Current reports have stated that the Xiaomi Mi 7 is likely to be the first Android handset to feature 3D facial recognition, which is reported to launch at the beginning stages of this year. Even so, a new report states that the release date of the forthcoming Xiaomi flagship has been postponed to the third quarter of 2018. The root cause of it is that that the Chinese maker has experienced lousy results with the 3D facial recognition function. In 2017, Apple launched the iPhone X with a notched OLED screen. The notch display on the iPhone X is bigger than those located on Android handsets.
The explanation for it really is that iPhone X’s notch resides a sophisticated 3D facial recognition program consisting of various sensors as well as elements like a proximity sensor, ambient light sensor, front camera, infrared camera, flood illuminator, and also a dot projector. The notch furthermore holds various other components like microphone and speaker. Barely any of the Android handsets released to date have 3D sensing feature similar to the iPhone X. Even so, the Mi 7 is speculated to show up with the innovative facial identification.
New reports from by Digitimes states that the providers of 3D sensing components are now dealing with a problem on generating the software as well as hardware needed for 3d scanning of the people’s faces. The components are now being made via a combined effort of Qualcomm, Himax Technologies and Truly Opto-electronics. You need to keep in mind that the 3D sensing can merely operate on Android handsets which are supported by Snapdragon 845 processor. As Samsung and Huawei will take advantage of their own Exynos and Kirin processors respectively for their premium class handsets, they are not likely to release the first Android handset with 3D sensing feature. The report states that Samsung could possibly release a handset with 3D sensing in 2019. Therefore, Mi 7 powered by Snapdragon 845 which is currently reported to show up a bit late might end up being the first Android handset to highlight this feature.