Honor Magic 7 Pro | come with triple camera set up of 50MP and Qualcomm Snapdragon 8 Gen4 processor

 Honor has recently launched the Honor Magic V3 series of foldable phones. The brand reportedly working on the Magic 7 series of flagship phones Honor 7 Pro is confirmed to be launched on October 23 , 2024. Now Honor Magic 7 Pro get leaked with the specification & its first look also reveal. The handset will be powered by the next generation Qualcomm Snapdragon 8 Elite chipset. 


Honor Magic 7 Pro | come with triple camera set up of 50MP and Qualcomm Snapdragon 8 Gen4 processor
Honor Magic 7 Pro



Display

Honor Magic 7 series will continue using an equal depth quad curve display of 6.82inch OLED screen panel. It is expected to support a 1.5k resolution and a 120 Hz refresh rate . And this phone have 91.95% screen to body ratio.

Camera

According to leak information , the Honor Magic 7 Pro will feature a centered pill-shaped cutout for the selfie camera & additional sensor. This smartphone will house a square design of triple camera setup which may include a 50MP Omnivision OV50H primary sensor & a 50MP sensor paired with an ultrawide -angle lens, & the third camera unit could include a 50 MP SONY IMX882  periscope telephoto shooter or a 200MP Samsung ISO CELL HPS sensor with 8k @60fps video recording facility. 


Battery and Storage

It may house a silicon battery of around 6,000mAh  capacity with 50W wired fast charging support and wireless charging support as well. And also have USB Type-C socket function. If we look for storage of this smartphone , this will have 12GB of RAM & 256GB of internal memory and with no expendable storage option. 


Processor

This smartphone likely to have  the latest Qualcomm Snapdragon 8 Gen 4 with the clock speed of 3.3Hz. It will run on operating system of Android v 14. 


- This device have IP68 rating for water resistance ( up to 30 minute in a depth of 1.5m).

-  In- display fingerprint sensor will also available in tis device. 

- It will have dual NANO SIM with 5G network connectivity.




DISCLAIMER;  We are not guaranteed that the information given are 100% correct.

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