Red Magic 10 Pro Shows Strong Performance in Geekbench Test

Red Magic 10 Pro Shows Strong Performance in Geekbench Test

Nubia is currently hyping up the soon-to-be-released Red Magic 10 Pro series smartphones, which will run on the Snapdragon 8 Elite chipset. This new series is likely to consist of two models: the Red Magic 10 Pro and the 10 Pro+. Before the official launch, one of these models has appeared on the Geekbench database.

Geekbench Insights

The device, identified by model number NX789J, is anticipated to be the standard version of the Red Magic 10 Pro. This aligns with Nubia’s previous naming conventions, as the last model, the Red Magic 9 Pro, was designated as NX769J. On Geekbench, this device achieved a score of 3,167 in single-core testing and 10,081 in multi-core testing. It operates on the Snapdragon 8 Elite chip, featuring two prime cores that clock in at 4.32GHz and six additional cores at 3.53GHz.

Expected Specifications

According to various reports, a standout feature of the Red Magic 10 Pro series is the new OLED display, created in partnership with BOE. Nubia asserts that this series will have the “narrowest” bezels yet, made possible through innovative COP packaging along with SIP ultra-narrow bezel tech. The series promises a genuine full-screen experience, thanks to the inclusion of an under-display camera.

A recent teaser from Nubia suggests the phone might offer the “highest resolution in the history of full screens,” though the company has not provided specific details about what this means.

Charging and Design Features

In addition to the Snapdragon 8 Elite processor, rumors suggest the devices will support incredibly quick 120W wired charging, minimizing downtime for users. There is also speculation about an Ultra variant, which might boast a display larger than 7 inches and a massive 7,000mAh battery.

In terms of design, a leaked photo circulating on Weibo indicates that the Red Magic 10 Pro series may move away from the flat-back design of its predecessor, opting for a slightly raised camera bump, hinting at potential enhancements in camera technology.


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