Screen Calibration Description
Is your screen different? Is it not very beautiful colors? With dead pixels? With phantom screen (Burn-In)? If for any of these questions your answer is yes, then this app is for you.
With our Screen Calibration app, in just 5 minutes, all these problems will be solved, and you will have a new cell phone screen.
APP FEATURES:
-> Simple interface
-> Removes dead pixels
-> Remove Ghost Screen - Burn-In
-> Makes the screen colors more beautiful and realistic
-> Improves screen resolution
-> AMONG OTHERS ...
OK, IT IS WRITTEN THAT HE FIXS DEAD PIXELS, GHOST SCREEN, BUT WHAT IS EACH OF THESE PROBLEMS?
GHOST SCREEN - BURN-IN
The Burn-in effect (also known as Ghost Screen) is the term used to refer to a phenomenon in which you find "ghost" images in a tenuous and permanent way on screens. This situation usually occurs due to long periods of exposure of still images on smartphone screens.
DEAD PIXELS
Dead pixels are pixels on a liquid crystal display (LCD) that are not working as expected. Currently, some types of problems that may occur related to dead pixels are known, which are:
Black pixel defects
A defect in which the pixel appears to be black is usually caused by a transistor in the transparent electrode layer that is stuck "on" on TN panels or "off" on MVA / PVA and IPS panels. In this state, the transistor places the liquid crystal material in a way that light never passes through the RGB layer of the display.
White Pixel Defects
A white pixel is a group of three sub-pixels (one pixel) where all transistors are "turned off" on TN panels or stuck "turned on" on MVA / PVA panels. This allows all light to pass through the RGB layer, creating a white pixel that is always on. This is also commonly called a hot pixel.
Partial sub-pixel defects
A partial sub-pixel defect is a production defect in which the RGB film layer has not been cut correctly.
Stuck subpixels
A stuck subpixel is a pixel that is always "on". This is usually caused by a transistor that is not receiving power and therefore continuously allows light at that point to pass through the RGB layer. This means that the pixel will remain red, blue or green and will not change when trying to display an image. These pixels may appear in certain applications or may be present at all times.
HOW TO SOLVE MY PROBLEM?
It is quite simple, after downloading our app, open it and press "CALIBRATE SCREEN", that the process will start and your problems on the screen will be left behind.
WHAT ARE YOU WAITING FOR? DOWNLOAD NOW!!!
With our Screen Calibration app, in just 5 minutes, all these problems will be solved, and you will have a new cell phone screen.
APP FEATURES:
-> Simple interface
-> Removes dead pixels
-> Remove Ghost Screen - Burn-In
-> Makes the screen colors more beautiful and realistic
-> Improves screen resolution
-> AMONG OTHERS ...
OK, IT IS WRITTEN THAT HE FIXS DEAD PIXELS, GHOST SCREEN, BUT WHAT IS EACH OF THESE PROBLEMS?
GHOST SCREEN - BURN-IN
The Burn-in effect (also known as Ghost Screen) is the term used to refer to a phenomenon in which you find "ghost" images in a tenuous and permanent way on screens. This situation usually occurs due to long periods of exposure of still images on smartphone screens.
DEAD PIXELS
Dead pixels are pixels on a liquid crystal display (LCD) that are not working as expected. Currently, some types of problems that may occur related to dead pixels are known, which are:
Black pixel defects
A defect in which the pixel appears to be black is usually caused by a transistor in the transparent electrode layer that is stuck "on" on TN panels or "off" on MVA / PVA and IPS panels. In this state, the transistor places the liquid crystal material in a way that light never passes through the RGB layer of the display.
White Pixel Defects
A white pixel is a group of three sub-pixels (one pixel) where all transistors are "turned off" on TN panels or stuck "turned on" on MVA / PVA panels. This allows all light to pass through the RGB layer, creating a white pixel that is always on. This is also commonly called a hot pixel.
Partial sub-pixel defects
A partial sub-pixel defect is a production defect in which the RGB film layer has not been cut correctly.
Stuck subpixels
A stuck subpixel is a pixel that is always "on". This is usually caused by a transistor that is not receiving power and therefore continuously allows light at that point to pass through the RGB layer. This means that the pixel will remain red, blue or green and will not change when trying to display an image. These pixels may appear in certain applications or may be present at all times.
HOW TO SOLVE MY PROBLEM?
It is quite simple, after downloading our app, open it and press "CALIBRATE SCREEN", that the process will start and your problems on the screen will be left behind.
WHAT ARE YOU WAITING FOR? DOWNLOAD NOW!!!
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