We recently stumbled upon certain crucial details about the forthcoming Nubia Z60 Ultra. This vital information, which was recently leaked to the public, hints that the smartphone could be within our grasp soon, considering it recently appeared on Geekbench, a smartphone performance evaluation platform.

This concise exposition aims at shedding some light on the information made available by the benchmarking tool. Based on the listing information, the imminent smartphone will be driven by the Snapdragon 8 Gen 3 processor. The model number associated with this device is ‘nubia NX721J’ as per the details provided in the listing.

The upcoming smartphone is projected to operate on Android 14 right from when it's taken out of the box. Noteworthy is the fact that the device will be furnished with a 12GB RAM. Intriguingly, the predecessor model to the impending smartphone was compatible with a 16GB RAM, leaving us in ambiguity about the recent downsizing.

When put to the single-core test, the device managed to secure a score of 1,634. In contrast, the multi-core test yielded a score of 5,947. These scores could potentially be indicative of a pre-production model functioning on pre-release software, hence the information should ideally be garnered with a pinch of skepticism. Unfortunately, there are no additional revelations regarding the remaining specs of the phone.

The earlier model, which made its debut in March, boasted of a set of extremely formidable specs. Consequently, we anticipate that the residual features of the Nubia Z60 Ultra will be exceptional. It's highly likely that the manufacturer would prefer to use LPDDR5X RAM and UFS 4.0 flash storage for the new device.

The device might be equipped with a 120Hz OLED display, and perhaps an LTPO panel as well. The smartphone is speculated to be outfitted with three rear cameras and a capacious battery, supplemented by quick charging support. The predecessor model, the Nubia Z50 Ultra, was compatible with 80W fast charging but did not come with support for wireless charging.