The iPhone 18 Pro Max introduces a variable aperture main camera and the A20 Pro 2nm chip, resulting in notable improvements in low-light photography and battery endurance. While the physical design remains similar to the previous generation, it incorporates a smaller Dynamic Island and an under-display Face ID system with the infrared sensor relocated to the upper left. The internal cooling system features a vapor chamber with three times the surface area of the iPhone 17 Pro Max, which reduces thermal throttling and screen dimming during outdoor use. The A20 Pro chip provides up to 27% faster CPU performance and 40% faster GPU performance, though real-world speed gains in standard applications are marginal. Camera software enhancements include manual controls for shutter speed and white balance, focus tracking, and the ability to convert standard videos into cinematic mode post-capture. Battery life is reported to be substantially longer, with approximately 40% remaining at the end of a typical day compared to 20% on previous models. Charging speeds have also increased, reaching 50% in 15 minutes with a 60W adapter. However, the device is heavier than its predecessor, weighing 249 grams.
The iPhone 18 Pro Max features a variable aperture main camera lens with visible moving blades. The A20 Pro chip is manufactured using a 2-nanometer process for improved efficiency and performance.
Internal cooling is enhanced by a vapor chamber that covers three times more surface area than the previous model. Users can now convert standard video recordings into cinematic mode during the post-capture editing process.
The device's weight has increased to 249 grams, making it heavier than the iPhone 17 Pro Max. Battery life is significantly improved, often leaving 40% charge at the end of a day of testing.
Face ID now utilizes an under-display infrared sensor relocated to the top left of the screen.
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Worth noting
- The video is sponsored by Aulumu, a manufacturer of mobile phone cases.
- Performance benchmarks for the A20 Pro chip are based on early, unconfirmed results.
- Battery life observations are based on a single user's experience over a two-week period.