📷 Image Credits: India Today
Apple’s upcoming iPhone 16 is making waves in the tech world with rumors hinting at significant design changes. One of the prominent changes expected in the iPhone 16 lineup is the return to a vertical camera layout, reminiscent of earlier models like the iPhone X and 11. This shift in design is not just for aesthetics but also for functionality, particularly aimed at enhancing features like Spatial Video recording.
With reports suggesting that the iPhone 16 series will include a new ‘Capture Button’ and larger screens for the Pro models, there is excitement building up for the upcoming launch. The new Capture Button, positioned on the right side of the phone, is set to offer an enhanced photography experience by providing intuitive controls for zooming, focusing, and capturing photos.
Moreover, the Pro models are rumored to feature improvements in camera technology, such as a 48-megapixel Ultra Wide lens and a ‘super telephoto’ periscope camera, promising better low-light photography and optical zoom capabilities. The lineup is also expected to debut new A-series chips manufactured on the latest N3E 3-nanometer node, promising improved efficiency and performance.
Reports suggest that Apple’s iPhone 16 series is slated for a September 2024 launch, with production set to begin in June. However, rising production costs could potentially lead to higher retail prices across the board for the iPhone 16 models, with estimates hinting at a starting price of over $799 for the base model and over $1,199 for the Pro Max variant.
In addition to the camera upgrades and chip advancements, leaked renders and schematics strongly hint at a return to the vertical camera layout for the base iPhone 16 models, along with potential benefits such as larger sensors for improved low-light performance and additional camera modules for future upgrades. These design changes, if confirmed, could significantly enhance the camera capabilities of the iPhone 16 lineup and pave the way for exciting new features like Spatial Video recording.
