Realme finally revealed its new technology for charging calls 320W SuperSonic Charginghighest speed per smartphone. La new ricarica allowed Top up a smartphone’s battery in just 4 minutes and 30 seconds. The battery reaches 26% charge within one minute and exceeds 50% in less than two minutes.

Realme 320W SuperSonic Charge official: Full charge in less than 5 minutes!

This 320W charging technology is slightly faster than the Redmi’s 300W technology, which takes 4 minutes and 55 seconds to fully charge a 4,000mAh battery. Realme’s technology, in turn, manages to charge a 4,400mAh battery in less than 5 minutes.

Realme’s 320W cartoon, chiamato “Pocket Ball”With a power density of 3.3W/cm³, it maintains dimensions similar to the 240W car charger on Realme. The adapter supports mainstream charging protocols including UFCS (up to 320W), PD, and SuperVOOC. It is also equipped with two USB-C ports for simultaneous charging: 150W for Realme smartphones and 65W for compatible laptops.

During the event, Realme also introduced: “Air Gap” Voltage Transformer. Smaller than a fingertip, this transformer reduces the voltage to 20V to protect the battery, maintaining exceptional conversion efficiency and optimum thermal management, allowing 320W SuperSonic Charging to reach 98% energy efficiency.

Realme introduced for the first time with 320W SuperSonic Charge battery 4,420 mAhConsisting of four cells, each less than 3mm thin, providing a 10% increase in capacity compared to traditional designs. This could indicate that Realme is preparing to launch a foldable device.

Realme’s event isn’t just focused on batteries and charging. Marchio is offering a robust anti-vibration and anti-reflex screen for the smartphone. The solid-state button gives the phone a dedicated camera feel by offering a swipe function for seamless operation and intuitive haptic controls for instant zooming and quick clicks.

Inspired by the eye structure, the anti-reflective screen offers a paper-like texture for comfortable viewing in the sun, reducing reflexes by up to 80%. It also reduces energy consumption by providing clear visibility and low brightness levels.