Infinix may be preparing its next gaming-focused powerhouse. The upcoming Infinix GT 50 Pro, expected to succeed the Infinix GT 30 Pro, has surfaced in fresh leaks revealing its design, key specs, and battery details — and it looks built for serious gamers.
Gaming-Inspired Design With LED Accents
Leaked renders suggest the GT 50 Pro will feature a bold, gaming-centric design. The rear panel reportedly showcases a carbon-fiber weave pattern, paired with stylish LED lighting accents near the bottom — giving it a futuristic, performance-driven look.
6.78-Inch 144Hz AMOLED Display
According to leaks, the phone will sport a 6.78-inch AMOLED display with a sharp 1.5K resolution and a super-smooth 144Hz refresh rate. That combination could make it ideal for fast-paced mobile gaming and ultra-fluid scrolling.
Powered by MediaTek Dimensity 8400 Ultimate
Under the hood, the GT 50 Pro is tipped to run on the MediaTek Dimensity 8400 Ultimate chipset. It’s expected to be paired with 12GB of RAM, along with 256GB and 512GB storage options, offering plenty of power for gaming, multitasking, and heavy apps.
50MP Camera With OIS
On the camera front, the smartphone is rumored to feature a dual rear camera setup, including:
- 50MP primary sensor with OIS
- 8MP ultra-wide lens
For selfies and video calls, a 13MP front-facing camera is expected.
Massive Battery With Wireless Charging
Battery life could be one of the GT 50 Pro’s biggest highlights. Reports suggest the device may include either:
- A 6,500mAh single-cell battery, or
- A 6,150mAh dual-cell battery
Charging support is said to include:
- 45W wired charging
- 30W wireless charging
- 10W wired reverse charging
- 5W wireless reverse charging
If accurate, this would make it one of the few gaming-focused phones in its segment to offer wireless and reverse wireless charging.
While Infinix has yet to confirm official details, these leaks suggest the GT 50 Pro could be a strong contender in the mid-range gaming smartphone market in the U.S.
More details are expected soon as the launch approaches.