Apple Prepares iPhone Air 2 with 120Hz OLED Screen for Spring 2027 Launch
Apple is preparing to release the iPhone Air 2 with a 6.55-inch flat OLED display and a 120Hz refresh rate during the spring 2027 launch window, TIMES Indonesia reported, citing technology leaker Digital Chat Station via GSM Arena. The upcoming ultra-thin device is slated to feature a 1.5K+ resolution screen, an upgrade designed to deliver sharper visuals and smoother scrolling compared to its predecessor. Leaks across multiple tech reporting outlets indicate that Apple plans to position the slim handset alongside the standard iPhone 18 and the budget-focused iPhone 18e.
Advanced 2nm Chipset and Dual 48MP Cameras Drive Performance Upgrades
Performance on the iPhone Air 2 will reportedly rely on Apple’s upcoming A20 chipset built on a 2-nanometer fabrication process. According to reports from Batamnews, this advanced processor is expected to power premium models in the same hardware generation, including the iPhone 18 Pro and the foldable iPhone Duo. Photography specs also show a significant shift from the first-generation iPhone Air. Suara.com reported that Apple plans to equip the new slim model with two 48-megapixel rear cameras, incorporating both a wide sensor and an ultrawide sensor. This dual-lens configuration replaces the single-camera setup found on the original iPhone Air.
Apple Considering LTPO OLED for iPhone 19e in 2028Apple is reportedly exploring the adoption of low-temperature polycrystalline oxide (LTPO) thin-film transistor (TFT) OLED displays for the budget-oriented iPhone 19e, slated for release in the first half of 2028. If Apple… pic.twitter.com/vRJM8kmLEL
Larger 3,500mAh Battery Fits Inside a 5.2mm Chassis
Battery capacity and physical dimensions remain key focal points in the latest hardware leaks. Warta Ekonomi noted that the device is projected to carry a battery of approximately 3,500 mAh, marking a notable increase over the 3,149 mAh cell in the first-generation iPhone Air. Despite the larger power pack, the device is expected to maintain its ultra-slim profile with a thickness of roughly 5.2 millimeters. Additional internal upgrades cited by Babelpos include the implementation of a new N2 wireless chip and a C2 modem.
Contrasting Specifications Across the 2027 iPhone Lineup
While the iPhone Air 2 adopts high-end display and camera technology, Apple’s concurrently leaked entry-level model maintains more conservative specifications. Reports from Babelpos outline that the upcoming iPhone 18e will retain a 6.12-inch LTPS OLED display limited to a 60Hz refresh rate and a single 48-megapixel rear camera. However, that budget-focused model is also rumored to share the 2nm A20 processor and upgrade its front-facing camera to 24 megapixels. The division highlights Apple’s strategy to segment display refresh rates between its standard, air, and budget tiers for the spring 2027 release cycle.
Unconfirmed Specifications Await Official Apple Announcement
Despite detailed leaks circulating through industry analysts, Apple has not officially confirmed the existence, pricing, or exact release dates for the iPhone Air 2 or the iPhone 18e. Warta Ekonomi confirmed that as of late October 2026, no official announcements regarding technical specifications have been made public by the manufacturer. All current hardware details remain strictly in the rumor phase until Apple issues formal product invitations for its spring 2027 events.
Frequently Asked Questions About the iPhone Air 2
When is the iPhone Air 2 expected to launch?
Industry leaks place the expected release window in the spring of 2027, alongside the standard iPhone 18 and iPhone 18e models.
How thick will the iPhone Air 2 be?
Leaked dimensional data indicates the chassis will measure approximately 5.2 millimeters in thickness, maintaining the ultra-thin profile of the original iPhone Air.
What are the main camera upgrades compared to the first-generation model?
While the first-generation iPhone Air relied on a single rear camera, the iPhone Air 2 is rumored to feature a dual-lens 48-megapixel system consisting of wide and ultrawide sensors.
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