Purported OnePlus 8 Pro hands-on leaked image reveals 120Hz selection option

OnePlus is expected to launch its next flagship in the upcoming months. It is said to include three devices, OnePlus 8 Pro, OnePlus 8 and OnePlus 8 Lite. The devices have been in the rumour mill for some time now. Recently, the company also announced the creation of its 120Hz Fluid Display that uses MEMC technology for smoother video playback and a QHD+ resolution. Now, the latest leak claims to show hands-on image of OnePlus 8 Pro.

A report from True Tech claims to show off the OnePlus 8 Pro, which reveals that the phone has a 120Hz selection option in the Settings menu. The report says the image could belong to a pre-production unit. It shows a smartphone design that indicates that OnePlus could ditch the pop-up camera design in favour of a punch-hole display. An alleged OnePlus 8 Pro is seen sporting a punch-hole display surrounded by slim bezels. The button placement looks similar to the OnePlus 7 series, Volume rockers are placed on the left edge, whereas the alert slider and power key seem to reside on the right edge of the device.

The leaked hands-on image of purported OnePlus 8 Pro shows three “Screen refresh rate” options:

120Hz - “Maximum smoothness but slightly reduce battery life” 90Hz - “Balanced smoothness and balanced battery life” 60Hz - “Less smoothness but slightly extended battery life”

The 120Hz option doesn’t state whether selecting the 120Hz option will switch the display resolution to 1080p. Hence, it could be possible for OnePlus 8 Pro to produce quad HD+ resolution along with 120Hz refresh rate. However, as said in the report, the image belongs to a production unit so it remains to be seen whether the 120Hz option will be also available on the final product.

Recently, OnePlus 8 Pro was spotted on Geekbench that revealed that the flagship could be sold in a 12GB RAM variant, among others. OnePlus 8 Pro is codenamed ‘GALILEI IN2023’, features a ‘kona’ motherboard, and runs Android 10. The smartphone scored 4296 and 10603 in single-core and multi-core Geekbench 4 tests. 

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