone lines. Biometric systems using fingerprint and face recognition are now being extensively used for user authentication in banking applications as well as for access control in high security buildings.


Finance:


Financial dealing through cash and cheques are now slowly paving way for transactions using smart cards and ATM (Automatic Teller Machine, also expanded as Any Time Money) machines. Smart card, of the size of a credit card, has a small micro-controller and memory; and it interacts with the smart card reader! ATM machine and acts as an electronic wallet. Smart card technology has the capability of ushering in a cashless society. Well, the list goes on. It is no exaggeration to say that eyes wherever you go, you can see, or at least feel, the work of an embedded system! 


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Sunday, October 23, 2016

Nokia Asha 311 Touch is not working problem Solution Jumper Ways

Nokia Asha 311 Touch is not working problem Solution Jumper Ways


As we know Nokia Asha 311 have keypad and touch screen both.So if you are facing touch screen problem in Nokia Asha 311 it can be solve with a few steps that i am going to describe in this post.Look at the diagram bellow and follow steps that are given in it.
In above diagram you can see touch pad jack and a few different color lines in it. In first step try calibration to solve touch screen problem if touch screen touch positions are not correct.Nokia C5 Handsfree Headset problem solution ways
Nokia Asha 311 Touch is not working problem Solution Jumper Ways
If touch screen is totally not working you can replace with new one and if replacement of touch screen is not working that can be problem of touch pad ways.
In above diagram you can see touch pad tracks so check all these paths with meter and if any of them is missing apply jumpers as given in repairing diagram for Nokia Asha 311 touch screen.
for more detail and new tips and tricks about cellphone service problem keep visiting this page we will update cellphone service diagrams timely with new cellphone diagrams.some related post are also given bellow you can read them also for more information about cellphone.

Available link for download

Read more »

Monday, October 17, 2016

What is web hosting

What is web hosting


When you create website, it is composed of web pages having text, images, videos and other content for people to see them. However, people can see your website only when it is available on the Internet. To make your website available on the Internet, you have to store it on a computer called web server. When you buy some space on a web server and store your webpages there, your website becomes hosted and can be seen by anyone. When you make a website and want other people to see it, you will need to publish (or upload) it with a web hosting service.
Web hosting services work by storing your website files in high-powered computers (web servers) connected to a very fast network. When someone types in your web address, the Internet connects to the web server holding your website files and then transfers your website information back to their computer. From there they can surf and view the pages of your website.
There are number of companies who provide the web hosting in a very low cost rates such as www.hostgator.com, www.godaddy.com, bigrock.com.

Available link for download

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Saturday, October 8, 2016

What is 8051 Standard

What is 8051 Standard


Microcontroller manufacturers have been competing for a long time for attracting choosy customers and every couple of days a new chip with a higher operating frequency, more memory and upgraded A/D converters appeared on the market.

However, most of them had the same or at least very similar architecture known in the world of microcontrollers as “8051 compatible”. What is all this about?

The whole story has its beginnings in the far 80s when Intel launched the first series of microcontrollers called the MCS 051. Even though these microcontrollers had quite modest features in comparison to the new ones, they conquered the world very soon and became a standard for what nowadays is called the microcontroller.

The main reason for their great success and popularity is a skillfully chosen configuration which satisfies different needs of a large number of users allowing at the same time constant expansions (refers to the new types of microcontrollers). Besides, the software has been developed in great extend in the meantime, and it simply was not profitable to change anything in the microcontroller’s basic core. This is the reason for having a great number of various microcontrollers which basically are solely upgraded versions of the 8051 family. What makes this microcontroller so special and universal so that almost all manufacturers all over the world manufacture it today under different name?

As seen in figure above, the 8051 microcontroller has nothing impressive in appearance:

  • 4 Kb of ROM is not much at all.

  • 128b of RAM (including SFRs) satisfies the users basic needs.

  • 4 ports having in total of 32 input/output lines are in most cases sufficient to make all necessary connections to peripheral environment.

The whole configuration is obviously thought of as to satisfy the needs of most programmers working on development of automation devices. One of its advantages is that nothing is missing and nothing is too much. In other words, it is created exactly in accordance to the average user‘s taste and needs. Another advantages are RAM organization, the operation of Central Processor Unit (CPU) and ports which completely use all recourses and enable further upgrade.

2.2 Pinout Description

Pins 1-8: Port 1 Each of these pins can be configured as an input or an output.

