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Apple hasn't abandoned microLED tech, despite recent setbacks

A future Apple Watch Ultra could be among the first products to get microLED display technology.


Despite claims to the contrary, Apple is said to be still planning the use of microLED in future products such as the Apple Watch Ultra and a rumored follow-on to the Apple Vision Pro.

The report suggests that Apple's alleged AR glasses using microLED screens will enter mass production sometime in 2026. It also says that a plan to use microLED in a future Apple Watch Ultra will also happen in 2026.

Given that the regular Apple Watch was updated to Series 10 in September 2024, it would seem more likely that an Apple Watch Ultra Series 3 could arrive at some point in late 2025.

Apple launched the original Apple Watch Ultra in September of 2022, and the Apple Watch Ultra 2 in September of 2023. For September 2024, the company opted to offer a new black color option to the current model.

Apple and microLED technology

Analyst Ming-Chi Kuo reported in March of 2024 that Apple had abandoned the idea of using a microLED display for a third series of Apple Watch Ultra, due to cost. One of the suppliers who Apple arranged for microLED production, LG Display, asked for compensation after the project was shelved.

MicroLED technology is similar to regular LEDs, but at the micron level. The advantage of microLED is that it could offer OLED-like contrast and brightness, but without requiring a backlight panel.

Instead, the microLEDs are used directly to make the picture. They are deposited in a pattern, with each able to display red, green, or blue light. This also eliminates the need for a color filtering layer.

Earlier reports quoting reliable sources like Ross Young supported the notion that the Apple Watch Ultra would gain a microLED-based display in 2025. This contradicted a claim from analyst Jeff Pu that the technology would arrive in 2024, which turned out to be incorrect.

The new claim stems from a recent account on X.com under the name "Jukanlosreve," who appears to be the same person who formerly posted leaks under the names "Revegnus" and "Tech_reve." Under the previous names, they have said that a second-generation Apple Vision Pro might launch in 2026 at half its current price, which is within the realm of plausible.

That said, they have also supported claims that Apple had abandoned its efforts to create an in-house 5G modem. The new modem is now expected to debut in the next edition of the iPhone SE.

In addition, their initial prediction for the Apple Vision Pro was that Apple would sell a million units of the AR/VR headset in 2024. Currently, the Apple Vision Pro is estimated to have sold around half that number of units.



7 Comments

tht 23 Years · 5654 comments

I can see Apple continue to try to get microLED into production for the Apple Watch, but seems like it won't be enough for an AR/VR. You'd need 1500, 3000 to 6000 ppi for these applications.

charlesn 11 Years · 1193 comments

<<< In addition, their initial prediction for the Apple Vision Pro was that Apple would sell a million units of the AR/VR headset in 2024. Currently, the Apple Vision Pro is estimated to have sold around half that number of units. >>>

 Could the BS pile any higher around the, cough, "failure" of Vision Pro? I think not. So, let's see: AI is now saying that Apple is estimated to have sold "around half" of a baselessly predicted sales estimate of a million units in its first year. So that would be "around" 500,000 units sold and we're still in early October. What makes that number so remarkable--and so successful--is this:

 In July of 2023, the Financial Times of London reported that due to manufacturing complexities, Apple had determined it would make fewer than 400,000 AVPs in 2024.

 And then, two months later at the end of September, in a completely separate report that backed up the Financial Times, Ming-Chi Kuo said this: "Based on some component suppliers' maximum production capacity estimates, Vision Pro shipments in 2024 will be at most 400,000-600,000 units," Kuo claims. Apparently, the market expectation for shipments in 2024 is one million, according to Kuo."

 So with three months left to go in 2024, AI is now saying that Apple is estimated to have sold its entire production capacity for the year. NICE!

Thatguy2 1 Year · 5 comments

Looks like Apple hasn’t sold its entire production vision p capacity for 2024. These are available everywhere for anyone who can pay the price of admission. That being said, can’t say I would want the first edition of most tech, especially Vp

elijahg 18 Years · 2842 comments

The advantage of microLED is that it could offer OLED-like contrast and brightness, but without requiring a backlight panel.

Instead, the microLEDs are used directly to make the picture. They are deposited in a pattern, with each able to display red, green, or blue light. This also eliminates the need for a color filtering layer.

What? OLED doesn't have a backlight panel, OLED pixels are "used directly" to make the picture and they don't need a color filtering layer. You are confusing LCD and LED. Either way LCD is irrelevant on the Watch because it uses OLED. The actual advantages to MicroLED are it's essentially immune to burn in, the brightness is higher, colour quality can be better and potentially less power consumption. You are welcome to credit me in the article.

charlesn 11 Years · 1193 comments

elijahg said:

The advantage of microLED is that it could offer OLED-like contrast and brightness, but without requiring a backlight panel.

Instead, the microLEDs are used directly to make the picture. They are deposited in a pattern, with each able to display red, green, or blue light. This also eliminates the need for a color filtering layer.

What? OLED doesn't have a backlight panel, OLED pixels are "used directly" to make the picture and they don't need a color filtering layer. You are confusing LCD and LED. Either way LCD is irrelevant on the Watch because it uses OLED. The actual advantages to MicroLED are it's essentially immune to burn in, the brightness is higher, colour quality can be better and potentially less power consumption. You are welcome to credit me in the article.

The wording is definitely confusing but the intended meaning is not incorrect. The complete thought being expressed is the following, with my addition in bold: "The advantage of microLED is that it could offer OLED-like contrast and brightness, but without requiring a backlight panel like conventional LED displays."