Realme is all set to unveil the Realme GT 8 and GT 8 Pro in October in China. Well ahead of the launch, the company has already started teasing the GT 8 Pro. The company claims that, despite being branded as Pro, the device will offer performance comparable to that of Ultra-branded flagships from other brands. Today, the brand released an official teaser to hint at the GT 8 Pro’s unique camera module design. Soon after, well-known tipster Digital Chat Station took to Weibo to share a new image that showcases the GT 8 Pro’s entire back panel.
Realme GT 8 Pro design revealed
As can be seen, the standout change in the Realme GT 8 Pro is the redesigned camera module, which combines two circular lenses with a square-shaped periscope telephoto unit. This design aligns with a recent leak that showed the phone in a concealed case. A recent report claimed that Realme will collaborate with Ricoh for the GT 8 Pro to provide users access to the camera brand’s signature “Negative Film” color style and humanistic photography approach.
According to reports, the Realme GT 8 Pro’s camera setup will include a 50-megapixel primary sensor, an ultra-wide lens, and a 200-megapixel periscope telephoto camera. It is expected to house a 6.78-inch flat OLED screen offering 2K resolution, along with an ultrasonic fingerprint scanner embedded beneath the display. Additional features reportedly include 115E dual master-grade speakers, an X-axis linear motor, and IP68/68 water and dust resistance.
Realme GT 8 Pro Geekbench AI listing spotted
A new Realme device bearing the RMX5210 model number has appeared on Geekbench AI. The inclusion of specs like the Snapdragon 8 Elite Gen 5, 16GB of RAM, and Android 16 suggests that this could be the upcoming Realme GT 8 Pro.
Based on the provided Geekbench AI scores, the upcoming Realme GT 8 Pro (RMX5210) demonstrates very low AI performance. The scores of 320 for Single Precision, 342 for Half Precision, and 678 for Quantized indicate that its AI processing capabilities are significantly below what is expected from an Android flagship. This may not reflect the final performance because these are likely early benchmark scores from what appears to be an unoptimized engineering sample.
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