Motorola Razr 50 Ultra could Launch with Hole-Punch Display, Dual Rear Cameras, Live Images Leaked, Samsung, Oppo, Redmi

Motorola’s Razr 50 Ultra, one of the big smartphone companies, may be launched soon. It will replace the Razr 40 Ultra. In its leaked live images, this clamshell foldable phone is seen with a large secondary screen and hole punch design. It has dual rear cameras.

Tipster Sudhanshu Ambhore has shared alleged live images of the upcoming Razr 50 Ultra. This smartphone looks similar to the Razr 40 Ultra that was introduced last year. It has a large secondary display with a hole punch cutout at the centre. This flip style foldable smartphone is in black color. The rear cameras are installed horizontally on its back panel. Its model number is XT-24510-3. It can be in the option of 12 GB RAM + 512 GB storage. There is speculation that this smartphone can be brought in select markets as Motorola Razr+.

Earlier it appeared on the EEC website with model number XT2453-1. Although, motorola Has not given any information about this smartphone. Last year in July, the only variant of Motorola Razr 40 Ultra with 8 GB RAM + 256 GB storage was launched for Rs 89,999. It has a 6.9 inch Full HD+ pOLED inner display with a refresh rate of 165 Hz. The external screen of this smartphone is 3.6 inches. This smart fone Snapdragon 8+ Gen 1 SoC has been given as the processor. It has dual rear camera setup and 32 megapixel selfie camera. Its 3,800 mAh battery supports 30 W wired fast charging and 5 W wireless charging.

Recently Motorola announced a new deal with Corning at the Mobile World Congress (MWC). From the second half of this year, the company will use Gorilla Glass in its smartphones and tablets. Earlier, screen protection was available only in expensive smartphones of the company. Motorola also introduced Smart Connect, a software for connecting smartphones and tablets. With this, users will be able to easily connect Motorola devices to Lenovo laptops. Gorilla Glass will also be provided in the company’s entry-level devices.