Apple is expected to unveil its flagship phone, iPhone 7 this September. The company is also gearing to launch the 4.0 inch iPhone this month which is named as iPhone SE. It will be the first time for Apple to release two iPhones in the same year, since it has launched only one model of iPhone per year since first generation iPhone.

Apple iPhone 7’s Image Leaked, reveals new design and camera

[dropcap]N[/dropcap]ew images of iPhone 7 have surfaced on Internet which originally came from Nowhere Else website. The new image states that iPhone 7 rear panel will be flat without bulged camera which the current Apple flagship phones are sporting like iPhone 6S. Moreover, iPhone 7 will also get rid of antenna lines which are present in iPhone 6 and later iPhones. According to the image leaked, the Antenna Bands will be still present in the bottom of the iPhone 7. The antenna bands present in iPhones are believed to help network signals enter the iPhone’s aluminum bodies.

iPhone 7 Leaked Image
iPhone 7 Leaked Image

The image also points about camera design, it shows the camera will be bigger in iPhone 7 and will not be bulged out as seen in iPhone 6/6S. According to rumors, Apple may come with dual camera to its new iPhone. Experts claim that this will help to take fine and brighter images and will also reduce the image size.

Also Read: Apple iPhone SE’s Price, Specifications Leaked

iPhone 7 May Come with Wireless Charging. You may soon be able to charge iPhone 7 while sitting at the mat and if you have medium sized room, which means you can easily use and charge your iPhone effectively.

Also Read: iPhone 7 May Come with Wireless Charging Feature

Apple have renovated the camera a little but in a awesome approach. Earlier report stated that Apple will use a flush rear camera this time. Also in iPhone 6/6S, you may have noticed that they are having little bulged camera, so Apple going is to a flush design, which will be appreciated by many. If Apple will get rid of bulged camera, it will really a distinguishable change.