Apple could adopt a wider color standard for future OLED displays, a move that could improve color accuracy and push beyond the capabilities of current premium OLED panels.
A TrendForce report published on June 29 says Apple plans to gradually adopt OLED panels that cover 95% of the BT.2020 color gamut in future MacBook Pro, iPad Pro, and iMac models. Reaching that wider color standard will require a new generation of OLED emissive materials.
The research firm says those materials can deliver higher color purity while maintaining brightness, power efficiency, and panel lifespan.
Apple hasn't publicly announced plans to adopt BT.2020, and TrendForce didn't identify the source of its report. If Apple's roadmap unfolds as TrendForce expects, it would be one of the biggest display quality improvements since Apple introduced the OLED iPad Pro in 2024.
What are BT.2020 and DCI-P3?
Most modern Apple displays use the DCI-P3 color space, the standard for premium consumer electronics and professional creative work. BT.2020 is the color standard developed for Ultra HD television that defines a much wider range of reproducible colors than DCI-P3.
DCI-P3 became the standard for premium smartphones, tablets, laptops, HDR video, and professional photo editing because it reproduces a much wider range of colors than the older sRGB standard. BT.2020 expands that range even further and was developed for 4K and 8K Ultra HD content.
No commercial OLED panel can reproduce the full BT.2020 color space today. That's why display makers advertise the percentage of BT.2020 coverage a panel can achieve.
Displays that approach BT.2020 can reproduce more saturated reds, greens, and blues when compatible content is available. If Apple reaches 95% BT.2020 coverage, the result would represent a significant technical milestone.
Most people probably won't notice much difference during everyday use. Professional photographers, filmmakers, and HDR video editors would benefit the most from the wider color gamut.
New OLED materials would make the change possible
Reaching BT.2020 demands emitters that produce narrower, purer wavelengths of light while maintaining brightness, power efficiency, and long operating life. The report highlights technologies including MR-TADF, hyperfluorescence, and pTSF.
These OLED materials improve how individual pixels generate light instead of replacing OLED altogether. The improved materials produce purer colors while reducing wasted energy.
Most modern Apple displays use the DCI-P3 color space, the standard for premium consumer electronics and professional creative workThe new OLED materials are also designed to preserve brightness and panel lifespan. Advances in materials could become a larger competitive focus than traditional specifications such as brightness and panel thickness.
Apple's display roadmap
TrendForce expects MacBook Pro to adopt OLED displays between 2026 and early 2027 after Apple introduced OLED in the iPad Pro in 2024. The research firm also expects OLED displays to continue expanding beyond smartphones into larger computers.
Apple has spent years emphasizing color accuracy across its premium displays. BT.2020-capable OLED panels would fit that strategy if the company adopts them.
The company already factory calibrates many displays and supports wide color workflows throughout its operating systems. Higher-end displays are also marketed to photographers, filmmakers, designers, and other creative professionals.
Advances in OLED materials may play a larger role in future OLED development than panel hardware alone. New OLED materials could improve color gamut, power efficiency, and panel longevity.
