Stylish openable packaging. Product and additional information visible on the inside of the lid.
The Wave Fast Charging GaN Charger is an extremely compact and powerful mains charger with innovative GaN technology. The advanced GaN technology enables the charger to offer a compact design, energy efficient charging, and good power handling capability. The charger charges your phone and other devices safely and ultra-fast, is suitable for everyday use and, thanks to its small size, can be carried conveniently on the go.
GaN TECHNOLOGY This compact charger will not heat up during use, even during demanding fast charging, and will always charge your devices quickly, safely and energy-efficiently.
SAFETY TESTED All Wave chargers meet EU requirements and standards and have also been tested by an official, certified test centre to ensure safe and reliable use.
FAST CHARGING TECHNOLOGY This charger supports the universal USB Power Delivery 3.0 fast charging standard. The charger instantly charges devices that support this standard very quickly. Devices that do not support the PD standard can be charged with this charger at normal speed.
What is a GaN Charger? Gallium Nitride or GaN chargers are advanced technology charging devices that feature a more compact design than usual, energy efficiency and good power handling capability, as well as fast charging capabilities.
Highly compact Advanced and space-saving components allow for an extremely compact design of the GaN charger. Despite its small size, the GaN charger can handle even larger amounts of current safely and efficiently.
Faster and more efficient One of the major strengths of GaN chargers is their speed and energy efficiency. The GaN charger can handle higher higher power levels faster than a conventional charger and therefore consumes less energy. also uses less electricity. The GaN charger is therefore also the more ecological choice.
Safe to use The GaN charger does not heat up during use, as gallium nitride conducts conducts electricity better than other electrical conductors, thus reducing heat generated by the charger. The charger does not heat up either during fast charging, which requires higher power.