Google Pixel 4 Could Pack a 90Hz Display Like the OnePlus 7 Pro

The latest flagship from Google is expected to come with dual rear cameras and in-display fingerprint scanner.

This is the image of the Pixel 4 teased by Google. Rumoured to be launched in October.

(Photo: Google)

Google has already shared a lot of information about the upcoming Pixel 4 series, and the latest leaks suggest, there’s more to come from the search giant this year.

A leak on Google's upcoming Pixel 4 and 4XL smartphones suggest that the devices could include a super smooth display with 90Hz refresh rate and 6GB RAM.

To be launched in October, the Pixel 4 handset is expected to come with a 5.7-inch Full HD+ display while the larger Pixel 4XL would boast a 6.3-inch Quad HD+ panel, The Verge reported on Wednesday.

We already know (as shown by Google) that the Pixel 4 device is likely to come with a square camera module at the back which would house a dual rear camera setup, a first for the Pixel series.

The 90Hz screen has become the talk of town among the geeks, especially gamers who prefer the so-called ‘buttery smooth’ experience while navigating through the phone. Brands like OnePlus, Nubia and Asus are some of them who’ve adopted this tech on their recent products.

The term is used to denote a screen’s refresh rate, which determines how many times in a second, the screen displays an image. Till now, most phones have been offered 60Hz refresh rate, which produces 60 frames per second. Similar to that, a 90Hz screen will deliver 90 frames per second.

The speculation also suggests that the phone would either have an in-display fingerprint sensor or a 3D face unlock module at the front, or both.

The bottom edge of the phone seems to feature two external speakers with a USB-C port in between.

In addition, it also appears that the Pixel 4 device would not feature any front-firing speakers like the previous Pixel models. The device would be powered by Snapdragon 855 chipset and run the upcoming Android Q operating system (OS).

(With IANS inputs)