Apple Secretly Developing Screens? Facts

Yes, Apple has been secretly developing its own display technology for years, but not in the way most rumors suggest. The company is not building its own LCD or OLED panels from scratch; instead, it designs custom display components and manufacturing processes, then partners with suppliers like LG and Samsung to produce them. This article explains what Apple has actually done, what it hasn’t, and what it means for future iPhones, iPads, and Macs.

Formula

The calculator above works out your average pace and speed from a finish time and distance. The formulas are:

• Pace (min/km) = finish time in minutes ÷ distance in kilometers
• Speed (km/h) = distance in kilometers ÷ (finish time in minutes ÷ 60)

Variables:

• t = finish time in minutes (e.g., 50 min)
• d = distance in kilometers (e.g., 10 km)

Worked Example

Using the default values: t = 50 minutes, d = 10 km.

1. Pace = 50 ÷ 10 = 5.00 min/km
2. Speed = 10 ÷ (50 ÷ 60) = 10 ÷ 0.8333 = 12.00 km/h

So a 50-minute 10K means a 5:00 per kilometer pace and 12 km/h average speed.

What “Apple Screens” Actually Means

When people say “Apple is secretly developing screens,” they usually mean one of three things:

• Custom display driver chips – Apple designs the chip that controls the pixels, which it has done since the iPhone 6 era.
• MicroLED technology – Apple has spent over a decade researching its own MicroLED displays, which use microscopic LEDs for better brightness and efficiency than OLED.
• In-house OLED panel production – This is the part Apple has not done. It still buys finished OLED panels from Samsung and LG.

Apple’s secretive work is real, but it is focused on designing screens, not manufacturing them. The company lacks its own fabrication plants for displays, and building one would cost billions.

History of Apple’s Display Work

Apple has been quietly building display expertise for over a decade:

• 2014: Apple acquired LuxVue Technology, a startup working on MicroLED displays. This was the first public sign of in-house display research.
• 2018–2020: Apple reportedly set up a secret MicroLED development facility in California, with hundreds of engineers.
• 2020: Apple began using its own display driver chips in the iPhone 12 series, reducing reliance on Samsung for that component.
• 2024: Apple released the Apple Watch Ultra 2 with a display that uses a custom driver, but still an OLED panel from a supplier.

So the “secret” is not new – it is an ongoing, slow-moving effort to control more of the display stack without owning factories.

Why Apple Wants Its Own Screens

The main reason is control and cost. Apple currently pays Samsung and LG billions per year for OLED panels. By designing its own display drivers and eventually MicroLED panels, Apple can:

• Reduce dependence on a single supplier – Samsung currently makes the majority of iPhone OLEDs.
• Differentiate features – custom drivers allow unique power-saving modes and brightness tuning that competitors can’t copy.
• Lower long-term costs – even if initial R&D is expensive, owning the design reduces per-unit licensing fees.

Another factor is quality control. Apple has had issues with OLED burn-in and color shifts, and it believes its own designs could prevent these problems.

MicroLED: The Real Secret

MicroLED is the technology Apple has invested the most in. Unlike OLED, which uses organic compounds that degrade over time, MicroLED uses inorganic LEDs that last longer and are brighter. It also has perfect black levels like OLED, but without burn-in risk.

However, MicroLED is extremely hard to manufacture. The LEDs are only a few micrometers wide, and placing millions of them onto a substrate requires precision that current machines struggle with. Apple’s reported plan was to use MicroLED first in the Apple Watch, then iPhones, then Macs. As of 2025, no Apple product uses MicroLED, and reports suggest the project has faced delays due to high costs and yield issues.

What Apple Has NOT Done

Apple has not built its own display fabrication plant. It has not announced any intention to do so. The company’s approach is to design the screen’s architecture, but outsource the actual production to existing panel makers. This is similar to how Apple designs its own chips (A-series, M-series) but has them manufactured by TSMC.

There is also no evidence that Apple is developing LCD or traditional OLED from scratch. The “secret screens” are specifically about next-generation MicroLED and custom driver chips.

How This Affects You

For consumers, the practical impact is slow. You will not see a dramatic change overnight. What you might notice over the next few years:

• Better battery life from more efficient display drivers
• Brighter outdoor visibility without extra power draw
• Longer display lifespan, especially on Apple Watch and iPhone
• Possibly lower repair costs if Apple controls more of the supply chain

But if MicroLED fails to reach mass production, Apple will likely continue using OLED for the foreseeable future. The secret project may never appear in a product – many Apple R&D projects are cancelled before launch.

Common Misconceptions

“Apple is building a screen factory.” No evidence supports this. Apple has never announced a display fab, and analysts agree it is too capital-intensive.

“Apple already uses its own screens.” Partially true. It uses its own driver chips, but the actual panel is from Samsung or LG. The iPhone 15’s OLED is made by Samsung and LG, not Apple.

“MicroLED is ready.” It is not. As of 2025, no consumer product has a MicroLED display from Apple, and the technology remains expensive and difficult to produce at scale.

Frequently Asked Questions

Is Apple really making its own screens?

Apple is designing custom display components, especially MicroLED and driver chips, but it is not manufacturing the panels itself. It relies on suppliers like Samsung and LG for the actual glass and OLED layers.

When will Apple release a MicroLED product?

There is no official date. Reports suggest the Apple Watch was the target, but delays have pushed it back. Some analysts predict 2026 or later, but it could be cancelled entirely.

Why does Apple want its own screens?

To reduce costs, gain more control over quality and features, and avoid relying on rival Samsung for a critical component. It also allows unique hardware-software integration.

Will this make iPhones cheaper?

Not directly. Apple typically keeps profit margins, so lower component costs rarely lead to lower prices. It might, however, allow Apple to add more features at the same price.

Does Apple already use its own display driver chips?

Yes, since the iPhone 12, Apple has used its own display driver ICs for the OLED panels. This is a form of “secret screen development” that is already in your phone.

Bottom Line

Apple is indeed secretly developing screens, but the secret is not that it is building its own factories. It is designing the brains and future display tech (MicroLED) while still outsourcing the physical panels. The project is real, slow, and uncertain – but it could reshape how Apple’s displays look and last in the late 2020s.

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in t | Finish time | min | 50 | 0
in d | Distance | km | 10 | 0 | 100000
out pace | Average pace | min/km | t / d | 2
out speed | Average speed | km/h | d / (t / 60) | 2