Pin 9: RS A logic one on this pin disables the microcontroller and clears the contents of most registers. In other words, the positive voltage on this pin resets the microcontroller. By applying logic zero to this pin, the program starts execution from the beginning.

Pins10-17: Port 3 Similar to port 1, each of these pins can serve as general input or output. Besides, all of them have alternative functions:

Pin 10: RXD Serial asynchronous communication input or Serial synchronous communication output.

Pin 11: TXD Serial asynchronous communication output or Serial synchronous communication clock output.

Pin 12: INT0 Interrupt 0 input.

Pin 13: INT1 Interrupt 1 input.

Pin 14: T0 Counter 0 clock input.

Pin 15: T1 Counter 1 clock input.

Pin 16: WR Write to external (additional) RAM.

Pin 17: RD Read from external RAM.

Pin 18, 19: X2, X1 Internal oscillator input and output. A quartz crystal which specifies operating frequency is usually connected to these pins. Instead of it, miniature ceramics resonators can also be used for frequency stability. Later versions of microcontrollers operate at a frequency of 0 Hz up to over 50 Hz.

Pin 20: GND Ground.

Pin 21-28: Port 2 If there is no intention to use external memory then these port pins are configured as general inputs/outputs. In case external memory is used, the higher address byte, i.e. addresses A8-A15 will appear on this port. Even though memory with capacity of 64Kb is not used, which means that not all eight port bits are used for its addressing, the rest of them are not available as inputs/outputs.

Pin 29: PSEN If external ROM is used for storing program then a logic zero (0) appears on it every time the microcontroller reads a byte from memory.

Pin 30: ALE Prior to reading from external memory, the microcontroller puts the lower address byte (A0-A7) on P0 and activates the ALE output. After receiving signal from the ALE pin, the external register (usually 74HCT373 or 74HCT375 add-on chip) memorizes the state of P0 and uses it as a memory chip address. Immediately after that, the ALU pin is returned its previous logic state and P0 is now used as a Data Bus. As seen, port data multiplexing is performed by means of only one additional (and cheap) integrated circuit. In other words, this port is used for both data and address transmission.

Pin 31: EA By applying logic zero to this pin, P2 and P3 are used for data and address transmission with no regard to whether there is internal memory or not. It means that even there is a program written to the microcontroller, it will not be executed. Instead, the program written to external ROM will be executed. By applying logic one to the EA pin, the microcontroller will use both memories, first internal then external (if exists).

Pin 32-39: Port 0 Similar to P2, if external memory is not used, these pins can be used as general inputs/outputs. Otherwise, P0 is configured as address output (A0-A7) when the ALE pin is driven high (1) or as data output (Data Bus) when the ALE pin is driven low (0).

Pin 40: VCC +5V power supply.

2.3 Input/Output Ports (I/O Ports)

All 8051 microcontrollers have 4 I/O ports each comprising 8 bits which can be configured as inputs or outputs. Accordingly, in total of 32 input/output pins enabling the microcontroller to be connected to peripheral devices are available for use.

Pin configuration, i.e. whether it is to be configured as an input (1) or an output (0), depends on its logic state. In order to configure a microcontroller pin as an output, it is necessary to apply a logic zero (0) to appropriate I/O port bit. In this case, voltage level on appropriate pin will be 0.

Similarly, in order to configure a microcontroller pin as an input, it is necessary to apply a logic one (1) to appropriate port. In this case, voltage level on appropriate pin will be 5V (as is the case with any TTL input). This may seem confusing but dont loose your patience. It all becomes clear after studying simple electronic circuits connected to an I/O pin.



Input/Output (I/O) pin
Figure above illustrates a simplified schematic of all circuits within the microcontroler connected to one of its pins. It refers to all the pins except those of the P0 port which do not have pull-up resistors built-in.


Output pin
A logic zero (0) is applied to a bit of the P register. The output FE transistor is turned on, thus connecting the appropriate pin to ground.


Input pin
A logic one (1) is applied to a bit of the P register. The output FE transistor is turned off and the appropriate pin remains connected to the power supply voltage over a pull-up resistor of high resistance.


Logic state (voltage) of any pin can be changed or read at any moment. A logic zero (0) and logic one (1) are not equal. A logic one (0) represents a short circuit to ground. Such a pin acts as an output.

A logic one (1) is “loosely” connected to the power supply voltage over a resistor of high resistance. Since this voltage can be easily “reduced” by an external signal, such a pin acts as an input.

Port 0

The P0 port is characterized by two functions. If external memory is used then the lower address byte (addresses A0-A7) is applied on it. Otherwise, all bits of this port are configured as inputs/outputs.

