rahul1117kumar
Member
- Joined
- 21 Jun 2013
- Messages
- 10,365
- Reaction score
- 11,058
Samsung Galaxy J7 (2016) has been making the rounds on the internet since the beginning of this year . Now, the press renders of the China Mobile variant of the phone have surfaced on Winfuture.de.
As per the renders, the phone looks similar to the the design of the Galaxy J5 (2016) with metal unibody design. The trademark physical home button is present at the center with capacitive buttons on either side. Separate volume rockers are present on the left side while the power button on the right side. As per earlier reports, the phone was said to be powered by Exynos 7870 SoC . The Galaxy J7 2016 had also received Bluetooth SIG certification in January.
Samsung Galaxy J7 rumored specifications
5.5-inch HD Super AMOLED display
1.7GHz Octa-Core Exynos 7870 SoC,
2GB of RAM, 16GB of on-board storage, expandable via micro SD card
Android 6.0.1 Marshmallow
13-megapixel rear camera
5-megapixel front camera
3,300 mAh battery
The Samsung Galaxy J7 (2016) is expected to be around $338 and there is no word about its official release yet.
Samsung Galaxy J7 (2016) press renders surface
As per the renders, the phone looks similar to the the design of the Galaxy J5 (2016) with metal unibody design. The trademark physical home button is present at the center with capacitive buttons on either side. Separate volume rockers are present on the left side while the power button on the right side. As per earlier reports, the phone was said to be powered by Exynos 7870 SoC . The Galaxy J7 2016 had also received Bluetooth SIG certification in January.
Samsung Galaxy J7 rumored specifications
5.5-inch HD Super AMOLED display
1.7GHz Octa-Core Exynos 7870 SoC,
2GB of RAM, 16GB of on-board storage, expandable via micro SD card
Android 6.0.1 Marshmallow
13-megapixel rear camera
5-megapixel front camera
3,300 mAh battery
The Samsung Galaxy J7 (2016) is expected to be around $338 and there is no word about its official release yet.
Samsung Galaxy J7 (2016) press renders surface