Categories: NewsTech

Users have already discovered a problem with the 12.9″ iPad Pro 2021’s display

The 12.9″ iPad Pro has arrived with the biggest screen upgrade since 2018, with the new mini-LED display supposed to offer a huge brightness upgrade—and a possible bridge to OLED iPad screens in the future. Users have already raved about the new technology and what it offers, but there are now reports popping up that complain about a “blooming” effect on the top-of-the-line 12.9″ iPad Pro’s display.

Basically, the issue happens when using the tablet in dark environments, with users complaining that a slight blooming effect can be seen around the edges of bright areas on-screen. Have a look at some images:

According to @JoshTeder, the effect isn’t really noticeable—you only really see it when certain things like UI controls pop up. In normal daily use, you probably won’t see it too often; however, an OLED display would probably do better at separating the dark and whites compared to mini-LED displays, to be fair.

Similarly, @ParkaBlogs showed off the same blooming effect on his iPad Pro 2021. Interestingly, they contrasted the effect on the new iPad Pro (left) to the 2018 iPad Pro (right), revealing that the IPS-equipped iPad Pro 2018 also suffers from the same effect—but because it is spread out over a large area, it’s less noticeable.

As mentioned above, this is an issue that wouldn’t happen on OLED displays. OLED panels have pixels that can be individually turned on or off (hence the “true” blacks, and so on), while LED LCD displays are backlist with LEDs, which means that excess light should be expected to bleed into the surrounding pixels.

Mini-LED displays, like the one on the 2021 iPad Pro 12.9″, use smaller LED diodes, which should mean that darks can be more specific to areas on the display. This is how Apple explains it:

“Unlike the previous design that takes light emitting from one edge of the display and evenly distributes it across the entire back, the Liquid Retina XDR display uses over 10,000 custom-designed mini-LEDs spread uniformly across the entire back of the display, delivering higher LED density than any other display of its kind. These mini-LEDs are grouped into an array of over 2,500 individually controlled local dimming zones. This delivers incredibly deep blacks right next to bright image areas, achieving a 1,000,000:1 contrast ratio.”

While I don’t have a unit to play with myself, I doubt that this is a deal-breaker with the new iPad Pro. It’s still an improvement over the LCDs of the previous generation iPad Pro, and I wouldn’t really consider this to be a design flaw per se—it’s simply a matter of the technology. One day, we will probably (hopefully) see OLED displays on the iPad, which should (hopefully) see an end to the dimming/bleeding complaints.

What do you think?

[ SOURCE , 2 , 3 ]

Related reading

Recent Posts

What is it like washing your clothes in a RM12,999 washing machine? | Samsung Bespoke AI Laundry Combo™

This post is brought to you by Samsung. This is the Samsung Bespoke AI Laundry…

2 hours ago

Dongfeng Box Malaysia: 94hp compact EV with up to 310km of range, priced from RM101k

Dongfeng Box is now officially available in Malaysia. Launched in partnership with Central Auto Distributors…

5 hours ago

Nissan Kicks e-Power now open for booking in Malaysia, priced below RM130,000

Edaran Tan Chong Motor (ETCM) has announced that the Nissan Kicks e-Power is now open…

9 hours ago

TikTok, Content Forum and UiTM empowers students with Digital Literacy to promote a safer digital space

TikTok in partnership with Communications and Multimedia Content Forum of Malaysia (CMCF) have recently organised…

11 hours ago

Tesla owners in Malaysia can finally use the Autopark feature

Tesla owners in Malaysia have reported that their vehicles can now perform the Autopark feature.…

11 hours ago

Asus ROG Phone 9 series launching in Malaysia on 10th December 2024

After unveiling its latest smartphones, the Asus ROG Phone 9 series, to the world, Asus…

12 hours ago

This website uses cookies.