Apple to Launch 2027 iPhones with Samsung’s Power-Efficient LTPO3 OLED Displays
Major Display Upgrade Promises Better Battery Life and Supports Ultra-Thin Designs
Apple Targets Efficiency with LTPO3 OLED
Apple plans to introduce Samsung’s advanced LTPO3 OLED displays in its 2027 iPhones, bringing a major leap in battery efficiency and performance. The move will particularly benefit the anticipated iPhone Air, a slim model requiring ultra-efficient display tech.
- LTPO3 OLED improves power efficiency by using oxide in the driving thin-film transistor (TFT), which manages screen brightness.
- Previous LTPO versions only used oxide in the switching TFTs, limiting efficiency gains.
Proven Technology from Apple Watch
Apple already tested LTPO3 technology in the 2024 Watch Series 10, noting significant power savings. The positive results have encouraged Apple to scale the technology to larger devices, beginning with the iPhone lineup.
- LTPO1 debuted in the 2018 Watch Series 4 with one oxide switching TFT.
- LTPO2, used in the iPhone 16 Pro and Watch Ultra 2, used two switching TFTs.
LTPO3 Manufacturing: Complex but Promising
LTPO3’s production is technologically demanding, requiring new equipment and precision fabrication. Despite this, it offers a promising path toward extended battery life, especially as Apple seeks to balance power and design.
- Samsung Display and LG Display are expected to be the main suppliers.
- LG Display recently announced a â‚©1.26 trillion ($920 million) investment in June 2025, likely supporting LTPO3 development.
Timeline and Strategic Impact
Apple is set to finalize its LTPO3 plans by Q3 2025, giving partners ample time to ramp up production for a 2027 iPhone launch.
- The iPhone 17 series (late 2025) will feature LTPO2 OLED, marking an incremental step.
- iPhone Air will likely be the first to feature LTPO3, enabling its sleek design without compromising battery life.
By embracing LTPO3 OLED, Apple is not only upgrading display performance but also reaffirming its strategy to enhance energy efficiency and product design in future iPhones.
