POLED vs IPS LCD | What's The Difference? (Google Pixel 2 vs iPhone 8/X)
With the Recent release of the Google Pixel 2 and the iPhone 8, I have been hearing a lot about POLED displays as well as IPS displays. But really, what is the difference between the two? And are there any similarities? That’s what I’m here to answer. So, to anyone who may not know or anyone who knows very little about the two, stay tuned and let’s talk.
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POLED :
POLED is an acronym for Plastic Organic Light Emitting Diode. An OLED display is basically a light-emitting diode containing thin flexible sheets of an organic electroluminescent material, used for visual displays. The Part That POLED plays in the evolution of OLED displays is that it is quite flexible. We have seen POLED displays before in devices other than the Google Pixel 2, a majority being from LG, With the most recent being in LG’s LGV30 Smartphone.
Plastic OLED does have its own benefits over the glass variant that we’re more familiar with too. Perhaps the biggest is durability. The slightly flexible nature of the display offers some additional shock absorbance over glass, which means a slightly smaller chance of cracking your panel if you happen to drop your phone and a longer lifetime from stress fractures. Plastic OLED is also up to half as thin as glass OLED. This enables manufactures to build slightly thinner devices, and we all know how much of a premium is placed on freeing up space in today’s smartphones.
IPS :
Now, onto How the IPS LCD really works. A polarized backlight passes through the liquid crystals in the display, in front of red, green, and blue color filters for each sub-pixel. With IPS, a current is used to create an electric field parallel to the plate which twists the polarized crystal, which further shifts the polarity of the light. This then arrives at a second polarizer which filters out the light based on its polarity. The more light that passes through the second polarizer, the brighter the associated RGB sub-pixel will be. Therefore we can say that the brighter the light, the brighter the display, and that by itself is extremely obvious.
Using different TFT (Thin Film Transistor) materials and production techniques can alter the driving properties of the display and alter the transistor sizes, which affects properties such as brightness, viewing angles, and color gamut. Hence why you’ll find a variety of different naming schemes for IPS LCD display, including Super IPS, Super LCD5, Advanced Super IPS, Horizontal IPS and many more.
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