Realme, the Chinese smartphone brand that has conquered the global market with its high-quality and low-cost products, is about to launch a new device: the Realm GT Neo6.
Realme GT Neo6 unveiled in the first renderings: it will have a beautiful transparent design
Well today the Realme GT Neo6 was unveiled by OnLeaks, the famous leaker who posted renders of the phone on Twitter. From these you can appreciate the design which makes it different from other smartphones in the market. The back of the phone is glossy and reflective, while the edges are rounded and metallic. The result is a simple and elegant look, but also distinctive and recognizable.
On the back of the Realme GT Neo6 is also the transparent photo form, consisting of three cameras. The main one has a resolution of 50 megapixel and should ensure high-quality shots in all light conditions. The other two cameras are likely to be a wide angle and a telephoto, to offer more versatility to users.
According to previous leaks, the heart of the Realme GT Neo6 will be the processor Second generation Snapdragon 8, the most powerful chip produced by Qualcomm. It is a 5-nanometer processor with an octa-core CPU and an Adreno 730 GPU. The processor also supports 5G connectivity, Wi-Fi 6E and Bluetooth 5.2. The GT Neo6 should have at least 8GB of RAM and 128GB of internal storage, expandable via microSD.
One of the most interesting features of the GT Neo6 is its battery, which it has a capacity of 4500mAh and supports 100W SUPERVOOC fast charging. This technology allows you to recharge your phone from 0 to 100% in just 15 minutes.
The Realme GT Neo6 is part of the GT series from Realme, which is aimed at gaming and performance enthusiasts. For this reason, the phone also has a customizable lighting system called "wake-up halo system", which offers different lighting effects depending on the situation. The system can change color and speed based on charging, notifications, e-sports and other scenarios. The GT Neo6 also has a liquid cooling system to keep temperatures low during intensive use.
