Samsung launched Galaxy J7 Pro and Galaxy J7 Max smartphones in India priced at Rs 20,900and Rs 17,900 respectively last year. Now both the smartphones have received a price cut of up to Rs 3,000. The new price of the J7 Pro is Rs 18,900, while the J7 Max will now retail for Rs 14,900. Both the smartphones are now currently retailing on Flipkart and Amazon at the new price. Both the smartphones are available in Gold and Black colour option.
Notably, this is the second price cut for both the smartphones. Earlier also, Samsung Galaxy J7 Pro received a price cut of Rs 1,000 in November last year. The Galaxy J7 Max too received a price cut of Rs 1,000 then.
As for the specifications is concerned, the Samsung Galaxy J7 Pro comes with a metal body and 5.5-inch full HD (1280×1920 pixel) Super AMOLED display. It is powered by a 1.6GHz Octa-Core Exynos 7870 processor with Mali T830 GPU, which is paired with 3GB RAM. The Galaxy J7 Pro comes with 64GB of internal memory, which can be further expandable up to 256GB via a micro SD card. The smartphone runs on Android 7.0 Nougat operating system and is backed by a 3,600 mAh battery.
On the camera front, Galaxy J7 Pro flaunts the 13-megapixel camera in the rear and front. The Galaxy J7 Pro measures 152.4 × 74.7 × 7.9 mm. The Galaxy J7 Pro also features a fingerprint sensor embedded under the physical home button.
The Samsung Galaxy J7 Max, on the other hand, features 5.7-inch Full HD display with the screen resolution of 1920×1080 pixels and is powered by a 1.6GHz Octa Core MediaTek MT6757V processor. It has a 4GB of RAM and 32GB of internal storage, which can be further expandable via MicroSD card.
On the camera front, Galaxy J7 Max sports a 13-megapixel shooter with LED Flash on the rear as well as on the front panel. Both front and back camera will have a LED flashlight as well. The smartphone runs on Android Nougat operating system and is backed up by a 3300mAh battery. Besides, the smartphone offers Smart Glow 2.0, Samsung Pay Mini, 4G VoLTE, Dual SIM and all basic connectivity functions.