Apple is reportedly preparing to roll out upgraded versions of its MacBook Air, iPad Mini, and iPad Air, each featuring advanced OLED display technology. According to new supply chain leaks, these devices are expected to launch sometime in 2026, marking Apple’s continued transition away from LCD and mini-LED screens in favor of the superior OLED panels.

OLED Technology Expands Beyond iPhones and Pro iPads

Apple’s upcoming models will reportedly use tandem OLED panels, which are said to offer better brightness, improved power efficiency, and longer lifespan compared to current displays. The move would align Apple’s mid-range and lightweight devices with the premium display standards seen in the iPhone 15 Pro and iPad Pro (2024) lineup.

Sources suggest that Samsung Display and LG Display are currently in talks with Apple to supply the panels for these next-generation devices, with production expected to begin in late 2025.

MacBook Air With OLED Could Bring Major Design Refinement

The MacBook Air — Apple’s best-selling laptop — is anticipated to receive a significant overhaul. The adoption of OLED technology could result in thinner bezels, improved contrast, and smoother animations, while keeping the Air’s lightweight form factor. Apple may also integrate next-generation Apple Silicon, possibly the M5 chip, to further enhance performance and energy efficiency.

iPad Air and iPad Mini to Catch Up With Pro Models

The iPad Air and iPad Mini will reportedly receive their first major display upgrade in years. OLED screens on these models could bring richer colors and true blacks, narrowing the gap between Apple’s mid-tier and premium tablet lines. The iPad Mini may also feature a redesigned chassis and upgraded camera setup, while the iPad Air could offer new size options similar to the iPad Pro lineup.

Apple’s OLED Strategy for 2026 and Beyond

Industry analysts believe Apple’s broader OLED transition strategy will cover nearly all iPad and MacBook models by 2027. The company aims to standardize its display technology across devices, ensuring uniform color accuracy and visual performance throughout its ecosystem.