The other function is expressed when it is configured as an output. Unlike other ports consisting of pins with built-in pull-up resistor connected by its end to 5 V power supply, pins of this port have this resistor left out. This apparently small difference has its consequences:


If any pin of this port is configured as an input then it acts as if it “floats”. Such an input has unlimited input resistance and indetermined potential.


When the pin is configured as an output, it acts as an “open drain”. By applying logic 0 to a port bit, the appropriate pin will be connected to ground (0V). By applying logic 1, the external output will keep on “floating”. In order to apply logic 1 (5V) on this output pin, it is necessary to built in an external pull-up resistor.


Only in case P0 is used for addressing external memory, the microcontroller will provide internal power supply source in order to supply its pins with logic one. There is no need to add external pull-up resistors.

Port 1

P1 is a true I/O port, because it doesnt have any alternative functions as is the case with P0, but can be cofigured as general I/O only. It has a pull-up resistor built-in and is completely compatible with TTL circuits.

Port 2

P2 acts similarly to P0 when external memory is used. Pins of this port occupy addresses intended for external memory chip. This time it is about the higher address byte with addresses A8-A15. When no memory is added, this port can be used as a general input/output port showing features similar to P1.

Port 3

All port pins can be used as general I/O, but they also have an alternative function. In order to use these alternative functions, a logic one (1) must be applied to appropriate bit of the P3 register. In tems of hardware, this port is similar to P0, with the difference that its pins have a pull-up resistor built-in.

Pins Current limitations


When configured as outputs (logic zero (0)), single port pins can receive a current of 10mA. If all 8 bits of a port are active, a total current must be limited to 15mA (port P0: 26mA). If all ports (32 bits) are active, total maximum current must be limited to 71mA. When these pins are configured as inputs (logic 1), built-in pull-up resistors provide very weak current, but strong enough to activate up to 4 TTL inputs of LS series.

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Wednesday, October 5, 2016

Smart Clip2 Software v1 02 04 is out!

Smart Clip2 Software v1 02 04 is out!


Smart-Clip2 Software v1.02.04 released!

MTK platform update:

1.Updated Unlock Code Calculator for Alcatel phones: 550 new PIDs have been added.

2. Alcatel OT-1009 has been added to MTK Calculator.

3. Some phones that had issues with ADB communication are now supported


Download Smart-Clip2 Software v1.02.04

More info and discussion are HERE.

Smart-Clip2-On!

Best Regards
GSMServer team

Available link for download

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Monday, September 26, 2016

Nokia X2 02 Mic is Not Working Problem Solution Jumper Ways

Nokia X2 02 Mic is Not Working Problem Solution Jumper Ways


if you having mic problem mic is not working proper.Lowe voice is at destination mobile phone or no voice at the phone you can solve all the above problems with following few steps that i am going to teach in this post.
Nokia X2-02 Mic is Not Working Problem Solution Jumper Ways
So carefully look at the above diagram and in it you can see all parts that are used in mic microphone function.As you can see there are two main color lines one is red and other is blue. Both tracks are about mic solution in Nokia X2-02.
Check all these tracks and paths with electronics meter and if any of these paths is missing you can apply jumpers as given in above diagram to solve microphone problem solution in Nokia X2-02.
if any of these parts is missing or damage you can replace them with working parts.
for more detail and new tips and tricks about cellphone service problem keep visiting this page we will update cellphone service diagrams timely with new cellphone diagrams.some related post are also given bellow you can read them also for more information about cellphone.

Available link for download

Read more »

Sunday, September 18, 2016

Nokia Asha 303 Touch is not working problem Solution Jumper Ways

Nokia Asha 303 Touch is not working problem Solution Jumper Ways


As we know Nokia Asha 303 have keypad and touch screen both.So if you are facing touch screen problem in Nokia Asha 303 it can be solve with a few steps that i am going to describe in this post.Look at the diagram bellow and follow steps that are given in it.
Nokia Asha 303 Touch is not working problem Solution Jumper Ways
In above diagram you can see touch pad jack and a few different color lines in it. In first step try calibration to solve touch screen problem if touch screen touch positions are not correct.
If touch screen is totally not working you can replace with new one and if replacement of touch screen is not working that can be problem of touch pad ways.
In above diagram you can see touch pad tracks so check all these paths with meter and if any of them is missing apply jumpers as given in repairing diagram for Nokia Asha 303 touch screen.
for more detail and new tips and tricks about cellphone service problem keep visiting this page we will update cellphone service diagrams timely with new cellphone diagrams.some related post are also given bellow you can read them also for more information about cellphone.

