realme GT7 Pro may stir up the phone market this time!

realme is preparing to introduce the GT7 Pro model to take its place among the flagship Android phones expected to be released in 2024. According to leaked information, this phone may be one of the devices with the fastest charging features on the market. Here are the details…

It is stated that with 120W fast charging support, GT7 Pro will be talked about a lot in the market, especially in charging speed. However, it is said that the device may also offer other advantages such as improved build quality and biometric security features.

realme-gt7-pro-features-snapdragon

realme GT7 Pro will come with Qualcomm’s new SM8750 chipset, and 120W fast charging will be one of the biggest features inherited from the GT6 model. According to a registration leak made in China, the device listed with the code RMX5010 will be equipped with a special power adapter that can provide this high charging speed.

Realme GT 7 Pro will copy the innovation of iPhone 16!Realme GT 7 Pro will copy the innovation of iPhone 16!

Realme GT 7 Pro will copy the innovation of iPhone 16!

Realme GT 7 Pro, which will come with high-end features, will copy an important innovation in the iPhone 16 series.

Thanks to the new generation silicon-carbon battery technology with a capacity of 6000mAh, it is predicted that GT7 Pro will last longer and fast charging can fill even this large battery in a short time. In addition, these features will make realme GT7 Pro stand out especially against its competitors such as OnePlus 13.

However, considering that models such as iQOO 13 and Xiaomi 15 Pro will also be on the market, it is certain that the competition will be fierce. Although the design and other features of the device are not yet clear, features such as 3x periscope zoom, advanced fingerprint sensor and IP rating are likely to be added.

The release date of GT7 Pro is expected to be between the end of October and the beginning of November. What do you think about this? You can write your opinions in the comments section below.

Read this news article in EnglishRead this news article in English

source site-29