The Xiaomi Mi Note 2 may soon be getting the Blue Coral color variant, latest reports have suggested. It's already available in black, gold and silver. The device launched in September 2016 and since then has been praised for its performance and design. Xiaomi showcased three new colors at the CES 2017, purple, green and pink, though nothing was mentioned about the Blue Coral color. Now a leak has revealed that Xiaomi might be ready with that and the leak seems authentic.

According to Tech Times, a report by Xiaomi Today, talked about the new color variant being spotted on Weibo. The publication has even shared images of the Xiaomi Mi Note 2 new color variant. It could be Xiaomi's strategy to keep its fans excited in existing products by introducing color upgrades. Introducing a new color variant always infuses a new lease of life in the products and this is exactly what Xiaomi is planning to do - keep consumers wowed. Recently, Samsung too introduced a Coral Blue color variant for Galaxy S7 Edge.

Xiaomi Mi Note 2's curved display is very similar to the Galaxy Note 7 device that went up in flames. The Mi Note 2 has an attractive sandwich construction, 3D front glass and the back with symmetrically curved sides. The device has a 5.7-inch FHD OLED screen, Snapdragon 821 chipset, 64GB internal storage and 4GB RAM. USB Type-C ports and ultrasonic fingerprint sensor are also included. Meanwhile, details about the Xiaomi Redmi Pro 2 have also leaked, reports GSMArena.

The Xiaomi Redmi Pro 2 is allegedly dropping the dual-camera architecture in favor of a better sensor - the 12MP Sony IMX 362. It's a 1/2.55" sensor with large 1.4µm pixels and Dual Pixel autofocus. Other specs revealed are 4,500 mAh battery, 64/128GB internal storage option and 4/6GB RAM. The 4GB/64GB configuration will cost approximately $230 while the 6GB/128GB will cost around $260. Stay tuned on Mobile & Apps for more updates on Xiaomi Mi Note 2 and Redmi Pro 2.

© Copyright 2024 Mobile & Apps, All rights reserved. Do not reproduce without permission.