McDodo CH-4100 67W GaN 2-in-1 USB-C+A charger, 65cm USB-C cable, black

McDodo CH-4100 67W GaN 2-in-1 USB-C+A charger, 65cm USB-C cable, black

McDodo CH-4100 67W GaN USB-C+A Charger, 65cm USB-C cable (black).

The McDodo CH-4100 is a charger equipped with the latest GaN (gallium nitride) technology, which enables ultra-fast charging while maintaining a compact size and excellent thermal management. The charger offers an impressive 67W of power, so it will effortlessly charge not only smartphones and tablets, but also laptops and other devices that require higher voltage. It comes with a built-in USB-C cable with a length of 65 cm, which guarantees convenience in everyday use.

Clear display – full control of charging

The McDodo charger is equipped with a digital display that shows real-time charging power and fast charging icons. This allows you to monitor the charging process in real time, confident that your devices are getting exactly the amount of power they need.

Fast charging for any device

The McDodo CH-4100 offers an impressive charging power of up to 67W via the USB-C port, making it capable of quickly charging laptops, tablets and smartphones. On the other hand, the 65cm long USB-C built cable supports charging with up to 60W, while the USB-A port supports 30W. What’s more, thanks to intelligent power management, the charger automatically adjusts power according to the number of connected devices, ensuring optimal charging.

Multi-level protection systems

The McDodo charger is designed with user safety in mind, offering a comprehensive set of protections. Among other things, it protects against overvoltage, overload, short circuit, electrostatic discharge protection and overheating. So you can be sure of stable and safe charging of any of your devices.

GaN technology for greater efficiency

The McDodo CH-4100 charger uses advanced GaN (gallium nitride) technology for higher energy efficiency and compact size. Compared to traditional chargers, GaN technology enables faster charging with less heat, resulting in increased durability.