Apple preparing iPad Pro models with OLED displays for second half of 2021
Apple reportedly plans to swap the LCD displays on its iPad Pro models for OLED panels produced by Samsung and LG sometime in 2021.

Credit: Andrew O'Hara, AppleInsider
The company is rumored to be preparing a new iPad Pro model with mini LED backlighting for release in early 2021. But a report from Korea-based publication TheElec suggests that some models in the 2021 iPad Pro lineup could also adopt OLED display technology.
According to the publication, Samsung Display and LG Display are currently developing new OLED panels for the tablets. Unlike a mini LED model, these OLED-equipped iPad Pro models are reportedly slated for a launch in the second half of 2021.
TheElec reports that Apple's plan to release OLED iPad Pro models could be delayed depending on the scale of adoption of LCD displays with mini LED backlighting, however.
Those OLED displays will be produced according to higher specifications than the OLED screens on Apple's iPhone lineup. That could be to mitigate some of the issues with OLED use on tablets. Because tablets are typically used longer, OLED panels with just one emitting layer could suffer from burn-in or loss of brightness over time.
Samsung Display, for example, was said to be adding a distribution chamber to one of its OLED production lines that would be able to stack emitting layers on top of each other. The result would be an OLED panel with a longer lifespan compared to ones that use just one layer.
Although Apple is largely expected to release at least one mini LED iPad Pro model in 2021, it isn't clear how this rumor of OLED-equipped devices fits in. The Cupertino tech giant may have changed its plans, or it could be planning to release a mini LED model early in 2021 with OLED devices coming later that year.
OLED and mini LED technology have many of the same benefits over traditional LCD displays, including better power efficiency, higher levels of brightness, and improved contrast ratios.
In addition to new display technology, Apple is rumored to introduce 5G wireless connectivity on its iPad Pro models in 2021.

Credit: Andrew O'Hara, AppleInsider
The company is rumored to be preparing a new iPad Pro model with mini LED backlighting for release in early 2021. But a report from Korea-based publication TheElec suggests that some models in the 2021 iPad Pro lineup could also adopt OLED display technology.
According to the publication, Samsung Display and LG Display are currently developing new OLED panels for the tablets. Unlike a mini LED model, these OLED-equipped iPad Pro models are reportedly slated for a launch in the second half of 2021.
TheElec reports that Apple's plan to release OLED iPad Pro models could be delayed depending on the scale of adoption of LCD displays with mini LED backlighting, however.
Those OLED displays will be produced according to higher specifications than the OLED screens on Apple's iPhone lineup. That could be to mitigate some of the issues with OLED use on tablets. Because tablets are typically used longer, OLED panels with just one emitting layer could suffer from burn-in or loss of brightness over time.
Samsung Display, for example, was said to be adding a distribution chamber to one of its OLED production lines that would be able to stack emitting layers on top of each other. The result would be an OLED panel with a longer lifespan compared to ones that use just one layer.
Although Apple is largely expected to release at least one mini LED iPad Pro model in 2021, it isn't clear how this rumor of OLED-equipped devices fits in. The Cupertino tech giant may have changed its plans, or it could be planning to release a mini LED model early in 2021 with OLED devices coming later that year.
OLED and mini LED technology have many of the same benefits over traditional LCD displays, including better power efficiency, higher levels of brightness, and improved contrast ratios.
In addition to new display technology, Apple is rumored to introduce 5G wireless connectivity on its iPad Pro models in 2021.
Comments
This is why this rumor is bunk. 120Hz ProMotion OLED displays that size would be EXPENSIVE!!!
What I would like to see offered at some point is the ability to make your IPad (and watch) your Phone and dispense with the iPhone completely. Doubt Apple would do that, but an Apple Watch (w Cellular) IPad Pro (w Cellular) combo kind of negates the need for the iPhone completely.
In lieu of that, Apple will likely have a 14X for the next iPad Pro models.
No, never gonna happen, but it’s now possible that we may get, with an A14x, one USB 4/Thunderbolt port. I’m reading somewhat contradictory information. One is that there is one TB controller in the M1 with two TB ports, which is the way these controllers normally work. The other is that there are two controllers, each with just one TB port. Both sides insist their info is correct.
if the former is true, Apple could include it and just use one port. If the latter is correct, they could use it as is.
we would all jump hoops to get two TB ports. That would be great on its own, but with the Magic Keyboard’s charging port, it would be fantastic, but it’s likely too much to expect.
I really don’t see why we couldn’t get one though. Considering that the new computers each have two, this wouldn’t be taking much away from them.
we can always hope, right?
so what convergence can these chips end up with, other than a USB 4/TB port? Moving to 8GB RAM is one, but what else?
macs are used for far more than word processing. There would be no need for an iMac Pro, or a Mac Pro if word processing was the main focus. Macs are used in the pharmaceutical industry for research. In nasa for engineering, for motion picture editing. For publishing, photography, graphics, CAD/CAM, etc.
if anything, Macs will pull away from iPads in processing power, and battery life. People aren’t going to want an iPad that weighs another half pound to double battery life. It’s limited to what a very thin device with a screen can do. It’s amazing how far it’s come, but you look at the cooling in the MacBook Air, and you can see how big the passive cooling is.