Available link for download

Read more »

Sunday, September 11, 2016

SigmaKey Software v1 30 00 is out! Acer Liquid MT S120 and others are added!

SigmaKey Software v1 30 00 is out! Acer Liquid MT S120 and others are added!





Sigma Software v1.30.00
and Sigma Firmware v1.32 are out!




Get the most out of the servicing software that today got even better!

Qualcomm Platform Update:

1. Added Direct Unlock / Read Unlock Codes features for:

? Acer Liquid MT S120 / Liquid Metal

How to connect the smartphone: On the powered OFF phone, press fully Camera and Vol+ simultaneously, and then press Power On button.

2. Updated Fast IMEI Repair database for the following ZTE phones:

? T7, F952: added 1 new version for each model


MTK Platform Update:

1. New models added to the list of supported:

? Avvio 402 (MT6250)
? Doro PhoneEasy 610 (MT6250)
? Bess VZ102 (MT6223)
? Stone ST-TC533 (MT6235)


Need unlock solution for other new and popular in your area Qualcomm-based smartphones of different brands?
Name them here.

Do you have locked MTK Android smartphone? You are welcome to test unlock solution for it here.



Download Sigma Software v1.30.00


Available link for download

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Saturday, September 10, 2016

WHAT IS ASP NET WEB FORMS

WHAT IS ASP NET WEB FORMS


The ASP.NET Web Forms page framework is a scalable common language runtime programming model that can be used on the server to dynamically generate Web pages.

Intended as a logical evolution of ASP (ASP.NET provides syntax compatibility with existing pages), the ASP.NET Web Forms framework has been specifically designed to address a number of key deficiencies in the previous model. In particular, it provides:

·         The ability to create and use reusable UI controls that can encapsulate common functionality and thus reduce the amount of code that a page developer has to write.

·         The ability for developers to cleanly structure their page logic in an orderly fashion (not "spaghetti code").

·         The ability for development tools to provide strong WYSIWYG design support for pages (existing ASP code is opaque to tools).


ASP.NET Web Forms pages are text files with an .aspx file name extension. They can be deployed throughout an IIS virtual root directory tree. When a browser client requests .aspx resources, the ASP.NET runtime parses and compiles the target file into a .NET Framework class. This class can then be used to dynamically process incoming requests. (Note that the .aspx file is compiled only the first time it is accessed; the compiled type instance is then reused across multiple requests).

An ASP.NET page can be created simply by taking an existing HTML file and changing its file name extension to .aspx (no modification of code is required). For example, the following sample demonstrates a simple HTML page that collects a users name and category preference and then performs a form postback to the originating page when a button is clicked:


ASP.NET provides syntax compatibility with existing ASP pages. This includes support for <% %> code render blocks that can be intermixed with HTML content within an .aspx file. These code blocks execute in a top-down manner at page render time.


Available link for download

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Wednesday, September 7, 2016

Nokia C2 01 Keypad is Not Working Problem Solution

Nokia C2 01 Keypad is Not Working Problem Solution


Nokia C2-01 keypad is not working or a set of keys is not working in It.This post is vary useful for you to solve keypad problem in Nokia C2-01.All cellular mobile repair solution see Nokia 2320 Classic Charger Not Responding or Not Supported
Nokia C2-01 Keypad is Not Working Problem Solutions
In above diagram you can see some different colors these are set of inner and outer.each color shows a set of keys so if any of them is not working you can apply jumper with same color inner or outer,
Nokia C2-01 Keypad is Not Working Problem Solution
all inner keys can be jumper with same inner key but color should must be same.
as inner outer can be jumper with outer but color should must be same.
so in above mentioned tips and tricks we can solve keypad problem easily.
Here is a keypad ic diagram you may have to replace this ic also in solving key pad problem of Nokia C2-01.
for more detail and new tips and tricks about cellphone service problem keep visiting this page we will update cellphone service diagrams timely with new cellphone diagrams.some related post are also given bellow you can read them also for more information about cellphone.

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Wednesday, August 31, 2016

When Dialing 911 on a Cell Phone or VoIP Service Location Tracking is Limited

When Dialing 911 on a Cell Phone or VoIP Service Location Tracking is Limited


Mobile Phone In Pocket With Emergency Number 911. Focus On Screen
Weve all seen it in films: Someones in a crisis circumstance, so they dial 911 on a landline telephone and keep running off. The police then hurry to their area. This area following doesnt fill in also with phones and VoIP administrations.

