Official Asus ZenFone 2 ZE500CL (Z00D) Stock Rom [CRACKED]
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I bought this phone about 2 months ago, and as I already said above, it was not compatible with the original firmware (this 'bootloader' is the one presented on the official Asus's site), even if the phone is working great. So, since I'd like to be always updated, I decided to root it. It must be said that the phone itself is an Atom phone, I mean, it has a more or less outdated processor, but still it's a great phone. I've already rooted the phone a couple of times, the last was when I was trying the very first ZenFone 2 port from the official source. However, I tried again with the new port, I've read the instructions many times, and here I am, trying again..but something different happened, after several resets, I could boot with the recovery. My brother (a much more experienced android guy than I am) couldn't even start the emulator on his desktop. After a couple of hours I managed to load the stock rom but I couldn't find anything, just a simple log-in screen which doesn't even look much like it at all. It seems the problem is that I'm using patched-boot.img instead of a stock.img, which is why I'm here, looking for the stock image for that ROM. I'm not even sure I can follow any of the instructions for zenfone 2 z00d r10, there's no detailed step by step like the one with port z001.
I'm asking here for a tutorial on how to root my zenfone 2, for z00d-r10 based on patched-boot.img. The ONLY port I have is this one for z00d-r10. I hope you can help me to root my zenfone 2 z00d, even if it's just one command step by step
I have a problem booting original stock rom. After booting with patched-boot I did everything suggested in few guides and still I cannot boot to stock rom. I have tried to boot stock rom with this Patch_boot.img https://github.com/thedanwv/Tentative/blob/master/patch_boot.img for this http://forum.xda-developers.com/zenfone2/general/tentative-r-41-file-for-zenfone-2-fltf-f6a-1444342/msg1912742/ ec9bc5542f1
You can also Download Asus ZenFone 2 ZE500CL (Z00D) official recovery image for flashing into phone. The file is compatible for factory flashing or you can root your phone. .
Firmware flash file for Asus ZenFone 2 ZE500CL (Z00D).
Download Asus ZenFone 2 ZE500CL (Z00D) by free.
Download Stock ROM for Asus ZenFone 2 ZE500CL (Z00D).
Download the latest version of the Asus ZenFone 2 ZE500CL (Z00D).
Download ASUS ZenFone 2 ZE500CL (Z00D) latest firmware images.1. Field of the Invention
The present invention relates to liquid crystal display devices having wide viewing angles and high display quality.
2. Description of the Related Art
Active matrix liquid crystal display devices, which achieve high-quality display by driving pixel electrodes with active elements such as thin film transistors (TFTs), have been widely used in recent years. However, because of the stringent requirements of display performance in recent years, there is an increasing demand for larger active matrix liquid crystal display devices of higher definition and higher luminance.
For achieving higher definition and higher luminance, it is required to reduce black matrices, which surround the pixels, and to effectively utilize the space in the pixels. When black matrices are reduced to be smaller than the pixel area, a bright area (bright spot) may appear due to a bright line on a boundary of the black matrices and the pixel area. In a region surrounded by bright lines, different brightness is observed from a position at a boundary between the bright lines and a normal display area. This phenomenon is referred to as “bright line display”.
This bright line display is a cause of the reduction in display quality. In the active matrix liquid crystal display device, each pixel is controlled by a TFT formed in each pixel. A plurality of TFTs are arranged in a matrix form to control light transmission for the respective pixels. The current flowing through the liquid crystal in each pixel is controlled by the on-off action of the TFT and the liquid crystal is driven to change the light transmittance. When a dark line appears on a boundary between the light and dark areas, the difference in brightness is very small. Thus, a visibility is not reduced.
In view of this, methods of preventing such bright lines from being