Chinese smartphone manufacturers are renowned for advancing quick charging technologies, and Realme’s latest development gives us a sneak peek into a future where charging your phone takes less than five minutes. Recently, the company demonstrated its 320W SuperSonic Charge, which powers a device in just over four and a half minutes.
Realme 320W SuperSonic Charge: Unveiling Impressive Technology
At the 828 Fan Festival held at its headquarters in China, Realme introduced the 320W SuperSonic Charge and showcased the technology live. The demonstration featured a phone equipped with a 4,420mAh battery, which was fully charged in under 4 minutes and 30 seconds. This rapid charging capability led the brand to describe it as a “miracle” achieved in 4 minutes. During the presentation, the smartphone reached 26 percent charge within just 1 minute and hit 50 percent in less than 2 minutes.
This advancement is not merely a new charger; it involves the world’s first folded battery and a sophisticated safety solution. After years of research, Realme developed a method to make batteries more compact while ensuring safety during fast charging. Using a quad cell battery design, Realme can charge four individual cells simultaneously. These batteries are only 3mm thick but hold a 10 percent higher capacity.
Implications for Consumers
This innovation follows the 240W fast charging milestone set by the Realme GT 5, and it’s expected that the 320W SuperSonic Charge will feature in an upcoming Realme smartphone. The announcement underscores ongoing innovations in battery and charging technology, suggesting that industry standards may soon increase once more.
However, this doesn’t imply that all phones will charge at lightning speeds immediately. Nevertheless, such technological advancements often gradually become more widespread. For instance, batteries might become thinner without sacrificing capacity, leading to slimmer smartphones. As 300W charging becomes a new benchmark, charging speeds for future devices could potentially increase as well.
