We know what Huawei Mate 30 Pro looks like, or what the flagship looks like with the premiere scheduled for October this year. The case of the smartphone will have to wait for a lot of changes on the back, while the front again has a curved screen with … wide notch.
In just a few months, the Chinese Huawei will be the world's next Business Class flagship or the long-awaited Huawei Mate 30 Pro . The smartphone will be the main competitor for the Samsung Galaxy Note 10, from which it visually differs in the diagonal and shape of the screen.
The well-known Leakster IceUniverse recently announced that the upcoming Mate is to receive a strongly curved display with a wide notch . The panel will of course be made in OLED technology and an integrated fingerprint reader will be located inside. On board you will also find support for HDR content
However, I do not know whether the controversial curvature of a straight angle or notch in its original form, which Huawei's competitors have carefully removed many months ago in favor of a minimized drop-slice, is more controversial will prove.
Huawei has to decide on the broad, nasty notch due to improved face recognition technique and the space taken up by the components they support, but I do not consider it necessary because the P30 Pro camera is in A small crack was placed and worked more efficiently and faster than the sensor Mate 20 Pro is located in a broad notch.
A circle instead of a square?
The back of the Mate 30 Pro is expected to await even larger changes that have not received official and confirmation yet – obviously a round frame for cameras, i. rather aesthetic and ingenious element.
On Ben Geskin's visualization, the back of the flagship looks elegant, which could not be said of earlier renderings by other designers. According to sources, there should be at least four cameras, including a periscope eye, which proved to be a great success in P30 Pro.
The specification of the smartphone will include a new Kirin 985 processor manufactured in a more modern lithographic process EUV (7 nm). The power technology enables even better performance and increased energy efficiency. We will keep you informed of the remaining details of the components.