After seeing the launch of the Mi MIX 4 a few weeks ago, the next flagship of the brand will be the future Xiaomi Mi 12. This means that the rumors are becoming more and more assiduous and possibly more precise.
Xiaomi Mi 12 could arrive sooner than expected
Here, therefore, is that the previous rumor that gave the Mi 12 arriving towards the end of December as usual, has now been denied by a leakster who instead suggests that the Xiaomi Mi 12 will be launched earlier than usual, or in the month of November . Of course, the smartphone is expected to debut with Qualcomm's next flagship chip, the Snapdragon 898.
According to the latest, in fact, a large wave of new models with SM8450 (Snapdragon 898) would have been sent to be certified in China recently. It is said that it is very likely that the first model with this chip will be manufactured by Xiaomi.
In previous weeks we have learned that the Snapdragon 898 will be equipped with a three-cluster CPU design, where the frequency of the ultra-large core is 3,09 GHz, the frequency of the large core is 2,4 GHz and one core frequency. small of 1,8 GHz. The large 3,09 GHz core will use a new generation of Cortex-X2 According to this data, AnTuTu's score could exceed one million for the first time.
In addition to major performance updates, previous leaks stated that the Mi 12 will support at least 120W of wired fast charging and 100W of wireless fast charging to achieve "dual 100W" charging specifications, but due to new wireless charging regulations in China, wireless fast charging is limited to less than 50W. So it may not be possible to realize 100W wireless fast charging, so it is not for the speed of wired fast charging that it might increase again.
In addition, the quality screen of the Mi 11 could still be improved in the Mi 12 series. Specifically it will be equipped with a LTPO adaptive refresh rate screen, which can realize the 1-120Hz adaptive refresh rate adjustment function, which can be switched according to the usage scenario. So it takes into account the needs of high refresh rate and low power consumption.
