Samsung Galaxy J7 (2016) official images leak


We’ve been hearing about the upcoming Samsung Galaxy J7 (2016) ever since January. It now seems that the device is on the border of being released.

The Galaxy J7 (2016) official images have leaked showing just about every angle of the device. The set of images show the device in gold, but it’s also expected to arrive in white time come launch. The design appears mighty similar to the previous Galaxy J7. However, as we know from past leaks, the internals will see a small bump.

The Galaxy J7 (2016) will have a 5.5-inch Full HD AMOLED display. Powering the device will be either a Snapdragon 615 SoC or Exynos 7870 chipset. 3GB of RAM will be onboard along with most presumably 16GB of internal storage that can be expanded via a built-in microSD card slot. The Galaxy J7 (2016) will feature a combo consisting of a 13MP rear-facing camera and a 5MP front-facing camera. Android 5.1.1 should be pre-loaded and a 3,300mAh battery is expected to be sealed at the back. It shouldn’t be long before the devices arrive in retail stores.

Source: WinFuture
Via: GSMArena

About the Author: Doug Demagistris

Doug was raised in New York and currently attends Muhlenberg College where he is majoring in Accounting. He has been a die-hard Google and Android enthusiast ever since he purchased the Samsung Galaxy Vibrant. Doug strongly prefers Android over competitors for its customization, flat Material Design and exceptional integration with Google Services. Currently, Doug switches between the Samsung Galaxy Note 5 and Nexus 5X, and travels with a Nexus 9. In addition, Doug wears an Android Wear smartwatch and has other gadgets such as a Nexus Player and Cardboard viewer. Aside from writing with Talk Android, Doug enjoys testing new applications, designing concepts and studying Android application development all while attempting to keep up with the rapid world of technology. He’s hopeful that his high productivity will make lives easier and more meaningful. Doug’s dream is to attend Google I/O.