The new Redmi 7 Pro of the Chinese Electronics Company, Xiaomi is expected to come with the triple rear camera setup, Snapdragon 710/712 SoC, and a 10W charging support.
Recently, China’s 3C has certified a new device of Xiaomi having the model number M1906F9SG. As per the naming strategy of Xiaomi, the indication of the name of the arriving handset could be Redmi 7 Pro in China and India. While no specifications can be guessed as per the listing, it does reveal that the Redmi 7 Pro will come with 10W charging support. Also, the handset will be powered by the Snapdragon 710 or 712 SoC, having a triple rear camera setup with a 48MP primary shooter.
Furthermore, according to the rumors, the handset might pack a 3300mAh battery, compared to the 4000mAh unit on the Redmi 6 Pro. Moreover, the Redmi models, M1906F9SG, and M1906F9SH have also passed the EEC certification recently. However, nothing significant apart from the above is known about the smartphone. We are bound to come across more details soon. Similar to its predecessor, the Redmi 7 Pro should launch in India as well.
Subsequently, the pictures of the upcoming Xiaomi M1904F3BC smartphone are leaked on TENAA. The images reveal that there will be a triple rear camera set up on the back while there would be a waterdrop notch on the front. This could possibly be the Xiaomi CC9 smartphone, which is on the news for a while now. The phone from Xiaomi will feature an OLED display. Additional features involve an in-display fingerprint sensor and a thin chin at the bottom. Expected to be powered by the Snapdragon 730 SoC, the smartphone will come up with 8GB of RAM. TENAA listing will be updated by the remaining specifications soon.
Specifications of the Redmi 6 Pro:
The Redmi 6 Pro comes with an octa-core processor, powered by the Snapdragon 625 and has 3GB of RAM. Coming to the display, it has a screen size of 5.84-inches(14.83cm), 1080×2280 pixels. Moreover, the camera setup includes a 12MP + 5MP Dual primary camera with a 5MP front camera. It contains a 4000mAh non-removable battery.