Huawei Mate 30 Pro could have two major advantages over the Galaxy S10

Huawei Mate 30 Pro could be revealed as soon as next month.

A new report from Russian news site Hi-tech Mail.ru claims Huawei’s Consumer Business Software president, Dr. Wang Chenglu, declared last week its next series of Mate handsets will be unveiled on September 19.

Mr Wang was also quoted as saying Huawei’s next Mate devices will be powered by a processor called the Kirin 990.

Although a top Huawei executive has been quoted as outing the Mate 30 Pro’s unveiling date, it is still worth taking this report with a pinch of salt.

If accurate though, this suggests the Mate 30 Pro could launch earlier in the year than its predecessor.

Huawei’s Mate series was unwrapped back in October of 2018.

With the device’s debut expected in the coming months, rumours have suggested the hardware could have two major advantages over its biggest rivals, such as the Samsung Galaxy S10.

They are tipped to be the following:

The fastest wireless charging around

Murmurings from a notable Chinese blogger on Weibo has suggested the Mate 30 Pro could support up to 25W wireless charging.

If true, this means the hardware could have the fastest wireless charging around.

The Xiaomi Mi 9 currently has such a title with 20W speeds.

For reference, a number of contemporary smartphones such as the Galaxy S10, allow for wireless charging up to 15W.

A significantly upgraded camera system

Huawei Mate 30 Pro has been tipped to come with two primary cameras that are both 40-megapixels.

Tipster Ice Universe has claimed the duo will be significantly larger than sensors offered by other flagship devices such as the Galaxy S10 and Note 10.

If true, this could allow the Mate 30 Pro’s camera to let in more light and capture images in more detail than its competitors.

The addition of a second primary camera could allow the Chinese product to collect more image data, too.

It is also expected the device will come with a telephoto camera and perhaps an ultra wide-angle shooter in addition to a time-of-flight sensor.

source: express.co.uk