Nokia C - Wikipedia

 

graphic nokia c1 01

Nokia C El Nokia C es un teléfono celular candybar de bajo costo, con una cámara VGA, ranura para tarjetas de memoria microSD de hasts 32 GB, e /10(2). C Latest MCU, PPM and CNT File V 1. MCU File 2. PPM File 3. CNT or Image File 4. dinodanesh.tk 5. _vpl 6. F7C8__dcp Nokia RM C Latest Flash File V Download Nokia C Sep 03,  · Hard reset Nokia c1 01 - Duration: GSM Diddy , views. How to create a 3D Terrain with Google Maps and height maps in Photoshop - 3D Map Generator Terrain - .


Nokia C1 01 USB Flashing Driver Download Free For Windows


Nokia C1 LCD pinout is not documented and no datasheet is available online. But the display is extremely low cost and would be a great one for using in microcontroller projects!

So here is what we do about graphic nokia c1 01. But is it? It is much more than a casual challenge. Note that the display on this phone is a 1. It can even play true-color videos, graphic nokia c1 01. On the other hand, you can hack one of these LCD displays that are used in popular phones and you can purchase these LCDs as phone spare parts for a quarter of the price of an Arduino itself! What can you possibly use the display for? You can make a small portable oscilloscope out of it or you could make an Arduino photo frame, if you are into that sort of things.

What will I use it for? I will use it to act as user interface for my IoT development boards powered by ESP which will be live on www. By using a commonly found phone display, I can make much cheaper development boards!

No attack succeeds without a plan of action. What approach works best with hardware reverse engineering depends on the type of application. As no security is involved here, graphic nokia c1 01, and this is only about figuring out the protocol and connections, this is relatively a very easy task.

A good approach would be as follows:, graphic nokia c1 01. The electronics industry presents numerous challenges where only practical experience with electronics can actually help. One such example is with physical inspection. If you have a good knowledge of PCB design and typical routing practices in flat flex connectors the flexible connector used on the LCD display herethen it is easy to guess many things based on physical appearance of the connector itself.

The image on the left is the front view and the one on the right graphic nokia c1 01 the view of the connector from the back side of the display. As you can see on the connector, the upper pin is marked pin 1 and the bottom pin is pin 12 in both images.

The golden part is the solder mask and the exposed metal part can be soldered on to the phone circuit phone PCB. Also, the vias connect both front and rear metal pads — so there are just 12 pins on this LCD that need to be figure out! The next immediate step is to measure the voltages on the pins when the phone is actually powered on and working! Now that we already guessed most connections — it is time to confirm the guesses. Here is how to confirm the guesses:.

Here, graphic nokia c1 01, the interface is obviously serial. Out of 12 pins, graphic nokia c1 01, we already know 2 are unconnected, 2 are ground, 2 are LED backlight and 1 3.

That leaves 5 pins only! As there must be a clock pin and at least one data pingraphic nokia c1 01, there must also be a reset pin why? Because all other common color LCDs have it! That leaves 2 mysterious pins…. What could the communication protocol be? How is the LCD getting the image data from the phone circuit?

Again, from experience, you can know you have only 3 possibilities:. Here, I2C is impossible — the speed is too low. The LCD cannot play videos with kbps data rate! So SPI seems highly likely, it needs 4 pins and has the type of speed expected. Subsequent parts will cover reverse engineering of the graphic nokia c1 01 communication protocol graphic nokia c1 01 the LCD and the phone.

Observing that can reveal a graphic nokia c1 01 of the commands used to put graphics on the display! It will also reveal what the remaining pins are actually used for. Hello Ameen, the protocol used is 9-bit SPI. The controller graphic nokia c1 01 many protocols! But the C display only supports 9-bit SPI. Hi Pratik. You can use it, I have the datasheet of the C controller. But I do not have any code library for this LCD yet!

The code is available for licensing. You can see how it is initialized using a logic analyzer! It should be easy I think. Give it a shot and let me know what happens? Your email address will not be published. A good approach would be as follows: Figure out the connections by physical inspection of connector Figure out connections by using a multimeter Guess the data graphic nokia c1 01 based on pin count Reverse engineer the protocol using a logic analyzer Guess some commands and search for similar LCD controllers on internet Try some commands and see what they do Finalize results!

Physical Inspection The electronics industry presents numerous challenges where only practical experience with electronics can actually help. Here is the front and back view of the LCD display flat flex connector: The image on the left is the front view and the one on the right is the view of the connector from the back side of the display. On closer physical observation: Pin 1 and pin 12 are not connected to anything! Pin 4 and pin 9 are most probably ground pins why?

Notice the wider traces heading into the display. Because it is quite thick, compared to most other traces, graphic nokia c1 01.

Pin 10 and pin 11 are probably LED backlight power supply why? Because they are equal width, wide traces. Also, they are effectively the last 2 pins of the connector. And LED backlight connections are almost always the last 2 pins. You would know this by experience of working with color LCDs. Studying the host connections The next immediate step is to measure the voltages on the pins when the phone is actually powered on and working!

Here is how to confirm the guesses: First point of attack is finding the LED backlight connections. Because it might be pin 10 and pin 11the two pin voltages are checked by putting the multi-meter between those two. And it stays at 3. The reading tells the polarity of the supply as well. So backlight pins are now confirmed. Pin 8 is also confirmed as power supply pin, as it always receives 3. Pin 4 and pin 9 have zero resistance between them when LCD is connected to phone.

Also, 3. So these must be ground pins as guessed. That leaves 2 mysterious pins… Guessing the protocol What could the communication protocol be? Reverse engineering the protocol Subsequent parts will cover reverse engineering of the actual communication protocol between the LCD and the phone. Until then, happy hacking! That is really cool! I might do more posts like this in the future. Have you succesfully interfaced nokia c1 lcd? Hope you would have come to a solution.

Can you share the code? It is currently only available for commercial licensing…. Can i use nokia graphic display for reverse enginnering?? Yes, that should be similar to this! Leave a Reply Cancel reply Your email address will not be published.

 

Nokia C1 LCD pinout and interface reverse engineering

 

graphic nokia c1 01

 

How To Connect Nokia C1 01 / C1 02 To PC The latest and updated version USB Flashing Driver has been released for Nokia C Series phones from the developers. you can download it from at the bottom given download link. if you have a Nokia "C" Series mobile phone. like, Nokia C1 01, Nokia C1, Nokia C2, Nokia C2 01, Nokia C2 02, Nokia C2 03, Nokia C3, Nokia C5, Nokia C6, Nokia C5 03, Nokia C3 01 Author: Sajjad Akber. Nokia C1– Prise en main 9. Nokia C1– Codes d'accès Le code de sécurité vous aide à protéger votre appareil contre toute utilisation non autorisée. Le code par défaut est Vous pouvez créer un code et le modifier, vous pouvez configurer l'appareil afin qu'il demande le code. Ne le divulguez pas et. Nokia C El Nokia C es un teléfono celular candybar de bajo costo, con una cámara VGA, ranura para tarjetas de memoria microSD de hasts 32 GB, e /10(2).