While Realme prepares for global launch of series Realme GT7, the company surprised tech enthusiasts by revealing a new concept phone with a huge 10.000mAh battery. This experimental device aims to redefine the limits of smartphone battery life, competing with innovative products such as the Honor Power, which introduced an 8.000mAh battery.
Realme GT 10000mAh is the new concept phone with a huge battery
The teaser image released by Realme shows a device labeled as “GT10000mAh“, with the battery logo clearly visible on the back and the tagline “Power That Never Stops”. The semi-transparent design of the body allows a glimpse of part of the interior, emphasizing the technological and innovative aspect of the concept.
According to the company, this concept phone comes with High silicon anode battery, with 10% silicon in its composition, the highest percentage ever achieved in the sector. With a energy density of 887Wh/L, Realme has managed to integrate this huge capacity battery without sacrificing thickness and weight: the phone measures just 8,5mm and weighs just over 200 grams.
To integrate the 10.000mAh battery, Realme has developed a new internal layout called “Mini Diamond Architecture”, which allows for the world's most compact Android motherboard, with a width of only 23,4mm. This system has already obtained over 60 global patents, demonstrating the company's commitment to structural innovation.
The transparent body is not just an aesthetic detail, but represents an engineering design concept, combining functionality and style.
Realme is planning a global launch event for the Realme GT 7 series later this month, and it is not out of the question that the GT 10,000mAh Concept Phone will be unveiled there. While the project may remain an experiment without a commercial release, this move demonstrates Realme’s ambition to redefine the standards of smartphone battery life and battery life.
If this concept becomes a production model, it could revolutionize the market, offering unprecedented battery life without compromising on design. However, it remains to be seen if and when a phone with a battery of this capacity could actually be commercialized.
