GaN Oplader 65w - USB en USB-C poort - Snelladen

Product Description

Want to be able to charge your electronic devices in no time without having to carry multiple chargers? The RollingSQUARE GaN fast charger ensures that your devices are ready for use again quickly. This fine GaN charger features one USB-A and one USB-C port if you choose the 65W variant and two USB-C ports if you choose the 100W variant. This allows you to easily use the charger for multiple devices and even charge two devices simultaneously. So you can use the charger to charge your smartphone, tablet, power bank and much more! Available in 65W and 100W Charging two devices simultaneously Fast full battery Contains one USB-A and USB-C port (65W) or 2 USB-C ports (100W) Equipped with the latest GaN technology Compact & light design Powerful design The GaN charger is available in two different versions, 65W and 100W. The 65W variant features one USB-A and one USB-C port and the 100W variant features two USB-C ports. Thanks to this maximum power, both fast chargers ensure that all your electronic devices are charged incredibly quickly. You will never have to wait long before you can use your smartphone or tablet again and an empty battery will be 100% charged in no time. Equipped with the GaN technology This charger features GaN technology. This technology has an important advantage, which is to transfer power as efficiently as possible. As a result, heat production is minimal, creating less heat while charging your electronic devices. Because less heat is generated, the components processed in the charger can be placed closer together, allowing the charger to have a very compact size. This charger is therefore smaller than the regular fast charger! Why choose a GaN charger? GaN also stands for gallium nitride. This is a material increasingly used as a base for semiconductors in chargers. You also often see this material in LED lighting and even solar panels on satellites. The main advantage of GaN is that the material produces less heat, which means the material gets less hot. This allows the charger to be made smaller than was ever possible before, while still being just as powerful and also still meeting charger safety standards.