Skip to main content

Apple reportedly using the best OLED panels on the market for 2024 iPad Pro

It’s no secret by now that Apple will soon be announcing a new generation iPad Pro featuring OLED displays for the first time in both screen sizes. However, as the announcement nears, we now have more details about what to expect – and a new report claims that Apple is using the best OLED panels on the market for the 2024 iPad Pro.

2024 iPad Pro to use advanced OLED panels

Analyst Ross Young of Display Supply Chain Consultants (DSCC) has once again reported that the new iPad Pro models will indeed be equipped with OLED displays. However, Young was emphatic in saying that Apple has chosen the “best OLED tablet panels on the market” for its new tablets.

OLED panels use organic materials that emit light when an electric current is applied. These panels don’t need a backlight, unlike LCD displays, and each pixel is illuminated individually. This results in more contrast and deeper blacks, since the display can simply reduce the brightness or completely black out pixels in dark areas of the image.

However, OLED also has its downsides, such as reduced brightness compared to backlit panels and being susceptible to burn-in. When Apple brought OLED to the iPhone X in 2017, the company said it had addressed these concerns.

Young had previously said that the launch of the new iPads was partly delayed due to Samsung facing “technical challenges” with the production of these advanced OLED panels. It’s no surprise that Apple wants to have the best panels to show that the new technology is better than what it currently offers in the iPad Pro.

“The OLED iPad panels are expected to be by far the best OLED tablet panels on the market with LTPO, 120Hz refresh, a tandem stack and glass thinning resulting in ultra-thin and light displays with high brightness, extended battery life and long lifetime,” the analyst said in a note to investors.

What does that mean for consumers?

Apple OLED display panel
Phil Schiller on OLED displays

To make these displays brighter and also more efficient, Apple opted for panels with a two-stack tandem structure. This means that the display has two emission layers, which doubles the brightness compared to traditional OLED panels. The two-stack tandem structure panel also significantly increases the lifespan of the display, which is important for a product like the iPad.

Young also notes that OLED panels are much thinner than LCD panels due to the lack of backlighting. Rumors suggest that the 2024 iPad Pro models will be much thinner, which is probably due to the new display technology.

Apple currently uses a regular LCD panel in the 11-inch iPad Pro and a mini-LED panel in the 12.9-inch iPad Pro. For those unfamiliar, mini-LED uses multiple points of backlighting for increased contrast – but it’s far from reproducing perfect blacks like OLED. An OLED panel can also help save battery life in some situations.

Apple has set an event for May 7 to announce the new iPads.

More rumors on the new iPads

FTC: We use income earning auto affiliate links. More.

You’re reading 9to5Mac — experts who break news about Apple and its surrounding ecosystem, day after day. Be sure to check out our homepage for all the latest news, and follow 9to5Mac on Twitter, Facebook, and LinkedIn to stay in the loop. Don’t know where to start? Check out our exclusive stories, reviews, how-tos, and subscribe to our YouTube channel

Comments

Author

Avatar for Filipe Espósito Filipe Espósito

Filipe Espósito is a Brazilian tech Journalist who started covering Apple news on iHelp BR with some exclusive scoops — including the reveal of the new Apple Watch Series 5 models in titanium and ceramic. He joined 9to5Mac to share even more tech news around the world.

Manage push notifications

notification icon
We would like to show you notifications for the latest news and updates.
notification icon
Please wait...processing
notification icon
We would like to show you notifications for the latest news and updates.
notification icon
Please wait...processing