Realme GT 7 Professional is confirmed to launch in India on November 26, weeks after its debut in China. Forward of the official launch, the corporate has teased the upcoming handset’s battery capability and charging pace. As per the main points shared on social media, the Realme GT 7 Professional will launch with a smaller battery in comparison with the mannequin launched in China. Notably, the smartphone maker just lately confirmed different particulars concerning the handset, akin to its chipset, construct and digicam specs.
Realme GT 7 Professional Battery Capability
In a publish on X (previously Twitter), Realme India detailed the battery specs of the upcoming Realme GT 7 Professional. It’s confirmed to launch in India with a 5,800mAh battery. In the meantime, the handset’s China variant is supplied with a 6,500mAh battery, translating right into a distinction of roughly 700mAh.
This revelation means that there is perhaps slight differentiation by way of specs between each fashions.
However, the Indian variant of the Realme GT 7 Professional will nonetheless function 120W SuperVOOC quick charging assist, much like its Chinese language counterpart.
Realme GT 7 Professional Specs (Confirmed)
Realme GT 7 Professional is confirmed to be India’s first smartphone to be powered by the Snapdragon Eight Elite chipset. It’s mentioned to have an AnTuTu benchmark rating of over 30,00,000. For optics, the upcoming handset will sport a triple rear digicam setup, comprising a 50-megapixel Sony IMX906 main sensor, a 50-megapixel Sony IMX882 periscope telephoto lens with 3x optical zoom and 120x digital zoom, and an 8-megapixel wide-angle shooter.
The corporate claims Realme GT 7 Professional will assist underwater pictures with a devoted mode, courtesy of its IP69-rated construct which helps it stand up to depths of as much as 2 metres for 30 minutes. It additionally will get a sonic water-draining speaker that ensures no water is retained.
Different confirmed options of the smartphone embrace Stay Picture Seize, AI Snap Mode, and an in-display ultrasonic fingerprint sensor.
