Tuesday, September 20, 2016

How To Flash ZTE Stock ROM / Firmware via SDcard

How To Flash ZTE Stock ROM / Firmware via SDcard - The model we looked at was running the latest Android 8.1 Oreo software. It also uses Asus’ own ROG Gaming UI interface that looks very appropriate for the style of the phone.Overall, it appears to be fairly stock Android even though it looks quite different due to the elements like icon pack. There doesn’t seem to be much bloatware, although this can change by the time the device launches, especially via networks. come along with that too, well we have collected a lot of data from the field directly and from many other blogs so very complete his discussion here about How To Flash ZTE Stock ROM / Firmware via SDcard, on this blog we also have to provide the latest automotive information from all the brands associated with the automobile. ok please continue reading:

Before using or applying this solution ensure to restore,flash and update,
the device firmware on Nokia X6. Oftentimes camera failure is cause by an interrupted firmware, restoring or flashing it back again will fix the problem. But
if that does not solved the problem you may then proceed to hardware repair troubleshooting, especially
if the device suffered from wet damaged and accidentaly dropped by the user.
The problem may possibly lies on faulty hardware components.

This solution below shows the main camera circuit on Nokia X6 and can be used as a guide to fix and repair camera hardware failure issues.

Nokia X6 Camera Hardware Problem Solution
nokia X6 camera repair solution
Camera Repair Tips:
a) Try to replace a new camera replacement module.
b) Check and clean the camera connector.
c) Do supply voltage measurement on corresponding camera supply voltages (see solution above). You can check this voltages while trying to enable the camera in ON condition.
    There are three voltage converters circuit that feeds voltage to enable the camera. This voltage  ranges are as follows, 1.8volts, 2.8volts and 1.3volts  DC voltages.
     This voltages are converted by a DC to DC converters chip. The chips converts the Battery voltage which is 3.7 volts and drop it down or minimize it to 1.8, 2.8 and 1.3 DC voltage.
  So, ensure that the battery supply voltage is properly feeds to each of the DC converter chips.
If  the battery supply voltage is present and still there is no voltage output you can read on each chip, you may then check or replace the DC to DC converter IC's.

d) If all voltages reading is working good and no problems found, but the problem still exists, you may then proceed to rework or replace the Camera Accelerator IC this chip holds and control the camera data signals before it feeds to the application processor IC.

No comments:

Post a Comment