Today, realme hosted a special event for the True Me GT2 series, at which it introduced some new support for Realme's first high-end flagship, the True Me GT2 Pro.
According to the official introduction, the True Self GT 2 Pro is the highest specification flagship product in the history of realme, which will debut the world's first three major black technologies.
This time, the True Self GT2 series brings a whole new design theme: a piece of paper for a technological renaissance.
The True Self GT2 Pro adopts the world's first bio-based material design, becoming the world's first "bio-based materials" mobile phone. Bio-based materials derived from pulp and other regenerated bio-based materials are known as the key to the future of green environmental protection, and have obtained ISCC International Sustainability and Carbon Certification. Built from new materials, the True One GT2 series has undergone a number of rigorous reliability tests, and all aspects of performance have reached the level of traditional materials.
It was announced at the event that realme will once again join hands with Naoto Fukasawa to create a new master design for the Machigo GT2 series , Master Paper.
The True Self GT2 Pro will also launch the world's first 150° ultra-wide angle lens, increasing the viewing area of mobile phone photography by 20%. It also brings the industry's first fisheye shooting mode.
The True Self GT2 Pro is also equipped with a full-speed antenna matrix system, which brings the world's first ultra-broadband free-switching antenna technology, Wi-Fi network enhancement system, and all-round induction NFC technology to upgrade the three core communication technologies.
The world's first ultra-broadband free switching antenna technology can be freely combined to achieve gigabit ultra-broadband communication, supporting 48 global mainstream frequency bands, covering more than 150 countries and regions around the world.
The free switching antenna technology can intelligently judge the signal strength of the antenna, automatically select the antenna with the best signal to send and receive signals, and increase the signal strength by up to 2 times in weak signal scenarios.
Omnidirectional Wi-Fi technology adopts symmetrical antenna design, which can achieve signal strength complementarity, so as to achieve a wider coverage area, more balanced intensity, and increase signal balance by 20%.
The new 360° fully inductive NFC, 3-antenna array, has a 500% increase in sensing area and a 20% increase in single-sided sensing distance/intensity.
In the new True Self GT2 Pro, realme brings multiple aspects of the upgrade, which also draws attention to its next actual new product release.