Rumours say that the new Xiaomi Mi 6X, which may also be the Xiaomi Mi A2, will be revealed already on April 25. Much is expected of this two new equipment. After the success in the western market of the Mi A1, this is the opportune moment to give a good continuation to the mark.
Entry into the Portuguese and Spanish markets has brought the Chinese company more prominence than ever before. The smartphones of the company have always been well received by the community, however, with this official entry the most afraid of online stores no longer have excuses not to carry a Xiaomi in the pocket.
The new Xiaomi Mi A2 (Mi 6X) will follow in the footsteps of its predecessor. The terminal will feature a quality metal construction, dual rear camera and biometric sensor on the back.
So far there are many questions regarding its design, the questions remain only in the specifications. It was said that the terminal could bring the MediaTek Helio P60 processor, but it seems that will not be revealed.
Xiaomi Mi A2 expected to hit stores in May
According to XDA, the new Xiaomi Mi A2 (Mi 6X) will come with a 5.99 “FullHD + IPS LCD screen and will come in three variants. One with 4GB of RAM + 32GB of internal memory, 6GB + 64GB and 6GB + 128GB of storage.
The smartphone will not bring 3.5 “jack input to the headphones and the battery will have the capacity of 2910 mAh. What will be more than enough for a day of use.
MIUI 9 is expected on Mi 6X and like its predecessor, Mi A2 will bring the pure version of Google with Android One.
The cameras will have Sony sensors. One with 12MP f / 1.8 and the other with 20MP with the same aperture. The front camera will also be 20MP but with f / 2.2 aperture. The device will shoot at 4K at 30fps. With the measurements of 158.88 × 75.54 × 7.3 (mm) this will be a thin but somewhat large terminal.
There is not much more to know about the future Xiaomi Mi A2. If these specifications prove to be true, we can only know the price. The predecessor has brought a very appealing value and these new devices are expected to do exactly the same.