As we move from landline telephone administrations to cell telephones and VoIP administrations, its imperative to understand the confinements. In a crisis circumstance, you ought to attempt to remain focused line sufficiently long to give the administrator your exact area.

How 911s Landline Location Tracking Works

On account of something many refer to as "Upgraded 9-1-1" — utilized as a part of North America — your area is recorded when you ring 911 on a landline phone. "The general population wellbeing noting point" that gets the call then uses your telephone number to turn upward your area in a database.

This for the most part works exceptionally well, and rapidly. As were discussing landline telephones here, every landline telephone has a particular physical location connected with it — for instance, a house address or loft building address and flat number. Indeed, even this framework can at times come up short if the telephone number isnt went along legitimately or the data in the database isnt right, in which case the 911 administrator would need to approach you for your area.

Its generally a smart thought to remain focused line to give your area and whatever other pertinent data!

Vintage telephone on green foundation. Hotline bolster idea. 3d

Mobile phones and VoIP Services Challenge This

Phones arent connected to a solitary physical area — theyre continually moving around. Be that as it may, their areas can be followed with triangulation (contrasting the relative sign quality between three cell towers) and their GPS equipment.

VoIP administrations are significantly harder to track, as the brings are sent over the Internet and basically originated from an IP address with no phone tower data or GPS information to depend on. Both of these new advancements posture challenges.

The amount Location Data is Sent From Your Smartphone

Be that as it may, some area information is still sent! In 1996, the US FCC started requiring remote transporters to transmit area information from 911 calls put from cellular telephones on their systems. The necessities inclined up from just sending the area of the phone tower the call was put on to giving the area of the calling mobile phone itself.

Cell transporters might get this information from cell triangulation, or the telephones GPS chip itself. Then again, theres no acknowledgment that they can get the information from the Wi-Fi information that advanced telephones use to track our areas much all the more decisively, particularly inside.

Transporters are required to give a telephones area "inside of 50 to 300 meters." Thats 164 feet to 984 feet. Its implied this is genuinely uncertain, particularly in case youre in a thick, urban territory with bunches of structures and individuals. Whats more, this is for open air areas. Theres additionally no real way to pinpoint you on a particular floor of an indoor territory.

In this way, while this is superior to anything nothing, its not something you need to depend on in a crisis circumstance. The FCC needs to fix area prerequisites for mobile phone 911 calls, yet this wont happen until 2019 at indisputably the soonest.

Transmitter

VoIP Location Reporting

VoIP administrations are significantly harder to manage here. When you dial 911 from Skype or the telephone call highlight in Gmail, what happens? Regularly, nothing happens. To stay away from risk, numerous administrations — like Skype and Gmail — wont permit you to call 911 by any stretch of the imagination. They make it clear theyre not a substitution for customary telephone servics in crisis circumstances. That is something to hold up under as a primary concern — you cant utilize Skype or Gmail to put a 911 bring in a crisis, despite the fact that they can be a helpful swap for conventional telephone administration in numerous different circumstances.

Some VoIP administrations do permit you to call 911, however — particularly ones intended to supplant a conventional landline telephone. You enlist your place of residence with these administrations and theyll give it to a 911 administration if there should be an occurrence of crises. Make certain to investigate whether your VoIp supplier underpins 911 and guarantee you know how it will function in a crisis.

Different types of VoIP — for instance, a vast office fabricating that uses voice-over-IP highlights — can have physical location information alloted to each VoIP endpoint. It would be workable for a partnership utilizing a VoIP system to have the precise floor and office number of each VoIP telephone call followed in an area database that could be given to 911 administrations, for instance.

voip telephone

Coincidentally, you additionally likely cant contact 911 with an instant message. Content to-911 administration is still exceptionally uncommon and just accessible in constrained ranges. This ought to end up across the board eventually, be that as it may. Until further notice — like with area following — its essential to hold up under the impediments personality a main priority. That learning might conceivably help you on the off chance that you ever need to contact 911

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Tuesday, August 30, 2016

What to do if iPhone WiFi is greyed out

What to do if iPhone WiFi is greyed out


iphone wifi not functioning

If you are using iPhone 4S or iPhone 5 and have recently upgraded iOS, you might have ended up with your iPhone WiFi switch being greyed out. Read the article below to find out what causes this problem and ways it can be resolved.

