Realme Realme launches GT5G Smartphone in China earlier this month. At the end of the launch event, The brand announced It will soon release another GT device called the RealMe GT Neo. This device is expected to be a trim-down version Realme GT5G. At the launch event, the company revealed Realme GT Neo Specifications include MediaTek Dimension 1200 SoC. However, the brand has not announced the launch date of the smartphone. Well, today we finally Realme GT Neo launch date.
RealMe GT Neo launch date announced
RealMe GT Neo will launch in China on March 31 at 2:30 pm local time, according to a poster shared on Twitter by popular tipster Mukul Sharma. (12 PM IS).
– Mukul Sharma (Stuff Listings) March 18, 2021
The poster states that the RealMe GT Neo MediaTek Dimension 1200 SoC can be powered by. What we can see in the poster is the 5G branding, which ensures that the real GT Neo has 5G connectivity.
The RealMe smartphone with model number RMX3116 appeared on TENAA a few days ago. This device is specified as RealMe GT Neo. If this is true, the TENAA inventory of the device reveals almost all the key Realme GT Neo specifications. Let’s see.
Realme GT Neo expected features
According to TENAA, the RealMe RMX3116 (possibly RealMe GT Neo) features a 6.55-inch display with a punch-hole in the upper-left corner. Going through the pictures of the device in TENAA, it looks like the RealMe GT Neo has a curved display, making it the first real-time device to feature a curved screen. We can expect the display to have AMOLED technology, a high refresh rate and a display fingerprint scanner.
The TENAA image shown on the back of the device shows that the smartphone has a triple camera setup. Unfortunately, the features of these cameras are not yet known. The certification platform revealed that the RealMe GT Neo will pack a 4,400 mAh battery split between the two cells. The phone is also certified by the 3C certification platform, which reveals that the RealMe GT Neo 65W has the same charging speed. Let’s hope we learn more about the device as the experiment approaches.