Motorola One Vision With Hole-Punch Selfie Camera Unveiled In India

Motorola One Vision With Hole-Punch Selfie Camera Unveiled In India

The Motorola One Vision unveiled last month has debuted in India.

Motorola One Vision has made its India debut. As such, most of the internal specifications of the upcoming phone should also be similar to that of the One Vision. The phone supposedly follows the Motorola One Vision and could be paired with another phone reportedly called the Motorola One Action. The Motorola One Vision is priced at Rs 19,999 and will be available starting from June 27th. There will be two colour options available for the interested buyers- Bronze Gradient and Sapphire Gradient.

The Motorola One Vision has a 6.3-inch (1080×2520 pixels) Full HD+ LCD panel with a 21:9 aspect ratio. The screen also boasts a punch hole on the top left corner for the camera, which means we get a notch less display.

Under the hood, the Motorola One Vision houses Samsung's Exynos 9609 chipset ticking at 2.2GHz. Motorola has used a 25-MP selfie camera with an f/2.0 aperture lens. Additionally, there is face unlock support, FM radio, 4G LTE, Wi-Fi 802.11ac, Bluetooth 5.0, GPS, a rear fingerprint sensor, and Dolby Audio.

More news: Georgians call for snap elections in second night of protests

A 3,500mAh battery runs the show supported by Motorola's proprietary 18W TurboPower fast charging. Another feature about the One Vision of great significance is that it comes with a 21:9 CinemaVision display.

It is part of the Android One programme and comes with 3 years of guaranteed updates. The One Vision will compete against the likes of the Galaxy M40 in India. The inbuilt storage capacity of the phone is 128GB and it comes with a microSD card slot for memory expansion up to 512GB. Version or the make of the glass is not specified and the phone also features splash resistance. And of course, they're both Android One phones. Moreover, it is IP52 certified, and weighs 180 grams.

As for the four cameras on offer, it's likely going to be a standard sensor, and a wide-angle, then a telephoto and either a depth sensor or a Time of Flight sensor.