Apple Logo
The Apple logo is pictured at the company's flagship retail store in San Francisco. Reuters/Robert Galbraith

A new render of the upcoming iPhone 7 has surfaced, which has apparently revealed the probable features and the materials that will be incorporated in building the new iPhone 7 and 7 Plus smartphones. Rumors suggest that the new forthcoming iPhones will be sporting a major design upgrade.

A leaked render has revealed the features that will be available on the upcoming iPhone 7 smartphones. One of the major changes that will arrive with the iPhone 7 and 7 Plus smartphones is that both are likely to feature Super AMOLED screens, Business Korea reported.

However, other rumors have suggested that the Cupertino company will be using AMOLED screens for its iPhones in 2018. Ming-Chi Kuo, the well-known market analyst from KGI Securities has also predicted that Apple will be using AMOLED screens in the iPhones that will be released in 2019.

The iPhone 7 models will continue to sport 3D Touch feature that is available on current iPhones. The forthcoming iPhones will be wearing waterproof chassis and the rear panels will be made up of ceramic material.

The antenna bands that are available on the iPhone 6 and iPhone 6s models will no longer be present on the iPhone 7 and iPhone 7 Plus smartphones. Also, the new iPhones will feature a new metallic frame.

The upcoming iPhones will be coming with faster performing Touch ID sensor. Both iPhone 7 and 7 Plus smartphones will be powered by Apple A10 processor.

The iPhone 7 is expected to arrive with a traditional camera of 12-megapixel, but the iPhone 7 Plus will be showcasing dual-camera setup. The upcoming iPhones will not be featuring the conventional 3.5 mm audio jack.

Instead, both the iPhones will be carrying support for earphone connectivity through the Lightning port. ­The battery on the forthcoming iPhones will support fast charging. The Cupertino company will continue to follow the traditional pattern of releasing the upcoming iPhones in September.