Tech & Gadgets

Realme GT 7 Pro will be launched in India with a smaller battery

Realme GT 7 Pro is confirmed to launch in India on November 26, weeks after its debut in China. Ahead of the official launch, the company has teased the battery capacity and charging speed of the upcoming handset. As per the details shared on social media, the Realme GT 7 Pro will be launched with a smaller battery compared to the model launched in China. Notably, the smartphone maker recently confirmed other details about the device, such as the chipset, build and camera specifications.

Realme GT 7 Pro battery capacity

In one after on X (formerly Twitter), Realme India has detailed the battery specifications of the upcoming Realme GT 7 Pro. The launch in India is confirmed to be with a 5,800mAh battery. Meanwhile, the Chinese variant of the device is equipped with a 6,500 mAh battery, which translates to a difference of around 700 mAh.

This revelation suggests that there may be a slight difference in terms of specifications between both models.

On the other hand, the Indian variant of the Realme GT 7 Pro will still support 120W SuperVOOC fast charging, similar to its Chinese counterpart.

Realme GT 7 Pro Specifications (Confirmed)

Realme GT 7 Pro does confirmed it will be India’s first smartphone powered by the Snapdragon 8 Elite chipset. It is said to have an AnTuTu benchmark score of over 30,00,000. In terms of optics, the upcoming device will have a triple rear camera setup consisting of a 50-megapixel Sony IMX906 primary sensor, a 50-megapixel Sony IMX882 periscope telephoto lens with 3x optical zoom and 120x digital zoom, and an 8 -megapixel wide-angle lens. shooter.

The company claims that Realme GT 7 Pro supports underwater photography with a special mode, thanks to its IP69-certified construction, allowing it to withstand depths of up to 2 meters for 30 minutes. It also gets a sonic water-draining speaker that ensures no water retention.

Other confirmed features of the smartphone include Live Photo Capture, AI Snap Mode, and an ultrasonic in-display fingerprint sensor.

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