realme pushes the limits of charging with its 320w SuperSonic charge, more than a year after launching its innovative 240w charging solution on the GT3.
realme showed off its innovative technology by charging a 4420 mAh battery to full capacity in less than 5 minutes, or more precisely, 4 minutes and 30 seconds.
320W SuperSonic Tech
For a phone with a 4,420mAh battery, the 320W charging technology can finish the process in 4 minutes and 30 seconds. It takes less than two minutes to charge the cell beyond fifty percent and can charge it up to twenty-six percent in only one minute. By filling a 4,000mAh battery in 4 minutes and 55 seconds, Redmi’s record for 300W tech is beaten by this technology.
realme’s foldable battery is their answer to the problem of charging speeds that swiftly degrade batteries faster than expected. It is a quad-cell battery that can be charged at the same time to achieve ridiculous sub-5-minute full charge timings. Despite the fact that each cell is only 3 mm thick, realme claims that its design may provide a 10% capacity gain over typical designs.
The “Pocket Cannon” is a 320W power adapter with a power density of 3.3W/cm3 and is compatible with USB-PD charging and other charging protocols, similar to its prior 240W SuperVOOC charger. With both USB-C ports used at the same time, the new charger can provide 150w and 65w of charging power.
In response to consumers’ worries about safety when using high-power charging, realme has released the first “AirGap” voltage transformer in the industry. Utilizing unique advancements, the very small transformer preserves outstanding conversion efficiency and thermal control while lowering voltage to 20 volts to safeguard batteries. By employing cutting-edge contact-free electromagnetic conversion for smartphones and optimizing charging speeds, it allows 320W SuperSonic Charge to reach 98% power efficiency.
It guarantees that high voltage stays separated from the battery in severe problems like circuit breakdowns, forming an almost risk-free charging link. This method also seeks to address one of the main issues with rapid charging: heat management.
For more information about this technology, check their website and social media.