The Apple Support Communities have seen a surge in problems related to iPhone users? WiFi being defunct. In many cases, the issue is related to iPhone 4S recently updted from iOS 5 to iOS 6 but also occurs in iPhone 5.

UPDATE: I found a useful post which summarizes iPhone WiFi connectivity issues in general. It might be useful for you.

Check out this tumblr post for an exotic way to fix iPhone WiFi:

  • http://bit.ly/17vldCD


What causes iPhone WiFi greyed out?

iPhone Wifi being greyed out means that there is a hardware-related issue ? i.e. the iPhone WiFi chip does not function.

With the release of iOS 6 back in September last year, Apple improved power management for better iPhone performance over iOS 5. As a result of inadequate testing, however, it happens that some WiFi chips in both iPhone 4S and iPhone 5 overheat under iOS 6.

ios 6 and iphone wifi greyed out

Fortunately, the iPhone is a piece of advanced technology which automatically prevents damage when the WiFi chip becomes too hot by powering the chip off. This causes your iPhone WiFi to be greyed out and ultimately, you cannot connect iPhone to the Internet via WiFi.

How to solve issue with iPhone WiFi not functioning?

You can verify whether your iPhone WiFi setting is greyed out or dimmed by navigating to Settings > WiFi.

iphone wifi setting dimmed

Also, go to Settings > General > About and you will see your Wi-Fi Address empty.

iphone wifi address missing

Since WiFi and Bluetooth use the same radio chip, it is very probable the iPhone Bluetooth feature under Settings > Bluetooth is disabled, disconnected, or inaccessible.

iphone bluetooth unavailable

To resolve the issue:

1. Navigate to Settings and make sure that Airplane Mode is switched off

airlpane mode switched off on iphone

2. In the iPhone Settings, go to General > Reset > Rest Network Settings

reset settings iphone network

3. Cold-restart the iPhone by pressing and holding the Sleep/Wake and Home buttons simultaneously for 10 seconds until you see the iPhone screen go blank

press home and sleep buttons to restart iphone

4. If this does not sort out the issue, update the iPhone?s iOS to the latest version by connecting the device to iTunes on your PC


Alternative method known to have worked in case of iPhone WiFi setting dimmed using freezer

1. Tap Settings >General> Cellular > Cellular Data > OFF

turn iphone cellular data off

2. Place the iPhone in a ziplock bag and make sure to squeeze the air out of the bag

3. Put the bag in a freezer for 15 minutes

Why place the iPhone in a freezer? As the iPhone would automatically turn off the WiFi chip due to overheating, when you cool down the chip sufficiently, the iPhone automatic protection is disabled. However, this is a temporary fix, until the next time the iPhone WiFi chip overheats and greys out.

If all fails or you wish to have a permanent solution for your iPhone WiFi greyed out, you must contact Apple directly. If your iPhone is in warranty, you are eligible for free-of-charge iPhone replacement by sending the device to the nearest Apple Store.

Still need help?

Post your question directly on my Facebook wall, Ill answer the same day with as many detailed instructions as possible.

To visit my helpful Facebook page click on the link below or scan the QR code to create your ticket:

  • http://www.facebook.com/iPhone.Contacts
qr code iphone wifi greyed out and other questions on facebook

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Tuesday, August 23, 2016

This is Why We Cant Use Mobile Phone on A Plane

This is Why We Cant Use Mobile Phone on A Plane


Cant Use Mobile Phone

It is prior for all the passenger to switch off their Mobile Phones. even the passenger President. this rules gas its own regulation that has been made by the government ans there is also an explanation why this rules has to be made and obey by all the Passengers on Plane.

Even on stand by position without switch on the signal, Mobile Phone still broadcasting periodic signal rapidly even in certain high. beside that Mobile Phone still have a network  connection with their closest BTS.

So, even Mobile Phone in Offline mode, its still make a network connection with certain distance, and it is can disturb communication and navigation system on Plane.

It is happen because Mobile Phone design to send and receive signal. on FM radio for example, Oscillator Frequency that radio has also could disturb VHF signal Navigation that Plane Has.

The farther our Mobile Phone distance with BTS in Land, the stronger signal emitted by Mobile Phone to maximum, and make a greater disturb impact. this thing could make communication between pilot and control tower disturb which can make Pilot error on reading Instrumen panel and disaster happen. 

Especially on landing and take off, this is a critical fase where many accindent happen on this fase, that is why it is normal when crew in cabin asking all the passenger tu torn off all electronic devices during the passengers on a Plane.

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