Taiwanese company Novatek has announced plans to start mass production of new OLED displays featuring Touch and Display Driver Integration (TDDI) technology in 2025. According to a report from DigiTimes, Apple is expected to be one of Novatek’s first customers, though this remains speculative. This cutting-edge TDDI tech merges touch and display drivers into a single component, allowing for thinner OLED displays—a potential game-changer for the upcoming iPhone 17 lineup, particularly the rumored iPhone 17 Air, also referred to as the iPhone 17 Slim.

TDDI technology could enable Apple to produce devices with ultra-thin designs, as integrating the touch and display driver layers reduces the overall thickness of the screen. This advancement aligns with rumors suggesting that Apple is planning a shift in its design approach for the iPhone 17 Air, a slimmer version of the iPhone, which could replace the Plus model. While the rumors are not yet confirmed, industry insiders speculate that Apple might also introduce TDDI technology to other products such as iPads and Apple Watches.

The iPhone 17 Air is anticipated to feature significant upgrades beyond its form factor. Rumored specifications include an A19 chip, 8 GB of RAM, and two main cameras. While the price is expected to rise, reaching around $1,299, this new model aims to bring innovation to Apple’s non-Pro lineup. Meanwhile, the iPhone 17 Pro models may feature the A19 Pro chip, 12GB of RAM, and an upgraded camera system with 48MP sensors, catering to power users seeking premium performance and multitasking capabilities.

DigiTimes also hinted at a potential foldable iPhone or iPad that could incorporate the TDDI technology, further highlighting Apple’s ongoing efforts to innovate across its product lines. While Apple has not confirmed these developments, the timeline for Novatek’s TDDI production aligns with the expected release of the iPhone 17, which could give Apple an edge in display technology.

As Apple continues to explore new display advancements, the integration of TDDI technology could lead to thinner, more energy-efficient devices, improved touch responsiveness, and smoother display refresh rates.

(via DigiTimes)

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